This repository contains a submission for Scientific Computing EMAT30008: using finite difference methods to solve partial differential equations.

See the report "report.pdf" for a description of the software, along with the Jupyter notebooks "Examples.ipynb" and "Solutions.ipynb" that go with it.

The bulk of the code belongs in:

parabolicpde.py - parabolic equation solvers and objects

hyperbolicpde.py - hyperbolic equation solvers and objects

ellipticpde.py - elliptic equation solvers and objects

Extra functions can be found in:

boundary.py - boundary condition objects

visualizations.py - tools for plotting/animating

helpers.py - useful functions that don't live anywhere else

The files worksheets.py and examples.py were used in the process of verifying the solvers and answering the worksheet questions. Most of this code ended up in the two notebooks.

James Cass jc4196@bristol.ac.uk