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several modification introduced: fixed dimensions to micrometers, introduced ego loop

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Edoardo Vergerio
2026-09-21 11:42:22 +02:00
parent 5f88780426
commit 31859271da
4 changed files with 776 additions and 209 deletions
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sorter_to_gauss.py
+9 -9
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@@ -34,11 +34,11 @@ wavelength = 1.55
#define the sources
source1 = pid.Source(input_field='fiber_modes/LP11_field_distribution_lda_1550_N_1025.npy',
wavelength=wavelength,
space_grid=space_grid,
#space_grid=space_grid,
field_norm=True)
source2 = pid.Source(input_field='fiber_modes/LP21_field_distribution_lda_1550_N_1025.npy',
wavelength=wavelength,
space_grid=space_grid,
#space_grid=space_grid,
field_norm=True)
@@ -46,20 +46,20 @@ target = pid.Target(input_field='fiber_modes/LP01_field_distribution_lda_1550_N_
center=np.array([20,0]),
associated_source=source1,
wavelength=wavelength,
space_grid=space_grid,
#space_grid=space_grid,
field_norm=True)
target2 = pid.Target(input_field='fiber_modes/LP01_field_distribution_lda_1550_N_1025.npy',
center=np.array([-20,0]),
associated_source=source2,
wavelength=wavelength,
space_grid=space_grid,
#space_grid=space_grid,
field_norm=True)
#make a plot of sources and targets
target.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/target_plot")
target2.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/target2_plot")
source1.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/source1_plot")
source2.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/source2_plot")
#target.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/target_plot")
#target2.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/target2_plot")
#source1.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/source1_plot")
#source2.plot2D(plot_zoom_x=100, plot_zoom_y=100, choose_quantity="amplitude", save_name="results/source2_plot")
sim = pid.Simulation(
sources=[source1, source2],
@@ -78,7 +78,7 @@ sim.set_optimization(opt_param_min=opt_param_min,
phase_mask_init_size=output_fiber_core_diameter,
opt_max_eval=opt_max_eval,
strategy = 'mean',
conic_filter_radius = 1.0, #i.e. 700 [nm]
#conic_filter_radius = 1.0, #i.e. 700 [nm]
)
sim.run()