Make new changes and improvements

Author: Ujjawal179

Gemfile

@@ -1,8 +1,6 @@
 source 'https://rubygems.org'
 group :jekyll_plugins do
-    gem 'tzinfo'
     gem 'github-pages'
     gem 'jekyll-twitter-plugin'
     gem 'webrick'
-    gem 'tzinfo-data', platforms: [:mingw, :mswin, :x64_mingw, :jruby]
-end
+end

_config.yml

@@ -16,12 +16,11 @@ bootwatch: yeti
 # Build settings
 markdown: kramdown
 highlighter: rouge
-plugins:
+gems:
   - jekyll-feed
   - jekyll-redirect-from
   - jekyll-seo-tag
   - jekyll-sitemap
-  - jekyll-gist
 
 whitelist:
   - jekyll-redirect-from
@@ -34,7 +33,7 @@ exclude:
   - .gitignore
   - README.md
 
-timezone: "America/New_York"
+timezone: Europe/Berlin
 
 defaults:
 - scope:

_data/su2gui.yml

@@ -16,4 +16,5 @@
   - configurations
   - Initialization
   - Logs-Errors
-  - Result-Analysis
+  - Result-Analysis
+  - Supported-Functionalities

_includes/topnav.html

@@ -21,7 +21,7 @@
                 <li {% if page.sectionid=='forum' %} class="active" {% endif %}><a href="{{ "https://www.cfd-online.com/Forums/su2/" }}">User Forum</a></li>
                 <li {% if page.sectionid=='slack' %} class="active" {% endif %}><a href="{{ "https://join.slack.com/t/su2devteam/shared_invite/zt-af0uuqf8-8XNExKMV9G~UVsnkvi5uVA" }}">Dev Team Slack</a></li>
                 <li {% if page.sectionid=='develop' %} class="active" {% endif %}><a href="{{ "/develop.html" relative_url }}">Develop</a></li>
-                <li {% if page.sectionid=='su2gui' %} class="active" {% endif %}><a href="{{ "/su2gui/introduction" relative_url }}">SU2GUI</a></li>
+                <li {% if page.sectionid=='su2gui' %} class="active" {% endif %}><a href="{{ "/su2gui/introduction" relative_url }}">GUI</a></li>
             </ul>
             <div class="navbar-right">
                 <ul class="nav navbar-nav">

_su2gui/Build-From-Source.md

@@ -1,5 +1,5 @@
 ---
-title: Build From Source and Contributions
+title: Build From Source
 permalink: /su2gui/Build-From-Source/
 ---
 
@@ -18,7 +18,3 @@ Clone the source code from our [GitHub repository](Link). Navigate to the root f
 ### Command to Start the Server
 
     usage: python su2gui.py [-h] [-p PORT] [-c CASE] [-m MESH] [--config CONFIG] [--restart RESTART]
-
-## Contributing to SU2 
-
-As an open-source organization, we actively develop SU2 software suite and greatly appreciate contributions from the community. Whether it's fixing bugs, adding new features, or improving documentation, your contributions are valuable. To get started, refer to our [Contribution Guide](./../../docs_v7/Gitting-Started/) for detailed instructions on how to contribute to SU2.

_su2gui/Initialization.md

@@ -4,6 +4,8 @@ title: Initialization
 permalink: /su2gui/Initialization/
 ---
 
+Initialization is the process of setting up the initial conditions and parameters required to start a simulation. Proper initialization is crucial as it significantly influences the convergence and accuracy of the simulation. By specifying initial values or states, you provide a starting point for the solver, which helps in stabilizing the simulation and achieving reliable results more efficiently.
+
 SU2GUI supports three methods for initializing a problem, which are available under the Initialization section of the menu:
 
 - [**Uniform Initialization**](#uniform-initialization)
@@ -23,7 +25,9 @@ Follow the steps below according to the type of initialization needed.
 
 ## Uniform Initialization
 
-As the name suggests, this method sets all points to a constant value, and a solution file is created for SU2.
+**Description**: This method involves assigning a single set of initial values (like pressure, velocity, temperature, etc.) uniformly across the entire computational domain.
+
+**Use Case**: Uniform initialization is commonly used when you have little prior knowledge about the flow field or when you want to start with a simple baseline.
 
 **Steps for Uniform Initialization**
 
@@ -37,7 +41,11 @@ As the name suggests, this method sets all points to a constant value, and a sol
 
 ## Initialization using Restart File
 
-This method uses a Restart File to initialize the problem. SU2GUI supports both `.dat` and `.csv` formats for restart files.
+**Description**: This method uses a previously saved simulation state from a Restart file to initialize the current simulation.
+
+**Use Case**: This is ideal for continuing simulations from where they left off or for testing variations without starting from scratch, which can save time and resources.
+
+SU2GUI supports both `.dat` and `.csv` formats for restart files.
 
 **Steps for Restart Initialization**
 
@@ -55,7 +63,11 @@ For instructions on loading a restart file through the terminal, refer to the gu
 
 ## Patch Initialization
 
-SU2GUI currently supports three types of patch initialization: Plane, Sphere, and Box. In this method, a patch is created in the visualization window according to the inputs, and a solution file is generated for SU2.
+**Description**: Patch initialization allows you to define different initial conditions for specific regions (or patches) within the computational domain.
+
+**Use Case**: This method is useful for simulations with complex geometries or varying conditions, enabling more precise control over the initial state of the simulation.
+
+SU2GUI currently supports three types of patch initialization: Plane, Sphere, and Box.
 
 **Steps for Patch Initialization**
 

_su2gui/Installation.md

@@ -21,6 +21,6 @@ You can install SU2GUI via pip:
 To launch the GUI, run the following command in your terminal:
 
 
-    su2gui
+    SU2_GUI
 
-For a quick introduction to using SU2GUI, visit the [Quick start](./../quick-start) page. For additional terminal options, refer to the  [Terminal Initialization](./../terminal-initialization) page.
+For a quick introduction to using SU2GUI, visit the [Quick start](./../Quick-start) page. For additional terminal options, refer to the  [Terminal Initialization](./../Terminal-Initialization) page.

_su2gui/Introduction.md

@@ -1,35 +1,39 @@
 ---
-title: Introduction to SU2GUI
+title: Welcome to SU2GUI
 permalink: /su2gui/Introduction/
 ---
 
-**SU2GUI** is a Graphical User Interface (GUI) for the SU2 open-source CFD software. It facilitates easier execution of SU2 tasks and provides visualization capabilities for the results.
-Please note that SU2GUI is currently under development. We welcome feedback and contributions to improve the tool. SU2GUI is under active development by individuals all around the world on GitHub and is released under an open-source license.
+**Welcome to SU2GUI!**  
 
+SU2GUI is a Python-based Graphical User Interface (GUI) designed to simplify the setup, execution, and analysis of simulations using the SU2 software suite. It offers an intuitive interface with real-time visualization and comprehensive case management capabilities. It utilizes several Python libraries such as Pandas, VTK, JSON, Trame, and Vuetify to deliver its full functionality. These libraries handle data processing, visualization, and user interface components, making SU2GUI both powerful and versatile.
 
-## Overview of SU2GUI Workflow
+## Why Use SU2GUI?
 
-Here is an overview of how SU2GUI works:
+- **User-Friendly Interface:** Navigate complex simulations with ease.
+- **Real-Time Visualization:** See results as they happen, enabling quick adjustments.
+- **Comprehensive Case Management:** Organize, load, and manage your simulations effortlessly.
 
-![overview_su2gui](../../su2gui_files/User_guide/workflow.png)
+## Explore the SU2GUI Workflow
 
+Here’s a snapshot of how SU2GUI simplifies your work:
 
-SU2GUI is designed to simplify and streamline the process of setting up, running, and analyzing simulations with SU2. It utilizes several Python libraries such as Pandas, VTK, JSON, Trame, and Vuetify to deliver its full functionality. These libraries handle data processing, visualization, and user interface components, making SU2GUI both powerful and versatile. Below is a typical workflow when using SU2GUI:
+![overview_su2gui](../../su2gui_files/User_guide/workflow.png)
 
 ### 1. Launch SU2GUI
-Start the application by running the `su2gui` command in your terminal. This opens the graphical user interface where all operations are conducted.
+Get started by running the `SU2_GUI` command in your terminal. This opens up the graphical interface where operations are conducted.
 
-### 2. Load Your Case
-Once SU2GUI is launched, use the interface to load your Case along with the necessary files such as mesh, configuration, and other relevant configurations. The GUI allows for easy management and organization of these files, ensuring that your simulation is properly set up.
+### 2. Start Your Case
+You can either create a new case or load your previous case. Upload the necessary files—including mesh, configuration, and more—directly through the GUI if needed and make the required changes. SU2GUI keeps everything organized so you can focus on your simulation.
 
-### 3. Run Simulation
+### 3. Run Your Simulation
 With everything loaded, you can set up and run your simulation directly from the GUI. SU2GUI provides a user-friendly environment to configure parameters, initialize conditions, and start the solver.
 
 ### 4. Visualize Results
 As the simulation runs, you can visualize and analyze the results in real-time using the integrated visualization tools within SU2GUI. This allows for immediate feedback and adjustments to the simulation if needed.
 
-### 5. Manage Cases
-SU2GUI also offers robust case management features. You can easily delete, download, or load new or previous cases, providing you with greater control over your simulation projects and data.
+### 5. Manage Your Cases
+Easily manage your simulation projects with SU2GUI’s case management features. Download, delete, or switch between cases with just a few clicks.
 
+## Ready to Get Started?
 
-For a more detailed understanding of how to use SU2GUI, refer to the [QuickStart page](./../quick-start).
+Dive deeper with our [QuickStart guide](./../Quick-Start) and get started with SU2GUI.

_su2gui/Quick-Start.md

@@ -1,4 +1,80 @@
 ---
 title: Quick Start
 permalink: /su2gui/Quick-Start/
----
+---
+
+Welcome to the Quick Start Tutorial for the SU2 software suite. This tutorial introduces key features of SU2's analysis and design tools in an easily accessible format, taking only a few minutes to complete. If you haven’t done so already, please visit the [SU2](../../docs_v7/Installation/) and [SU2_GUI](./../Installation) download pages to obtain the latest stable releases and installation details. This tutorial mirrors the [SU2 Quick Start](../../docs_v7/Quick-Start/) guide and requires both the SU2_CFD and SU2_GUI tools.
+
+This guide will help you:
+
+- [Set up SU2GUI](#setup-su2gui)
+- [Start a new case](#start-a-new-case)
+- [Load mesh file](#load-mesh-file)
+- [Load Configurations](#load-configurations)
+- [Run simulation](#run-simulation)
+- [Download case](#download-case)
+- [Analyze results](#analyze-results)
+
+### Setup SU2GUI
+
+If you haven’t installed SU2_GUI, run the following command:
+
+    pip install su2gui
+
+To start the GUI, enter the following in your terminal:
+
+    SU2_GUI
+
+### Start a New Case
+
+1. In the pop-up window, enter a new case name (e.g., `inv_naca0012`).
+2. Press the Create button.
+
+![](../../su2gui_files/Quick_Start/new-case.png)
+
+### Load Mesh File
+
+We will load the mesh file from [SU2/mesh_NACA0012_inv.su2](https://github.com/su2code/SU2/blob/master/QuickStart/mesh_NACA0012_inv.su2):
+
+1. Click on "Load Mesh File" from the top pane.
+2. In the pop-up window, select the mesh file, and it will be loaded.
+
+![](../../su2gui_files/User_guide/Mesh/button-mesh-file.png)
+
+### Load Configurations
+
+Next, load the configuration file from [SU2/QuickStart/inv_NACA0012.cfg](https://github.com/su2code/SU2/blob/master/QuickStart/inv_NACA0012.cfg):
+
+1. Click on "Load Config File" from the top pane.
+2. In the pop-up window, choose the configuration file. You can also make other configuration changes through the GUI.
+
+![](../../su2gui_files/Quick_Start/load-config.png)
+
+### Run Simulation
+
+1. Navigate to the Solver node from the Menu.
+2. Set the desired number of iterations (default may be 250).
+3. Press the Start Solver button to begin the simulation.
+
+![](../../su2gui_files/Quick_Start/start-solver.png)
+
+### Download Case
+
+1. From the top pane, click on the Case button.
+2. Select your current case (`inv_naca0012`) from the Cases dropdown menu.
+3. Click the Download button to download the case.
+
+![](../../su2gui_files/Quick_Start/download-case.png)
+
+### Analyze Results
+
+1. In the top pane, select "Mach" from the Color By dropdown menu.
+2. Turn off the mesh preview using the indicated button.
+3. Zoom in on the mesh for a better view and analyze the results.
+
+![](../../su2gui_files/Quick_Start/analyze-results.png)
+
+## Next Steps
+
+- Further analyze the results in Paraview.
+- Explore the [SU2 QuickStart](../../docs_v7/Quick-Start/) guide for more details.

_su2gui/Supported-Functionalities.md

@@ -0,0 +1,45 @@
+---
+title: Supported Functionalities
+permalink: /su2gui/Supported-Functionalities/
+---
+
+
+In this section, we explore the various supported functionalities of the SU2 GUI. While the SU2 GUI currently doesn't support all the features of the SU2 suite, you can still make adjustments using traditional methods.
+
+The supported properties are organized according to the nodes in the Side Menu:
+
+### Physics
+
+This node supports selecting Solver, Turbulence Model, Sub-Model, Energy Equation, and Wall Function.
+
+For more details on models in SU2, refer to this [page](../../docs_v7/Physical-Definition/).
+
+### Materials
+
+This node supports selecting the type of fluid density, viscosity, heat capacity, and conductivity, and specifying the necessary properties.
+
+### Numeric
+
+This node supports selecting the type of Spatial Gradients, MUSCL Spatial Gradients, and CFL value.
+
+### Boundaries
+
+This node contains sub-nodes based on the user's mesh file. Each sub-node allows you to modify the properties of that boundary.
+
+Currently supported Boundary Markers include:
+
+`MARKER_ISOTHERMAL`, `MARKER_HEATFLUX`, `MARKER_HEATTRANSFER`, `MARKER_EULER`, `MARKER_WALL_FUNCTIONS`, `MARKER_OUTLET`, `INC_OUTLET_TYPE`, `MARKER_SYM`, `MARKER_FAR`, `MARKER_INLET`, `INC_INLET_TYPE`, `INLET_TYPE`, `MARKER_SUPERSONIC_INLET`, `MARKER_SUPERSONIC_OUTLET`.
+
+### Initialization
+
+This node provides options for initializing the simulation. Uniform initialization requires constant values, Patch Initialization requires constant values for two zones, and Restart File Initialization requires a restart file in .dat or .csv format.
+
+For more details on initialization, refer to this [page](../Initialization/).
+
+### FileIO
+
+This node supports managing file input/output. It includes options to rename Restart, Volume Output, and History files, and select their writing frequency for the current case. Additionally, there are options to overwrite Restart and Volume files.
+
+### Solver
+
+This node allows you to adjust the residual convergence value and iteration count, with support currently limited to ITER. Using the solver button, you can start SU2_CFD, and visualization will begin as the restart file is created. Please note that result visualization is currently supported only for 2D simulations, not 3D.