Physical Optics Propagation in Python

pyxem is an open-source python library for multi-dimensional diffraction microscopy.

Physical Optics Propagation in Python

Collection of algorithms and routines for (ultrafast) electron diffraction and scattering

Fast Azimuthal Integration in Python

Scientific computing library for optical sciences

xrayutilities - a package with useful scripts for X-ray diffraction physicists

Design, optimize, & simulate metasurface lenses (aka diffractive lenses), beam deflectors, gratings etc

Python based GUI-Program for integration and exploration of 2D x-ray diffraction images.

diffsims is an open-source python library for simulating diffraction.

A Julia library for simulating, processing, and plotting multiple scattering of waves.

Line-Profile Analysis Software (LIPRAS), is a graphical user interface for least squares fitting of Bragg peaks in powder diffraction data. For any region of the inputted data, user can choose which profile functions to apply to the fit, constrain profile functions, and view the resulting fit in terms of the profile functions chosen.

Diffcalc: a diffraction condition calculator for X-ray or neutron diffractometer control

Examples and tutorials of multi-dimensional diffraction microscopy workflows using pyxem.

Microstructural Identification using Diffraction Analysis Software

A python script that displays an animation of an electron propagation and its interaction with arbitrary potential. The program solves the two-dimensional time-dependant Schrödinger equation using Crank-Nicolson algorithm.

Numerical wave propagation library for Java.

Common Offset Migration using Kirchhoff depth

Monte Carlo Event Generator for High Energy Diffraction, arXiv:1910.06300

Optical propagation calculation

Examples and tutorials of diffraction simulations using diffsims.

Data analysis tools for Laue 3-Dimensional Neutron Diffraction

Fast Azimuthal Integration in Python

Webpage for the computation of helical diffraction patterns.

A Mathematica package to calculate exact multiple scattering, in time and frequency, according to the 2D wave equation.

Visualizing single-slit and double-slits diffraction by solving Schrodinger's equation in 2d.

Muscle X program suite is a collection of programs intended to assist with analyzing diffraction X-ray images.

Scripts to analyze data from synchrotron X-ray scattering measurements

Converts SPEC data files and scans into NeXus HDF5 files

MATLAB Code to Simulate Basic XRD Patterns