zernike

physical optics: integrated modeling, phase retrieval, segmented systems, polynomials and fitting, sequential raytracing...

🚀 Julia package for orthogonal polynomial transforms 🏂

🚅 Fast orthogonal polynomial transforms 🏄

Python modules for laser simulation

Tools for Optical Simulations

neural network trained to retrieve the amplitude and phase of objects by measurement of their diffraction pattern

Splicing detection | ML

library of commonly used optical propagation functions

End-to-end AO pipeline: SH-WFS centroiding (127x C speedup) → CNN/MMSE reconstruction (Strehl 0.9987) → LQG closed-loop control → SLODAR turbulence profiling | BAH 2026 Challenge #9

generates optical data by propagating light sources through atmosphere and telescope modelling

MATLAB 标准圆生成、Canny/Zernike 边缘点对比与亚像素定位误差验证。

AI-assisted MATLAB lab for optical imaging: catalog, learn, and improve scripts with guided documentation. Template only — no proprietary lab code included.

A library to compute optical bases for a given set of points in 2D space. Main application is intended for adaptive optics, with support for Zernike, KL, Zonal, and Hadamard bases.

imagines warped images of fiducials and metrology fibers and undoes that warp

Fizeau interferogram phase extraction, unwrapping, Zernike fitting, and full-aperture wavefront analysis GUI.

Knowptics optical manufacturing calculator. Source-available for noncommercial use.

PyTorch-first SLM computational holography toolkit for optical tweezer arrays, bottle beams, interleaved traps, and Zernike-space aberration correction.

Interactive adaptive optics wavefront correction lab using Zernike modes, residual RMS, and Strehl-ratio validation.