This is your work, valued

Paris

Sébastien M. Popoff

Expert
@wavefrontshaping

Research Scientist at CNRS and Langevin Institute, Paris, France

complexPyTorch. A high-level toolbox for using complex valued neural networks in PyTorch

773

slmPy. A simple Python module based on wxPython to interact with spatial light modulators handled as secondary monitors.

79

ALP4lib. Python control module for Vialux DMDs based on ALP4.X API.

69

pyMMF. Simple module to find numerically propagation mode profiles and propagation constants of multimode fibers of arbitrary radial index profiles.

51

WFS.net. Shared files from wavefrontshaping.net

29

article_MMF_disorder. Jupyter Notebook

18

tutorial-DMD-setup-2023. Jupyter Notebook

15

PyTorchAberrations. Differentiable aberration layers for PyTorch using Zernike polynomials.

11

Layout. A library to create layouts of various shapes for wavefrontshaping using DMDs or SLMs.

7

papis-firefox. A Firefox web extension allowing to add a paper to Papis bibliography manager using the url of the current page.

4

zoomfft2d. Implementation of ZoomFFT for 2D FFTs

2

introduction_to_python_for_physics. Jupyter Notebook

2

opticalfibreml. Data and code for the paper "Deep, complex, invertible networks for inversion of transmission effects in multimode optical fibres" published at NIPS 2018

2

pyDigHolo. Python module to use Joel's Carpenter digHolo C++ library.

2

EasyOptimization. Jupyter Notebook

2

pytorch-Complex-Layers. Python

2

tutorial_semidefinite_tm. Tutorial: Semidefinite Programming for intensity only estimation of the transmission matrix

1

InstrumentControl. Jupyter Notebook

1

pyoffaxis. A Python package for off-axis holography complex field retrieval.

1

tutorial_offaxis_bias. Jupyter Notebook

1

article_RME_2023. Data, code and figure generation for the article "Tailoring the Rotational Memory Effect in Multimode Fibers"

1

Lab-automation-OFC-2021. Jupyter Notebook

1