BNCT-INFN 3D Model
Abstract
BNCT-INFN 3D Model is a Python/CadQuery tool to convert MCNP geometry definitions into CAD solids. The module parses MCNP cells, surfaces, materials, and transformations (`TRn`, `*TRn`) and generates: - an assembly CAD model (`result.step`) - an assembly mesh (`result.stl`) - individual part meshes (`bXXXX.stl`) Supported geometry cards include `RPP`, `RCC`, `TRC`, `RHP`, and `HEX`. The software is intended for scientific geometry workflows where MCNP input decks need CAD/mesh visualization and downstream processing. SHA256 checksum file for bnct-3dmodel-v0.1.0b0.zip, provided to verify archive integrity after download and detect file corruption or unintended modification. Check by:sha256sum -c release-artifacts/bnct-3dmodel-v0.1.0b0.zip.sha256
Fields of Study & Subjects
Nuclear reactor physics and engineering
Nuclear Physics and Applications
Boron Compounds in Chemistry
Publication details
- Journal / source
- Istituto Nazionale di Fisica Nucleare. Centro Nazionale Analisi Fotogrammi
- Publication date
- 11 March 2026
- Language
- EN