Paramak is a Python package for generating 3D CAD models of fusion reactors. It is designed to rapidly produce tokamak geometries for parametric studies, and provides numerous standard CAD formats such as STP, STL and Brep.
PlasmaFAIR Supported and Assessed Software
Fortran-git-version extracts Fortran package version information from a git
repository, instead of hard-coding it in a source file.
Tokamesh is a Python package for generating and working with triangular meshes for tomographic inversion problems in tokamaks. Its features include barycentric linear-interpolation, and local mesh refinement, both of which enable creation of smaller meshes with a lower number of basis functions than more traditional approaches.
NetCDF is a popular file format in the plasma community, as its labelled coordinate data and self-descriptive hierarchical format makes it a great choice for scientific data. It has bindings in all of the popular languages used in research software, including Fortran, which is heavily used in plasma science.
Inference-tools is a Python package providing a collection of tools for Bayesian data analysis. It provides implementations of Markov chain Monte Carlo (MCMC) algorithms, density estimating and plotting, and Gaussian-process regression and optimisation.