new image (#351)

Author: FilipeFcp

DirectionalCoupler.ipynb

@@ -1,41 +1,36 @@
 {
-    "8ChannelDemultiplexer.ipynb": ["8ChannelDemultiplexer.gds"],
-    "90OpticalHybrid.ipynb": ["mmi_stl.stl", "optical_hybrid_stl.stl"],    
-    "AdjointPlugin3InverseDesign.ipynb": ["inv_des_mode_conv.gds"],  
-    "AdjointPlugin6GratingCoupler.ipynb": ["invdes_gc.json", "inverse_designed_gc.gds"],
-    "AdjointPlugin8WaveguideBend.ipynb": ["inverse_des_wg_bend.gds"],   
-    "AdjointPlugin9WDM.ipynb": ["inv_des_wdm.gds"],    
-    "AdjointPlugin10YBranchLevelSet.ipynb": ["y_branch_fab.pkl", "inv_des_ybranch.gds"],
-    "AdjointPlugin12LightExtractor.ipynb": ["qe_light_coupler.pkl", "inv_des_light_extractor.gds"],
-    "Autograd6GratingCoupler.ipynb": ["grating_coupler_history_autograd.pkl"],
-    "CMOSRGBSensor": ["red_eps.csv", "green_eps.csv", "blue_eps.csv"],
-    "DifferentialStripline.ipynb": ["stripline_fem_mode.csv", "stripline_fit_mode.txt", "stripline_fem_sparam_long.csv", "stripline_fit_sparams_long.txt"],
-    "GroundedCPWViaFence.ipynb": ["gcpw_sain_experimental.csv", "gcpw_sain_simulated.csv"],
-    "EdgeFeedPatchAntennaBenchmark.ipynb": ["edge_feed_patch_fem.csv", "edge_feed_patch_fem_gain.csv"],
-    "HybridMicrostripCPWBandpassFilter.ipynb": ["mccpw_fem.csv"],
-    "Fitting.ipynb": ["nk_data.csv"],
-    "FocusedApodGC.ipynb": ["Focusing_GC.gds"],
-    "GDSImport.ipynb": ["coupler.gds"],
-    "GDSExport.ipynb": ["dc_export_gds.gds"],    
-    "Near2FarSphereRCS.ipynb": ["mie_bRCS_phi0_2lambda_epsr4.txt", "mie_bRCS_phi90_2lambda_epsr4.txt"],
-    "NonHermitianMetagratings.ipynb": ["Cr_Sytchkova.csv"],
-    "OptimizedL3.ipynb": ["optimized_L3_holes.txt"],
-    "PlasmonicNanoparticle.ipynb": ["mie_plasmonic_flux_abs.txt", "mie_plasmonic_flux_scat.txt", "mie_plasmonic_RCS.txt"],
-    "PlasmonicYagiUdaNanoantenna.ipynb": ["McPeak.csv"],
-    "STLImport.ipynb": ["box.stl", "box_with_hole.stl", "box_with_indent.stl", "icecream_nonunionized.stl", "icecream_unionized.stl", "two_boxes.stl"],
-    "RadiativeCoolingGlass.ipynb": ["mat_SiO2.csv", "mat_Al2O3.csv"],
-    "XarrayTutorial.ipynb": ["gaussian_beam_data.h5", "mmi_simulation_data.h5", "waveguide_mode_data.h5"],
-    "TunableChiralMetasurface.ipynb": ["GST_A_nk.csv", "GST_C_nk.csv"],
-    "MoS2Waveguide.ipynb": ["MoS2_nk.csv"],
-    "FreeFormCoupler.ipynb": ["chip_to_chip_coupler.stl"],
-    "UnstructuredData.ipynb": ["unstructured_grid.vtu"],
-    "MMIMeepBenchmark.ipynb": ["MeepMMI.txt"],
-    "Autograd13Metasurface.ipynb": ["logo.png"],
-    "DirectionalCoupler.ipynb": [ "misc/coupler.gds"],
-    "MultipoleExpansion.ipynb": [
-        "misc/mie_electric_dipole",
-        "misc/mie_magnetic_dipole",
-        "misc/mie_electric_quadrupole",
-        "misc/mie_magnetic_quadrupole"
-    ]
-}
+    "8ChannelDemultiplexer.ipynb": [ "8ChannelDemultiplexer.gds"], 
+    "90OpticalHybrid.ipynb": [ "mmi_stl.stl",  "optical_hybrid_stl.stl"], 
+    "AdjointPlugin3InverseDesign.ipynb": [ "inv_des_mode_conv.gds"], 
+    "AdjointPlugin6GratingCoupler.ipynb": [ "invdes_gc.json",  "inverse_designed_gc.gds"], 
+    "AdjointPlugin8WaveguideBend.ipynb": [ "inverse_des_wg_bend.gds"], 
+    "AdjointPlugin9WDM.ipynb": [ "inv_des_wdm.gds"], 
+    "AdjointPlugin10YBranchLevelSet.ipynb": [ "y_branch_fab.pkl",  "inv_des_ybranch.gds"], 
+    "AdjointPlugin12LightExtractor.ipynb": [ "qe_light_coupler.pkl",  "inv_des_light_extractor.gds"], 
+    "Autograd6GratingCoupler.ipynb": [ "grating_coupler_history_autograd.pkl"], 
+    "CMOSRGBSensor": [ "red_eps.csv",  "green_eps.csv",  "blue_eps.csv"], 
+    "DifferentialStripline.ipynb": [ "stripline_fem_mode.csv",  "stripline_fit_mode.txt",  "stripline_fem_sparam_long.csv",  "stripline_fit_sparams_long.txt"], 
+    "GroundedCPWViaFence.ipynb": [ "gcpw_sain_experimental.csv",  "gcpw_sain_simulated.csv"], 
+    "EdgeFeedPatchAntennaBenchmark.ipynb": [ "edge_feed_patch_fem.csv",  "edge_feed_patch_fem_gain.csv"], 
+    "HybridMicrostripCPWBandpassFilter.ipynb": [ "mccpw_fem.csv"], 
+    "Fitting.ipynb": [ "nk_data.csv"], 
+    "FocusedApodGC.ipynb": [ "Focusing_GC.gds"], 
+    "GDSImport.ipynb": [ "coupler.gds"], 
+    "GDSExport.ipynb": [ "dc_export_gds.gds"], 
+    "Near2FarSphereRCS.ipynb": [ "mie_bRCS_phi0_2lambda_epsr4.txt",  "mie_bRCS_phi90_2lambda_epsr4.txt"], 
+    "NonHermitianMetagratings.ipynb": [ "Cr_Sytchkova.csv"], 
+    "OptimizedL3.ipynb": [ "optimized_L3_holes.txt"], 
+    "PlasmonicNanoparticle.ipynb": [ "mie_plasmonic_flux_abs.txt",  "mie_plasmonic_flux_scat.txt",  "mie_plasmonic_RCS.txt"], 
+    "PlasmonicYagiUdaNanoantenna.ipynb": [ "McPeak.csv"], 
+    "STLImport.ipynb": [ "box.stl",  "box_with_hole.stl",  "box_with_indent.stl",  "icecream_nonunionized.stl",  "icecream_unionized.stl",  "two_boxes.stl"], 
+    "RadiativeCoolingGlass.ipynb": [ "mat_SiO2.csv",  "mat_Al2O3.csv"], 
+    "XarrayTutorial.ipynb": [ "gaussian_beam_data.h5",  "mmi_simulation_data.h5",  "waveguide_mode_data.h5"], 
+    "TunableChiralMetasurface.ipynb": [ "GST_A_nk.csv",  "GST_C_nk.csv"], 
+    "MoS2Waveguide.ipynb": [ "MoS2_nk.csv"], 
+    "FreeFormCoupler.ipynb": [ "chip_to_chip_coupler.stl"], 
+    "UnstructuredData.ipynb": [ "unstructured_grid.vtu"], 
+    "MMIMeepBenchmark.ipynb": [ "MeepMMI.txt"], 
+    "Autograd13Metasurface.ipynb": [ "logo.png"], 
+    "DirectionalCoupler.ipynb": [ "misc/coupler.gds"], 
+    "MultipoleExpansion.ipynb": [ "misc/mie_electric_dipole",  "misc/mie_magnetic_dipole",  "misc/mie_electric_quadrupole",  "misc/mie_magnetic_quadrupole"]
+}