Index

A

add_corners() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] add_label() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] adjust_grayvalues() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] algorithm_Gerchberg_Saxton() (in module pyMOE.holograms), [1] alternate_transitions() (in module pyMOE.sag_functions), [1] alternate_transitions_symmetric() (in module pyMOE.sag_functions), [1] Alvarez_phase() (in module pyMOE.sag_functions), [1] amplitude (pyMOE.aperture.ApertureField property), [1] (pyMOE.field.Field property) (pyMOE.field.Screen property) (pyMOE.holograms.Field property), [1] Aperture (class in pyMOE.aperture), [1] aperture (pyMOE.gdsconverter.GDSMask property), [1]

aperture_add() (in module pyMOE.generate), [1] aperture_multiply() (in module pyMOE.generate), [1] aperture_operation() (in module pyMOE.generate), [1] aperture_rotate() (in module pyMOE.generate), [1] aperture_subtract() (in module pyMOE.generate), [1] ApertureField (class in pyMOE.aperture), [1] apertures_amplitudes (pyMOE.ensemble.Ensemble property) apertures_phases (pyMOE.ensemble.Ensemble property) apertures_xar (pyMOE.ensemble.Ensemble property) arbitrary_aperture_function() (in module pyMOE.generate), [1] ASM() (in module pyMOE.propagate), [1] ASM_kernel() (in module pyMOE.propagate), [1] ASM_propagate() (in module pyMOE.propagate), [1] axicon() (in module pyMOE.sag_functions), [1]

B

Bluestein() (in module pyMOE.propagate), [1]

bluestein_czt() (in module pyMOE.propagate), [1] boundary_from_function() (in module pyMOE.generate), [1]

C

calculate_phase_farfield() (in module pyMOE.holograms), [1] calibrate_layer_names() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] cell_wpol() (in module pyMOE.gds_klops), [1] cell_wpol_gdspy() (in module pyMOE.gds_klops), [1] (in module pyMOE.gdsconverter), [1] cell_wpol_gdspy_fast() (in module pyMOE.gds_klops), [1] cell_wpol_gdstk() (in module pyMOE.gds_klops), [1] change_layers() (in module pyMOE.gds_klops), [1] change_layers_gdspy() (in module pyMOE.gds_klops), [1] circ_zz24() (in module pyMOE.propagate), [1] circular_aperture() (in module pyMOE.generate), [1] clip_aperture() (in module pyMOE.generate), [1] clip_aperture_within() (in module pyMOE.generate), [1] correct_gds() (in module pyMOE.gds_klops), [1] correct_mask_shift() (in module pyMOE.holograms), [1]

count_vertices() (in module pyMOE.gdsconverter), [1] create_aperture_from_array() (in module pyMOE.generate), [1] create_corners_cell() (in module pyMOE.gdsconverter), [1] create_empty_aperture() (in module pyMOE.generate), [1] create_empty_aperture_from_aperture() (in module pyMOE.generate), [1] create_empty_field() (in module pyMOE.field) create_empty_field_from_aperture() (in module pyMOE.field) create_empty_field_from_field() (in module pyMOE.field) create_label_cell() (in module pyMOE.gdsconverter), [1] create_layout() (pyMOE.gdsconverter.GDSMask method), [1] create_levels() (in module pyMOE.utils), [1] create_poly_dicing_corner() (in module pyMOE.gdsconverter), [1] create_screen_XY() (in module pyMOE.field) create_screen_YZ() (in module pyMOE.field) create_screen_ZZ() (in module pyMOE.field) crop_to_physical_size() (in module pyMOE.propagate), [1]

D

dammann_2d() (in module pyMOE.sag_functions), [1] dammann_grating_element() (in module pyMOE.sag_functions), [1] dammann_grating_periodic() (in module pyMOE.sag_functions), [1] diffs_layers_arrays() (in module pyMOE.gds_klops), [1]

digitize_array_to_bins() (in module pyMOE.utils), [1] discretize() (pyMOE.aperture.Aperture method), [1] discretize_array() (in module pyMOE.utils), [1] dither_img() (in module pyMOE.dither), [1]

E

Ensemble (class in pyMOE.ensemble)

F

Field (class in pyMOE.field) (class in pyMOE.holograms), [1] fields (pyMOE.ensemble.Ensemble property) find_closest_indices() (in module pyMOE.gdsconverter), [1] (in module pyMOE.utils), [1] floyd_steinberg() (in module pyMOE.dither), [1] fraunhofer() (in module pyMOE.propagate), [1] Fraunhofer_criterion() (in module pyMOE.propagate), [1]

fraunhofer_kernel() (in module pyMOE.propagate), [1] fresnel() (in module pyMOE.propagate), [1] Fresnel_criterion() (in module pyMOE.propagate), [1] fresnel_kernel() (in module pyMOE.propagate), [1] fresnel_lens_phase() (in module pyMOE.sag_functions), [1] Fresnel_num() (in module pyMOE.propagate), [1] fresnel_phase() (in module pyMOE.generate), [1] fresnel_zone_plate_aperture() (in module pyMOE.generate), [1]

G

gds2img() (in module pyMOE.importing), [1] gds2imgtiff() (in module pyMOE.importing), [1] gds_to_dxf() (in module pyMOE.gds_klops), [1] GDSMask (class in pyMOE.gdsconverter), [1] generate_gaussian_beam() (in module pyMOE.field) generate_gaussian_field() (in module pyMOE.field) generate_uniform_field() (in module pyMOE.field)

get_levels_from_height_range() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] get_levels_from_layer_names() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] grayim2gds() (in module pyMOE.export), [1] grayim2gds_writer() (in module pyMOE.export), [1] grayim2gds_writer_frac() (in module pyMOE.export), [1] grayim2gds_writer_klops() (in module pyMOE.export), [1] GrayscaleCalibration (class in pyMOE.gdsconverter), [1]

H

height2phase() (in module pyMOE.sag_functions), [1] (pyMOE.aperture.Aperture method), [1]

I

import_gds() (in module pyMOE.gds_klops), [1] inspect_gds2() (in module pyMOE.importing), [1] inspect_gds2layers() (in module pyMOE.importing), [1] inspect_gds2layers_gdstk() (in module pyMOE.gds_klops), [1]

inspect_gds2layersplt() (in module pyMOE.importing), [1] instance_array() (in module pyMOE.gds_klops), [1] intensity (pyMOE.field.Field property) (pyMOE.field.Screen property) (pyMOE.holograms.Field property), [1]

L

levels (pyMOE.gdsconverter.GDSMask property), [1] levels2grayvalue() (in module pyMOE.gdsconverter), [1]

load_calibration() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] load_gdsfile() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] load_grayscale_contrast() (in module pyMOE.gdsconverter), [1]

M

makegrid() (in module pyMOE.generate), [1] makesubplot() (in module pyMOE.importing), [1] mean_squared_error() (in module pyMOE.utils), [1] merge_layer() (in module pyMOE.gds_klops), [1] merge_polygons() (in module pyMOE.gdsconverter), [1] metasurface_from_phase() (in module pyMOE.metas), [1], [2], [3] metasurface_from_phase_instances() (in module pyMOE.metas), [1], [2], [3] modulate_field() (in module pyMOE.field) module pyMOE, [1] pyMOE.aperture, [1] pyMOE.dither, [1] pyMOE.ensemble pyMOE.export, [1] pyMOE.field pyMOE.gds_klops, [1] pyMOE.gdsconverter, [1] pyMOE.generate, [1] pyMOE.holograms, [1] pyMOE.importing, [1] pyMOE.metas, [1], [2], [3] pyMOE.plotting, [1] pyMOE.propagate, [1] pyMOE.sag_functions, [1] pyMOE.utils, [1] tests tests.test_aperture tests.test_basic tests.test_gdsconverter tests.test_generate tests.test_holograms tests.test_imports

modulos() (pyMOE.aperture.Aperture method), [1] monkey_saddle() (in module pyMOE.sag_functions), [1]

N

nindex (pyMOE.field.Screen property)

O

oblique() (in module pyMOE.field)

P

phase (pyMOE.aperture.ApertureField property), [1] (pyMOE.field.Field property) (pyMOE.field.Screen property) (pyMOE.holograms.Field property), [1] phase2height() (in module pyMOE.sag_functions), [1] (pyMOE.aperture.Aperture method), [1] phase_unwrap() (pyMOE.aperture.Aperture method), [1] pixelize() (pyMOE.aperture.Aperture method), [1] plot_aperture() (in module pyMOE.plotting), [1] plot_calibration() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] plot_field() (in module pyMOE.plotting), [1] plot_field_legacy() (in module pyMOE.plotting), [1] plot_screen_XY() (in module pyMOE.plotting), [1] plot_screen_XZ() (in module pyMOE.plotting), [1] plot_screen_YZ() (in module pyMOE.plotting), [1] plot_screen_ZZ() (in module pyMOE.plotting), [1] polychromatic_fresnel_phase_axisymmetric() (in module pyMOE.sag_functions), [1] progress_bar() (in module pyMOE.utils), [1] propagate_through_ensemble() (in module pyMOE.propagate), [1] pyMOE module, [1] pyMOE.aperture module, [1] pyMOE.dither module, [1]

pyMOE.ensemble module pyMOE.export module, [1] pyMOE.field module pyMOE.gds_klops module, [1] pyMOE.gdsconverter module, [1] pyMOE.generate module, [1] pyMOE.holograms module, [1] pyMOE.importing module, [1] pyMOE.metas module, [1], [2], [3] pyMOE.plotting module, [1] pyMOE.propagate module, [1] pyMOE.sag_functions module, [1] pyMOE.utils module, [1]

Q

qmc_2d() (in module pyMOE.utils), [1]

R

rectangular_aperture() (in module pyMOE.generate), [1] rescale_layout() (in module pyMOE.gds_klops), [1] reset_datatypes() (in module pyMOE.gds_klops), [1] resize_field_to_shape() (in module pyMOE.propagate), [1] resize_linear() (in module pyMOE.generate), [1] rotate_layout() (in module pyMOE.gds_klops), [1]

RS_integral() (in module pyMOE.propagate), [1] RS_intXY() (in module pyMOE.propagate), [1] RS_intXY_kernel() (in module pyMOE.propagate), [1] RS_intYZ() (in module pyMOE.propagate), [1] RS_intYZ_kernel() (in module pyMOE.propagate), [1] RS_intZZ() (in module pyMOE.propagate), [1] RS_intZZ_kernel() (in module pyMOE.propagate), [1]

S

saddle() (in module pyMOE.sag_functions), [1] SASM() (in module pyMOE.propagate), [1] save_calibrated_gdsfile() (pyMOE.gdsconverter.GrayscaleCalibration method), [1] save_mask_plot() (in module pyMOE.plotting), [1] scalable_angular_spectrum_method() (in module pyMOE.propagate), [1] scalar_bluestein() (in module pyMOE.propagate), [1] Screen (class in pyMOE.field) screens (pyMOE.ensemble.Ensemble property) shape (pyMOE.aperture.Aperture property), [1] (pyMOE.aperture.ApertureField property), [1] (pyMOE.field.Field property) (pyMOE.field.Screen property)

simpson2d() (in module pyMOE.utils), [1] slice_X() (pyMOE.field.Screen method) slice_XY() (pyMOE.field.Screen method) slice_XZ() (pyMOE.field.Screen method) slice_Y() (pyMOE.field.Screen method) slice_YZ() (pyMOE.field.Screen method) slice_Z() (pyMOE.field.Screen method) spiral() (in module pyMOE.sag_functions), [1]

T

test_algorithm_Gerchberg_Saxton() (in module tests.test_holograms) test_always_fails() (in module tests.test_basic) test_always_passes() (in module tests.test_basic) test_aperture_add() (in module tests.test_generate) test_aperture_create_aperture() (in module tests.test_aperture) test_aperture_create_aperture_from_array() (in module tests.test_aperture) test_aperture_multiply() (in module tests.test_generate) test_aperture_operand() (in module tests.test_generate) test_aperture_set_phase() (in module tests.test_aperture) test_aperture_subtract() (in module tests.test_generate) test_circular_aperture() (in module tests.test_generate) test_create_empty_aperture() (in module tests.test_generate) test_fresnel_phase() (in module tests.test_generate) test_fresnel_zone_plate() (in module tests.test_generate) test_GDSMask() (in module tests.test_gdsconverter) test_GDSMask_create_layout() (in module tests.test_gdsconverter) test_rectangular_aperture() (in module tests.test_generate) test_version() (in module tests.test_imports)

tests module tests.test_aperture module tests.test_basic module tests.test_gdsconverter module tests.test_generate module tests.test_holograms module tests.test_imports module theta_to_wavelength() (in module pyMOE.sag_functions), [1] Timer (class in pyMOE.utils), [1] total_polygons (pyMOE.gdsconverter.GDSMask property), [1] total_vertices (pyMOE.gdsconverter.GDSMask property), [1] truncate_aperture_radius() (in module pyMOE.generate), [1]

U

unwrap (pyMOE.aperture.ApertureField property), [1]

V

view_layout() (pyMOE.gdsconverter.GDSMask method), [1]

W

write_gds() (pyMOE.gdsconverter.GDSMask method), [1]

write_layout() (pyMOE.gdsconverter.GDSMask method), [1]

Z

zero_pad() (in module pyMOE.propagate), [1]