Development of this code was done in Arch Linux x86_64. It is expected to run under macOS, but it wasn’t tested there. Windows users are advised to utilize WSL to avoid any potential incompatibility issues.
The following assumes that any of (conda | miniconda | mamba | micromamba ) are installed. Instructions to install micromamba can be found here.
We define a virtual environment for the project.
# create and activate the environment
micromamba create -c conda-forge --name pbe_vbsa_env python=3.11
micromamba activate pbe_vbsa_env
# install dependencies. make sure pve_vbsa_env is the active environment
# "which python" should include pbe_vbsa_env in the returned path
# "micromamba env list", as well as the prompt, show the active
# environment
python -m pip install -r requirements.txt
# clone pelicun and install in development mode
cd external_tools
git clone https://github.com/ioannis-vm/AZ_pelicun
cd AZ_pelicun
git checkout bc9ae2b7
# this installs additional dependencies
python -m pip install -e .
To run Python code the project’s root directory needs to be in the PYTHONPATH environment variable.
cd .../path/to/2024-02_PBE_VBSA
export PYTHONPATH=$PYTHONPATH:$(pwd)If an environment tear-down is required (e.g. for a clean initialization of the environment setup), the environments can be removed as follows:
micromamba env list
micromamba remove --name pbe_vbsa_env --all
rm -r ...path/to/envs/pbe_vbsa_envSeismic hazard analysis is done with OpenSHA. This requires a working installation of java. Detailed requirements are listed here: https://opensha.org/Applications.html
Ground motion selection is performed using CS_Selection, which requires Matlab.
https://github.com/bakerjw/CS_Selection
cd external_tools
git clone https://github.com/bakerjw/CS_Selection
git checkout 194b3d4