A Matlab toolbox to simulate light propagation for monochromatic coherent light through free-form apertures and off rough/free-form surfaces by means of a numerical approximation of the Huygens-Fresnel integral.

fig05_rectangular_aperture.m
fig06_rectangular_aperture.m
fig07_rect_aperture_curved_surface_jitter.m
fig08_11_speckle_images.m
runThemAll.m
gpuSpeckle\addSurface.m
..........\byteSize.m
..........\checkBasics.m
..........\checkGrid.m
..........\createOptions.m
..........\createSource.m
..........\createStruct.m
..........\createSurface.m
..........\displayMessage.m
..........\gauss2Plane.m
..........\generateGridLocations.m
..........\generateMesh.m
..........\generateSurfaceFunction.m
..........\generateSurfaceRough.m
..........\getGridNormals.m
..........\getReflection.m
..........\huygensFresnel.m
..........\interpolateGrid.m
..........\light2Plane.m
..........\matrix2Vector.m
..........\mymlf2pdf.m
..........\myPadArray.m
..........\pathdef.m
..........\plane2Plane.m
..........\planeWave2Plane.m
..........\plotCrossSections.m
..........\plotGrid.m
..........\plotIllumination.m
..........\plotSetup.m
..........\plotSurface.m
..........\plotSurfaceNormals.m
..........\rotatePoints.m
..........\scaleSurface.m
..........\surfaceNormal.m
..........\toGpu.m
..........\vector2Matrix.m
gpuSpeckle

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