Sequential Analyses
Most commonly used optical physics calculations are supported:
- Ray distributions: spot diagrams, footprint diagrams, vignetting plots
- Aberrations: wave/ray fans, lateral and longitudinal aberration, distortion, seidel coefficients, petzval curvature
- Wavefront: wavefront maps, Zernike coefficients
- Interferograms: fringe analysis
- MTF/PSF: FFT/Huygens/Geometric, through focus plots, enclosed energy
- Irradiance distributions: incoherent, coherent, ghost
- Image simulation: Geometric/Huygens PSF convolution method
- Reports: system and ray reports
- Polarization: polarization map, polarization transmission, Poincare sphere
- Surface Plots: form, phase, transfer function
- Ghost analysis: generate ghost sequences, sort paths by illuminance or total flux
Wave Optics
Available with an optional toolbox, simulate coherent beam propagation using robust gaussian beam decomposition methods. Analyze beam profiles at any location or visualize through focus beam profiles. Gaussian beam and fiber coupling analyses are also supported.