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__pycache__
__pycache__
 
 
fdtd_output
fdtd_output
 
 
fdtd_venv
fdtd_venv
 
 
remote_stuff
remote_stuff
 
 
temp
temp
 
 
1 cycle pulse.png
1 cycle pulse.png
 
 
3 cycle pulse.png
3 cycle pulse.png
 
 
5 cycle pulse.png
5 cycle pulse.png
 
 
Curve fitting test for lens boundary.png
Curve fitting test for lens boundary.png
 
 
ElectricField.png
ElectricField.png
 
 
FDTD_sample.png
FDTD_sample.png
 
 
Figure_1.png
Figure_1.png
 
 
Figure_2.png
Figure_2.png
 
 
GRIN_MTM_sim.py
GRIN_MTM_sim.py
 
 
GRIN_MTM_sim2.py
GRIN_MTM_sim2.py
 
 
Glass_Figure_1.png
Glass_Figure_1.png
 
 
Glass_Figure_2.png
Glass_Figure_2.png
 
 
Intro.png
Intro.png
 
 
LICENSE
LICENSE
 
 
MagneticField.png
MagneticField.png
 
 
README.md
README.md
 
 
Task1.py
Task1.py
 
 
beam_steering.py
beam_steering.py
 
 
big_field_lens.png
big_field_lens.png
 
 
createGeometry.png
createGeometry.png
 
 
createGeometry.py
createGeometry.py
 
 
curvature_2.png
curvature_2.png
 
 
curvature_3.png
curvature_3.png
 
 
dBmap.py
dBmap.py
 
 
dBmap_csv.py
dBmap_csv.py
 
 
fdtd_approx_slant.py
fdtd_approx_slant.py
 
 
fdtd_mod_bigger_grid.py
fdtd_mod_bigger_grid.py
 
 
fdtd_sample.py
fdtd_sample.py
 
 
fdtd_test.py
fdtd_test.py
 
 
fresnel_zone_plate.py
fresnel_zone_plate.py
 
 
fresnelsEquations.py
fresnelsEquations.py
 
 
hanning_window_pulse.py
hanning_window_pulse.py
 
 
hilbert_plot.py
hilbert_plot.py
 
 
hornAntenna.py
hornAntenna.py
 
 
imshow_cmap.py
imshow_cmap.py
 
 
lens_phase_profile.py
lens_phase_profile.py
 
 
lens_phase_profile_1.py
lens_phase_profile_1.py
 
 
lens_phase_profile_GRINMTM.py
lens_phase_profile_GRINMTM.py
 
 
lineSourceDetectorTest.py
lineSourceDetectorTest.py
 
 
pc_GRIN-MTM_gradient_profile.png
pc_GRIN-MTM_gradient_profile.png
 
 
pc_GRIN-MTM_state.png
pc_GRIN-MTM_state.png
 
 
pc_GRINMTM.png
pc_GRINMTM.png
 
 
pc_dBmap_qualitative.png
pc_dBmap_qualitative.png
 
 
pc_dBmap_quantitative.png
pc_dBmap_quantitative.png
 
 
pc_lens.png
pc_lens.png
 
 
pc_lens_state.png
pc_lens_state.png
 
 
plot_fdtd_detection.py
plot_fdtd_detection.py
 
 
quartz_sphere.png
quartz_sphere.png
 
 
quartz_sphere.py
quartz_sphere.py
 
 
save_animation_module.py
save_animation_module.py
 
 
sheet_impedence_test.py
sheet_impedence_test.py
 
 
snells_law.py
snells_law.py
 
 
snells_law_1.png
snells_law_1.png
 
 
snells_law_2.png
snells_law_2.png
 
 
squareToothSim.py
squareToothSim.py
 
 
ultra_low_profile_lens_antenna.py
ultra_low_profile_lens_antenna.py
 
 
ultra_low_profile_lens_antenna2.py
ultra_low_profile_lens_antenna2.py
 
 
ultra_low_profile_lens_antenna_metasurface.py
ultra_low_profile_lens_antenna_metasurface.py
 
 

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Simulation of Electromagnetic wave interacton with FDTD computational method and designing Huygens' metasurfaces.

FDTD python module updates are uploaded here along with the scripts I used for designing and analysing.
Saved simulations are stored at https://mega.nz/folder/E6YW1BzQ#dpeNsYn4uJT6ZCZbhpDUZA.

This is a part of my final year project for my Masters degree.

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