Uses of Class
agi.foundation.celestial.CentralBody

Packages that use CentralBody

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.signalprocessing	Contains types for representing communication hardware and processing electromagnetic signals.
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.graphics	Provides commonly used and instantiated graphics types related to 3D scene management, terrain and imagery, and more.
agi.foundation.graphics.advanced	Provides less commonly instantiated graphics types for the camera, mouse options, primitive options, and others.
agi.foundation.platforms	Contains types used in modeling various mechanical platforms such as satellites, facilities, aircraft, etc.
agi.foundation.platforms.advanced	Defines less commonly used types in modeling various mechanical platforms such as Satellites, Facilities, Aircraft, etc.
agi.foundation.propagators	Contains types used in producing the state of an object from a known element set.
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.segmentpropagation	Contains types for modeling a trajectory in segments, where the type of propagation varies for each segment.
agi.foundation.stk	Contains types for interoperating with the STK desktop application and related data.
agi.foundation.terrain	Contains types for reading and analyzing terrain data.
agi.foundation.tracking	Contains types for acquiring, analyzing and archiving dynamic data, such as those found in real-time feeds or simulation environments.

Uses of CentralBody in agi.foundation.access.constraints

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

Modifier and Type	Method and Description
CentralBody	ThirdBodyElevationAngleConstraint.getCentralBody() Gets the central body relative to which the elevation is computed.
CentralBody	SurfaceDistanceConstraint.getCentralBody() Gets the central body relative to which the surface distance is computed.
CentralBody	HeightAboveHorizonConstraint.getCentralBody() Gets the central body relative to which the plane of the local horizon is computed.
CentralBody	GroundSampleDistanceConstraint.getCentralBody() Gets the central body associated with the target and used to determine the target's local horizon.
CentralBody	ElevationAngleRateConstraint.getCentralBody() Gets the central body relative to which the elevation and elevation rate are computed.
CentralBody	ElevationAngleConstraint.getCentralBody() Gets the central body relative to which the elevation is computed.
CentralBody	CircularEquatorialOrbitGrazingAngleConstraint.getCentralBody() Gets the central body to which the equatorial plane is defined.
CentralBody	CentralBodySurfaceRegionElevationAngleConstraint.getCentralBody() Gets the central body relative to which the elevation is computed.
CentralBody	CentralBodySurfaceCurveElevationAngleConstraint.getCentralBody() Gets the central body relative to which the elevation is computed.
CentralBody	CentralBodyObstructionConstraint.getCentralBody() Gets the central body to consider in this constraint.
CentralBody	CentralBodyLayeredProjectedVolumeAccessConstraint.getCentralBody() Gets the central body used in this constraint.
CentralBody	CentralBodyEllipticCylindricalAccessConstraint.getCentralBody() Gets the central body on which the constraint is defined.
CentralBody	CartographicZoneConstraint.getCentralBody() Gets the central body used to define the cartographic coordinates.
CentralBody	AzimuthAngleRateConstraint.getCentralBody() Gets the central body relative to which the azimuth and azimuth rate are computed.
CentralBody	AzimuthAngleConstraint.getCentralBody() Gets the central body relative to which the azimuth is computed.
CentralBody	AltitudeConstraint.getCentralBody() Gets the central body relative to which the altitude is computed.

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

Modifier and Type	Method and Description
void	ThirdBodyElevationAngleConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the elevation is computed.
void	SurfaceDistanceConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the surface distance is computed.
void	HeightAboveHorizonConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the plane of the local horizon is computed.
void	GroundSampleDistanceConstraint.setCentralBody(CentralBody value) Sets the central body associated with the target and used to determine the target's local horizon.
void	ElevationAngleRateConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the elevation and elevation rate are computed.
void	ElevationAngleConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the elevation is computed.
void	CircularEquatorialOrbitGrazingAngleConstraint.setCentralBody(CentralBody value) Sets the central body to which the equatorial plane is defined.
void	CentralBodySurfaceRegionElevationAngleConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the elevation is computed.
void	CentralBodySurfaceCurveElevationAngleConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the elevation is computed.
void	CentralBodyObstructionConstraint.setCentralBody(CentralBody value) Sets the central body to consider in this constraint.
void	CentralBodyLayeredProjectedVolumeAccessConstraint.setCentralBody(CentralBody value) Sets the central body used in this constraint.
void	CentralBodyEllipticCylindricalAccessConstraint.setCentralBody(CentralBody value) Sets the central body on which the constraint is defined.
void	CartographicZoneConstraint.setCentralBody(CentralBody value) Sets the central body used to define the cartographic coordinates.
void	AzimuthAngleRateConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the azimuth and azimuth rate are computed.
void	AzimuthAngleConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the azimuth is computed.
void	AltitudeConstraint.setCentralBody(CentralBody value) Sets the central body relative to which the altitude is computed.

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

Constructor and Description
AltitudeConstraint(CentralBody centralBody, double maximumValue) Initializes a new instance with the specified central body and maximum value.
AltitudeConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
AltitudeConstraint(IServiceProvider constrainedObject, CentralBody centralBody, double maximumValue) Initializes a new instance with the specified constrained object, central body, and maximum value.
AltitudeConstraint(IServiceProvider constrainedObject, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained object, central body, minimum value, and maximum value.
AzimuthAngleConstraint(CentralBody centralBody, double startAngle, double stopAngle) Initializes a new instance with the specified central body, start angle, and stop angle.
AzimuthAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double startAngle, double stopAngle) Initializes a new instance with the specified constrained link, constrained link end, central body, start angle, and stop angle.
AzimuthAngleRateConstraint(CentralBody centralBody, double maximumValue) Initializes a new instance with the specified central body and maximum value.
AzimuthAngleRateConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
AzimuthAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, and maximum value.
AzimuthAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
CartographicZoneConstraint(CentralBody centralBody, double minimumLatitude, double maximumLatitude, double minimumLongitude, double maximumLongitude, boolean isInclusion) Initializes a new instance with the specified central body and zone definition.
CartographicZoneConstraint(IServiceProvider constrainedObject, CentralBody centralBody, double minimumLatitude, double maximumLatitude, double minimumLongitude, double maximumLongitude, boolean isInclusion) Initializes a new instance with the specified constrained object, central body, and zone definition.
CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength, CentralBody centralBody, CentralBodyEllipticCylindricalAccessConstraint.ModelFidelity fidelity) Initializes a new instance with the specified values.
CentralBodyLayeredProjectedVolumeAccessConstraint(CentralBody centralBody) Initializes an instance of the constraint with the specified CentralBody (get / set).
CentralBodyLayeredProjectedVolumeAccessConstraint(CentralBody centralBody, TimeIntervalCollection1<ArrayList<Cartographic>> pointsDefiningConstraintVolume) Initializes an instance of the constraint with the specified CentralBody (get / set) and a TimeIntervalCollection1 of the points defining the constraint volume.
CentralBodyLayeredProjectedVolumeAccessConstraint(CentralBody centralBody, TimeIntervalCollection1<ArrayList<Cartographic>> pointsDefiningConstraintVolume, IServiceProvider constrainedObjectLocationPointService) Initializes an instance of the constraint with the specified CentralBody (get / set) and a TimeIntervalCollection1 of the points defining the constraint volume.
CentralBodyObstructionConstraint(CentralBody centralBody) Initializes a new instance with the specified central body.
CentralBodyObstructionConstraint(IServiceProvider constrainedLink, CentralBody centralBody) Initializes a new instance with the specified constrained link, constrained link end, and central body.
CentralBodySurfaceCurveElevationAngleConstraint(CentralBody centralBody, double minimumElevation) Initializes a new instance with the specified central body and minimum value.
CentralBodySurfaceCurveElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumElevation) Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
CentralBodySurfaceRegionConstraint(EllipsoidSurfaceRegion surfaceRegion, IServiceProvider constrainedObject, CentralBody centralBody) Initializes a new instance with the specified region, object, and CentralBody.
CentralBodySurfaceRegionConstraint(Iterable<Cartographic> surfaceRegion, IServiceProvider constrainedObject, CentralBody centralBody) Initializes a new instance with the specified surfaceRegion, object, and CentralBody.
CentralBodySurfaceRegionElevationAngleConstraint(CentralBody centralBody, double minimumElevation) Initializes a new instance with the specified CentralBody and minimum value.
CentralBodySurfaceRegionElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumElevation) Initializes a new instance with the specified constrained link, constrained link end, CentralBody, and minimum value.
CircularEquatorialOrbitGrazingAngleConstraint(CentralBody centralBody, Scalar radius, double minimumValue) Initializes a new instance with the specified central body and minimum value.
CircularEquatorialOrbitGrazingAngleConstraint(CentralBody centralBody, Scalar radius, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
CircularEquatorialOrbitGrazingAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, Scalar radius, double minimumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
CircularEquatorialOrbitGrazingAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, Scalar radius, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
ElevationAngleConstraint(CentralBody centralBody, double minimumValue) Initializes a new instance with the specified central body and minimum value.
ElevationAngleConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
ElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
ElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
ElevationAngleRateConstraint(CentralBody centralBody, double minimumValue) Initializes a new instance with the specified central body and minimum value.
ElevationAngleRateConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
ElevationAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
ElevationAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
GroundSampleDistanceConstraint(CentralBody centralBody, double minimumValue) Initializes a new instance with the specified central body and minimum value.
GroundSampleDistanceConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
GroundSampleDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
GroundSampleDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
HeightAboveHorizonConstraint(CentralBody centralBody, double minimumValue) Initializes a new instance with the specified central body and minimum value.
HeightAboveHorizonConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
HeightAboveHorizonConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
HeightAboveHorizonConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
SurfaceDistanceConstraint(CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, minimum value, and maximum value.
SurfaceDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
ThirdBodyElevationAngleConstraint(CentralBody centralBody, Point thirdBodyPoint, double minimumValue) Initializes a new instance with the specified central body, third body point, and minimum value.
ThirdBodyElevationAngleConstraint(CentralBody centralBody, Point thirdBodyPoint, double minimumValue, double maximumValue) Initializes a new instance with the specified central body, third body point, minimum value, and maximum value.
ThirdBodyElevationAngleConstraint(IServiceProvider constrainedObject, CentralBody centralBody, Point thirdBodyPoint, double minimumValue) Initializes a new instance with the specified constrained object, central body, third body point, and minimum value.
ThirdBodyElevationAngleConstraint(IServiceProvider constrainedObject, CentralBody centralBody, Point thirdBodyPoint, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained object, central body, third body point, minimum value, and maximum value.

Uses of CentralBody in agi.foundation.aircraftpropagation

Methods in agi.foundation.aircraftpropagation that return CentralBody

Modifier and Type	Method and Description
CentralBody	AircraftMotionIntegrationPoint.getCentralBody() Gets the CentralBody (get / set) to be used in converting the propagation state elements.

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

Modifier and Type	Method and Description
void	AircraftMotionIntegrationPoint.setCentralBody(CentralBody value) Sets the CentralBody (get / set) to be used in converting the propagation state elements.

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

Constructor and Description
AircraftMotionIntegrationPoint(CentralBody centralBody) Initializes a new instance with the given ellipsoid and frame of integration.

Uses of CentralBody in agi.foundation.celestial

Subclasses of CentralBody in agi.foundation.celestial

Modifier and Type	Class and Description
class	ArielCentralBody The Uranian moon Ariel.
class	CallistoCentralBody The Jovian moon Callisto.
class	CeresCentralBody The dwarf planet Ceres.
class	CharonCentralBody The Plutonian moon Charon.
class	DeimosCentralBody The Martian moon Deimos.
class	DioneCentralBody The Saturnian moon Dione.
class	EarthCentralBody The planet Earth.
class	EnceladusCentralBody The Saturnian moon Enceladus.
class	EuropaCentralBody The Jovian moon Europa.
class	GanymedeCentralBody The Jovian moon Ganymede.
class	HyperionCentralBody The Saturnian moon Hyperion.
class	IapetusCentralBody The Saturnian moon Iapetus.
class	IoCentralBody The Jovian moon Io.
class	JupiterCentralBody The planet Jupiter.
class	MarsCentralBody The planet Mars.
class	MercuryCentralBody The planet Mercury.
class	MimasCentralBody The Saturnian moon Mimas.
class	MoonCentralBody The moon of the Earth.
class	NeptuneCentralBody The planet Neptune.
class	PhobosCentralBody The Martian moon Phobos.
class	PhoebeCentralBody The Saturnian moon Phoebe.
class	PlutoCentralBody The dwarf planet Pluto.
class	RheaCentralBody The Saturnian moon Rhea.
class	SaturnCentralBody The planet Saturn.
class	SunCentralBody The star at the center of our solar system.
class	TethysCentralBody The Saturnian moon Tethys.
class	TitanCentralBody The Saturnian moon Titan.
class	TitaniaCentralBody The Uranian moon Titania.
class	TritonCentralBody The Neptunian moon Triton.
class	UranusCentralBody The planet Uranus.
class	VenusCentralBody The planet Venus.
class	VestaCentralBody The asteroid Vesta.

Methods in agi.foundation.celestial that return CentralBody

Modifier and Type	Method and Description
CentralBody	CentralBodiesFacet.getByName(String name) Gets a central body by name.
CentralBody	TwoBodyGravity.getCentralBody() Gets the body which creates the gravity and defines the inertial frame of propagation.
CentralBody	ThirdBodyGravity.getCentralBody() Gets the body which defines the TargetPoint (get / set) frame.
CentralBody	SphericalHarmonicGravityField.getCentralBody() Gets the CentralBody (get) of this gravity field.
CentralBody	SolidTideModel.getCentralBody() Gets the primary gravitational body.
CentralBody	SolarRadiationBoundaryMitigation.getCentralBody() Gets the CentralBody (get / set) to use for the two-body gravity correction and as an eclipsing body to monitor for boundary crossings.
CentralBody	ScalarAtmosphericDensity.getCentralBody() Gets the central body of the atmosphere described by the density model.
CentralBody	IersTechnicalNote36RelativisticCorrectionForce.getCentralBody() Gets the CentralBody about which this correction is applied.
CentralBody	GravityGradientTorque.getCentralBody() Gets the body which creates the gravity and provides a reference point at its center of mass.
CentralBody	WindModel.getCentralBody() Gets the central body that the wind model is associated with.
CentralBody	AtmosphericRefractionModel.getCentralBody() Gets the central body that the refraction model is associated with.
CentralBody	CentralBodiesFacet.getCentralBodyOfPoint(JulianDate date, Point point) Gets the central body most closely associated with a given point.
CentralBody	NPlateAtmosphericDragForce.getIlluminatingBody() Gets the body that is used to determine the direction that solar panel plates face (typically, the Sun).
CentralBody	ScalarOccultation.getIlluminatingBody() Gets the body to use for the illuminating body (commonly the sun).
CentralBody	IersTechnicalNote36RelativisticCorrectionForce.getSolarCentralBody() Gets the CentralBody that represents the sun of the solar system where this force is used.

Methods in agi.foundation.celestial that return types with arguments of type CentralBody

Modifier and Type	Method and Description
List<CentralBody>	ScalarOccultation.getOccludingBodies() Gets a list of bodies which obscure the illuminating body.
Iterator<CentralBody>	CentralBodiesFacet.iterator() Enumerates the central bodies.

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

Modifier and Type	Method and Description
protected boolean	VestaCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	VenusCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	UranusCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	TritonCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	TitaniaCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	TitanCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	TethysCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	SunCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	SaturnCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	RheaCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	PlutoCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	PhoebeCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	PhobosCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	NeptuneCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	MoonCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	MimasCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	MercuryCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	MarsCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	JupiterCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	IoCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	IapetusCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	HyperionCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	GanymedeCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	EuropaCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	EnceladusCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	EarthCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	DioneCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	DeimosCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	CharonCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	CeresCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected abstract boolean	CentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	CallistoCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ArielCentralBody.checkForSameDefinition(CentralBody other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
static Vector	IersTechnicalNote36RelativisticCorrectionForce.routhsRuleAngularMomentumPerUnitMass(CentralBody centralBody) A static helper method that computes a CentralBodyAngularMomentumPerUnitMass (get / set) vector for the input centralBody.
static Vector	IersTechnicalNote36RelativisticCorrectionForce.scaledAngularVelocityAngularMomentumPerUnitMass(CentralBody centralBody, double scale) A static helper method that computes a CentralBodyAngularMomentumPerUnitMass (get / set) vector for the input centralBody.
void	TwoBodyGravity.setCentralBody(CentralBody value) Sets the body which creates the gravity and defines the inertial frame of propagation.
void	ThirdBodyGravity.setCentralBody(CentralBody value) Sets the body which defines the TargetPoint (get / set) frame.
void	SolidTideModel.setCentralBody(CentralBody value) Sets the primary gravitational body.
void	SolarRadiationBoundaryMitigation.setCentralBody(CentralBody value) Sets the CentralBody (get / set) to use for the two-body gravity correction and as an eclipsing body to monitor for boundary crossings.
void	ScalarAtmosphericDensity.setCentralBody(CentralBody value) Sets the central body of the atmosphere described by the density model.
void	IersTechnicalNote36RelativisticCorrectionForce.setCentralBody(CentralBody value) Sets the CentralBody about which this correction is applied.
void	GravityGradientTorque.setCentralBody(CentralBody value) Sets the body which creates the gravity and provides a reference point at its center of mass.
void	WindModel.setCentralBody(CentralBody value) Sets the central body that the wind model is associated with.
void	AtmosphericRefractionModel.setCentralBody(CentralBody value) Sets the central body that the refraction model is associated with.
void	NPlateAtmosphericDragForce.setIlluminatingBody(CentralBody value) Sets the body that is used to determine the direction that solar panel plates face (typically, the Sun).
void	ScalarOccultation.setIlluminatingBody(CentralBody value) Sets the body to use for the illuminating body (commonly the sun).
void	IersTechnicalNote36RelativisticCorrectionForce.setSolarCentralBody(CentralBody value) Sets the CentralBody that represents the sun of the solar system where this force is used.

Constructors in agi.foundation.celestial with parameters of type CentralBody

Constructor and Description
AtmosphericRefractionModel(CentralBody centralBody) Initializes a new instance.
CentralBody(CentralBody existingInstance, CopyContext context) Initializes a new instance as a copy of an existing instance.
ConstantWindModel(double windDirection, double horizontalWindSpeed, double verticalWindSpeed, CentralBody centralBody) Initializes a new instance with the specified parameters.
EffectiveRadiusAtmosphericRefractionModel(CentralBody centralBody) Initializes a new instance.
GravityGradientTorque(Point bodyCenterOfMass, CentralBody centralBody, double gravitationalParameter, Matrix3By3Symmetric inertiaMatrix, Axes bodyAxes) Initializes the gravity-gradient torque model.
IersTechnicalNote36RelativisticCorrectionForce(CentralBody centralBody, double centralBodyGravitationalParameter, double solarGravitationalParameter) Initializes the correction force with the specified CentralBody (get / set), solar gravitational parameter, and central body gravitational parameter.
IersTechnicalNote36RelativisticCorrectionForce(Point targetPoint, CentralBody centralBody, CentralBody solarCentralBody, Vector centralBodyAngularMomentumPerUnitMass, double centralBodyGravitationalParameter, double solarGravitationalParameter, boolean useLenseThirringCorrection, boolean useDeSitterCorrection) Initializes the correction force with the specified parameters.
ItuRP834Version4AtmosphericRefractionModel(CentralBody centralBody) Initializes a new instance.
NPlateAtmosphericDragForce(NPlateModel nPlateModel, Axes bodyAxes, ScalarAtmosphericDensity density, CentralBody illuminatingBody) Initializes a ForceModel describing the atmospheric drag force on an object.
PermanentSolidTideModel(CentralBody centralBody, double gravitationalParameter, double referenceDistance, double permanentTideC20, double permanentTideC21, double permanentTideC22, double permanentTideS21, double permanentTideS22) Constructs a generic permanent tide model that is degree and order 2 that can be used for any central body, but needs to be used for bodies other than Earth.
ScalarAtmosphericDensity(Point targetPoint, SolarGeophysicalData solarGeophysicalData, CentralBody centralBody, Vector sunVector) Initializes a Scalar representing atmospheric density using the target point and solar-geophysical data.
ScalarDensityJacchia1970(Point targetPoint, SolarGeophysicalData solarGeophysicalData, CentralBody earth, Vector sunVector, boolean useApproximateAltitude) Initializes a Scalar representing the Jacchia 1970 model of atmospheric density using the target point and solar-geophysical data.
ScalarDensityJacchiaRoberts(Point targetPoint, SolarGeophysicalData solarGeophysicalData, CentralBody earth, Vector sunVector, boolean useApproximateAltitude) Initializes a Scalar representing the Jacchia-Roberts model of atmospheric density using the target point and solar-geophysical data.
ScalarOccultation(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultation(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultation(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationCylindrical(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationCylindrical(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationCylindrical(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationDualCone(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationDualCone(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationDualCone(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationNoShadow(CentralBody illuminatingBody, Point targetPoint) Initializes a new instance using the provided TargetPoint (get / set) and IlluminatingBody (get / set), which a SimpleSolarRadiationForce type will need to calculate the direction and magnitude of the un-occulted solar radiation.
ScalarOccultationRegulatedDualCone(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationRegulatedDualCone(CentralBody illuminatingBody, Point targetPoint, CentralBody... occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationRegulatedDualCone(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
SimpleSolidTideModel(CentralBody centralBody, double gravitationalParameter, double referenceDistance, double k2LoveNumber, double k3LoveNumber) Initializes most of the parameters of a simplified, time-varying solid tide model.
SolarRadiationBoundaryMitigation(PropagationPointElement statePosition, CentralBody centralBody, double gravitationalParameter, SimpleSolarRadiationForce forceToCorrect, Scalar mass) Creates an instance.
SolidTideModel(CentralBody centralBody, int tideCoefficientsDegree, int tideCoefficientsOrder, double gravitationalParameter, double referenceDistance) Initializes most of the parameters of a generic solid tide model.
SpaceControlFacilityAtmosphericRefractionModel(CentralBody centralBody) Initializes a new instance.
SphericalHarmonicGravityField(SphericalHarmonicGravityModel gravityModel, CentralBody centralBody, int degree, int order, boolean includeTwoBody, SolidTideModel tideModel) Initializes a new instance from a SphericalHarmonicGravityModel, a CentralBody (get), the degree and order of the subset of the model that this field represents, and a boolean representing whether to include two body forces.
SphericalHarmonicGravityField(SphericalHarmonicGravityModel gravityModel, CentralBody centralBody, int degree, int order, int partialsDegree, int partialsOrder, boolean includeTwoBody, SolidTideModel tideModel) Initializes a new instance from a SphericalHarmonicGravityModel, a CentralBody (get), the degree and order of the subset of the model that this field represents, the degree and order to use when calculating partial derivatives, and a boolean representing whether to include two body forces.
TimeVaryingSolidTideModel(CentralBody centralBody, int tideCoefficientsDegree, int tideCoefficientsOrder, double gravitationalParameter, double referenceDistance) Initializes most of the parameters of a time-varying solid tide model.
TwoBodyGravity(Point targetPoint, CentralBody centralBody, double gravitationalParameter) Initializes a new instance based on the given target point and central body.
WindModel(CentralBody centralBody) Initializes a new instance.

Constructor parameters in agi.foundation.celestial with type arguments of type CentralBody

Constructor and Description
ScalarOccultation(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationCylindrical(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationDualCone(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
ScalarOccultationRegulatedDualCone(CentralBody illuminatingBody, Point targetPoint, Iterable<CentralBody> occludingBodies) Creates a new Scalar from the given illuminating body, target point, and occluding bodies.

Uses of CentralBody in agi.foundation.communications.signalprocessing

Methods in agi.foundation.communications.signalprocessing that return CentralBody

Modifier and Type	Method and Description
CentralBody	Photodetector.getCentralBody() Gets the central body for the photodetector.

Methods in agi.foundation.communications.signalprocessing with parameters of type CentralBody

Modifier and Type	Method and Description
void	Photodetector.setCentralBody(CentralBody value) Sets the central body for the photodetector.

Constructors in agi.foundation.communications.signalprocessing with parameters of type CentralBody

Constructor and Description
AvalanchePhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, double noiseFactor, double gain, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, noise factor, gain, central body.
Photodetector(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model,optical bandpass filter bandwidth, and central body.
Photodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, and central body.
PinPhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, and central body.

Uses of CentralBody in agi.foundation.communications.signalpropagation

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

Modifier and Type	Method and Description
CentralBody	TropoScintAttenuationModelItuRP618Version9.getCentralBody() Gets the model's central body.
CentralBody	TropoScintAttenuationModelItuRP618Version12.getCentralBody() Gets the model's central body.
CentralBody	TropoScintAttenuationModelItuRP1814.getCentralBody() Gets the model's central body.
CentralBody	SimpleSatcomAtmosphericAttenuationModel.getCentralBody() Gets the model's central body.
CentralBody	RefractiveIndexStructureParameterModel.getCentralBody() Gets the central body used as the altitude reference.
CentralBody	RainAttenuationModelItuRP838Version3.getCentralBody() Gets the model's central body.
CentralBody	RainAttenuationModelItuRP618Version12.getCentralBody() Gets the model's central body.
CentralBody	RainAttenuationModelItuRP618Version10.getCentralBody() Gets the model's central body.
CentralBody	CraneRainAttenuationModel.getCentralBody() Gets the model's central body.
CentralBody	CloudFogAttenuationModelItuRP840Version6.getCentralBody() Gets the model's central body.
CentralBody	BeerLambertLawAtmosphericAttenuationModel.getCentralBody() Gets the central body.
CentralBody	AtmosphericAttenuationModelItuRP676Version9.getCentralBody() Gets the model's central body.
CentralBody	AtmosphericAttenuationModelItuRP676Version10.getCentralBody() Gets the model's central body.

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

Modifier and Type	Method and Description
void	TropoScintAttenuationModelItuRP1814.setCentralBody(CentralBody value) Sets the model's central body.
void	RefractiveIndexStructureParameterModel.setCentralBody(CentralBody value) Sets the central body used as the altitude reference.
void	BeerLambertLawAtmosphericAttenuationModel.setCentralBody(CentralBody value) Sets the central body.

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

Constructor and Description
BeerLambertLawAtmosphericAttenuationModel(SignalComputation extinctionCoefficientModel, double maximumAltitude, CentralBody centralBody) Initializes a new instance with given extinction coefficient model, maximum altitude, and central body.
HufnagelValleyRefractiveIndexStructureParameterModel(ScalarDependentOnServiceProvider windSpeedModel, double groundRefractiveIndexStructureParam, CentralBody centralBody) Initializes a new instance with the supplied winds speed model, and nominal ground level refractive index structure parameter, and a central body used as the altitude reference.
RefractiveIndexStructureParameterModel(ScalarDependentOnServiceProvider windSpeedModel, CentralBody centralBody) Initializes a new instance with a given wind speed model and central body used as the altitude reference.
TropoScintAttenuationModelItuRP1814(double maximumAltitude, RefractiveIndexStructureParameterModel refractiveIndexStructureParameterModel, CentralBody centralBody) Initializes a new instance with a given maximum altitude, refractive index structure parameter model, and central body.

Uses of CentralBody in agi.foundation.geometry

Methods in agi.foundation.geometry that return CentralBody

Modifier and Type	Method and Description
CentralBody	AxesFromBankAngle.getCentralBody() Gets the CentralBody (get / set) with respect to which these Axes are defined.
CentralBody	VectorBPlane.getCentralBody() Gets the CentralBody (get / set) to use.
CentralBody	SpecifiedResolutionLinkSubdivision.getCentralBody() Gets the CentralBody (get / set) in which the link will be observed.
CentralBody	ScalarGrazingAltitudeBetweenTwoPoints.getCentralBody() Gets the central body relative to which the altitude is computed.
CentralBody	ScalarCartographicElement.getCentralBody() Gets the CentralBody (get / set) to use.
CentralBody	PointInRegionNearestToReferencePoint.getCentralBody() Gets the CentralBody (get / set) on which the SurfaceRegion (get / set) is located.
CentralBody	PointCentralBodyProjection.getCentralBody() Gets the central body that the point will be projected on to.
CentralBody	PointCartographic.getCentralBody() Gets the central body (such as a planet) to which the point is attached.
CentralBody	PointAtAltitude.getCentralBody() Gets the central body.
CentralBody	AxesVelocityOrbitNormal.getCentralBody() Gets the CentralBody (get / set) that the ReferencePoint (get / set) is orbiting.
CentralBody	AxesNorthEastDown.getCentralBody() Gets the central body that defines the surface.
CentralBody	AxesEastNorthUp.getCentralBody() Gets the central body that defines the surface.
CentralBody	AxesBPlane.getCentralBody() Gets the CentralBody (get / set) that the OrbitalPoint (get / set) is near.

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

Modifier and Type	Method and Description
void	AxesFromBankAngle.setCentralBody(CentralBody value) Sets the CentralBody (get / set) with respect to which these Axes are defined.
void	VectorBPlane.setCentralBody(CentralBody value) Sets the CentralBody (get / set) to use.
void	SpecifiedResolutionLinkSubdivision.setCentralBody(CentralBody value) Sets the CentralBody (get / set) in which the link will be observed.
void	ScalarGrazingAltitudeBetweenTwoPoints.setCentralBody(CentralBody value) Sets the central body relative to which the altitude is computed.
void	ScalarCartographicElement.setCentralBody(CentralBody value) Sets the CentralBody (get / set) to use.
void	PointInRegionNearestToReferencePoint.setCentralBody(CentralBody value) Sets the CentralBody (get / set) on which the SurfaceRegion (get / set) is located.
void	PointCentralBodyProjection.setCentralBody(CentralBody value) Sets the central body that the point will be projected on to.
void	PointCartographic.setCentralBody(CentralBody value) Sets the central body (such as a planet) to which the point is attached.
void	PointAtAltitude.setCentralBody(CentralBody value) Sets the central body.
void	AxesVelocityOrbitNormal.setCentralBody(CentralBody value) Sets the CentralBody (get / set) that the ReferencePoint (get / set) is orbiting.
void	AxesNorthEastDown.setCentralBody(CentralBody value) Sets the central body that defines the surface.
void	AxesEastNorthUp.setCentralBody(CentralBody value) Sets the central body that defines the surface.
void	AxesBPlane.setCentralBody(CentralBody value) Sets the CentralBody (get / set) that the OrbitalPoint (get / set) is near.

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

Constructor and Description
AxesBPlane(Point location, CentralBody centralBody, double gravitationalParameter) Initializes a new instance.
AxesBPlane(Point location, CentralBody centralBody, double gravitationalParameter, ReferenceFrame parentReferenceFrame) Initializes a new instance.
AxesEastNorthUp(CentralBody centralBody, Point referencePoint) Initializes a new instance.
AxesFromBankAngle(Point position, CentralBody centralBody, double surfaceGravity, List<JulianDate> specialTimes, double targetRollRate) Create a new instance based on the given point and special times of interest.
AxesNorthEastDown(CentralBody centralBody, Point referencePoint) Initializes a new instance.
AxesVelocityOrbitNormal(Point point, CentralBody centralBody) Initializes a new instance.
PointAtAltitude(Point referencePoint, CentralBody centralBody, Scalar altitude) Initializes a new instance from a reference point, body, and altitude scalar.
PointCartographic(CentralBody centralBody, Cartographic location) Initializes a new instance on the specified central body and at the specified location.
PointCentralBodyProjection(CentralBody centralBody, Point origin, Vector direction) Initializes a new instance from a body, a ray origin, and a ray direction.
PointInRegionNearestToReferencePoint(CentralBody centralBody, Point referencePoint, EllipsoidSurfaceRegion surfaceRegion) Initializes an instance with the specified parameters.
PointInRegionNearestToReferencePoint(CentralBody centralBody, Point referencePoint, IGetEllipsoidSurfaceRegion surfaceRegionInterface) Initializes an instance with the specified parameters.
ScalarCartographicElement(CentralBody centralBody, Point point, CartographicElement element) Initializes a new instance.
ScalarDeltaSphericalElement(Point satellitePoint, CentralBody primaryCentralBody, CentralBody otherCentralBody, SphericalElement element) Initializes a new instance.
ScalarGrazingAltitudeBetweenTwoPoints(CentralBody centralBody, IServiceProvider fromObject, IServiceProvider toObject) Initializes an instance with the input parameters.
VectorBPlane(Point location, CentralBody centralBody, double gravitationalParameter) Initializes a new instance.
VectorBPlane(Point location, CentralBody centralBody, double gravitationalParameter, ReferenceFrame parentReferenceFrame) Initializes a new instance.

Uses of CentralBody in agi.foundation.geometry.discrete

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

Modifier and Type	Method and Description
CentralBody	ExtrudedCentralBodyCoverageGrid.getCentralBody()
CentralBody	CoverageGridPoint.getCentralBody() Gets the (optional) CentralBody (get / set) associated with this grid point.
CentralBody	CentralBodyCoverageGrid.getCentralBody() Gets the central body associated with this grid.

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

Modifier and Type	Method and Description
static SurfaceTriangulatorResult	SurfaceExtentTriangulator.compute(CentralBody centralBody, CartographicExtent extent) Computes a triangulation on the specified centralBody for the specified extent.
static SurfaceTriangulatorResult	SurfaceExtentTriangulator.compute(CentralBody centralBody, CartographicExtent extent, double altitude, double granularity) Computes a triangulation on the specified centralBody for the specified extent.
static SurfaceTriangulatorResult	SurfacePolygonTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> positions) Computes the triangulation on the specified centralBody for a polygon whose boundary is defined by the specified positions.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> positions, double bottomAltitude, double topAltitude) Computes an extrusion of positions on the specified centralBody with a constant bottomAltitude and topAltitude.
static SurfaceTriangulatorResult	SurfacePolygonTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> positions, double altitude, double granularity, WindingOrder positionsWindingOrder) Computes the triangulation on the specified centralBody for a polygon whose boundary is defined by the specified positions.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> positions, double bottomAltitude, double topAltitude, WindingOrder positionsWindingOrder) Computes an extrusion of positions on the specified centralBody with a constant bottomAltitude and topAltitude.
static SurfaceTriangulatorResult	SurfacePolygonTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> positions, Iterable<Cartesian> holePositions) Computes the triangulation on the specified centralBody for a polygon whose boundary is defined by the specified positions with a hole specified by holePositions.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> bottomPositions, Iterable<Cartesian> topPositions) Computes an extrusion between bottomPositions and topPositions on the specified centralBody.
static SurfaceTriangulatorResult	SurfacePolygonTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> positions, Iterable<Cartesian> holePositions, double altitude, double granularity) Computes the triangulation on the specified centralBody for a polygon whose boundary is defined by the specified positions with a hole specified by holePositions.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.compute(CentralBody centralBody, Iterable<Cartesian> bottomPositions, Iterable<Cartesian> topPositions, WindingOrder positionsWindingOrder) Computes an extrusion between bottomPositions and topPositions on the specified centralBody.
static SurfaceTriangulatorResult	SurfacePolygonTriangulator.computeCartographic(CentralBody centralBody, Iterable<Cartographic> positions) For convenience.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeCartographic(CentralBody centralBody, Iterable<Cartographic> positions, double bottomAltitude, double topAltitude) For convenience.
static SurfaceTriangulatorResult	SurfacePolygonTriangulator.computeCartographic(CentralBody centralBody, Iterable<Cartographic> positions, double altitude, double granularity, WindingOrder positionsWindingOrder) For convenience.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeCartographic(CentralBody centralBody, Iterable<Cartographic> positions, double bottomAltitude, double topAltitude, WindingOrder positionsWindingOrder) For convenience.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeCartographic(CentralBody centralBody, Iterable<Cartographic> bottomPositions, Iterable<Cartographic> topPositions) For convenience.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeCartographic(CentralBody centralBody, Iterable<Cartographic> bottomPositions, Iterable<Cartographic> topPositions, WindingOrder positionsWindingOrder) For convenience.
static SurfaceShapesResult	SurfaceShapes.computeCircle(CentralBody centralBody, Cartesian center, double radius) Computes boundary positions for a circle on the specified centralBody with the specified center and radius.
static SurfaceShapesResult	SurfaceShapes.computeCircle(CentralBody centralBody, Cartesian center, double radius, double granularity) Computes boundary positions for a circle on the specified centralBody with the specified center, radius and granularity.
static SurfaceShapesResult	SurfaceShapes.computeCircleCartographic(CentralBody centralBody, Cartographic center, double radius) For convenience.
static SurfaceShapesResult	SurfaceShapes.computeCircleCartographic(CentralBody centralBody, Cartographic center, double radius, double granularity) For convenience.
static SurfaceShapesResult	SurfaceShapes.computeEllipse(CentralBody centralBody, Cartesian center, double majorAxisRadius, double minorAxisRadius, double bearing) Computes boundary positions for an ellipse on the specified centralBody This is equivalent to calling SurfaceShapes.computeEllipse(agi.foundation.celestial.CentralBody,agi.foundation.coordinates.Cartesian,double,double,double) with a granularity of 1 degree.
static SurfaceShapesResult	SurfaceShapes.computeEllipse(CentralBody centralBody, Cartesian center, double majorAxisRadius, double minorAxisRadius, double bearing, double granularity) Computes boundary positions for an ellipse on the specified centralBody.
static SurfaceShapesResult	SurfaceShapes.computeEllipseCartographic(CentralBody centralBody, Cartographic center, double majorAxisRadius, double minorAxisRadius, double bearing) For convenience.
static SurfaceShapesResult	SurfaceShapes.computeEllipseCartographic(CentralBody centralBody, Cartographic center, double majorAxisRadius, double minorAxisRadius, double bearing, double granularity) For convenience.
static SurfaceShapesResult	SurfaceShapes.computeSector(CentralBody centralBody, Cartesian center, double innerRadius, double outerRadius, double startBearing, double endBearing) Computes boundary positions for a sector on the specified centralBody This is equivalent to calling SurfaceShapes.computeSector(agi.foundation.celestial.CentralBody,agi.foundation.coordinates.Cartesian,double,double,double,double) with a granularity of 1 degree.
static SurfaceShapesResult	SurfaceShapes.computeSector(CentralBody centralBody, Cartesian center, double innerRadius, double outerRadius, double startBearing, double endBearing, double granularity) Computes boundary positions for a sector on the specified centralBody.
static SurfaceShapesResult	SurfaceShapes.computeSectorCartographic(CentralBody centralBody, Cartographic center, double innerRadius, double outerRadius, double startBearing, double endBearing) For convenience.
static SurfaceShapesResult	SurfaceShapes.computeSectorCartographic(CentralBody centralBody, Cartographic center, double innerRadius, double outerRadius, double startBearing, double endBearing, double granularity) For convenience.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeSingleConstantAltitude(CentralBody centralBody, Iterable<Cartesian> positions, double altitude) Computes an extrusion of positions on the specified centralBody.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeSingleConstantAltitude(CentralBody centralBody, Iterable<Cartesian> positions, double altitude, WindingOrder positionsWindingOrder) Computes an extrusion of positions on the specified centralBody.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeSingleConstantAltitudeCartographic(CentralBody centralBody, Iterable<Cartographic> positions, double altitude) For convenience.
static ExtrudedPolylineTriangulatorResult	ExtrudedPolylineTriangulator.computeSingleConstantAltitudeCartographic(CentralBody centralBody, Iterable<Cartographic> positions, double altitude, WindingOrder positionsWindingOrder) For convenience.
void	CentralBodyCoverageGrid.setCentralBody(CentralBody value) Sets the central body associated with this grid.

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

Constructor and Description
CentralBodyCoverageGrid(CentralBody centralBody) Initializes a new instance with a specified central body.
CentralBodyCoverageGrid(CentralBody centralBody, TerrainProvider terrainProvider) Initializes a new instance with a specified reference terrain.
CoverageGridPoint(Point position, Scalar weight, ICoverageGridCell coverageGridCell, ReferenceFrame referenceFrame, CentralBody centralBody) Creates a new instance based on the given point, weight, grid cell, central body, and reference frame.
CoverageGridPoint(Point position, Scalar weight, ReferenceFrame referenceFrame, CentralBody centralBody) Creates a new instance based on the given point, weight, central body, and reference frame.
GlobalCoverageGrid(CentralBody centralBody, double resolution) Initializes a new instance based on the given central body, in the central body's fixed frame at the input resolution.
GlobalCoverageGrid(TerrainProvider terrainProvider, CentralBody centralBody, double resolution) Initializes a new instance based on the given terrain.
LatitudeBoundsCoverageGrid(CentralBody centralBody, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given globe and planetodetic latitude bounds in the planet's fixed frame.
LatitudeBoundsCoverageGrid(TerrainProvider terrainProvider, CentralBody centralBody, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given terrain and planetodetic latitude bounds.
LatitudeLineCoverageGrid(CentralBody centralBody, double latitude, double minimumLongitude, double maximumLongitude, double resolution) Construct a new instance based on the given central body and longitude 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(CentralBody centralBody, double longitude, double minimumLatitude, double maximumLatitude, double resolution) Construct a new instance based on the given central body and latitude 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.
SpecifiedCentralBodyCoverageGrid(CentralBody centralBody, CoverageGridPoint... points) Construct a new instance based on a given set of GridPoints and their corresponding central body.
SpecifiedCentralBodyCoverageGrid(CentralBody centralBody, List<Cartographic> points, List<CartographicExtent> gridPointExtents, boolean useCellSurfaceAreaForWeight, boolean saveGridCell) Construct a new instance based on a given reference surface, a list of Cartographic points, and the corresponding extents of each grid cell.
SpecifiedCentralBodyCoverageGrid(CentralBody centralBody, List<CoverageGridPoint> points) Construct a new instance based on a given list of GridPoints and their corresponding central body.
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, CentralBody centralBody, EllipsoidSurfaceRegion... regions) Create a new instance based on a given resolution and a set of polygonal regions.
SurfaceRegionsCoverageGrid(double resolution, CentralBody centralBody, Iterable<? extends EllipsoidSurfaceRegion> regions) Create a new instance based on a given resolution and a set of polygonal regions.
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 CentralBody in agi.foundation.graphics

Methods in agi.foundation.graphics that return CentralBody

Modifier and Type	Method and Description
CentralBody	RhumbLineInterpolator.getCentralBody() Gets or sets the central body used when interpolating with Interpolate.
CentralBody	GreatArcInterpolator.getCentralBody() Gets or sets the central body used when interpolating with Interpolate.
CentralBody	AltitudeDisplayCondition.getCentralBody() Gets the CentralBody to which the altitude is relative.

Methods in agi.foundation.graphics with parameters of type CentralBody

Modifier and Type	Method and Description
void	MarkerBatchPrimitive.alignToAxis(CentralBody centralBody, Cartesian axis) Sets the up vector of the markers to point towards the axis of centralBody.
void	MarkerBatchPrimitive.alignToNorth(CentralBody centralBody) Sets the up vector of the markers to point towards the north axis of centralBody.
Rectangular	Camera.cartographicToWindow(CentralBody centralBody, Cartographic position) Converts a Cartographic position to a pixel coordinate relative to the Insight3D control.
static TriangleMeshPrimitive	PrimitiveFactory.createCircle(CentralBody centralBody, Cartesian center, double radius) Creates a circle triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createCircle(CentralBody centralBody, Cartesian center, double radius, double granularity) Creates a circle triangle mesh with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createCircleBoundary(CentralBody centralBody, Cartesian center, double radius) Creates a circle shaped PolylinePrimitive.
static PolylinePrimitive	PrimitiveFactory.createCircleBoundary(CentralBody centralBody, Cartesian center, double radius, double granularity) Creates a circle shaped PolylinePrimitive with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createCircleBoundaryCartographic(CentralBody centralBody, Cartographic center, double radius) Creates a circle shaped PolylinePrimitive.
static PolylinePrimitive	PrimitiveFactory.createCircleBoundaryCartographic(CentralBody centralBody, Cartographic center, double radius, double granularity) Creates a circle shaped PolylinePrimitive with a specified granularity.
static TriangleMeshPrimitive	PrimitiveFactory.createCircleCartographic(CentralBody centralBody, Cartographic center, double radius) Creates a circle triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createCircleCartographic(CentralBody centralBody, Cartographic center, double radius, double granularity) Creates a circle triangle mesh with a specified granularity.
static TriangleMeshPrimitive	PrimitiveFactory.createEllipse(CentralBody centralBody, Cartesian center, double majorAxisRadius, double minorAxisRadius, double bearing) Creates an ellipse triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createEllipse(CentralBody centralBody, Cartesian center, double majorAxisRadius, double minorAxisRadius, double bearing, double granularity) Creates an ellipse triangle mesh with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createEllipseBoundary(CentralBody centralBody, Cartesian center, double majorAxisRadius, double minorAxisRadius, double bearing) Creates an ellipse shaped PolylinePrimitive.
static PolylinePrimitive	PrimitiveFactory.createEllipseBoundary(CentralBody centralBody, Cartesian center, double majorAxisRadius, double minorAxisRadius, double bearing, double granularity) Creates an ellipse shaped PolylinePrimitive with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createEllipseBoundaryCartographic(CentralBody centralBody, Cartographic center, double majorAxisRadius, double minorAxisRadius, double bearing) Creates an ellipse shaped PolylinePrimitive.
static PolylinePrimitive	PrimitiveFactory.createEllipseBoundaryCartographic(CentralBody centralBody, Cartographic center, double majorAxisRadius, double minorAxisRadius, double bearing, double granularity) Creates an ellipse shaped PolylinePrimitive with a specified granularity.
static TriangleMeshPrimitive	PrimitiveFactory.createEllipseCartographic(CentralBody centralBody, Cartographic center, double majorAxisRadius, double minorAxisRadius, double bearing) Creates an ellipse triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createEllipseCartographic(CentralBody centralBody, Cartographic center, double majorAxisRadius, double minorAxisRadius, double bearing, double granularity) Creates an ellipse triangle mesh with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createLatitudeLongitudeGrid(CentralBody centralBody) Creates a lat/long grid on centralBody where the spacing between set of latitude and set of longitude lines is 30 degrees.
static PolylinePrimitive	PrimitiveFactory.createLatitudeLongitudeGrid(CentralBody centralBody, double longitudeSpacing, double latitudeSpacing, double granularity) Creates a lat/long grid on centralBody where the spacing between the set of latitude and set of longitude lines is latitudeSpacing and longitudeSpacing, respectively.
static PolylinePrimitive	PrimitiveFactory.createLatitudeLongitudeGridExtent(CentralBody centralBody, CartographicExtent extent, double longitudeSpacing, double latitudeSpacing) Creates a lat/lon grid over a CartographicExtent.
static PolylinePrimitive	PrimitiveFactory.createLatitudeLongitudeGridExtent(CentralBody centralBody, CartographicExtent extent, double longitudeSpacing, double latitudeSpacing, double granularity) Creates a lat/lon grid over a CartographicExtent.
static TriangleMeshPrimitive	PrimitiveFactory.createPolygon(CentralBody centralBody, List<Cartesian> positions) Creates a polygon triangle mesh.
static PolylinePrimitive	PrimitiveFactory.createPolygonBoundaryCartographic(CentralBody centralBody, List<Cartographic> positions) Creates a bounded polygon from a list of positions.
static TriangleMeshPrimitive	PrimitiveFactory.createPolygonCartographic(CentralBody centralBody, List<Cartographic> positions) Creates a polygon triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createSector(CentralBody centralBody, Cartesian center, double innerRadius, double outerRadius, double startBearing, double endBearing) Creates a sector triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createSector(CentralBody centralBody, Cartesian center, double innerRadius, double outerRadius, double startBearing, double endBearing, double granularity) Creates a sector triangle mesh with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createSectorBoundary(CentralBody centralBody, Cartesian center, double innerRadius, double outerRadius, double startBearing, double endBearing) Creates a sector shaped PolylinePrimitive.
static PolylinePrimitive	PrimitiveFactory.createSectorBoundary(CentralBody centralBody, Cartesian center, double innerRadius, double outerRadius, double startBearing, double endBearing, double granularity) Creates a sector shaped PolylinePrimitive with a specified granularity.
static PolylinePrimitive	PrimitiveFactory.createSectorBoundaryCartographic(CentralBody centralBody, Cartographic center, double innerRadius, double outerRadius, double startBearing, double endBearing) Creates a sector shaped PolylinePrimitive.
static PolylinePrimitive	PrimitiveFactory.createSectorBoundaryCartographic(CentralBody centralBody, Cartographic center, double innerRadius, double outerRadius, double startBearing, double endBearing, double granularity) Creates a sector shaped PolylinePrimitive with a specified granularity.
static TriangleMeshPrimitive	PrimitiveFactory.createSectorCartographic(CentralBody centralBody, Cartographic center, double innerRadius, double outerRadius, double startBearing, double endBearing) Creates a sector triangle mesh.
static TriangleMeshPrimitive	PrimitiveFactory.createSectorCartographic(CentralBody centralBody, Cartographic center, double innerRadius, double outerRadius, double startBearing, double endBearing, double granularity) Creates a sector triangle mesh with a specified granularity.
void	PolylinePrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions) For convenience.
void	PointBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions) For convenience.
void	MarkerBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions) For convenience.
void	PolylinePrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors) For convenience.
void	PointBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors) For convenience.
void	PolylinePrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, PolylinePrimitiveOptionalParameters optionalParameters) For convenience.
void	PolylinePrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, RenderPassHint renderPassHint) For convenience.
void	PointBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, RenderPassHint renderPassHint) For convenience.
void	TextBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text) For convenience.
void	TextBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text, TextBatchPrimitiveOptionalParameters optionalParameters) For convenience.
void	TextBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text, TextBatchPrimitiveOptionalParameters optionalParameters, RenderPassHint renderPassHint) For convenience.
void	MarkerBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, MarkerBatchPrimitiveOptionalParameters optionalParameters) For convenience.
void	MarkerBatchPrimitive.setCartographic(CentralBody centralBody, Iterable<Cartographic> positions, MarkerBatchPrimitiveOptionalParameters optionalParameters, RenderPassHint renderPassHint) For convenience.
void	RhumbLineInterpolator.setCentralBody(CentralBody value) Gets or sets the central body used when interpolating with Interpolate.
void	GreatArcInterpolator.setCentralBody(CentralBody value) Gets or sets the central body used when interpolating with Interpolate.
void	AltitudeDisplayCondition.setCentralBody(CentralBody value) Sets the CentralBody to which the altitude is relative.
void	PolylinePrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, Iterable<Integer> indices) For convenience.
void	PointBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, Iterable<Integer> indices) For convenience.
void	PolylinePrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint, RenderPassHint renderPassHint) For convenience.
void	PointBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint, RenderPassHint renderPassHint) For convenience.
void	PolylinePrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Color> colors, PolylinePrimitiveOptionalParameters optionalParameters, Iterable<Integer> indices) For convenience.
void	PolylinePrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Integer> indices) For convenience.
void	PointBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Integer> indices) For convenience.
void	MarkerBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Integer> indices) For convenience.
void	PolylinePrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint) For convenience.
void	PointBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint) For convenience.
void	MarkerBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint) For convenience.
void	TextBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text, Iterable<Integer> indices) For convenience.
void	TextBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint) For convenience.
void	TextBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text, TextBatchPrimitiveOptionalParameters optionalParameters, Iterable<Integer> indices) For convenience.
void	TextBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, Iterable<String> text, TextBatchPrimitiveOptionalParameters optionalParameters, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint, RenderPassHint renderPassHint) For convenience.
void	MarkerBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, MarkerBatchPrimitiveOptionalParameters optionalParameters, Iterable<Integer> indices) For convenience.
void	MarkerBatchPrimitive.setPartialCartographic(CentralBody centralBody, Iterable<Cartographic> positions, MarkerBatchPrimitiveOptionalParameters optionalParameters, Iterable<Integer> indices, IndicesOrderHint indicesOrderHint, RenderPassHint renderPassHint) For convenience.
void	PathPointBuilder.setPositionCartographic(CentralBody centralBody, Cartographic position) Sets the position of the point given in cartographic coordinates defined on a central body.
void	ModelPrimitive.setPositionCartographic(CentralBody centralBody, Cartographic position) For convenience.
void	PolylinePrimitive.setSubsetCartographic(CentralBody centralBody, Cartographic[] positions, int index, int count) For convenience.
boolean	Camera.tryCartographicToWindow(CentralBody centralBody, Cartographic position, Rectangular[] windowPosition) Converts a Cartographic position to a pixel coordinate relative to the Insight3D control.
boolean	Camera.tryWindowToCartographic(CentralBody centralBody, Rectangular position, Cartographic[] cartographicPosition) Converts a pixel coordinate relative to the Insight3D control to a Cartographic position.
void	Camera.viewCentralBody(CentralBody centralBody, Axes axes) Zoom to a central body and use the specified axes for rotation.
void	Camera.viewExtent(CentralBody centralBody, CartographicExtent extent) Zooms to a CartographicExtent on the centralBody.
void	Camera.viewExtent(CentralBody centralBody, double west, double south, double east, double north) Zooms to a rectangular extent composed of west, south, east, north on the centralBody.
Cartographic	Camera.windowToCartographic(CentralBody centralBody, Rectangular position) Converts a pixel coordinate relative to the Insight3D control to a Cartographic position.

Constructors in agi.foundation.graphics with parameters of type CentralBody

Constructor and Description
AltitudeDisplayCondition(CentralBody centralBody, double minimumAltitude, double maximumAltitude) Initializes an altitude display condition with the inclusive altitude interval [minimumAltitude, maximumAltitude].
GreatArcInterpolator(CentralBody centralBody) Initializes a great arc interpolator with the specified centralBody and a Granularity of 1 degree.
GreatArcInterpolator(CentralBody centralBody, double granularity) Initializes a great arc interpolator with the specified centralBody and granularity.
PathPointBuilder(CentralBody centralBody, Cartographic position, JulianDate date) Initializes a PathPointBuilder with the given position and date.
PathPointBuilder(CentralBody centralBody, Cartographic position, JulianDate date, Color color) Initializes a PathPointBuilder with the given position, date, and color.
PathPointBuilder(CentralBody centralBody, Cartographic position, JulianDate date, Color color, float translucency) Initializes a PathPointBuilder with the given position, date, color, and translucency.
PathPointBuilder(CentralBody centralBody, Cartographic position, JulianDate date, Color color, float translucency, Color outlineColor) Initializes a PathPointBuilder with the given position, date, color, translucency, and outline color.
PathPointBuilder(CentralBody centralBody, Cartographic position, JulianDate date, Color color, float translucency, Color outlineColor, float outlineTranslucency) Initializes a PathPointBuilder with the given cartographic position, date, color, translucency, outline color, and outline translucency.
ProjectedRaster(CentralBody projectionCentralBody) Initializes a new instance.
RhumbLineInterpolator(CentralBody centralBody) Initializes a rhumb line interpolator with the specified centralBody and a Granularity of 1 degree.
RhumbLineInterpolator(CentralBody centralBody, double granularity) Initializes a rhumb line interpolator with the specified centralBody and granularity.

Uses of CentralBody in agi.foundation.graphics.advanced

Methods in agi.foundation.graphics.advanced that return CentralBody

Modifier and Type	Method and Description
CentralBody	StkTerrainServerTerrainOverlay.getCentralBody()
CentralBody	GlobeOverlay.getCentralBody() Gets the CentralBody that the GlobeOverlay is displayed on.
CentralBody	GeospatialImageGlobeOverlay.getCentralBody()
CentralBody	AGIRoamImageGlobeOverlay.getCentralBody()
CentralBody	AGIProcessedTerrainOverlay.getCentralBody()
CentralBody	AGIProcessedImageGlobeOverlay.getCentralBody()

Methods in agi.foundation.graphics.advanced with parameters of type CentralBody

Modifier and Type	Method and Description
CentralBodyGraphics	CentralBodyGraphicsIndexer.get(CentralBody centralBody) Gets the CentralBodyGraphics for the specified CentralBody.
void	TriangulatedSensorProjection.updateFromNewProjection(CentralBody centralBody, Cartesian sensorOrigin, SensorProjection projection, int approximateSamplesPerBoundary) Updates the triangulation from a given sensor projection.
void	TriangulatedSensorProjection.updateFromNewProjection(CentralBody centralBody, Cartesian sensorOrigin, SensorProjection projection, int approximateSamplesPerBoundary, boolean triangulateProjectionEndCap) Updates the triangulation from a given sensor projection.

Uses of CentralBody in agi.foundation.platforms

Methods in agi.foundation.platforms that return CentralBody

Modifier and Type	Method and Description
CentralBody	ICentralBodySurfaceRegionService.getCentralBody() Gets the central body of the region.
CentralBody	ICentralBodySurfaceCurveService.getCentralBody() Gets central body of the curve.
CentralBody	CentralBodySurfaceRegion.getCentralBody() Gets the central body providing the orientation and topology of the SurfaceRegion (get / set), and on which the region is defined.
CentralBody	CentralBodySurfaceCurve.getCentralBody() Gets the central body providing the topology and orientation of the SurfaceCurve (get / set), and on which the curve is defined.
CentralBody	FieldOfViewCentralBodyProjectionGraphicsExtension.getCentralBody() Gets the CentralBody (get / set) on which the field of view will be projected.

Methods in agi.foundation.platforms with parameters of type CentralBody

Modifier and Type	Method and Description
SensorProjectionEvaluator	FieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	DynamicFieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	FieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody, EvaluatorGroup group) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	DynamicFieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody, EvaluatorGroup group) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	IFieldOfViewProjectionService.getSensorProjectionEvaluator(CentralBody centralBody, SensorProjectionOptions projectionOptions) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	FieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody, SensorProjectionOptions projectionOptions) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	DynamicFieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody, SensorProjectionOptions projectionOptions) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	IFieldOfViewProjectionService.getSensorProjectionEvaluator(CentralBody centralBody, SensorProjectionOptions projectionOptions, EvaluatorGroup group) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	FieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody, SensorProjectionOptions projectionOptions, EvaluatorGroup group) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
SensorProjectionEvaluator	DynamicFieldOfViewExtension.getSensorProjectionEvaluator(CentralBody centralBody, SensorProjectionOptions projectionOptions, EvaluatorGroup group) Gets an evaluator that can project the field of view of the sensor onto the ellipsoid surface of a central body.
void	CentralBodySurfaceRegion.setCentralBody(CentralBody value) Sets the central body providing the orientation and topology of the SurfaceRegion (get / set), and on which the region is defined.
void	CentralBodySurfaceCurve.setCentralBody(CentralBody value) Sets the central body providing the topology and orientation of the SurfaceCurve (get / set), and on which the curve is defined.
void	FieldOfViewCentralBodyProjectionGraphicsExtension.setCentralBody(CentralBody value) Sets the CentralBody (get / set) on which the field of view will be projected.

Constructors in agi.foundation.platforms with parameters of type CentralBody

Constructor and Description
CentralBodySurfaceCurve(CentralBody centralBody, EllipsoidSurfaceCurve surfaceCurve) Initializes a new instance as a surface curve on a specified central body.
CentralBodySurfaceCurve(CentralBody centralBody, Iterable<Cartographic> points) Initializes a new instance as a polyline defined by a set of planetodetic cartographic points on a specified central body.
CentralBodySurfaceRegion(CentralBody centralBody, EllipsoidSurfaceRegion surfaceRegion) Initializes a new instance as a surface region on a specified central body.
CentralBodySurfaceRegion(CentralBody centralBody, Iterable<Cartographic> points) Initializes a new instance as a polygon defined by a set of planetodetic cartographic points on a specified associated central body.

Uses of CentralBody in agi.foundation.platforms.advanced

Methods in agi.foundation.platforms.advanced that return CentralBody

Modifier and Type	Method and Description
CentralBody	IFieldOfViewCentralBodyProjectionGraphicsService.getCentralBody() Gets the CentralBody (get) on which the field of view will be projected.

Uses of CentralBody in agi.foundation.propagators

Methods in agi.foundation.propagators that return CentralBody

Modifier and Type	Method and Description
CentralBody	LifetimeOrbitPropagator.getCentralBody() Gets the instance to use to define the principal frame and shape of the central body.
CentralBody	SimpleAscentPropagator.getCentralBody() Gets the central body to be used for the launch segment.
CentralBody	BallisticTrajectoryInformation.getCentralBody() Gets the central body that the InitialPosition (get) and FinalPosition (get) of the trajectory are located on.
CentralBody	BallisticPropagator.getCentralBody() Gets the central body that the InitialPosition (get / set) and target position are located on.

Methods in agi.foundation.propagators with parameters of type CentralBody

Modifier and Type	Method and Description
static WaypointPropagator	WaypointPropagator.constructConstantVelocityWaypointPropagator(CentralBody centralBody, List<JulianDate> times, List<Cartographic> positions) Creates a waypoint propagator from a list of times and locations.
void	LifetimeOrbitPropagator.setCentralBody(CentralBody value) Sets the instance to use to define the principal frame and shape of the central body.
void	SimpleAscentPropagator.setCentralBody(CentralBody value) Sets the central body to be used for the launch segment.
void	BallisticPropagator.setCentralBody(CentralBody value) Sets the central body that the InitialPosition (get / set) and target position are located on.

Constructors in agi.foundation.propagators with parameters of type CentralBody

Constructor and Description
BallisticPropagator(CentralBody centralBody, double gravitationalParameter, JulianDate initialTime, Cartesian initialPositionInertial) Initializes a new instance.
WaypointPropagator(CentralBody centralBody, Collection<Waypoint> waypoints) Initializes a waypoint propagator.
WaypointPropagator(CentralBody centralBody, Waypoint... waypoints) Initializes a waypoint propagator.

Uses of CentralBody in agi.foundation.routedesign

Methods in agi.foundation.routedesign that return CentralBody

Modifier and Type	Method and Description
CentralBody	RoutePropagator.getCentralBody() Gets the CentralBody (get / set) upon which to build the route.
CentralBody	PropagatedRoute.getCentralBody() Gets the central body on which this route is defined.

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

Modifier and Type	Method and Description
static HeadingAtWaypointProcedure	HeadingAtWaypointProcedure.getFinalFromNextState(CentralBody centralBody, Motion1<Cartesian> stateInFixedFrame, ProfileDynamics dynamics, double turningRadius) Creates an instance of the procedure to represent a final state for a route based on a given state (position and velocity) in the FixedFrame (get / set) of the CentralBody.
static HeadingAtWaypointProcedure	HeadingAtWaypointProcedure.getInitialFromPreviousState(CentralBody centralBody, Motion1<Cartesian> stateInFixedFrame, ProfileDynamics dynamics, double turningRadius) Creates an instance of the procedure to represent an initial state for a route based on a given state (position and velocity) in the FixedFrame (get / set) of the CentralBody.
void	RoutePropagator.setCentralBody(CentralBody value) Sets the CentralBody (get / set) upon which to build the route.

Uses of CentralBody in agi.foundation.segmentpropagation

Methods in agi.foundation.segmentpropagation that return CentralBody

Modifier and Type	Method and Description
CentralBody	BasicLaunchSegment.getCentralBody() Gets the central body to be used for the launch segment.

Methods in agi.foundation.segmentpropagation with parameters of type CentralBody

Modifier and Type	Method and Description
void	BasicLaunchSegment.setCentralBody(CentralBody value) Sets the central body to be used for the launch segment.

Uses of CentralBody in agi.foundation.stk

Methods in agi.foundation.stk that return CentralBody

Modifier and Type	Method and Description
CentralBody	StkEphemerisFile.EphemerisLLATimePos.getCentralBody() Gets the central body relative to which the longitude, latitude, and altitude are defined.
CentralBody	StkEphemerisFile.EphemerisLLRTimePos.getCentralBody() Gets the central body relative to which the longitude, latitude, and radius are defined.

Methods in agi.foundation.stk with parameters of type CentralBody

Modifier and Type	Method and Description
void	StkEphemerisFile.EphemerisLLATimePos.setCentralBody(CentralBody value) Sets the central body relative to which the longitude, latitude, and altitude are defined.
void	StkEphemerisFile.EphemerisLLRTimePos.setCentralBody(CentralBody value) Sets the central body relative to which the longitude, latitude, and radius are defined.

Uses of CentralBody in agi.foundation.terrain

Methods in agi.foundation.terrain that return CentralBody

Modifier and Type	Method and Description
CentralBody	DelayedTerrainAzimuthElevationMask.getCentralBody() Gets the central body to which this mask is relative.
CentralBody	IAzimuthElevationMask.getCentralBody() Gets the central body to which this mask is relative.
CentralBody	AzimuthElevationMask.getCentralBody() Gets the central body to which this mask is relative.

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

Modifier and Type	Method and Description
void	AzimuthElevationMask.setCentralBody(CentralBody value) Sets the central body to which this mask is relative.
static void	AGIProcessedTerrainWriter.write(CentralBody centralBody, RasterTerrainProvider terrainProvider, CartographicExtent extent, String pdttUri, boolean overwriteExistingFile) Converts a RasterTerrainProvider to an AGI Processed Data Terrain file for use as a TerrainOverlay.
static void	AGIProcessedTerrainWriter.write(CentralBody centralBody, RasterTerrainProvider terrainProvider, CartographicExtent extent, URI pdttUri, boolean overwriteExistingFile) Converts a RasterTerrainProvider to an AGI Processed Data Terrain file for use as a TerrainOverlay.
static void	AGIProcessedTerrainWriter.write(CentralBody centralBody, RasterTerrainProvider terrainProvider, String pdttUri, boolean overwriteExistingFile) Converts a RasterTerrainProvider to an AGI Processed Data Terrain file for use as a TerrainOverlay.
static void	AGIProcessedTerrainWriter.write(CentralBody centralBody, RasterTerrainProvider terrainProvider, URI pdttUri, boolean overwriteExistingFile) Converts a RasterTerrainProvider to an AGI Processed Data Terrain file for use as a TerrainOverlay.

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

Constructor and Description
AzimuthElevationMask(CentralBody centralBody, Cartographic position) Initializes a new instance centered at the specified planetodetic position on the specified central body.

Uses of CentralBody in agi.foundation.tracking

Methods in agi.foundation.tracking that return CentralBody

Modifier and Type	Method and Description
CentralBody	ViewEntityFromOffset.getCentralBody() Gets the CentralBody (get / set) about which to rotate the camera.
CentralBody	SensorFieldOfViewVisualizer.getCentralBody() Gets the CentralBody (get / set) on which the sensor field of view will be projected.

Methods in agi.foundation.tracking with parameters of type CentralBody

Modifier and Type	Method and Description
void	ViewEntityFromOffset.setCentralBody(CentralBody value) Sets the CentralBody (get / set) about which to rotate the camera.
void	SensorFieldOfViewVisualizer.setCentralBody(CentralBody value) Sets the CentralBody (get / set) on which the sensor field of view will be projected.

Constructors in agi.foundation.tracking with parameters of type CentralBody

Constructor and Description
SensorFieldOfViewVisualizer(TypeLiteral<TEntity> typeLiteralTEntity, EntitySet<TEntity> entities, CentralBody centralBody) Initializes a new instance to project sensors onto a specified central body.
ViewEntityFromOffset(TypeLiteral<TEntity> typeLiteralTEntity, Camera camera, TEntity entity, Cartesian offset, CentralBody centralBody) Creates a new instance, specifying all parameters.