RayTracing
RayTracing
Getting Started
GPU-Accelerated Ray Tracing with OpenCL
RayTracing API Reference
Matrix
MatrixGroup
ImagingPath
Ray
Rays
Compact Rays (GPU-ready)
Ray Traces
Laser Path
Gaussian Beam
Components
Axicon
Specialty Lenses
Olympus
Edmund Optics
Nikon
Thorlabs
ACN254_100_A
ACN254_075_A
ACN254_050_A
ACN254_040_A
AC254_030_A
AC254_035_A
AC254_040_A
AC254_045_A
AC254_050_A
AC254_060_A
AC254_075_A
AC254_080_A
AC254_100_A
AC254_125_A
AC254_150_A
AC254_200_A
AC254_250_A
AC254_300_A
AC254_400_A
AC254_500_A
AC254_050_B
AC508_075_B
AC508_080_B
AC508_100_B
AC508_150_B
AC508_150_B
AC508_150_B.__init__
AC508_150_B.all
AC508_150_B.append
AC508_150_B.backFocalLength
AC508_150_B.backwardConjugate
AC508_150_B.display
AC508_150_B.displayHalfHeight
AC508_150_B.effectiveFocalLengths
AC508_150_B.flipOrientation
AC508_150_B.focalDistances
AC508_150_B.focalShifts
AC508_150_B.focusPositions
AC508_150_B.forwardConjugate
AC508_150_B.fromFocusToFocus
AC508_150_B.fromStruct
AC508_150_B.frontFocalLength
AC508_150_B.hasFiniteApertureDiameter
AC508_150_B.insert
AC508_150_B.intermediateConjugates
AC508_150_B.load
AC508_150_B.magnification
AC508_150_B.mul_beam
AC508_150_B.mul_matrix
AC508_150_B.mul_ray
AC508_150_B.opticalInvariant
AC508_150_B.pointsOfInterest
AC508_150_B.pop
AC508_150_B.principalPlanePositions
AC508_150_B.profileFromRayTraces
AC508_150_B.save
AC508_150_B.showChromaticAberrations
AC508_150_B.toStruct
AC508_150_B.trace
AC508_150_B.traceMany
AC508_150_B.traceManyNative
AC508_150_B.traceManyOpenCL
AC508_150_B.traceManyThrough
AC508_150_B.traceManyThroughInParallel
AC508_150_B.traceThrough
AC508_150_B.transferMatrices
AC508_150_B.transferMatrix
AC508_200_B
AC508_250_B
AC508_300_B
AC508_400_B
AC508_500_B
AC508_750_B
AC508_1000_B
LA1608_A
LA1134_A
LA1131_A
LA1422_A
LA1805_A
LA1274_A
Materials
Zemax reader
Documents & Examples
Contribute
FAQ
RayTracing
RayTracing API Reference
AC508_150_B
AC508_150_B.toStruct
View page source
AC508_150_B.toStruct
raytracing.thorlabs.AC508_150_B.
toStruct
(
self
)