openquake.hme.model_test_frameworks.gem.gem_test_functions¶

Utility functions for running tests in the GEM model test framework.

Functions

`catalog_ground_motion_eval_fn`(test_config, ...)	Compares observed ground motions from a flatfile with model predictions.
`get_catalog_moment`(eq_df[, eq_groups])	Computes the total seismic moment per spatial cell and overall from an earthquake catalog.
`get_closest_rupture`(eq, rupture_df)	Returns the rupture closest to the given earthquake in 3D distance.
`get_distances`(eq, rup_gdf)	Calculates 3D distances between an earthquake and a set of ruptures.
`get_flatfile_records_for_eq`(event_id, gm_df)	Returns all flatfile records for a given earthquake event ID.
`get_matching_rups`(eq, rup_gdf[, ...])	Finds and ranks modeled ruptures that match an observed earthquake.
`get_moment_from_mfd`(mfd)	Calculates total seismic moment from an MFD dictionary.
`get_nearby_rups`(eq, rup_df)	Finds ruptures in the earthquake's H3 cell and its immediate neighbors.
`get_rups_in_mag_range`(eq, rup_df[, mag_window])	Filters ruptures to those within a magnitude window of the earthquake.
`get_rupture_gdf_cell_moment`(rupture_gdf, t_yrs)	Computes the expected seismic moment per spatial cell and total, given rupture occurrence rates scaled by duration.
`mag_diff_likelihood`(eq_mag, rup_mags[, ...])	Calculates a linear likelihood based on the magnitude difference between an earthquake and candidate ruptures.
`match_eqs_to_rups`(eq_gdf, rup_gdf[, ...])	Matches all earthquakes in a catalog to their best-matching modeled ruptures using `get_matching_rups()`.
`model_mfd_eval_fn`(rup_gdf, eq_gdf, mag_bins)	Computes and compares model and observed magnitude-frequency distributions.
`moment_over_under_eval_fn`(rup_df, eq_gdf, ...)	Compares observed seismic moment release to stochastic moment release from the model, per cell and in total.
`predict_gms_for_eq`(eq, gm_df, gsim_lt, ...)	Predicts ground motions at recording sites for a given earthquake using the ground motion models from the logic tree, and compares with observed values from the flatfile.
`rupture_matching_eval_fn`(rup_gdf, eq_gdf[, ...])	Runs the rupture matching evaluation, matching all observed earthquakes to modeled ruptures and collecting matched/unmatched results.