Uses of Interface
gov.usgs.earthquake.nshmp.gmm.GroundMotionModel

Packages that use GroundMotionModel

Package	Description
gov.usgs.earthquake.nshmp.gmm	Implementations of all GroundMotionModels used in the 2008 and 2014 USGS National Seismic Hazard Models.

Uses of GroundMotionModel in gov.usgs.earthquake.nshmp.gmm

Classes in gov.usgs.earthquake.nshmp.gmm that implement GroundMotionModel

Modifier and Type	Class and Description
class	AbrahamsonEtAl_2014 Implementation of the Abrahamson, Silva & Kamai (2014) next generation ground motion model for active crustal regions developed as part of NGA West II.
class	AbrahamsonSilva_1997 Implementation of the Abrahamson & Silva (1997) ground motion model for shallow earthquakes in active continental crust.
class	Atkinson_2008p Modified form of the relationship for the Central and Eastern US by Atkinson (2008).
class	Atkinson_2010 Implementation of the ground motion model by Atkinson (2010) for shallow and deep earthquake in Hawaii.
class	Atkinson_2015 Implementation of the ground motion model by Atkinson (2015) for induced seismicity.
class	AtkinsonBoore_2003 Abstract implementation of the subduction ground motion model by Atkinson & Boore (2003).
class	AtkinsonBoore_2006 Abstract implementation of the ground motion model for stable continental regions by Atkinson & Boore (2006).
class	AtkinsonBoore_2006p Modified form of the relationship for the Central and Eastern US by Atkinson & Boore (2006).
class	AtkinsonMacias_2009 Implementation of the subduction interface ground motion model by Atkinson & Macias (2009).
class	BcHydro_2012 Abstract implementation of the subduction ground motion model created for BC Hydro, Canada, by Addo, Abrahamson, & Youngs (2012).
class	BooreAtkinson_2008 Implementation of the Boore & Atkinson (2008) next generation attenuation relationship for active crustal regions developed as part of NGA West I.
class	BooreEtAl_1997 Implementation of the Boore, Joyner & Fumal (1997) ground motion model for shallow earthquakes in active continental crust.
class	BooreEtAl_2014 Implementation of the Boore, Stewart, Seyhan, & Atkinson (2014) next generation ground motion model for active crustal regions developed as part ofNGA West II.
class	Campbell_1997 Implementation of the Campbell (1997) ground motion model for worldwide earthquakes in active tectonic regions.
class	Campbell_2003 Implementation of the hybrid ground motion model for stable continental regions by Campbell (2003).
class	CampbellBozorgnia_2003 Implementation of the Campbell & Bozorgnia (2003) ground motion model for shallow earthquakes in active continental crust.
class	CampbellBozorgnia_2008 Implementation of the Campbell & Bozorgnia (2008) next generation attenuation for active crustal regions relationship developed as part of NGA West I.
class	CampbellBozorgnia_2014 Implementation of the Campbell & Bozorgnia (2014) next generation ground motion model for active crustal regions developed as part of NGA West II.
class	ChiouYoungs_2008 Implementation of the Chiou & Youngs (2008) next generation attenuation relationship for active crustal regions developed as part of NGA West I.
class	ChiouYoungs_2014 Implementation of the Chiou & Youngs (2014) next generation attenuation relationship for active crustal regions developed as part of NGA West II.
class	FrankelEtAl_1996 Implementation of the Frankel et al.
class	GraizerKalkan_2015 Implementation of the updated Graizer & Kalkan (2015, 2016) ground motion model.
class	Idriss_2014 Implementation of the Idriss (2014) next generation ground motion model for active crustal regions developed as part of NGA West II.
class	McVerryEtAl_2000 Abstract implementation of the ground motion model by McVerry et al.
class	MunsonThurber_1997 Implementation of the Munson & Thurber (1997) ground motion model for horizontal peak ground acceleration (PGA) for the island of Hawaii.
class	NgaEastUsgs_2017 Implementation of the PEER NGA-East for USGS ground motion model.
class	NgaSubductionUsgs_2018 Abstract implementation of the preliminary PEER NGA-Subduction ground motion model.
class	PezeshkEtAl_2011 Implementation of the Pezeshk, Zandieh, & Tavakoli (2011) ground motion model for stable continental regions.
class	SadighEtAl_1997 Implementation of the ground motion model for shallow crustal earthquakes by Sadigh et al.
class	ShahjoueiPezeshk_2016 Implementation of the Shahjouei and Pezeshk (2016) ground motion model for central and eastern North America (CENA).
class	SilvaEtAl_2002 Implementation of the Silva et al.
class	SomervilleEtAl_2001 Implementation of the hard rock ground motion model for the Central and Eastern US by Somerville et al.
class	TavakoliPezeshk_2005 Implementation of the Tavakoli & Pezeshk (2005) ground motion model for stable continental regions.
class	ToroEtAl_1997 Implementation of the Toro et al.
class	WongEtAl_2015 Implementation of the ground motion model by Wong et al.
class	YoungsEtAl_1997 Abstract implementation of the subduction ground motion model by Youngs et al.
class	ZhaoEtAl_2006 Abstract implementation of the subduction ground motion model by Zhao et al.
class	ZhaoEtAl_2016 Abstract implementation of the shallow crustal, upper mantle, subduction interface, and subduction slab ground motion models by Zhao et al.

Methods in gov.usgs.earthquake.nshmp.gmm that return GroundMotionModel

Modifier and Type	Method and Description
GroundMotionModel	Gmm.instance(Imt imt) Retreive an instance of a GroundMotionModel, either by creating a new one, or fetching from a cache.

Methods in gov.usgs.earthquake.nshmp.gmm that return types with arguments of type GroundMotionModel

Modifier and Type	Method and Description
static Map<Gmm,GroundMotionModel>	Gmm.instances(Imt imt, Set<Gmm> gmms) Retrieve an immutable map of GroundMotionModel instances, either by creating new ones, or fetching them from a cache.
static Map<Imt,Map<Gmm,GroundMotionModel>>	Gmm.instances(Set<Imt> imts, Set<Gmm> gmms) Retrieve immutable maps of GroundMotionModel instances for a range of Imts, either by creating new ones, or fetching them from a cache.