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3 Commits
software
software
 
 
Chapter_3_Eight_level_phase_grating.m
Chapter_3_Eight_level_phase_grating.m
 
 
Chapter_3_Four_level_axicon.m
Chapter_3_Four_level_axicon.m
 
 
Chapter_3_Sixteen_level_axicon.m
Chapter_3_Sixteen_level_axicon.m
 
 
Chapter_6_Binary_Axicon_Binary_2D_phase_grating.m
Chapter_6_Binary_Axicon_Binary_2D_phase_grating.m
 
 
Chapter_6_Blazed_Axicon_Binary_2D_phase_grating.m
Chapter_6_Blazed_Axicon_Binary_2D_phase_grating.m
 
 
Chapter_6_Blazed_FZP_Binary_2D_phase_grating.m
Chapter_6_Blazed_FZP_Binary_2D_phase_grating.m
 
 
Chapter_7_Axicon_Grating.m
Chapter_7_Axicon_Grating.m
 
 
Chapter_7_Helical_axicon.m
Chapter_7_Helical_axicon.m
 
 
E_5_2.m
E_5_2.m
 
 
E_5_3.m
E_5_3.m
 
 
E_6_3_Spiral_phase_plate_binary_axicon.m
E_6_3_Spiral_phase_plate_binary_axicon.m
 
 
E_6_4_Ring_lens_2d_grating.m
E_6_4_Ring_lens_2d_grating.m
 
 
LICENSE
LICENSE
 
 
Norm_outputA.m
Norm_outputA.m
 
 
Norm_outputP.m
Norm_outputP.m
 
 
README.md
README.md
 
 
Table_2_10_Circular_FZP.m
Table_2_10_Circular_FZP.m
 
 
Table_2_1_Amplitude_1D_grating.m
Table_2_1_Amplitude_1D_grating.m
 
 
Table_2_2_Phase_1D_grating.m
Table_2_2_Phase_1D_grating.m
 
 
Table_2_3_Amplitude_sinusoidal_grating.m
Table_2_3_Amplitude_sinusoidal_grating.m
 
 
Table_2_4_Phase_sinusoidal_grating.m
Table_2_4_Phase_sinusoidal_grating.m
 
 
Table_2_5_2D_Amplitude_grating.m
Table_2_5_2D_Amplitude_grating.m
 
 
Table_2_6_2D_Phase_grating.m
Table_2_6_2D_Phase_grating.m
 
 
Table_2_7_2D_Phase_grating.m
Table_2_7_2D_Phase_grating.m
 
 
Table_2_8_Binary_axicon.m
Table_2_8_Binary_axicon.m
 
 
Table_2_9_1_D_FZP.m
Table_2_9_1_D_FZP.m
 
 
Table_3_10_IFTA.m
Table_3_10_IFTA.m
 
 
Table_3_11_Mesh_technique.m
Table_3_11_Mesh_technique.m
 
 
Table_3_12_Flat_top_intensity.m
Table_3_12_Flat_top_intensity.m
 
 
Table_3_13_Eikonal_DOE_phase.m
Table_3_13_Eikonal_DOE_phase.m
 
 
Table_3_14_Grid_phase.m
Table_3_14_Grid_phase.m
 
 
Table_3_1_Four_level_phase_grating.m
Table_3_1_Four_level_phase_grating.m
 
 
Table_3_2_Blazed_phase_grating.m
Table_3_2_Blazed_phase_grating.m
 
 
Table_3_3_Eight_level_axicon.m
Table_3_3_Eight_level_axicon.m
 
 
Table_3_4_Blazed_axicon.m
Table_3_4_Blazed_axicon.m
 
 
Table_3_5_Blazed_FZP.m
Table_3_5_Blazed_FZP.m
 
 
Table_3_6_Four_level_FZP.m
Table_3_6_Four_level_FZP.m
 
 
Table_3_7_Greyscale_SPP.m
Table_3_7_Greyscale_SPP.m
 
 
Table_3_8_Multilevel_SPP.m
Table_3_8_Multilevel_SPP.m
 
 
Table_3_9_Blazed_Axilens.m
Table_3_9_Blazed_Axilens.m
 
 
Table_4_1_Circular_aperture.m
Table_4_1_Circular_aperture.m
 
 
Table_4_2_Binary_axicon.m
Table_4_2_Binary_axicon.m
 
 
Table_4_3_Axilens.m
Table_4_3_Axilens.m
 
 
Table_4_4_IFTA.m
Table_4_4_IFTA.m
 
 
Table_4_5_Talbot_effect.m
Table_4_5_Talbot_effect.m
 
 
Table_5_1_Comparison_FZP_paraxial_approximation.m
Table_5_1_Comparison_FZP_paraxial_approximation.m
 
 
Table_5_2_Ray_tracing_real_virtual_source.m
Table_5_2_Ray_tracing_real_virtual_source.m
 
 
Table_5_3_Analysis_error_object_axial_location.m
Table_5_3_Analysis_error_object_axial_location.m
 
 
Table_6_2_Binary_Axicon_Binary_1D_phase_grating.m
Table_6_2_Binary_Axicon_Binary_1D_phase_grating.m
 
 
Table_6_3_Blazed_FZP_Binary_1D_phase_grating.m
Table_6_3_Blazed_FZP_Binary_1D_phase_grating.m
 
 
Table_6_4_Blazed_Axicon_blazed_phase_grating.m
Table_6_4_Blazed_Axicon_blazed_phase_grating.m
 
 
Table_6_5_SPP_FZP.m
Table_6_5_SPP_FZP.m
 
 
Table_7_1_grating_1d.m
Table_7_1_grating_1d.m
 
 
Table_7_2_FZP.m
Table_7_2_FZP.m
 
 
Table_7_3_Axicon.m
Table_7_3_Axicon.m
 
 
Table_7_4_Forked_grating.m
Table_7_4_Forked_grating.m
 
 
Table_7_5_Off_axis_axilens.m
Table_7_5_Off_axis_axilens.m
 
 
Table_7_6_Accelerating_beams.m
Table_7_6_Accelerating_beams.m
 
 
Table_7_7_Multiple_beam_interference.m
Table_7_7_Multiple_beam_interference.m
 
 
Table_7_8_Fourier_hologram.m
Table_7_8_Fourier_hologram.m
 
 
Table_7_9_Fresnel_hologram.m
Table_7_9_Fresnel_hologram.m
 
 
Table_8_1_Line_data_lithography.m
Table_8_1_Line_data_lithography.m
 
 
Table_8_1_Polygon_data_lithography.m
Table_8_1_Polygon_data_lithography.m
 
 
Table_E_2_4_2_D_FZP.m
Table_E_2_4_2_D_FZP.m
 
 
Table_E_2_5_Elliptical_FZP.m
Table_E_2_5_Elliptical_FZP.m
 
 
Table_E_2_6_Axicon_array.m
Table_E_2_6_Axicon_array.m
 
 
Table_E_3_1_Sixteen_level_phase_grating.m
Table_E_3_1_Sixteen_level_phase_grating.m
 
 
Table_E_3_2_Four_level_Negative_FZP.m
Table_E_3_2_Four_level_Negative_FZP.m
 
 
Table_E_3_3_Binary_SPP.m
Table_E_3_3_Binary_SPP.m
 
 
Table_E_3_4_IFTA_Three_level.m
Table_E_3_4_IFTA_Three_level.m
 
 
Table_E_3_5_Ringlens.m
Table_E_3_5_Ringlens.m
 
 
Table_E_4_1_Blazed_axicon.m
Table_E_4_1_Blazed_axicon.m
 
 
Table_E_4_2_DOE.m
Table_E_4_2_DOE.m
 
 
Table_E_6_1_binary_FZP_Axicon.m
Table_E_6_1_binary_FZP_Axicon.m
 
 
Table_E_6_2_Blazed_Axicon_binary_grating.m
Table_E_6_2_Blazed_Axicon_binary_grating.m
 
 
Table_E_7_1_FZP_uv.m
Table_E_7_1_FZP_uv.m
 
 
Table_E_7_2_FZP_offaxis.m
Table_E_7_2_FZP_offaxis.m
 
 
Table_E_7_3_Double_Axicon.m
Table_E_7_3_Double_Axicon.m
 
 
Table_E_7_4_FZP_Axicon.m
Table_E_7_4_FZP_Axicon.m
 
 
Table_E_7_5_SPP_FZP.m
Table_E_7_5_SPP_FZP.m
 
 
outputA.m
outputA.m
 
 
outputP.m
outputP.m
 
 

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diffractive-optical-elements

MATLAB codes for designing diffractive optical elements.

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MATLAB codes for designing diffractive optical elements.

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  • MATLAB 61.0%
  • Python 39.0%