IntTool

Jupyter notebook based Laser Interferometry Toolbox

This module is based on the articles:

• Mitsuo Takeda, Hideki Ina and Seiji Kobayashi, “Fourier-transform method of fringe-pattern analysis for computer-based topography and interferometry”
• Georg Pretzier, "A New Method for Numerical Abel-Inversion"

Structure

• IntTool - Core python module with functions for data preprocessing, fourier trasforming, abel inversion
• requirements.txt - Project dependencies
• demo.ipynb - Demonstration of fourier filtration technique and abel inversion on simulated interferograms
• idea_helper.ipynb - Auxiliary symmetrization pipeline for interferogram processing using IDEA
• solid_target - Pipeline to process data from laser-solid target interaction interferometry
• filamentation - Pipeline to process data from filament plasma channel interferometry