Software
Submitted by inducer on Sat, 04/12/2004 - 15:09
I’ve written a fair bunch of software related to my research:
Active projects:
hedge is the Hybrid and Easy Discontinuous Galerkin Environment.
Python bindings for existing software
- PyUblas allows seamless interoperability between Numpy and Boost Ublas.
- MeshPy allows you to generate quality triangular and tetrahedral finite element meshes directly in Python.
- PyMetis allows you to partition graphs into controllable-size lumps, or, as an application of that, partition finite-element meshes for use on parallel computers.
- Pylo binds libsilo to Python.
- PyCuda makes the Nvidia CUDA compute abstraction accessible from Python. It features automatic cleanup functionality and tight integration with Numpy.
Small “tool” packages
- Pymbolic is a lightweight library to perform symbolic calculations in Python. If you need to take derivatives, expand polynomials or simplify expressions, Pymbolic is for you. If you neeed heavy-lifting procedures such as limits and integration, you might want to look elsewhere, as I’m not sure these will ever get implemented.
- Pytools is a mixed bag of Python usefulness. Most of my other Python hacks need this to work.
Distributing other people’s work
- Booost UBlas Bindings make BLAS, LAPACK and UMFPACK easily accessible from the Boost.UBlas library.
- Arpack with autotools: the tried-and-true eigensolver, with a modern build system.
Inactive projects
- FemPy is a small finite element package in and for Python.
- PyLinear is a (sparse and dense) matrix computation package for Python.
Then there is some software I wrote just for my personal pleasure:
Active projects
Inactive projects
Dead projects
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