A Finite-Difference PDE solver framework.
Pyranda is a simple Partial differential equation (PDE) solver framework for rapidly prototyping new algorithms and numerical methods. Current capabilites are limited to a single structured mesh and equations are solved in strong conservative form. The default integration scheme is a 5 stage RK4 method. The finite difference method is used to approximate spatial derivatives and pyranda uses the FloATPy library for parallel, compact finite difference calculations.
Dependencies include:
- FloATPy
- numpy, matplotlib, f2py