Uses of Class
gov.usgs.earthquake.nshmp.calc.Hazard

Packages that use Hazard

Package	Description
gov.usgs.earthquake.nshmp.calc	Hazard calculation classes and utilties.

Uses of Hazard in gov.usgs.earthquake.nshmp.calc

Methods in gov.usgs.earthquake.nshmp.calc that return Hazard

Modifier and Type	Method and Description
static Hazard	HazardCalcs.hazard(HazardModel model, CalcConfig config, Site site, Executor exec) Compute probabilistic seismic hazard curves at a site using the supplied model and config.
static Hazard	Hazard.merge(Hazard... hazards) Combine hazard from multiple independent models.

Methods in gov.usgs.earthquake.nshmp.calc with parameters of type Hazard

Modifier and Type	Method and Description
void	HazardExport.add(Hazard hazard, Optional<Deaggregation> deagg) Add a Hazard and optional Deaggregation result to this handler.
static Deaggregation	Deaggregation.atIml(Hazard hazard, double iml, Executor exec) Deaggregate hazard at the supplied intensity measure level.
static Deaggregation	Deaggregation.atImls(Hazard hazard, Map<Imt,Double> imtImls, Executor exec) Experimental: Deaggregate hazard at a unique intensity measure level for each IMT.
static Deaggregation	Deaggregation.atReturnPeriod(Hazard hazard, double returnPeriod, Executor exec) Deaggregate hazard at the intensity measure level corresponding to the supplied returnPeriod.
static Map<Imt,Map<Gmm,XySequence>>	HazardExport.curvesByGmm(Hazard hazard) Derive maps of curves by Gmm for each Imt in a Hazard result.
static Map<Imt,Map<SourceType,XySequence>>	HazardExport.curvesBySource(Hazard hazard) Derive maps of curves by SourceType for each Imt.
static Deaggregation	HazardCalcs.deaggIml(Hazard hazard, double iml, Executor exec) Deaggregate probabilistic seismic hazard at the supplied intensity measure level (in units of g).
static Deaggregation	HazardCalcs.deaggReturnPeriod(Hazard hazard, double returnPeriod, Executor exec) Deaggregate probabilistic seismic hazard at the supplied return period (in years).
static Hazard	Hazard.merge(Hazard... hazards) Combine hazard from multiple independent models.