NEREIDS (NEutron REsonance Imaging Diagnostic Suite) is a research-grade toolkit for neutron resonance imaging, providing a Rust physics core, Python bindings, and NeXus/HDF5-compliant data I/O, with a path to fast, standalone GUI workflows for VENUS/MARS.

Neutron Imaging Loading and Normalization Tools

AI-powered neutron imaging IDE built on VSCode. Integrated Jupyter notebooks, pixi environment management, and custom tools for ORNL's MARS (HFIR) and VENUS (SNS) beamlines. Your observatory for neutron data analysis.

Code to realign the chips for timepix1 and timepix3

Preprocessing and reconstruction for the Neutron Imaging Beam Lines

Python GUI that fit Bragg Edges and display strain parameters

Processing of roots (segmentation, registration...)

User Interface to run svmbir code with AI

Contains software that is used to process the raw tpx3 data into hit and events.

This library produces a FITS with the cylindrical geometry corrected (hollow or not)