Uses of Class
gov.usgs.earthquake.nshmp.geo.Location

Packages that use Location

Package	Description
gov.usgs.earthquake.nshmp.calc	Hazard calculation classes and utilties.
gov.usgs.earthquake.nshmp.eq.fault	Fault representations.
gov.usgs.earthquake.nshmp.eq.fault.surface	Fault surfaces.
gov.usgs.earthquake.nshmp.eq.model	Earthquake Source and HazardModel representations.
gov.usgs.earthquake.nshmp.geo	Geographic data classes and utilities.
gov.usgs.earthquake.nshmp.geo.json	Helper classes for generating and working with GeoJson.
gov.usgs.earthquake.nshmp.util	Miscellaneous utilties.

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

Fields in gov.usgs.earthquake.nshmp.calc declared as Location

Modifier and Type	Field and Description
Location	Site.location The location of this site.

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

Modifier and Type	Method and Description
Site.Builder	Site.Builder.location(Location loc) The location of the Site.

Uses of Location in gov.usgs.earthquake.nshmp.eq.fault

Methods in gov.usgs.earthquake.nshmp.eq.fault with parameters of type Location

Modifier and Type	Method and Description
static double	Faults.dipDirection(Location p1, Location p2)
static double	Faults.dipDirectionRad(Location p1, Location p2)
static double	Faults.strike(Location p1, Location p2) Compute the strike in degrees of the line connecting p1 to p2.
static double	Faults.strikeRad(Location p1, Location p2) Compute the strike in degrees of the line connecting p1 to p2.

Uses of Location in gov.usgs.earthquake.nshmp.eq.fault.surface

Methods in gov.usgs.earthquake.nshmp.eq.fault.surface that return Location

Modifier and Type	Method and Description
Location	ApproxGriddedSurface.centroid()
Location	DefaultGriddedSurface.centroid()
Location	RuptureSurface.centroid() The centroid of this surface.
Location	GriddedSurface.getFirstLocOnUpperEdge() Deprecated.
Location	GriddedSurface.getLastLocOnUpperEdge() Deprecated.
Location	GriddedSurface.getLocation(int row, int column) gets the location from the 2D container

Methods in gov.usgs.earthquake.nshmp.eq.fault.surface with parameters of type Location

Modifier and Type	Method and Description
Distance	RuptureSurface.distanceTo(Location loc) Returns the distance metrics commonly required by PSHA ground motion models (GMMs): rJB, rRup, and rX.

Uses of Location in gov.usgs.earthquake.nshmp.eq.model

Methods in gov.usgs.earthquake.nshmp.eq.model that return Location

Modifier and Type	Method and Description
Location	FaultSource.location(Location site) The closest point on the fault trace, relative to the supplied site Location.
Location	SystemSourceSet.SystemSource.location(Location location) This method is not required for deaggregation and currently throws an UnsupportedOperationException.
Location	InterfaceSource.location(Location site) The closest point on the upper or lower fault trace, relative to the supplied site Location.
Location	AreaSource.location(Location site) The centroid of this source.
Location	Source.location(Location site) The Location of this source relative to the supplied site location.
Location	ClusterSource.location(Location site) The closest point across the traces of all fault sources that participate in this cluster, relative to the supplied site Location.

Methods in gov.usgs.earthquake.nshmp.eq.model with parameters of type Location

Modifier and Type	Method and Description
static Distance	Distance.compute(GriddedSurface surface, Location loc) Compute distance metrics: rJB, rRup, and rX.
Predicate<T>	SourceSet.distanceFilter(Location loc, double distance) Return a Predicate that evaluates to true if this source is within distance of the supplied Location.
Predicate<FaultSource>	FaultSourceSet.distanceFilter(Location loc, double distance)
Predicate<SystemSourceSet.SystemSource>	SystemSourceSet.distanceFilter(Location loc, double distance)
Predicate<ClusterSource>	ClusterSourceSet.distanceFilter(Location loc, double distance)
Predicate<gov.usgs.earthquake.nshmp.eq.model.PointSource>	GridSourceSet.distanceFilter(Location loc, double distance)
Predicate<AreaSource>	AreaSourceSet.distanceFilter(Location loc, double distance)
Predicate<InterfaceSource>	InterfaceSourceSet.distanceFilter(Location loc, double distance)
Predicate<gov.usgs.earthquake.nshmp.eq.model.PointSource>	SlabSourceSet.distanceFilter(Location loc, double distance)
static List<InputList>	PointSources.finiteInputs(List<Site> sites, SourceType sourceType, Location loc, XySequence mfd, Map<FocalMech,Double> mechWtMap, GridSourceSet grid) Using the supplied Sites and a GridSourceSet, from which the standard data that is used to build point sources is derived, create and return a List<InputList>.
static List<InputList>	PointSources.finiteInputs(List<Site> sites, SourceType sourceType, Location loc, XySequence mfd, Map<FocalMech,Double> mechWtMap, RuptureScaling rupScaling, NavigableMap<Double,Map<Double,Double>> magDepthMap, double maxDepth) Using the supplied Sites and the standard data that is used to build point sources, create and return a List<InputList>.
static InputList	PointSources.finiteInputs(Site site, SourceType sourceType, Location loc, XySequence mfd, Map<FocalMech,Double> mechWtMap, RuptureScaling rupScaling, NavigableMap<Double,Map<Double,Double>> magDepthMap, double maxDepth) Using the supplied Site and the standard data that is used to build point sources, create and return an InputList.
Iterable<T>	SourceSet.iterableForLocation(Location loc) Return an Iterable over those Sources that are within the cutoff distance of the supplied Location.
Iterable<Rupture>	AreaSource.iterableForLocation(Location loc) Return a Rupture iterator over distributed point Sources whose spacing is a function of the distance from the supplied Location.
Iterable<gov.usgs.earthquake.nshmp.eq.model.PointSource>	SlabSourceSet.iterableForLocation(Location loc)
Iterable<T>	SourceSet.iterableForLocation(Location loc, double distance) Return an Iterable over those Sources that are within distance of the supplied Location.
Iterable<gov.usgs.earthquake.nshmp.eq.model.PointSource>	SlabSourceSet.iterableForLocation(Location loc, double distance)
Location	FaultSource.location(Location site) The closest point on the fault trace, relative to the supplied site Location.
Location	SystemSourceSet.SystemSource.location(Location location) This method is not required for deaggregation and currently throws an UnsupportedOperationException.
Location	InterfaceSource.location(Location site) The closest point on the upper or lower fault trace, relative to the supplied site Location.
Location	AreaSource.location(Location site) The centroid of this source.
Location	Source.location(Location site) The Location of this source relative to the supplied site location.
Location	ClusterSource.location(Location site) The closest point across the traces of all fault sources that participate in this cluster, relative to the supplied site Location.
static Function<GridSourceSet,SourceSet<? extends Source>>	GridSourceSet.optimizer(Location loc) Create a Function for a location the condenses a GridSourceSet into tabular form (distance, magnitude and azimuth bins) for speedier iteration.
static gov.usgs.earthquake.nshmp.eq.model.PointSource	PointSources.pointSource(SourceType sourceType, PointSourceType pointType, Location loc, XySequence mfd, Map<FocalMech,Double> mechWtMap, RuptureScaling rupScaling, gov.usgs.earthquake.nshmp.eq.model.PointSource.DepthModel depthModel)
static Function<SystemSourceSet,IntervalArray>	SystemSourceSet.toRatesFunction(Location location, double distance, IntervalArray modelMfd) Return an instance of a Function that converts a SystemSourceSet to a ground motion model InputList.

Uses of Location in gov.usgs.earthquake.nshmp.geo

Fields in gov.usgs.earthquake.nshmp.geo declared as Location

Modifier and Type	Field and Description
static Location	GriddedRegion.ANCHOR_0_0 Convenience reference for an anchor at (0°, 0°).

Methods in gov.usgs.earthquake.nshmp.geo that return Location

Modifier and Type	Method and Description
static Location	Locations.centroid(Iterable<Location> locs) Computes a centroid for a group of Locations as the average of latitude, longitude, and depth;
static Location	Locations.closestPoint(Location loc, LocationList locs) Return the point in a LocationList that is that closest to the supplied Location.
static Location	Location.create(double lat, double lon) Create a new Location with the supplied latitude and longitude and a depth of 0 km.
static Location	Location.create(double lat, double lon, double depth) Create a new Location with the supplied latitude, longitude, and depth.
Location	LocationList.first() Return the first Location in this list.
static Location	Location.fromString(String s) Generate a new Location by parsing the supplied String.
abstract Location	LocationList.get(int index) Return the location at index.
Location	LocationList.last() Return the last Location in this list.
static Location	Locations.location(Location p, double azimuth, double distance) Computes a Location given an origin point, bearing, and distance.
static Location	Locations.location(Location p, LocationVector d) Computes a Location given an origin point and a LocationVector.
Location	GriddedRegion.locationForIndex(int index) Returns the Location at a given grid index.
Location	Bounds.max() Return the upper right coordinate (maximum latitude and longitude) as a Location.
Location	Bounds.min() Return the lower left coordinate (minimum latatide and longitude) as a Location.

Methods in gov.usgs.earthquake.nshmp.geo that return types with arguments of type Location

Modifier and Type	Method and Description
static Predicate<Location>	Locations.distanceAndRectangleFilter(Location origin, double distance) Return a radial distance Location filter that preprocesses Locations through a Locations.rectangleFilter(Location, double).
static Predicate<Location>	Locations.distanceFilter(Location origin, double distance) Return a radial distance Location filter.
Iterator<Location>	GriddedRegion.iterator()
Iterator<Location>	LocationGrid.iterator()
static Predicate<Location>	Locations.rectangleFilter(Location origin, double distance) Return a rectangular Location filter.
static Converter<Location,String>	Location.stringConverter() Return a Converter that converts between Locations and Strings.

Methods in gov.usgs.earthquake.nshmp.geo with parameters of type Location

Modifier and Type	Method and Description
LocationList.Builder	LocationList.Builder.add(Location... locs) Add each Location in locs to the LocationList .
LocationList.Builder	LocationList.Builder.add(Location loc) Add a Location to the LocationList.
static double	Locations.angle(Location p1, Location p2) Calculates the angle between two Locations using the Haversine formula.
static boolean	Locations.areSimilar(Location p1, Location p2) Returns true if the supplied Locations are very, very close to one another.
static double	Locations.azimuth(Location p1, Location p2) Computes the initial azimuth (bearing) when moving from one Location to another in degrees.
static double	Locations.azimuthRad(Location p1, Location p2) Computes the initial azimuth (bearing) when moving from one Location to another.
static LocationVector	Locations.bisect(Location p1, Location p2, Location p3) Method returns a unit LocationVector that bisects the angle defined by the line segments p2p1 and p2p3.
static Location	Locations.closestPoint(Location loc, LocationList locs) Return the point in a LocationList that is that closest to the supplied Location.
int	Location.compareTo(Location loc) Compare this Location to another and sort first by latitude, then by longitude.
boolean	Region.contains(Location loc) Returns whether the given Location is inside this Region.
static LocationList	LocationList.create(Location... locs) Create a new LocationList containing all Locations in locs.
static LocationVector	LocationVector.create(Location p1, Location p2) Returns the LocationVector describing the move from one Location to another.
static Region	Regions.createCircular(String name, Location center, double radius) Creates a circular Region.
static GriddedRegion	Regions.createGridded(String name, LocationList border, BorderType type, double latSpacing, double lonSpacing, Location anchor) Creates a GriddedRegion from a list of border locations.
static Region	Regions.createRectangular(String name, Location loc1, Location loc2) Creates a Region from a pair of Location s.
static GriddedRegion	Regions.createRectangularGridded(String name, Location loc1, Location loc2, double latSpacing, double lonSpacing, Location anchor) Creates a GriddedRegion from a pair of Location s.
static double	Coordinates.degreesLatPerKm(Location location) Return a conversion factor for the number of degrees of latitude per km at a given location.
static double	Coordinates.degreesLonPerKm(Location location) Return a conversion factor for the number of degrees of longitude per km at a given location.
static Predicate<Location>	Locations.distanceAndRectangleFilter(Location origin, double distance) Return a radial distance Location filter that preprocesses Locations through a Locations.rectangleFilter(Location, double).
static Predicate<Location>	Locations.distanceFilter(Location origin, double distance) Return a radial distance Location filter.
static double	Locations.distanceToLine(Location p1, Location p2, Location p3) Computes the shortest distance between a point and a line (great-circle).
static double	Locations.distanceToLineFast(Location p1, Location p2, Location p3) Computes the shortest distance between a point and a line.
double	Region.distanceToLocation(Location loc) Returns the minimum horizonatal distance (in km) between the border of this Region and the Location specified.
static double	Locations.distanceToSegment(Location p1, Location p2, Location p3) Computes the shortest distance between a point and a line segment (i.e.
static double	Locations.distanceToSegmentFast(Location p1, Location p2, Location p3) Computes the shortest distance between a point and a line segment.
static Area	RegionUtils.getNodeShape(Location p, double w, double h) Returns the Region spanned by a node centered at the supplied location with the given width and height.
static double	Locations.horzDistance(Location p1, Location p2) Calculates the great circle surface distance between two Location s using the Haversine formula for computing the angle between two points.
static double	Locations.horzDistanceFast(Location p1, Location p2) Calculates approximate distance between two Locations.
int	GriddedRegion.indexForLocation(Location loc) Returns the index of the grid node associated with a given Location or -1 if the associated grid node is ouside this gridded region.
static boolean	Locations.isPole(Location p) Returns whether the supplied Location coincides with one of the poles.
static double	Locations.linearDistance(Location p1, Location p2) Calculates the distance in three dimensions between two Locations using spherical geometry.
static double	Locations.linearDistanceFast(Location p1, Location p2) Calculates the approximate linear distance in three dimensions between two Locations.
static Location	Locations.location(Location p, double azimuth, double distance) Computes a Location given an origin point, bearing, and distance.
static Location	Locations.location(Location p, LocationVector d) Computes a Location given an origin point and a LocationVector.
static int	Locations.minDistanceIndex(Location loc, LocationList locs) Compute the segment index that is closest to a Location.
static double	Locations.minDistanceToLine(Location loc, LocationList locs) Compute the shortest horizontal distance (in km) from a Location to the line defined by connecting the points in a LocationList.
static double	Locations.minDistanceToLocations(Location loc, LocationList locs) Compute the horizontal distance (in km) from a Location to the closest point in a LocationList.
static double	Locations.plunge(Location p1, Location p2) Returns the angle (in decimal degrees) of a line between the first and second location relative to horizontal.
static double	Coordinates.radiusAtLocation(Location location) Return the radius of the earth at the latitude of the supplied Location (see Wikipedia for source).
static Predicate<Location>	Locations.rectangleFilter(Location origin, double distance) Return a rectangular Location filter.
LocationGrid.Builder	LocationGrid.Builder.set(int row, int column, Location loc) Set the Location at the specified row and column indices.
static GriddedRegion	Regions.toGridded(Region region, double latSpacing, double lonSpacing, Location anchor) Creates a GriddedRegion with the same shape as the supplied Region.
static double	Locations.vertDistance(Location p1, Location p2) Returns the vertical separation between two Locations.

Method parameters in gov.usgs.earthquake.nshmp.geo with type arguments of type Location

Modifier and Type	Method and Description
LocationList.Builder	LocationList.Builder.addAll(Iterable<Location> locs) Add each Location in locs to the LocationList .
static Bounds	Locations.bounds(Iterable<Location> locs) Compute the Bounds of the supplied iterable.
static Location	Locations.centroid(Iterable<Location> locs) Computes a centroid for a group of Locations as the average of latitude, longitude, and depth;
static LocationList	LocationList.create(Iterable<Location> locs) Create a new LocationList containing all Locations in locs.
static double	RegionUtils.getFractionInside(Region region, Iterable<Location> locs) The returns the fraction of points in the given collection of locations that is inside the given region.

Uses of Location in gov.usgs.earthquake.nshmp.geo.json

Methods in gov.usgs.earthquake.nshmp.geo.json that return Location

Modifier and Type	Method and Description
Location	Feature.asPoint() Return the geometry of this feature as a point.

Methods in gov.usgs.earthquake.nshmp.geo.json with parameters of type Location

Modifier and Type	Method and Description
static Feature.Builder	Feature.point(Location location) Create a single-use point feature builder.

Uses of Location in gov.usgs.earthquake.nshmp.util

Methods in gov.usgs.earthquake.nshmp.util that return Location

Modifier and Type	Method and Description
Location	NamedLocation.location() Return the location.