Uses of Class
agi.foundation.terrain.TerrainProvider

Packages that use TerrainProvider

Package	Description
agi.foundation.access.constraints	Contains types used in modeling constraints applied to the calculation of access.
agi.foundation.aircraftpropagation	Contains types for propagating an aircraft through various maneuvers subject to flight phase performance models and wind effects.
agi.foundation.celestial	Contains types used in modeling characteristics of celestial objects and celestial phenomena.
agi.foundation.communications.signalpropagation	Contains types for propagating electromagnetic signals along communication links.
agi.foundation.geometry	Contains types for expressing the motion of fundamental geometric objects such as points, axes, and reference frames; the manner in which they are related; and transformations between representations.
agi.foundation.geometry.discrete	Contains types which define discretization algorithms and metadata for analysis of spatial geometry.
agi.foundation.routedesign	Contains types for creating simple routes by specifying procedures at points of interest, how to connect them, and what height and speed to use along the route.
agi.foundation.routedesign.advanced	Contains types used to define immutable geometry and configuration for routes.
agi.foundation.terrain	Contains types for reading and analyzing terrain data.

Uses of TerrainProvider in agi.foundation.access.constraints

Methods in agi.foundation.access.constraints that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	TerrainLineOfSightConstraint.getTerrainProvider() Gets the terrain provider that provides the terrain to use in computing the line of sight.

Methods in agi.foundation.access.constraints with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	TerrainLineOfSightConstraint.setTerrainProvider(TerrainProvider value) Sets the terrain provider that provides the terrain to use in computing the line of sight.

Constructors in agi.foundation.access.constraints with parameters of type TerrainProvider

Constructor and Description
TerrainLineOfSightConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, TerrainProvider terrainProvider) Initializes a new instance with the specified constrained link, constrained link end, and terrain provider.
TerrainLineOfSightConstraint(TerrainProvider terrainProvider) Initializes a new instance with the specified terrain provider.

Uses of TerrainProvider in agi.foundation.aircraftpropagation

Methods in agi.foundation.aircraftpropagation that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	CruiseBehavior.getHeightReferenceSurface() Gets the reference surface above which the Altitude (get / set) is defined.
TerrainProvider	BandedCruisePerformanceModel.getHeightReferenceSurface() Gets the reference surface above which the height is defined.
TerrainProvider	AircraftReferenceState.getHeightReferenceSurface() Gets the reference surface used in defining the height coordinate of the Position (get / set).

Methods in agi.foundation.aircraftpropagation with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	CruiseBehavior.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which the Altitude (get / set) is defined.
void	BandedCruisePerformanceModel.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which the height is defined.
void	AircraftReferenceState.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface used in defining the height coordinate of the Position (get / set).

Constructors in agi.foundation.aircraftpropagation with parameters of type TerrainProvider

Constructor and Description
BandedCruisePerformanceModel(TerrainProvider heightReferenceSurface) Initializes a new instance.
CruiseBehavior(TerrainProvider heightReferenceSurface) Initializes a new instance.

Uses of TerrainProvider in agi.foundation.celestial

Methods in agi.foundation.celestial that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	EarthCentralBody.getMeanSeaLevel() Gets the default mean sea level surface.

Methods in agi.foundation.celestial with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	EarthCentralBody.setMeanSeaLevel(TerrainProvider value) Sets the default mean sea level surface.

Uses of TerrainProvider in agi.foundation.communications.signalpropagation

Methods in agi.foundation.communications.signalpropagation that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	TiremPropagationModel3_18.getTerrainProvider() Gets the terrain provider used in computing loss with the TIREM model.
TerrainProvider	TiremPropagationModel.getTerrainProvider() Gets the terrain provider used in computing loss with the TIREM model.

Methods in agi.foundation.communications.signalpropagation with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	TiremPropagationModel3_18.setTerrainProvider(TerrainProvider value) Sets the terrain provider used in computing loss with the TIREM model.
void	TiremPropagationModel.setTerrainProvider(TerrainProvider value) Sets the terrain provider used in computing loss with the TIREM model.

Constructors in agi.foundation.communications.signalpropagation with parameters of type TerrainProvider

Constructor and Description
TiremPropagationModel(TerrainProvider terrainProvider) Initializes a new instance from the given terrain provider.
TiremPropagationModel(TerrainProvider terrainProvider, double terrainSamplingStep, double surfaceRefractivity, double surfaceConductivity, double surfaceRelativePermittivity, double surfaceHumidity, boolean useHorizontalPolarization, boolean useFreeSpaceLossModel, boolean useAtmosphericAbsorption) Initializes a new instance from the given terrain provider, and sampling step.
TiremPropagationModel3_18(TerrainProvider terrainProvider) Initializes a new instance from the given terrain provider.
TiremPropagationModel3_18(TerrainProvider terrainProvider, double terrainSamplingStep, double surfaceRefractivity, double surfaceConductivity, double surfaceRelativePermittivity, double surfaceHumidity, boolean useHorizontalPolarization, boolean useFreeSpaceLossModel, boolean useAtmosphericAbsorption) Initializes a new instance from the given terrain provider, and sampling step.

Uses of TerrainProvider in agi.foundation.geometry

Methods in agi.foundation.geometry that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	ScalarRouteTotalSpeed.getHeightReferenceSurface() Gets the reference surface above which this scalar is defined.
TerrainProvider	ScalarRouteHeight.getHeightReferenceSurface() Gets the reference surface above which this scalar is defined.
TerrainProvider	AxesAlongTerrain.getTerrain() Gets the terrain surface over which to traverse.

Methods in agi.foundation.geometry with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	ScalarRouteTotalSpeed.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which this scalar is defined.
void	ScalarRouteHeight.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which this scalar is defined.
void	AxesAlongTerrain.setTerrain(TerrainProvider value) Sets the terrain surface over which to traverse.

Constructors in agi.foundation.geometry with parameters of type TerrainProvider

Constructor and Description
AxesAlongTerrain(Point referencePoint, TerrainProvider terrain) Create a new instance based on the given point and terrain provider.
ScalarRouteHeight(PropagatedRoute route, TerrainProvider heightReference) Create a new instance based on the given route and height reference.
ScalarRouteTotalSpeed(PropagatedRoute route, TerrainProvider heightReference) Create a new instance based on the given route and reference surface.

Uses of TerrainProvider in agi.foundation.geometry.discrete

Methods in agi.foundation.geometry.discrete that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	SpecifiedCentralBodyCoverageGrid.getReferenceTerrain() Gets the reference terrain and recalculates the height of the grid points.
TerrainProvider	ExtrudedCentralBodyCoverageGrid.getReferenceTerrain() Gets the reference terrain with which the grid points are defined.
TerrainProvider	CentralBodyCoverageGrid.getReferenceTerrain() Gets the reference terrain with which the grid points are defined.

Methods in agi.foundation.geometry.discrete with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	SpecifiedCentralBodyCoverageGrid.setReferenceTerrain(TerrainProvider value) Sets the reference terrain and recalculates the height of the grid points.
void	CentralBodyCoverageGrid.setReferenceTerrain(TerrainProvider value) Sets the reference terrain with which the grid points are defined.

Constructors in agi.foundation.geometry.discrete with parameters of type TerrainProvider

Constructor and Description
CentralBodyCoverageGrid(CentralBody centralBody, TerrainProvider terrainProvider) Initializes a new instance with a specified reference terrain.
CentralBodyCoverageGrid(TerrainProvider terrainProvider) Initializes a new instance with a specified reference terrain.
GlobalCoverageGrid(TerrainProvider terrainProvider, CentralBody centralBody, double resolution) Initializes a new instance based on the given terrain.
GlobalCoverageGrid(TerrainProvider terrainProvider, double resolution) Initializes a new instance based on the given terrain.
IntersectionWithSurfaceRegionsCoverageGrid(TerrainProvider terrainProvider, CentralBodyCoverageGrid gridPointProvider, EllipsoidSurfaceRegion... intersectingRegions) Construct a new instance based on the generator and down selector passed in.
LatitudeBoundsCoverageGrid(TerrainProvider terrainProvider, CentralBody centralBody, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given terrain and planetodetic latitude bounds.
LatitudeBoundsCoverageGrid(TerrainProvider terrainProvider, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given terrain and planetodetic latitude bounds.
LatitudeLineCoverageGrid(TerrainProvider terrainProvider, CentralBody centralBody, double latitude, double minimumLongitude, double maximumLongitude, double resolution) Construct a new instance based on the given terrain and longitude bounds.
LongitudeLineCoverageGrid(TerrainProvider terrainProvider, CentralBody centralBody, double longitude, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given terrain and latitude bounds.
LongitudeLineCoverageGrid(TerrainProvider terrainProvider, double longitude, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given terrain and latitude bounds.
SpecifiedCentralBodyCoverageGrid(CentralBody centralBody, TerrainProvider terrainProvider, CoverageGridPoint... points) Construct a new instance based on a given set of GridPoints and their corresponding terrain.
SpecifiedCentralBodyCoverageGrid(CentralBody centralBody, TerrainProvider terrainProvider, List<Cartographic> points, List<CartographicExtent> gridPointExtents, boolean useCellSurfaceAreaForWeight, boolean saveGridCell) Construct a new instance based on a given reference terrain, a list of Cartographic points, and the corresponding extents of each grid cell.
SpecifiedCentralBodyCoverageGrid(CentralBody centralBody, TerrainProvider terrainProvider, List<CoverageGridPoint> points) Construct a new instance based on a given list of GridPoints and their corresponding terrain.
SurfaceRegionsCoverageGrid(double resolution, TerrainProvider terrainProvider, CentralBody centralBody, EllipsoidSurfaceRegion... regions) Create a new instance based on a given TerrainProvider, resolution and a set of polygonal regions.
SurfaceRegionsCoverageGrid(double resolution, TerrainProvider terrainProvider, CentralBody centralBody, Iterable<? extends EllipsoidSurfaceRegion> regions) Create a new instance based on a given TerrainProvider, resolution and a set of polygonal regions.

Uses of TerrainProvider in agi.foundation.routedesign

Methods in agi.foundation.routedesign that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	StandardTransitionProfile.getHeightReferenceSurface() Gets the reference surface above which the height is defined.
TerrainProvider	PrescribedAccelerationTransitionProfile.getHeightReferenceSurface() Gets the reference surface above which the height is defined.
TerrainProvider	HeightTransitionProcedure.getHeightReferenceSurface() Gets the reference surface above which the profile height is defined.
TerrainProvider	ConstantHeightProfile.getHeightReferenceSurface() Gets the reference surface above which the height is defined.
TerrainProvider	StationaryHoldProcedure.getReferenceSurface() Gets the reference surface above which the height of the profile is defined.
TerrainProvider	TakeoffProcedure.getRunwayReferenceSurface() Gets the terrain reference surface for the runway.
TerrainProvider	LandingProcedure.getRunwayReferenceSurface() Gets the terrain reference surface to use to define the heights and the surface of the runway.
TerrainProvider	TerrainAvoidanceProfile.getTerrain() Gets the terrain over which to traverse.
TerrainProvider	DefaultConnectionBehavior.getTerrainSurface() Gets the terrain surface that must be set if the KindOfProfile (get / set) is either DefaultProfileBehavior.FOLLOW_TERRAIN or DefaultProfileBehavior.AVOID_TERRAIN.

Methods in agi.foundation.routedesign with parameters of type TerrainProvider

Modifier and Type	Method and Description
MotionEvaluator1<Cartographic>	PropagatedRoute.getCartographicEvaluator(EvaluatorGroup group, TerrainProvider heightReferenceSurface) Gets an evaluator which can produce the Cartographic position along the route as a function of time.
void	StandardTransitionProfile.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which the height is defined.
void	PrescribedAccelerationTransitionProfile.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which the height is defined.
void	HeightTransitionProcedure.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which the profile height is defined.
void	ConstantHeightProfile.setHeightReferenceSurface(TerrainProvider value) Sets the reference surface above which the height is defined.
void	StationaryHoldProcedure.setReferenceSurface(TerrainProvider value) Sets the reference surface above which the height of the profile is defined.
void	TakeoffProcedure.setRunwayReferenceSurface(TerrainProvider value) Sets the terrain reference surface for the runway.
void	LandingProcedure.setRunwayReferenceSurface(TerrainProvider value) Sets the terrain reference surface to use to define the heights and the surface of the runway.
void	TerrainAvoidanceProfile.setTerrain(TerrainProvider value) Sets the terrain over which to traverse.
void	DefaultConnectionBehavior.setTerrainSurface(TerrainProvider value) Sets the terrain surface that must be set if the KindOfProfile (get / set) is either DefaultProfileBehavior.FOLLOW_TERRAIN or DefaultProfileBehavior.AVOID_TERRAIN.

Constructors in agi.foundation.routedesign with parameters of type TerrainProvider

Constructor and Description
ConstantHeightProfile(double speed, double maxAcceleration, double maxDeceleration, double height, TerrainProvider heightReference) Create a new instance with the given speed and height.
ConstantHeightProfile(double speed, double height, TerrainProvider heightReference) Create a new instance with the given speed and height.
FollowPathProcedure(TerrainProvider terrainSurface, List<Cartographic> vertices, double turningRadius, double speed, double height) Create a new instance based on the given set of vertices with respect to the terrain surface.
HeadingAtWaypointProcedure(double waypointLongitude, double waypointLatitude, double turningRadius, double heading, double speed, double heightAboveTerrain, TerrainProvider terrain) Create a new instance based on the given parameters over a terrain surface.
HeightTransitionProcedure(TerrainProvider heightReferenceSurface, Cartographic waypoint, double turningRadius, ProfileDynamics dynamics, ProfileSpeed speed, double initialHeight, double finalHeight) Create a new instance based on the given parameters.
InscribedTurnProcedure(double waypointLongitude, double waypointLatitude, double turningRadius, double speed, double heightAboveSurface, TerrainProvider terrain) Create a new instance based on the given parameters over the surface of the Earth (get).
LandingProcedure(TerrainProvider terrainReference, Cartographic runwayStartPosition, double runwayHeading, double rollDistance, double startHeight, double stopHeight, double glideSlopeAngle, ProfileDynamics profileDynamics, double speedOnApproach, double finalSpeed, double turningRadiusOnApproach) Create a landing procedure based on the given parameters with respect to a terrain surface.
PrescribedAccelerationTransitionProfile(double thrustAcceleration, double pitchUpAcceleration, double pushOverAcceleration, double initialSpeed, TerrainProvider heightReference) Create a new instance based on the given platform properties.
PrescribedAccelerationTransitionProfile(double thrustAcceleration, double pitchUpAcceleration, double pushOverAcceleration, ProfileSpeed initialSpeed, double initialHeight, double initialHeightRate, double finalHeight, double finalHeightRate, TerrainProvider heightReference) Create a new instance based on the given parameters to completely define the incline.
StandardTransitionProfile(ProfileDynamics dynamics, ProfileSpeed targetSpeed, double initialHeight, double initialHeightRate, double finalHeight, double finalHeightRate, TerrainProvider heightReference) Create a new instance based on the given parameters to completely define the incline.
StandardTransitionProfile(ProfileDynamics dynamics, ProfileSpeed targetSpeed, TerrainProvider heightReference) Create a new instance based on the given platform properties.
StationaryHoldProcedure(double waypointLongitude, double waypointLatitude, Duration holdTime, double heightAboveSurface, TerrainProvider terrainSurface) Create a new instance based on the given parameters over the surface of the Earth (get).
TakeoffProcedure(TerrainProvider runwayTerrainProvider, double runwayStartLongitude, double runwayStartLatitude, double initialHeightAboveRunway, double finalHeightAboveRunway, double runwayHeading, double rollDistance, double climbAngle, double pitchUpAcceleration, double pitchDownAcceleration, double startSpeed, double takeoffSpeed, double turningRadius) Create a takeoff procedure based on the given parameters with respect to a terrain surface.
TerrainAvoidanceProfile(TerrainProvider terrain, double minimumHeight, double samplingDistance, double initialHeight, double finalHeight, ProfileDynamics profileDynamics, double targetSpeed) Create a new instance based on the given terrain and boundary conditions.
TurnAfterWaypointProcedure(double waypointLongitude, double waypointLatitude, double turnRadius, double speed, double heightAboveSurface, TerrainProvider terrain) Create a new instance based on the given parameters over the surface of the Earth (get).
TurnBeforeWaypointProcedure(double waypointLongitude, double waypointLatitude, double turnRadius, double speed, double heightAboveSurface, TerrainProvider terrain) Create a new instance based on the given parameters over the surface of the Earth (get).

Uses of TerrainProvider in agi.foundation.routedesign.advanced

Methods in agi.foundation.routedesign.advanced that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	StandardTransitionProfileSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
abstract TerrainProvider	ProfileSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
TerrainProvider	ConstantHeightSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
TerrainProvider	CompositeProfileSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
TerrainProvider	StaticRouteProfile.StaticConfigurableProfile.getHeightReferenceSurface() Gets the reference terrain surface from which the height is measured.
abstract TerrainProvider	ConfigurableProfile.getHeightReferenceSurface() Gets the reference terrain surface from which the height is measured.

Methods in agi.foundation.routedesign.advanced with parameters of type TerrainProvider

Modifier and Type	Method and Description
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getConstrainedInclinedSegment(double h0, double hf, double a0, double af, double v0, double vf, double g0, double gf, double sf, TerrainProvider heightReference) Get a segment without specifying the intermediate flight path angle.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getDegenerateSegment(double height, double heightRate, double horizontalSpeed, TerrainProvider heightReference) Creates a segment which represents an instantaneous height and height rate for degenerate surface geometry.
Motion1<Double>	ParametricRouteSegment.getHeight(Duration time, int order, TerrainProvider heightReference) Get the height and rates at a given time since the start of the segment.
double	ParametricRouteSegment.getHeight(Duration time, TerrainProvider heightReference) Get the height at a given time since the start of the segment.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentAtAngle(double startHeight, double stopHeight, double initialAngle, double finalAngle, double inclineAngle, double initialHorizontalSpeed, double finalHorizontalSpeed, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment with an incline at a given flight path angle.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentAtAngleWithoutFinalHeight(double startHeight, double initialAngle, double finalAngle, double inclineAngle, double initialHorizontalSpeed, double finalHorizontalSpeed, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment with an incline at a given flight path angle.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentAtAngleWithoutInitialHeight(double finalHeight, double initialAngle, double finalAngle, double inclineAngle, double initialHorizontalSpeed, double finalHorizontalSpeed, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment with an incline at a given flight path angle.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentUsingSurfaceSpeed(double startHeight, double startRate, double stopHeight, double stopRate, double initialHorizontalSpeed, double finalHorizontalSpeed, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment where the intermediate flight path angle is defined by the initial and final height along with the vehicle dynamics.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentWithoutFinalConditions(double startHeight, double initialAngle, double finalAngle, double heightRate, double initialHorizontalSpeed, double targetFinalHorizontalSpeed, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment with an incline at a given flight path angle.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentWithoutFinalConditions(double startHeight, double initialAngle, double heightRate, double initialHorizontalSpeed, double targetFinalHorizontalSpeed, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment with an incline at a given flight path angle.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentWithPrescribedAcceleration(double startHeight, double startRate, double stopHeight, double stopRate, double initialHorizontalSpeed, double thrustAcceleration, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment where the intermediate flight path angle is defined by the initial and final height and the thrust acceleration determines the final speed.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getSegmentWithPrescribedAcceleration(double startHeight, double startRate, double stopHeight, double initialHorizontalSpeed, double thrustAcceleration, double surfaceDistance, TerrainProvider heightReference, ProfileDynamics dynamics) Creates an inclined profile segment where the intermediate flight path angle is defined by the initial and final height and the thrust acceleration determines the final speed.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getStraightSegment(double startHeight, double stopHeight, double initialHorizontalSpeed, double targetFinalHorizontalSpeed, double maxThrustAcceleration, double surfaceDistance, TerrainProvider heightReference) Creates a straight line from the initial height to the final height without any pitching maneuvers, with the additional constraint that the thrust acceleration along the slope can't exceed a specified value.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getStraightSegment(double startHeight, double stopHeight, double initialHorizontalSpeed, double finalHorizontalSpeed, double surfaceDistance, TerrainProvider heightReference) Creates a straight line from the initial height to the final height without any pitching maneuvers.
static StandardTransitionProfileSegment	StandardTransitionProfileSegment.getStraightSegmentWithPrescribedAcceleration(double startHeight, double stopHeight, double initialHorizontalSpeed, double acceleration, double surfaceDistance, TerrainProvider heightReference) Creates a straight line from the initial height to the final height without any pitching maneuvers but also applies the acceleration to determine the final speed.
void	SimpleRouteProcedure.setProfileFromHeightAboveTerrain(double speed, double height, TerrainProvider terrain) Set the profile to a given constant height above the terrain surface moving at a constant speed with respect to the terrain's Shape (get / set).

Constructors in agi.foundation.routedesign.advanced with parameters of type TerrainProvider

Constructor and Description
ConstantHeightSegment(SurfaceSegment surfacePath, double initialHorizontalSpeed, double finalHorizontalSpeed, double height, TerrainProvider heightReference) Create a new instance based on the given surface path, speed, and height.
ConstantHeightSegment(SurfaceSegment surfacePath, double surfaceSpeed, double height, TerrainProvider heightReference) Create a new instance based on the given surface path, speed, and height.
SimpleRouteProcedure(double speed, double height, TerrainProvider terrain) Create a new instance based on the given constant height and speed with respect to the given terrain surface.

Uses of TerrainProvider in agi.foundation.terrain

Subclasses of TerrainProvider in agi.foundation.terrain

Modifier and Type	Class and Description
class	AGIProcessedDataTerrain A terrain provider for reading terrain from AGI Processed Data Terrain(PDTT) files.
class	AGIWorldTerrain A terrain provider for reading terrain from AGI World Terrain (HDR) files.
class	CompositeTerrainProvider A terrain provider that is composed of multiple other terrain providers.
class	EarthGravityModel96MeanSeaLevel Provides the height of mean sea level (MSL) relative to the World Geodetic System 1984 (WGS84) reference ellipsoid by using the Earth Gravity Model 1996 (EGM96) worldwide 15 minute binary geoid height data file, WW15MGH.DAC.
class	EllipsoidTerrainProvider A very simple terrain provider that returns 0.0 whenever asked for a height.
class	GeodasGriddedTerrain A terrain provider for reading the GEODAS gridded data format - GRD98.
class	GeospatialContentServerTerrain A terrain provider for reading terrain data from a Geospatial Content Server (GCS).
class	GTOPO30Terrain A terrain provider for reading terrain from GTOPO30(G30) files.
class	NgaDigitalTerrainElevationData A terrain provider for reading terrain from National Geospatial-Intelligence Agency (NGA) Digital Terrain Elevation Data (DTED) files.
class	NgaDigitalTerrainElevationDataCell A terrain provider for reading terrain from a single 1 degree x 1 degree cell of a National Geospatial-Intelligence Agency (NGA) Digital Terrain Elevation Data (DTED) file.
class	QuantizedMeshTerrainProvider A TerrainProvider which reads data from a quadtree of quantized-mesh terrain tiles.
class	RasterTerrainProvider The base class for raster-based terrain providers.
class	StkTerrainServer A terrain provider for reading terrain data from an STK Terrain Server, or any server that provides the STK Terrain Server Public REST API.
class	UsgsDigitalElevationModel A terrain provider for reading terrain from USGS Digital Elevation Model (DEM) files.

Methods in agi.foundation.terrain that return TerrainProvider

Modifier and Type	Method and Description
TerrainProvider	CompositeTerrainProvider.get(int index) Gets the TerrainProvider at the specified index.
TerrainProvider	TerrainProvider.getReferenceSurface() Gets the reference surface.
TerrainProvider	CompositeTerrainProvider.remove(int index) Removes the element at the given index of the CompositeTerrainProvider.
TerrainProvider	CompositeTerrainProvider.set(int index, TerrainProvider value) Sets the TerrainProvider at the specified index.

Methods in agi.foundation.terrain that return types with arguments of type TerrainProvider

Modifier and Type	Method and Description
Iterator<TerrainProvider>	CompositeTerrainProvider.iterator() Gets the enumerator.
ListIterator<TerrainProvider>	CompositeTerrainProvider.listIterator()
ListIterator<TerrainProvider>	CompositeTerrainProvider.listIterator(int index)
List<TerrainProvider>	CompositeTerrainProvider.subList(int fromIndex, int toIndex)

Methods in agi.foundation.terrain with parameters of type TerrainProvider

Modifier and Type	Method and Description
void	CompositeTerrainProvider.add(int index, TerrainProvider item) Inserts an element into the CompositeTerrainProvider at the given index.
boolean	CompositeTerrainProvider.add(TerrainProvider item) Adds an item.
static AzimuthElevationMask	TerrainAzimuthElevationMask.compute(TerrainProvider provider, Cartographic observerPosition, int numberOfAzimuthSteps, double stepSize, double maximumSearchAngle) Computes an azimuth-elevation mask from the specified terrain provider.
static AzimuthElevationMask	TerrainAzimuthElevationMask.compute(TerrainProvider provider, Cartographic observerPosition, int numberOfAzimuthSteps, double stepSize, double maximumSearchAngle, ITrackCalculationProgress tracker) Computes an azimuth-elevation mask from the specified terrain provider with progress tracking.
static AzimuthElevationMask	TerrainAzimuthElevationMask.compute(TerrainProvider provider, double minimumTerrainHeight, double maximumTerrainHeight, Cartographic observerPosition, int numberOfAzimuthSteps, double stepSize, double maximumSearchAngle) Computes an azimuth-elevation mask from the specified terrain provider.
static AzimuthElevationMask	TerrainAzimuthElevationMask.compute(TerrainProvider provider, double minimumTerrainHeight, double maximumTerrainHeight, Cartographic observerPosition, int numberOfAzimuthSteps, double stepSize, double maximumSearchAngle, ITrackCalculationProgress tracker) Computes an azimuth-elevation mask from the specified terrain provider with progress tracking.
static double	TerrainAlongLine.computeElevationAngleAboveTerrain(Cartesian observerPositionFixed, Cartesian targetPositionFixed, TerrainProvider terrainProvider) Computes the angle from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeElevationAngleAboveTerrain(Cartesian observerPositionFixed, Cartesian targetPositionFixed, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the angle from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeElevationAngleAboveTerrain(Cartographic observerPosition, Cartographic targetPosition, TerrainProvider terrainProvider) Computes the angle from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeElevationAngleAboveTerrain(Cartographic observerPosition, Cartographic targetPosition, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the angle from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeObstructionMetric(Cartesian observerPositionFixed, Cartesian targetPositionFixed, TerrainProvider terrainProvider, boolean findWorstObstruction, boolean findIndicatedExtremaPrecisely) Computes a metric value indicating the amount of obstruction from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeObstructionMetric(Cartesian observerPositionFixed, Cartesian targetPositionFixed, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight, boolean findWorstObstruction, boolean findIndicatedExtremaPrecisely) Computes a metric value indicating the amount of obstruction from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeObstructionMetric(Cartographic observerPosition, Cartographic targetPosition, TerrainProvider terrainProvider, boolean findWorstObstruction, boolean findIndicatedExtremaPrecisely) Computes a metric value indicating the amount of obstruction from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static double	TerrainAlongLine.computeObstructionMetric(Cartographic observerPosition, Cartographic targetPosition, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight, boolean findWorstObstruction, boolean findIndicatedExtremaPrecisely) Computes a metric value indicating the amount of obstruction from the line of sight between the target and observer positions and the direction to the point on terrain with the highest elevation angle.
static Cartesian	TerrainAlongLine.computePositionWithMaximumElevationAngle(Cartesian observerPositionFixed, Cartesian targetPositionFixed, TerrainProvider terrainProvider) Computes the point on terrain with the highest elevation angle between the observer and target positions from the perspective of the position closest to the Shape (get / set).
static Cartesian	TerrainAlongLine.computePositionWithMaximumElevationAngle(Cartesian observerPositionFixed, Cartesian targetPositionFixed, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the point on terrain with the highest elevation angle between the observer and target positions from the perspective of the position closest to the Shape (get / set).
static Cartesian	TerrainAlongLine.computePositionWithMaximumElevationAngle(Cartographic observerPosition, Cartographic targetPosition, TerrainProvider terrainProvider) Computes the point on terrain with the highest elevation angle between the observer and target positions from the perspective of the position closest to the Shape (get / set).
static Cartesian	TerrainAlongLine.computePositionWithMaximumElevationAngle(Cartographic observerPosition, Cartographic targetPosition, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the point on terrain with the highest elevation angle between the observer and target positions from the perspective of the position closest to the Shape (get / set).
static Cartographic	TerrainAlongLine.computeTerrainIntersection(Cartesian cartesian, Cartographic cartographic, UnitCartesian direction, double granularity, double maximumDistance, TerrainProvider terrainProvider) Computes the location of the first intersection with terrain from the provided location along the indicated direction.
static Cartographic	TerrainAlongLine.computeTerrainIntersection(Cartesian cartesian, Cartographic cartographic, UnitCartesian direction, double granularity, double maximumDistance, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the location of the first intersection with terrain from the provided location along the indicated direction.
static Cartographic	TerrainAlongLine.computeTerrainIntersection(Cartesian cartesian, UnitCartesian direction, double granularity, double maximumDistance, TerrainProvider terrainProvider) Computes the location of the first intersection with terrain from the provided location along the indicated direction.
static Cartographic	TerrainAlongLine.computeTerrainIntersection(Cartesian cartesian, UnitCartesian direction, double granularity, double maximumDistance, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the location of the first intersection with terrain from the provided location along the indicated direction.
static Cartographic	TerrainAlongLine.computeTerrainIntersection(Cartographic cartographic, UnitCartesian direction, double granularity, double maximumDistance, TerrainProvider terrainProvider) Computes the location of the first intersection with terrain from the provided location along the indicated direction.
static Cartographic	TerrainAlongLine.computeTerrainIntersection(Cartographic cartographic, UnitCartesian direction, double granularity, double maximumDistance, TerrainProvider terrainProvider, double minimumTerrainHeight, double maximumTerrainHeight) Computes the location of the first intersection with terrain from the provided location along the indicated direction.
static DelayedTerrainAzimuthElevationMask	TerrainAzimuthElevationMask.createDelayedMask(TerrainProvider provider, Cartographic observerPosition, int numberOfAzimuthSteps, double stepSize, double maximumSearchAngle) Creates an azimuth-elevation mask which can compute its values dynamically from the specified terrain provider.
static DelayedTerrainAzimuthElevationMask	TerrainAzimuthElevationMask.createDelayedMask(TerrainProvider provider, double minimumTerrainHeight, double maximumTerrainHeight, Cartographic observerPosition, int numberOfAzimuthSteps, double stepSize, double maximumSearchAngle) Creates an azimuth-elevation mask which can compute its values dynamically from the specified terrain provider.
static ArrayList<ElevationMask>	ElevationMask.fromTerrain(TerrainProvider provider, double minimumTerrainHeight, double maximumTerrainHeight, Cartographic observerPosition, double stepSize, double maximumSearchAngle, double[] azimuths, boolean multithreadComputations) Computes elevation masks from the specified terrain provider along the provided azimuths.
static ArrayList<ElevationMask>	ElevationMask.fromTerrain(TerrainProvider provider, double minimumTerrainHeight, double maximumTerrainHeight, Cartographic observerPosition, double stepSize, double maximumSearchAngle, double[] azimuths, boolean multithreadComputations, ITrackCalculationProgress tracker) Computes elevation masks from the specified terrain provider along the provided azimuths with progress tracking.
TerrainProvider	CompositeTerrainProvider.set(int index, TerrainProvider value) Sets the TerrainProvider at the specified index.
protected void	TerrainProvider.setReferenceSurface(TerrainProvider value) Sets the reference surface.

Method parameters in agi.foundation.terrain with type arguments of type TerrainProvider

Modifier and Type	Method and Description
boolean	CompositeTerrainProvider.addAll(Collection<? extends TerrainProvider> c)
boolean	CompositeTerrainProvider.addAll(int index, Collection<? extends TerrainProvider> c)

Constructors in agi.foundation.terrain with parameters of type TerrainProvider

Constructor and Description
DelayedTerrainAzimuthElevationMask(TerrainProvider provider, Cartographic position, double maxSearchAngle, double stepSize, int numberOfAzimuthSteps) Create a new instance of the mask based on the given terrain.
DelayedTerrainAzimuthElevationMask(TerrainProvider provider, double minimumTerrainHeight, double maximumTerrainHeight, Cartographic position, double maxSearchAngle, double stepSize, int numberOfAzimuthSteps) Create a new instance of the mask based on the given terrain.