Recent developments to the Radia magnetostatics code for improved performance and interface

Abstract Radia is a 3D magnetostatics code that widely used to model range of magnets for particle accelerators, with particularly broad usage within the synchrotron light source community. Recently, has been released as open and made available collaborative development on GitHub. A US DOE SBIR grant obtained its upgrade extension. The ongoing improvements are focused core physics engine, performance enhancements, graphical user interface. Additionally, new Python API (PyRadia) developed allow wider use outside existing Mathematica API. We have implemented majority examples in scripts Jupyter notebooks, including advanced visualization features interactively viewing geometries based VTK toolkit. interaction matrix field calculations parallelized using MPI show good scaling variety cluster architectures. parallel may be accessed via or Sirepo application under provide browser interface allowing modeling magnets, focus undulators. Kick maps exported electron storage ring codes such elegant AT, tabulated undulator files x-ray optics computation physical Synchrotron Radiation Workshop. summarize these developments give an outlook future development.