Scientific software.

Interactive diffraction analysis, from detector images and calibration to integrated patterns, maps, and phase identification.

Equations of state, thermodynamic calculations, and a literature-based material catalogue, with Python and Rust interfaces.

Total-scattering analysis and pair distribution functions, with a Rust numerical core, Python workflows, and an experimental browser interface.

Fast diffraction integration in Rust with a Python interface, from a single detector image to parallel file batches.

Analysis of spectroscopic data from laser-heated diamond anvil cell experiments.

Fitting conventional and synchrotron energy-domain Mössbauer spectra.

Tools for analysing electron energy loss spectroscopy data.