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PyClaw is a Python-based interface to the algorithms of Clawpack and SharpClaw. It also contains the PetClaw package, which adds parallelism through PETSc.
Python FORTRAN C Other

Merge pull request #518 from ketch/more_edge_functions

Add missing backward-compatible c_edges and p_edges to grid.
latest commit 92e775ac95
@ketch ketch authored
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demo add a note in the documentation and a basic test script for petsc4py …
development added 3D capabilities to sharpclaw, and ammended the ghost cell calcu…
examples Move fully to new Dimension constructor syntax. Resolves #480.
fvmbook Add limiters notebook to fvmbook/chap6.
src Add missing backward-compatible c_edges and p_edges to grid.
.gitignore Ignore symlink to examples directory.
.stack.yaml
.travis.yml Accumulate coverage on Travis across doctests and integration tests.
.travis_build_stack.sh Add scipy/mpl/h5py, streamline Travis
CHANGES.md Mention 3D Euler + gravity example in CHANGES.md.
LICENSE.txt
README.md Update README.md
cleanup_examples.py make cleanup_examples.py executable

README.md

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version status downloads

Quick start:

git clone git@github.com:clawpack/clawpack.git
cd clawpack
pip install -e .
cd clawpack/pyclaw/examples/euler_2d
python shockbubble.py iplot=1

PyClaw

Pyclaw is a Python-based solver for hyperbolic PDEs that includes the algorithms of Clawpack and SharpClaw.
It has been designed with easy extensibility, performance, and exploration in mind. PyClaw also includes a scalable parallel implementation of Clawpack using PETSc.

You can get the latest development version of PyClaw from http://github.com/clawpack/.

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