pygmm.akkar_sandikkaya_bommer_2014.AkkarSandikkayaBommer2014¶
- class pygmm.akkar_sandikkaya_bommer_2014.AkkarSandikkayaBommer2014(scenario: Scenario)[source]¶
Akkar, Sandikkaya, & Bommer (2014, []) model.
The model is specified for three different distance metrics. However, the implementation uses only one distance metric. They are used in the following order:
dist_jb
dist_hyp
dist_epi
This order was selected based on evaluation of the total standard deviation. To compute the response for differing metrics, call the model multiple times with different keywords.
- Parameters
scenario (
pygmm.model.Scenario
) – earthquake scenario
Methods
__init__
(scenario)Initialize the model.
interp_ln_spec_accels
(periods[, kind])Interpolate the spectral acceleration.
interp_ln_stds
(periods[, kind])Interpolate the logarithmic standard deviation.
interp_spec_accels
(periods[, kind])Interpolate the spectral acceleration.
Attributes
Short name of the model
Index of the peak ground acceleration
INDEX_PGD
Index of the peak ground displacement
Index of the peak ground velocity
Indices for the spectral accelerations
LIMITS
Limits of model applicability
Long name of the model
Model parameters
Indices of the periods
PGD_SCALE
Scale factor to apply to get PGD in cm
PGV_SCALE
Scale factor to apply to get PGV in cm/sec
ln_std_pga
Peak ground accelaration log-standard deviation.
ln_std_pgd
Peak ground displacement log-standard deviation.
ln_std_pgv
Peak ground velocity log-standard deviation.
ln_stds
Pseudo-spectral accelerations log-standard deviation.
periods
Periods specified by the model.
pga
Peak ground acceleration (PGA) computed by the model (g).
pgd
Peak ground displacement (PGD) computed by the model (cm).
pgv
Peak ground velocity (PGV) computed by the model (cm/sec).
scenario
spec_accels
Pseudo-spectral accelerations computed by the model (g).