13 dependents
| Package | Description | Downloads/month |
|---|---|---|
| Python tools for handling Monte Carlo simulation geometry | 7K | |
| Optical properties for the LEGEND experiment and Geant4 simulations | 7K | |
| Germanium detector geometries for radiation transport simulations | 6K | |
| LEGEND Monte-Carlo simulation post-processing | 6K | |
| LEGEND-200 geometry for Monte Carlo simulations | 3K | |
| Generate Geant4 event vertices in Python. | 3K | |
| Python package for automatic, cell-based inference of clash-free simplified dete... | 2K | |
| Python package for processing LEGEND simulations | 795 | |
| LEGEND-1000 geometry for Monte Carlo simulations | 226 | |
| A GUI application for editing GDML geometry files with user-defined materials su... | 213 | |
| A tool for converting CAD STEP and STL or combination of both to GDML geometry f... | 185 | |
| Geometry model for the LEGEND HPGe test-stand in HADES | 171 | |
| Geometry model for the SCARF experiment | 71 |
