synchrotron

silx toolkit

Larch: Applications and Python Library for Data Analysis of X-ray Absorption Spectroscopy (XAS, XANES, XAFS, EXAFS), X-ray Fluorescence (XRF) Spectroscopy and Imaging, and more.

Package xrt (XRayTracer) is a python software library for ray tracing and wave propagation in x-ray regime. It is primarily meant for modeling synchrotron sources, beamlines and beamline elements.

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

Core-Level Spectroscopy Simulations in Python

Start-to-end photon experiment simulation platform

CTSegNet is an end-to-end 3D segmentation package for large X-ray tomographic datasets using 2D fully convolutional neural networks (fCNN).

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

HERMES is a publicly available computational framework for the line of sight integration over galactic radiative processes which creates sky maps in the HEALPix-compatibile format.

SciAnalysis is a set of Python scripts for batch processing of image data, including x-ray scattering detector images.

Open Source Code for Advanced Radiation Simulation

ISPyB web application

ImageD11 is a python code for identifying individual grains in spotty area detector X-ray diffraction images.

training for the silx toolkit

Clickable PDB statistics: synchrotrons and MX software

Python software library for Parallel execution of Sequential data analysis.

Spectroscopic imaging library (XRF/XAS)

Crystallographic Fragment Screening project management.

sloth: slowly evolving utilities for x-ray spectroscopists

Tools for working with synchrotron scans

Igor Pro functions for helping analyzing LEEM/PEEM data.

Multislice codes for simulating xray propogation. Uses pyFFTW and numexpr for efficinecy

Sum and analyse Eiger data for intensity statistics

Implements synchrotron emission from cooling electrons

WISEr: Wavefront Simulation Software Reloaded. The Library

BlueSky configuration for NSLS-II beamline 6BM, BMM

Allow the import, normalisation, centring and merging of XAS/XMCD spectra from DEIMOS-SOLEIL beamline to automatically apply sum rules. One scan number to give (with a Tz parameter without incidence on calculations), the next 7 should be the same sample with +/-H and circular right (CR) and left (CL).

A simulation of the Bloch Beamline at the MAX IV synchrotron in Lund, Sweden. The simulation is implemented in the McXtrace meta-language using ANSI-C.

X-ray wave propagation techniques in cython

A pipeline for data processing of energy dispersive XES