📐 Orthogonal polynomials in all shapes and sizes.

Python code for Zernike polynomials

Python package for high-performance spatial light modulator (SLM) control and holography. Supports features from aberration-corrected 3D point clouds to automated Fourier-domain calibrations.

Modal Shack-Hartmann wavefront sensor toolbox for MATLAB

Extended Nijboer-Zernike (ENZ) theory toolbox for Python

Deformable mirror calibration and control library

Spatial light modulator in Python

Recursive and direct calculation of real-valued Zernike polynomials and associated 2D PSF kernels

Phase diversity method for atmospheric wavefront sensing from a pair of images (in focus and out of focus).

Prediction of Zernike coefficients by artificial intelligence

Orthogonal polynomials for optics analysis

🔬motif-learn: machine learning in scanning transmission electron microscopy

Command-line interface for ZEAL

Generate Zernike Polynomials and its partial derivatives in Cartesian coordinates

Quickly calculate wavefront using Extended Nijboer-Zernike approach

library of commonly used optical propagation functions

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

Zernike polynomials for an elliptical aperture. In development.

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

Propagation of a light field from infinity through a lense with optical defects. Visualisation of the resulting beam at the collimation point. Project done in collaboration with Ethan Reuchin. (not present on Github as of now.