Vector-valued PSHA calculations, based on the Openquake Engine Python library (https://github.com/gem/oq-engine)
(For instructions on the EDF-specific Scibian environment, see link)
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Set-up a dedicated vpsha virtual environment:
$ python3 -m venv /path/to/virtual/env/vpsha -
Activate the vpsha virtual environment:
$ source /path/to/virtual/env/vpsha/bin/activate -
Install the Openquake Engine Python library and dependencies:
(vpsha) $ pip install openquake.engine
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Print help:
$ python3 vectorengine/v-engine.py -h -
Full (N-D) hazard matrix calculation:
$ python3 vectorengine/v-engine.py AreaSourceClassicalPSHA/test_job.ini full --imcm BakerCornell2006 -
Find N-D (correlated) intensity-measure samples matching POE target value:
$ python3 vectorengine/v-engine.py AreaSourceClassicalPSHA/test_job.ini optim -n 1
(Note: POE target value must be specified in the configuration file) -
Compute full (N-D) hazard matrix and all N 1-D marginal hazard curve:
$ python3 vectorengine/v-engine.py AreaSourceClassicalPSHA/test_job.ini calc-marginals -
Compute full hazard matrix and make N plots of the comparison between the associated 1-D marginal and the 1-D hazard curve:
$ python3 vectorengine/v-engine.py AreaSourceClassicalPSHA/test_job.ini plot-marginals