rapid earthquake dynamics

Workflows for automated generation of dynamic rupture scenarios from earthquake fault slip models, enabling rapid source characterization.

Installing the package

git clone https://github.com/Thomas-Ulrich/rapid-earthquake-dynamics
cd rapid-earthquake-dynamics
pip install -e .

Installing requirements

easi library with python bindings

Install and load the easi library with python binding This can be done, e.g. by installing seissol with:

spack install -j 8 seissol@master convergence_order=4 dr_quad_rule=dunavant \
    equations=elastic precision=single ^easi +python
# now create a module:
spack module tcl refresh $(spack find -d --format "{name}{/hash:5}" seissol)
# now add the path to the python_wrapper to the python path, e.g. with:
export PYTHONPATH=path_to_spack_installation/linux-sles15-skylake_avx512/easi/1.6.1-gcc-15.1.0-efuzmvl/lib/python3.10/site-packages/easilib/cmake/easi/python_wrapper/:$PYTHONPATH

axitra

Axitra is needed for generating regional waveform synthetics (if not using directly SeisSol).

git clone --branch thomas/remove_logs https://github.com/Thomas-Ulrich/axitra
cd axitra/MOMENT_DISP_F90_OPENMP/src
make all python

Finally update path under synthetics type axitra in: this file

Running the tests locally

cd rapid-earthquake-dynamics
git lfs install      # Enables Git LFS support for handling large binary files
git lfs pull         # Downloads large files tracked by Git LFS (e.g., .h5, .nc)
docker pull ghcr.io/thomas-ulrich/easi-image:latest
docker run --rm -v "$PWD:/workspace" -w /workspace \
   ghcr.io/thomas-ulrich/easi-image:latest bash -c "pytest --cov=dynworkflow \
   --cov=external --cov=. --cov-report=xml"