A simple solver
2D ideal MHD on a periodic grid: Rusanov fluxes, forward Euler, a projection for div B = 0. Only NumPy.
mhd-sandbox
Learning ideal MHD by writing and improving a finite-volume solver.
What is included
Section titled “What is included”Test problems
The Orszag-Tang vortex, the MHD rotor, a magnetized blast wave and a multi-fluid run, as executed notebooks.
Room to grow
Higher-order reconstruction, HLL and HLLD fluxes, constrained transport: each a lesson with a check you can run.
Start here
Section titled “Start here”InstallationCreate an environment and install the package.
QuickstartRun the Orszag-Tang vortex in a few lines.
TutorialsExecuted notebooks with their outputs.
Full examplesComplete scripts and their plots.
API referenceGenerated from the docstrings.