The recommended post processing for GPEC is now to use the devoted OMFIT module <https://omfit.io/modules/mod_GPEC.html>. The deprecated code below has been ported there and improved, but is included here for reference.
PYPEC Source documentation¶
regression.compare – For Comparing Restults¶
Python modules for regression testing and benchmarking GPEC code developments.
- Author:
N.C. Logan
- Email:
Interface¶
The compare submodules can be run as an executable from a linux terminal, and take one or more directory paths as arguments. Each check function will be called for the directories and the plots displayed. Be warned, this may create a large number of plots.
For example,
$ ./compare_dcons.py /p/gpec/GPEC-0.4/docs/examples/DIIID_example /p/gpec/GPEC-1.0/docs/examples/DIIID_ideal_example
Individual checks can be called from an interactive python environment (see pypec).
For example,
$ ipython –pylab
>>> from regression.compare import compare_dcons
>>> data = compare_dcons.check_energies('/p/gpec/GPEC-0.4/docs/examples/DIIID_example','/p/gpec/GPEC-1.0/docs/examples/DIIID_ideal_example')
/p/gpec/GPEC-0.4/d… /p/gpec/GPEC-1.0/d…
total |
+7.3090e-01 |
+9.0210e-01+7.0180e-05j |
plasma |
-1.7540e+00 |
-1.6000e+00 |
vacuum |
+2.4850e+00 |
+2.5020e+00 |
>>> pyplot.gcf().savefig('examples/figures/example_compare_dcons.png')
