Uses of Class agi.foundation.geometry.Point | DME Component Libraries for Java 2025 r1

Packages that use Point
Package	Description
agi.foundation.access	Contains types used in performing access calculations.
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.ccsds	Contains types for interoperating with data formats supported by The Consultative Committee for Space Data Systems (CCSDS).
agi.foundation.celestial	Contains types used in modeling characteristics of celestial objects and celestial phenomena.
agi.foundation.cesium	Contains types used for defining graphical properties of definitional objects to be written out as CZML.
agi.foundation.communications	Contains types for representing electromagnetic signals and propagating them along communication links.
agi.foundation.coverage	Contains types for computing complex access calculations between many different objects simultaneously.
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.navigation	Contains types useful in modeling navigation processes which utilize the Global Positioning System (GPS).
agi.foundation.navigation.advanced	Contains types used in GPS communications modeling.
agi.foundation.navigation.datareaders	Contains types for reading various navigation-related data file formats.
agi.foundation.platforms	Contains types used 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.propagators.advanced	Contains types used to create more specialized propagation scenarios.
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.spice	Contains types used in modeling the ephemeris of solar system bodies using JPL SPICE files.
agi.foundation.stk	Contains types for interoperating with the STK desktop application and related 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 Point in agi.foundation.access

Methods in agi.foundation.access with parameters of type Point
Modifier and Type	Method and Description
`static Evaluator<JulianDate>`	AccessConstraintSampling.`getNextStepFromRelativeMotionEvaluator(ReferenceFrame observer, Point target, double maximumAngularMotion, EvaluatorGroup group)` Gets an evaluator that determines the next time at which to sample a constraint function based on the relative motion between two objects and a maximum relative motion per step.

Uses of Point in agi.foundation.access.constraints

Methods in agi.foundation.access.constraints that return Point
Modifier and Type	Method and Description
`Point`	ThirdBodyElevationAngleConstraint.`getThirdBodyPoint()` Gets the center of mass point for the third body.

Methods in agi.foundation.access.constraints with parameters of type Point
Modifier and Type	Method and Description
`void`	ThirdBodyElevationAngleConstraint.`setThirdBodyPoint(Point value)` Sets the center of mass point for the third body.

Constructors in agi.foundation.access.constraints with parameters of type Point
Constructor and Description
`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.
`ThirdBodyElevationAngleConstraint(IServiceProvider constrainedObject, Point thirdBodyPoint, double minimumValue)` Initializes a new instance with the specified constrained object, third body point, and minimum value.
`ThirdBodyElevationAngleConstraint(IServiceProvider constrainedObject, Point thirdBodyPoint, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained object, third body point, minimum value, and maximum value.
`ThirdBodyElevationAngleConstraint(Point thirdBodyPoint, double minimumValue)` Initializes a new instance with the specified third body point and minimum value.
`ThirdBodyElevationAngleConstraint(Point thirdBodyPoint, double minimumValue, double maximumValue)` Initializes a new instance with the specified third body point, minimum value, and maximum value.

Uses of Point in agi.foundation.aircraftpropagation

Subclasses of Point in agi.foundation.aircraftpropagation
Modifier and Type	Class and Description
`class`	`AircraftMotionIntegrationPoint` Represents a `Point` which reflects the integrated motion elements in an integration `state`.

Methods in agi.foundation.aircraftpropagation that return Point
Modifier and Type	Method and Description
`Point`	AircraftMotionElement.`getIntegrationPoint()` Gets a `Point` which is parameterized on the position and velocity in the state during integration.
`Point`	SimpleForwardFlightPropellerPropulsion.`getReferencePoint()` Gets the point at which the propulsion model is to be applied.
`Point`	SimpleForwardFlightJetPropulsion.`getReferencePoint()` Gets the point at which the propulsion model is to be applied.
`Point`	SimpleFixedWingCoordinatedFlight.`getReferencePoint()` Gets the point at which the coordinated flight condition is imposed.

Methods in agi.foundation.aircraftpropagation with parameters of type Point
Modifier and Type	Method and Description
`protected boolean`	AircraftMotionIntegrationPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`void`	SimpleForwardFlightPropellerPropulsion.`setReferencePoint(Point value)` Sets the point at which the propulsion model is to be applied.
`void`	SimpleForwardFlightJetPropulsion.`setReferencePoint(Point value)` Sets the point at which the propulsion model is to be applied.
`void`	SimpleFixedWingCoordinatedFlight.`setReferencePoint(Point value)` Sets the point at which the coordinated flight condition is imposed.

Constructors in agi.foundation.aircraftpropagation with parameters of type Point
Constructor and Description
`SimpleFixedWingCoordinatedFlight(Point referencePoint, WindModel windModel, SimpleFixedWingForwardFlightAerodynamics aerodynamicModel, Scalar mass, Scalar gravityModel)` Initializes a new instance with the specified parameters.

Uses of Point in agi.foundation.ccsds

Methods in agi.foundation.ccsds that return Point
Modifier and Type	Method and Description
`Point`	CcsdsOrbitEphemerisMessageSegment.`createPoint()` Creates a `Point` whose time-varying position is computed by interpolating over the ephemeris data held by this instance.

Uses of Point in agi.foundation.celestial

Methods in agi.foundation.celestial that return Point
Modifier and Type	Method and Description
`static Point`	EarthMoonBarycenter.`computeEarthMoonBarycenterPoint(Point earthCenterOfMassPoint, Point moonCenterOfMassPoint, double earthMoonMassRatio)` Computes the position of the Earth-Moon barycenter using the Earth-Moon mass ratio and the positions of the Earth and Moon.
`Point`	JplDE.`createEarthMoonBarycenterPoint()` Creates a `Point` that represents the position of the Earth-Moon barycenter calculated from the data in this class.
`static Point`	UranianMoonsAnalyticEphemeris.`getAriel()` Gets a point describing the motion of Ariel.
`Point`	GravityGradientTorque.`getBodyCenterOfMass()` Gets the center of mass point of the gravity-gradient satellite.
`static Point`	JovianMoonsAnalyticEphemeris.`getCallisto()` Gets a point describing the motion of Callisto.
`Point`	VestaCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	VenusCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	UranusCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	TritonCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	TitaniaCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	TitanCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	TethysCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	SunCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	SolarSystemBarycenter.`getCenterOfMassPoint()` Gets a point describing the center of mass of this solar system.
`Point`	SaturnCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	RheaCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	PlutoCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	PlanetarySystemBarycenter.`getCenterOfMassPoint()` Gets a point describing the center of mass of this planetary system.
`Point`	PhoebeCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	PhobosCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	NeptuneCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	MoonCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	MimasCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	MercuryCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	MarsCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	JupiterCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	IoCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	IapetusCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	HyperionCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	GanymedeCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	EuropaCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	EnceladusCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	EarthCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	DioneCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	DeimosCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	CharonCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	CeresCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`abstract Point`	CentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	CallistoCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`Point`	ArielCentralBody.`getCenterOfMassPoint()` Gets a point describing the center of mass of this central body.
`static Point`	SmallSolarSystemBodyAnalyticEphemeris.`getCeres()` Gets a point describing the motion of Ceres.
`static Point`	PlutonianMoonsAnalyticEphemeris.`getCharon()` Gets a point describing the motion of Charon.
`static Point`	MartianMoonsAnalyticEphemeris.`getDeimos()` Gets a point describing the motion of Deimos.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getDione()` Gets a point describing the motion of Dione.
`static Point`	Simon1994PlanetaryPositions.`getEarth()` Gets a point describing the motion of the Earth.
`static Point`	Simon1994PlanetaryPositions.`getEarthMoonBarycenter()` Gets a point describing the motion of the Earth-Moon barycenter according to the equations described in section 6.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getEnceladus()` Gets a point describing the motion of Enceladus.
`static Point`	JovianMoonsAnalyticEphemeris.`getEuropa()` Gets a point describing the motion of Europa.
`static Point`	JovianMoonsAnalyticEphemeris.`getGanymede()` Gets a point describing the motion of Ganymede.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getHyperion()` Gets a point describing the motion of Hyperion.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getIapetus()` Gets a point describing the motion of Iapetus.
`Point`	ScalarVariableAreaArgumentLatitude.`getIntegrationPoint()` Gets the `Point` used to determine the argument of latitude at a particular time.
`static Point`	JovianMoonsAnalyticEphemeris.`getIo()` Gets a point describing the motion of Io.
`static Point`	Simon1994PlanetaryPositions.`getJupiter()` Gets a point describing the motion of Jupiter according to the equations described in section 6.
`Point`	CentralBody.`getLocationPoint()` Gets the point that describes the position of the object.
`static Point`	Simon1994PlanetaryPositions.`getMars()` Gets a point describing the motion of Mars according to the equations described in section 6.
`static Point`	Simon1994PlanetaryPositions.`getMercury()` Gets a point describing the motion of Mercury according to the equations described in section 6.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getMimas()` Gets a point describing the motion of Mimas.
`static Point`	Simon1994PlanetaryPositions.`getMoon()` Gets a point describing the position of the moon according to the equations described in section 4.
`static Point`	Simon1994PlanetaryPositions.`getNeptune()` Gets a point describing the motion of Neptune according to the equations described in section 6.
`static Point`	MartianMoonsAnalyticEphemeris.`getPhobos()` Gets a point describing the motion of Phobos.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getPhoebe()` Gets a point describing the motion of Phoebe.
`static Point`	SmallSolarSystemBodyAnalyticEphemeris.`getPluto()` Gets a point describing the motion of Pluto.
`Point`	ThirdBodyGravity.ThirdBodyInfo.`getPosition()` Gets the `Point` representing the position of the perturbing gravitational body.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getRhea()` Gets a point describing the motion of Rhea.
`static Point`	Simon1994PlanetaryPositions.`getSaturn()` Gets a point describing the motion of Saturn according to the equations described in section 6.
`Point`	TwoBodyGravity.`getTargetPoint()` Gets the target point at which to measure the gravitational acceleration.
`Point`	ThirdBodyGravity.`getTargetPoint()` Gets the target point at which the gravity is measured.
`Point`	SphericalHarmonicGravity.`getTargetPoint()` Gets the target point at which to measure the gravitational acceleration.
`Point`	SimpleSolarRadiationForce.`getTargetPoint()` Gets the point at which the solar radiation is applied from the `TargetPoint` (`get` / `set`) of the `OccultationFactor` (`get` / `set`).
`Point`	ScalarAtmosphericDensity.`getTargetPoint()` Gets the target point describing the time-varying position at which density is to be calculated.
`Point`	NPlateSolarRadiationForce.`getTargetPoint()` Gets the point at which the solar radiation is applied from the `TargetPoint` (`get` / `set`) of the `OccultationFactor` (`get` / `set`).
`Point`	NPlateAtmosphericDragForce.`getTargetPoint()` Gets the point at which the drag is applied from the `TargetPoint` (`get` / `set`) of the `Density` (`get` / `set`).
`Point`	IersTechnicalNote36RelativisticCorrectionForce.`getTargetPoint()` Gets the point at which the `IersTechnicalNote36RelativisticCorrectionForce` is applied.
`Point`	AtmosphericDragForce.`getTargetPoint()` Gets the point at which the drag is applied from the `TargetPoint` (`get` / `set`) of the `Density` (`get` / `set`).
`Point`	ScalarOccultation.`getTargetPoint()` Gets the `Point` representing the location at which the occultation factor is being calculated.
`Point`	MagneticFieldVector.`getTargetPoint()` Gets the point where the magnetic field vector is calculated.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getTethys()` Gets a point describing the motion of Tethys.
`static Point`	SaturnianMoonsAnalyticEphemeris.`getTitan()` Gets a point describing the motion of Titan.
`static Point`	UranianMoonsAnalyticEphemeris.`getTitania()` Gets a point describing the motion of Titania.
`static Point`	NeptunianMoonsAnalyticEphemeris.`getTriton()` Gets a point describing the motion of Triton.
`static Point`	Simon1994PlanetaryPositions.`getUranus()` Gets a point describing the motion of Uranus according to the equations described in section 6.
`static Point`	Simon1994PlanetaryPositions.`getVenus()` Gets a point describing the motion of Venus according to the equations described in section 6.
`static Point`	SmallSolarSystemBodyAnalyticEphemeris.`getVesta()` Gets a point describing the motion of Vesta.

Methods in agi.foundation.celestial with parameters of type Point
Modifier and Type	Method and Description
`void`	TimeVaryingSolidTideModel.`addThirdBody(String name, Point point, double gravitationalParameter)` Adds a `Point` representing the position of the tide-inducing gravitational body and a double representing its gravitational parameter, in meters cubed per second squared.
`void`	ThirdBodyGravity.`addThirdBody(String name, Point point, double gravitationalParameter)` Adds a `Point` representing the position of the perturbing gravitational body and a double representing its gravitational parameter, in meters cubed per second squared.
`static Point`	EarthMoonBarycenter.`computeEarthMoonBarycenterPoint(Point earthCenterOfMassPoint, Point moonCenterOfMassPoint, double earthMoonMassRatio)` Computes the position of the Earth-Moon barycenter using the Earth-Moon mass ratio and the positions of the Earth and Moon.
`static MagneticCoilTorque`	MagneticCoilTorque.`createMagneticCoilTorqueUsingIgrfCofModel(String filename, Point bodyCenterOfMass, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes)` Creates a new magnetic coil torque that uses an `InternationalGeomagneticReferenceFieldVector` to describe the magnetic field and a `Point` to describe the position of the spacecraft.
`static MagneticCoilTorque`	MagneticCoilTorque.`createMagneticCoilTorqueUsingIgrfTxtModel(String filename, Point bodyCenterOfMass, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes)` Creates a new magnetic coil torque that uses an `InternationalGeomagneticReferenceFieldVector` to describe the magnetic field and a `Point` to describe the position of the spacecraft.
`static MagneticCoilTorque`	MagneticCoilTorque.`createMagneticCoilTorqueUsingWmmModel(String filename, Point bodyCenterOfMass, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes)` Creates a new magnetic coil torque that uses a `WorldMagneticModelVector` to describe the magnetic field and a `Point` to describe the position of the spacecraft.
`MotionEvaluator1<AzimuthElevationRange>`	CentralBody.`getAzimuthElevationRangeEvaluator(Vector vector, Point observingPoint)` Gets an evaluator to find the azimuth, elevation, and range of a vector as observed from a given point.
`MotionEvaluator1<AzimuthElevationRange>`	CentralBody.`getAzimuthElevationRangeEvaluator(Vector vector, Point observingPoint, EvaluatorGroup group)` Gets an evaluator to find the azimuth, elevation, and range of a vector as observed from a given point, and associates the evaluator with the specified evaluator group.
`CentralBody`	CentralBodiesFacet.`getCentralBodyOfPoint(JulianDate date, Point point)` Gets the central body most closely associated with a given point.
`int`	ThirdBodyGravity.`indexOf(Point point)` Searches `ThirdBodies` (`get`) and returns the index of the body with the given body position.
`MotionEvaluator1<Cartographic>`	CentralBody.`observeCartographicPoint(Point point)` Gets an evaluator that can be used to find the `Cartographic` motion of a point relative to this central body.
`MotionEvaluator1<Cartographic>`	CentralBody.`observeCartographicPoint(Point point, EvaluatorGroup group)` Gets an evaluator that can be used to find the `Cartographic` motion of a point relative to this central body.
`boolean`	TimeVaryingSolidTideModel.`removeThirdBody(Point point)` Removes a tidal perturbations due to the body represented by the `Point`.
`boolean`	ThirdBodyGravity.`removeThirdBody(Point point)` Removes a third body gravitational force represented by the `Point`.
`void`	GravityGradientTorque.`setBodyCenterOfMass(Point value)` Sets the center of mass point of the gravity-gradient satellite.
`void`	VestaCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	VenusCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	UranusCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	TritonCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	TitaniaCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	TitanCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	TethysCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	SunCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	SolarSystemBarycenter.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this solar system.
`void`	SaturnCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	RheaCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	PlutoCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	PlanetarySystemBarycenter.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this planetary system.
`void`	PhoebeCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	PhobosCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	NeptuneCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	MoonCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	MimasCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	MercuryCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	MarsCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	JupiterCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	IoCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	IapetusCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	HyperionCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	GanymedeCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	EuropaCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	EnceladusCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	EarthCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	DioneCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	DeimosCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	CharonCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	CeresCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`abstract void`	CentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	CallistoCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	ArielCentralBody.`setCenterOfMassPoint(Point value)` Sets a point describing the center of mass of this central body.
`void`	ScalarVariableAreaArgumentLatitude.`setIntegrationPoint(Point value)` Sets the `Point` used to determine the argument of latitude at a particular time.
`void`	TwoBodyGravity.`setTargetPoint(Point value)` Sets the target point at which to measure the gravitational acceleration.
`void`	ThirdBodyGravity.`setTargetPoint(Point value)` Sets the target point at which the gravity is measured.
`void`	SphericalHarmonicGravity.`setTargetPoint(Point value)` Sets the target point at which to measure the gravitational acceleration.
`void`	ScalarAtmosphericDensity.`setTargetPoint(Point value)` Sets the target point describing the time-varying position at which density is to be calculated.
`void`	IersTechnicalNote36RelativisticCorrectionForce.`setTargetPoint(Point value)` Sets the point at which the `IersTechnicalNote36RelativisticCorrectionForce` is applied.
`void`	ScalarOccultation.`setTargetPoint(Point value)` Sets the `Point` representing the location at which the occultation factor is being calculated.
`void`	MagneticFieldVector.`setTargetPoint(Point value)` Sets the point where the magnetic field vector is calculated.
`void`	EarthMoonBarycenter.`updateEarthMoonBarycenterPoint(Point earthCenterOfMassPoint, Point moonCenterOfMassPoint, double earthMoonMassRatio)` Updates the `CenterOfMassPoint` (`get` / `set`) of this `EarthMoonBarycenter` instance using the Earth-Moon mass ratio and the positions of the Earth and Moon.

Constructors in agi.foundation.celestial with parameters of type Point
Constructor and Description
`GravityGradientTorque(Point bodyCenterOfMass, CentralBody centralBody, double gravitationalParameter, Matrix3By3Symmetric inertiaMatrix, Axes bodyAxes)` Initializes the gravity-gradient torque model.
`GravityGradientTorque(Point bodyCenterOfMass, Matrix3By3Symmetric inertiaMatrix, Axes bodyAxes)` Initializes the gravity-gradient torque model.
`IersTechnicalNote36RelativisticCorrectionForce(Point targetPoint)` Initializes the correction force with the specified `Point`.
`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.
`InternationalGeomagneticReferenceFieldVector(TimeIntervalCollection1<SphericalHarmonicCoefficients> initialMagneticFieldCoefficients, TimeIntervalCollection1<SphericalHarmonicCoefficients> magneticFieldCoefficientRates, Point targetPoint)` Initializes a new instance.
`MagneticFieldVector(TimeIntervalCollection1<SphericalHarmonicCoefficients> initialMagneticFieldCoefficients, TimeIntervalCollection1<SphericalHarmonicCoefficients> magneticFieldCoefficientRates, Point targetPoint, double referenceDistance)` Initializes a new instance.
`NPlateSolarRadiationForce(NPlateModel nPlateModel, Axes bodyAxes, Point targetPoint)` Initializes a `ForceModel` describing the solar radiation pressure force on an object.
`ScalarAtmosphericDensity(Point targetPoint, SolarGeophysicalData solarGeophysicalData)` Initializes a `Scalar` representing atmospheric density using the target point and solar-geophysical data.
`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)` Initializes a `Scalar` representing the Jacchia 1970 model of 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)` Initializes a `Scalar` representing the Jacchia-Roberts 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.
`ScalarDensityMsis2000(Point targetPoint, SolarGeophysicalData solarGeophysicalData)` Initializes a `Scalar` representing the MSIS 2000 model of atmospheric density using the target point and solar-geophysical data.
`ScalarDensityMsis86(Point targetPoint, SolarGeophysicalData solarGeophysicalData)` Initializes a `Scalar` representing the MSIS 1986 model of atmospheric density using the target point and solar-geophysical data.
`ScalarDensityMsis90(Point targetPoint, SolarGeophysicalData solarGeophysicalData)` Initializes a `Scalar` representing the MSIS 1990 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, 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, 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, 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, Iterable<CentralBody> occludingBodies)` Creates a new Scalar from the given illuminating body, target point, and occluding bodies.
`ScalarVariableAreaArgumentLatitude(int interpolationOrder, Map<Double,Double> areaData, Point integrationPoint, ReferenceFrame integrationFrame)` Initializes a new instance.
`SimpleSolarRadiationForce(Point targetPoint, Scalar reflectivityCoefficient, Scalar referenceArea)` Creates a instance based on the given target point and its coefficients.
`SphericalHarmonicGravity(Point targetPoint, SphericalHarmonicGravityField field)` Initializes a new instance based on the given target point and gravity field data.
`ThirdBodyGravity(Point targetPoint)` Initializes a new instance based on the given target point.
`ThirdBodyInfo(String name, Point position, double gravitationalParameter)` Initializes a new instance.
`TwoBodyGravity(Point targetPoint)` Initializes a new instance based on the given target point.
`TwoBodyGravity(Point targetPoint, CentralBody centralBody, double gravitationalParameter)` Initializes a new instance based on the given target point and central body.
`WorldMagneticModelVector(TimeIntervalCollection1<SphericalHarmonicCoefficients> initialMagneticFieldCoefficients, TimeIntervalCollection1<SphericalHarmonicCoefficients> magneticFieldCoefficientRates, Point targetPoint)` Initializes a new instance.

Uses of Point in agi.foundation.cesium

Methods in agi.foundation.cesium that return Point
Modifier and Type	Method and Description
`Point`	GraphicalVector.`getLocationPoint()` Gets the point defining the tail end of the vector.
`Point`	PointCesiumProperty.`getPoint()` Gets the Point.

Methods in agi.foundation.cesium with parameters of type Point
Modifier and Type	Method and Description
`void`	GraphicalVector.`setLocationPoint(Point value)` Sets the point defining the tail end of the vector.
`void`	PointCesiumProperty.`setPoint(Point value)` Sets the Point.
`static PointCesiumProperty`	PointCesiumProperty.`toPointCesiumProperty(Point value)` Converts a `Point` to a `PointCesiumProperty`.

Constructors in agi.foundation.cesium with parameters of type Point
Constructor and Description
`GraphicalVector(Vector vector, VectorGraphics vectorGraphics, Point locationPoint)` Initializes a new instance specifying all parameters.
`PointCesiumProperty(Point point)` Initializes a new instance with the provided `Point`.

Uses of Point in agi.foundation.communications

Constructors in agi.foundation.communications with parameters of type Point
Constructor and Description
`ComplexAnalogTransmitter(String name, Point locationPoint, Axes orientationAxes, RadioFrequencyGainPattern antennaGainPattern, Signal signalToTransmit)` Creates a new instance, specifying all parameters.
`ComplexAnalogTransmitter(String name, Point locationPoint, Axes orientationAxes, RadioFrequencyGainPattern antennaGainPattern, Signal signalToTransmit, PolarizationSource polarizationSource)` Creates a new instance, specifying all parameters.
`ComplexAnalogTransmitter(String name, Point locationPoint, RadioFrequencyGainPattern antennaGainPattern, Signal signalToTransmit)` Creates a new instance using the specified `Name` (`get` / `set`), `LocationPoint` (`get` / `set`), `AntennaGainPattern` (`get` / `set`), and `SignalToTransmit` (`get` / `set`).
`ComplexDigitalTransmitter(String name, Point locationPoint, Axes orientationAxes, DigitalModulation modulation, RadioFrequencyGainPattern antennaGainPattern, double carrierFrequency, double power, double dataRate, SignalDataCollection signalData)` Creates a new instance from the specified parameters.
`ComplexDigitalTransmitter(String name, Point locationPoint, Axes orientationAxes, DigitalModulation modulation, RadioFrequencyGainPattern antennaGainPattern, double carrierFrequency, double power, double dataRate, SignalDataCollection signalData, PolarizationSource polarizationSource)` Creates a new instance from the specified parameters.
`ComplexDigitalTransmitter(String name, Point locationPoint, DigitalModulation modulation, RadioFrequencyGainPattern antennaGainPattern, double carrierFrequency, double power, double dataRate, SignalDataCollection signalData)` Creates a new instance from the specified parameters.
`ComplexReceiver(String name, Point location, Amplifier amplifier, RadioFrequencyGainPattern gainPattern)` Creates a new instance using the specified name, location, amplifier and gain pattern.
`ComplexReceiver(String name, Point location, Axes orientation, Amplifier amplifier, RadioFrequencyGainPattern gainPattern)` Creates a new instance specifying all parameters.
`ComplexReceiver(String name, Point location, Axes orientation, Amplifier amplifier, RadioFrequencyGainPattern gainPattern, PolarizationSource polarizationSource)` Creates a new instance specifying all parameters.
`OpticalReceiver(String name, Point location, Axes orientation, Photodetector photodetector, OpticalGainPattern gainPattern)` Creates a new instance specifying all parameters.
`OpticalReceiver(String name, Point location, Axes orientation, Photodetector photodetector, OpticalGainPattern gainPattern, PolarizationSource polarizationSource)` Creates a new instance specifying all parameters.
`OpticalReceiver(String name, Point location, Photodetector photodetector, OpticalGainPattern gainPattern)` Creates a new instance using the specified name, location, photodetector, and optical gain pattern.
`OpticalTransmitter(String name, Point locationPoint, Axes orientation, DigitalModulation modulation, OpticalGainPattern antennaGainPattern, double wavelength, double power, double dataRate, SignalDataCollection signalData)` Creates a new instance specifying all parameters.
`OpticalTransmitter(String name, Point locationPoint, Axes orientation, DigitalModulation modulation, OpticalGainPattern antennaGainPattern, double wavelength, double power, double dataRate, SignalDataCollection signalData, PolarizationSource polarizationSource)` Creates a new instance specifying all parameters.
`OpticalTransmitter(String name, Point locationPoint, DigitalModulation modulation, OpticalGainPattern antennaGainPattern, double wavelength, double power, double dataRate, SignalDataCollection signalData)` Creates a new instance specifying all parameters except the Axes.
`SimpleAnalogTransmitter(String name, Point location, Axes orientationAxes, double carrierFrequency, double effectiveIsotropicRadiatedPower, double bandwidth)` Creates a new instance, specifying all parameters.
`SimpleAnalogTransmitter(String name, Point location, Axes orientationAxes, double carrierFrequency, double effectiveIsotropicRadiatedPower, double bandwidth, PolarizationSource polarizationSource)` Creates a new instance, specifying all parameters.
`SimpleAnalogTransmitter(String name, Point locationPoint, double carrierFrequency, double effectiveIsotropicRadiatedPower, double bandwidth)` Creates a new instance with the specified parameters.
`SimpleDigitalTransmitter(String name, Point locationPoint, Axes orientationAxes, double carrierFrequency, double effectiveIsotropicRadiatedPower, double dataRate)` Creates a new instance from the specified parameters.
`SimpleDigitalTransmitter(String name, Point locationPoint, Axes orientationAxes, double carrierFrequency, double effectiveIsotropicRadiatedPower, double dataRate, PolarizationSource polarizationSource)` Creates a new instance from the specified parameters.
`SimpleDigitalTransmitter(String name, Point locationPoint, double carrierFrequency, double effectiveIsotropicRadiatedPower, double dataRate)` Creates a new instance from the specified parameters.
`SimpleReceiver(String name, Point locationPoint, Axes orientationAxes, double gain, double noiseFactor, double targetFrequency, double filterBandwidth)` Creates a new instance specifying all parameters.
`SimpleReceiver(String name, Point locationPoint, Axes orientationAxes, double gain, double noiseFactor, double targetFrequency, double filterBandwidth, PolarizationSource polarizationSource)` Creates a new instance specifying all parameters.
`SimpleReceiver(String name, Point locationPoint, double gain, double noiseFactor, double targetFrequency, double filterBandwidth)` Creates a new instance with the specified parameters.
`Transceiver(String name, Point inputAntennaLocationPoint, Axes inputAntennaOrientationAxes, RadioFrequencyGainPattern inputAntennaGainPattern, Point outputAntennaLocationPoint, Axes outputAntennaOrientationAxes, RadioFrequencyGainPattern outputAntennaGainPattern, DigitalModulation modulation, double gain, double noiseFactor, double carrierFrequency, SignalFilter filter)` Creates a new instance specifying all properties.
`Transceiver(String name, Point inputAntennaLocationPoint, Axes inputAntennaOrientationAxes, RadioFrequencyGainPattern inputAntennaGainPattern, PolarizationSource inputPolarizationSource, Point outputAntennaLocationPoint, Axes outputAntennaOrientationAxes, RadioFrequencyGainPattern outputAntennaGainPattern, PolarizationSource outputPolarizationSource, DigitalModulation modulation, double gain, double noiseFactor, double carrierFrequency, SignalFilter filter)` Creates a new instance specifying all properties.
`Transceiver(String name, Point inputAntennaLocationPoint, RadioFrequencyGainPattern inputAntennaGainPattern, Point outputAntennaLocationPoint, RadioFrequencyGainPattern outputAntennaGainPattern, DigitalModulation modulation, double gain, double noiseFactor, double carrierFrequency)` Creates a new instance using the specified properties.
`Transponder(String name, Point inputAntennaLocationPoint, Axes inputAntennaOrientationAxes, RadioFrequencyGainPattern inputAntennaGainPattern, Point outputAntennaLocationPoint, Axes outputAntennaOrientationAxes, RadioFrequencyGainPattern outputAntennaGainPattern, double gain, double noiseFactor, SignalFilter filter)` Creates a new instance specifying all properties.
`Transponder(String name, Point inputAntennaLocationPoint, Axes inputAntennaOrientationAxes, RadioFrequencyGainPattern inputAntennaGainPattern, PolarizationSource inputPolarizationSource, Point outputAntennaLocationPoint, Axes outputAntennaOrientationAxes, RadioFrequencyGainPattern outputAntennaGainPattern, PolarizationSource outputPolarizationSource, double gain, double noiseFactor, SignalFilter filter)` Creates a new instance specifying all properties.
`Transponder(String name, Point inputAntennaLocationPoint, RadioFrequencyGainPattern inputAntennaGainPattern, Point outputAntennaLocationPoint, RadioFrequencyGainPattern outputAntennaGainPattern, double gain, double noiseFactor)` Creates a new instance with the specified properties.

Uses of Point in agi.foundation.coverage

Methods in agi.foundation.coverage that return Point
Modifier and Type	Method and Description
`Point`	ParameterizedTemporallyPartitionedCoverageDefinition.`getGridPoint()` Gets a `Point` object that defines the location of any given grid point during the coverage computation.
`Point`	ParameterizedSpatiallyPartitionedCoverageDefinition.`getGridPoint()` Gets a `Point` object that defines the location of any given grid point during the coverage computation.

Methods in agi.foundation.coverage with parameters of type Point
Modifier and Type	Method and Description
`CoverageGridPointWithResults`	CoverageResults.`findNearestGridPoint(Point location, JulianDate date)` Given a `Point` and a date, find the nearest grid point according to physical distance.

Uses of Point in agi.foundation.geometry

Subclasses of Point in agi.foundation.geometry
Modifier and Type	Class and Description
`class`	`CompositePoint` A Point that is defined by a collection of intervals, where the data associated with each interval is a another Point representing the location for that interval.
`class`	`EntityPoint<TEntity extends IEntityPosition>` A `Point` that obtains its value from a tracking entity implementing `IEntityPosition`.
`class`	`JplDECenterOfMassPoint` The center of mass of a central body from a JPL DE file available for times between `InitialEpoch` (`get`) and `FinalEpoch` (`get`).
`class`	`ParameterizedOnEvaluatorPoint` A point that is defined by a `PointEvaluatorParameter` at the time of evaluation.
`class`	`ParameterizedOnStatePoint` A point that is defined by a `TimeBasedStateParameter` at the time of evaluation.
`class`	`ParameterizedPoint` A point that is defined by a `CartesianParameter` at the time of evaluation.
`class`	`PointAtAltitude` A `Point` whose motion is derived from the motion of a reference point projected onto a surface of a supplied `Altitude` (`get` / `set`), with respect to the ellipsoidal shape of a `CentralBody` (`get` / `set`).
`class`	`PointCartographic` A point representing a fixed planetodetic location on a central body specified using `Cartographic` coordinates.
`class`	`PointCentralBodyProjection` A `Point` representing the projection of a ray on to the surface of a `CentralBody` (`get` / `set`).
`class`	`PointDifferentiator` A Point that can provide higher-order derivatives by finite-differencing another point.
`class`	`PointFixedAtJulianDate` A `Point` which is defined by the instantaneous location of another point at a specified `JulianDate`.
`class`	`PointFixedOffset` A Point whose position does not change with respect to the reference frame in which it is defined.
`class`	`PointFromArchive<TEntity extends IEntityIdentifier & IEntityLastUpdate>` A `Point` whose position is defined by archived tracking data.
`class`	`PointInPointsFrame` A point observed in another point's reference frame.
`class`	`PointInReferenceFrame` A time varying point observed in a particular reference frame.
`class`	`PointInRegionNearestToReferencePoint` A `Point` that is within an `EllipsoidSurfaceRegion` that is closest to a reference point which may be found in, on, or outside of the region.
`class`	`PointInterpolator` A point with its position, velocity, etc.
`class`	`PointPropagationParameter` Represents a `Point` which in turns represents the position and velocity in an integration `state`.
`class`	`PointVectorToPoint` A `Point` formed by displacing another `Point` with a `Vector`.
`class`	`ServiceProviderPoint` A Point that can be used to refer to the current `LocationPoint` (`get`) of an `IServiceProvider`, whatever it is at the time that this point is evaluated.

Methods in agi.foundation.geometry that return Point
Modifier and Type	Method and Description
`static Point`	InternationalTerrestrialReferenceFrameTransformer.`convertPoint(EarthCentralBody earth, Point point, String toFrame)` Converts a `Point` such that an ITRF transformation is applied when it is evaluated.
`static Point`	InternationalTerrestrialReferenceFrameTransformer.`convertPoint(EarthCentralBody earth, Point point, String toFrame, ArrayList<InternationalTerrestrialReferenceFrameTransformer> itrfList)` Converts a `Point` such that an ITRF transformation is applied when it is evaluated.
`Point`	InternationalTerrestrialReferenceFrameTransformer.`convertPoint(ReferenceFrame fromFrame, Point point)` Converts a `Point` such that the ITRF transformation is applied when it is evaluated.
`Point`	PointVectorToPoint.`getBasePoint()` Gets the point to which the `DisplacementVector` (`get` / `set`) is added.
`Point`	PointDifferentiator.`getDifferentiatedPoint()` Gets the point whose highest order derivative is being differentiated
`Point`	VectorDisplacement.`getFinalPoint()` Gets the point which defines the ending of the displacement vector.
`Point`	PointFixedAtJulianDate.`getFixedPoint()` Gets the `Point` that will be evaluated at the `FixedAt` (`get` / `set`) date.
`Point`	PointInPointsFrame.`getFrameOwner()` Gets the point in whose `ReferenceFrame` the `ObservedPoint` (`get` / `set`) will be observed.
`Point`	ScalarDeltaSphericalElement.`getFromPoint()` Gets the `initial point` to measure the angle from.
`Point`	VectorDisplacement.`getInitialPoint()` Gets the point which defines the beginning of the displacement vector.
`Point`	ILocationPointService.`getLocationPoint()` Gets the point that describes the position of the object.
`Point`	PointInReferenceFrame.`getObservedPoint()` Gets the `Point` that is observed in the `Frame` (`get` / `set`).
`Point`	PointInPointsFrame.`getObservedPoint()` Gets the point that is observed in the `FrameOwner` (`get` / `set`)'s reference frame.
`Point`	VectorBPlane.`getOrbitalPoint()` Gets the `Point` to use when computing this `VectorBPlane`.
`Point`	AxesBPlane.`getOrbitalPoint()` Gets the `Point` to use when computing this `VectorBPlane`.
`Point`	ScalarModifiedKeplerianElement.`getOrbitalPoint()` Gets the `Point` to compute.
`Point`	ScalarKozaiIzsakMeanElement.`getOrbitalPoint()` Gets the `Point` to compute.
`Point`	ScalarEquinoctialElement.`getOrbitalPoint()` Gets the `Point` to compute.
`Point`	ScalarDelaunayElement.`getOrbitalPoint()` Gets the `Point` to compute.
`Point`	DynamicModifiedKeplerianElements.`getOrbitalPoint()` Gets the `Point` to use to compute the elements.
`Point`	DynamicKozaiIzsakMeanElements.`getOrbitalPoint()` Gets the `Point` to use to compute the elements.
`Point`	DynamicEquinoctialElements.`getOrbitalPoint()` Gets the `Point` to use to compute the elements.
`Point`	DynamicDelaunayElements.`getOrbitalPoint()` Gets the `Point` to use to compute the elements.
`Point`	PointCentralBodyProjection.`getOrigin()` Gets the origin of the ray to project onto the central body.
`Point`	ReferenceFrame.`getOrigin()` Gets the origin of the reference frame.
`Point`	AxesVehicleVelocityLocalHorizontal.`getPoint()` Gets the point that defines this axes with its motion.
`Point`	AxesLocalVerticalLocalHorizontal.`getPoint()` Gets the point that defines this axes.
`Point`	VectorVelocity.`getPoint()` Gets the point.
`Point`	VectorInPointsAxes.`getPoint()` Gets the point.
`Point`	VectorEllipsoidSurfaceNormal.`getPoint()` Gets the point to be projected onto the ellipsoid surface.
`Point`	VectorAcceleration.`getPoint()` Gets the point.
`Point`	AxesInPointsAxes.`getPoint()` Gets the point.
`static Point`	PointHelper.`getPoint(IServiceProvider provider)` Gets the `Point` from the `ILocationPointService` provided by an object.
`static Point`	PointHelper.`getPoint(IServiceProvider provider, String exceptionMessage)` Gets the `Point` from the `ILocationPointService` provided by an object.
`Point`	AxesFromBankAngle.`getPosition()` Gets the `Point` representing the position of the platform and its derivatives.
`Point`	AxesAlongTerrain.`getPosition()` Gets the point specifying the motion over the surface of the `Terrain` (`get` / `set`).
`Point`	ScalarCartographicElement.`getReferencePoint()` Gets the `Point` to use.
`Point`	PointInRegionNearestToReferencePoint.`getReferencePoint()` Gets the point which is on, or will be projected on, the surface of the ellipsoid in which the region is defined.
`Point`	PointAtAltitude.`getReferencePoint()` Gets the `Point` to use.
`Point`	AxesVelocityOrbitNormal.`getReferencePoint()` Gets the `Point` used to construct these axes.
`Point`	AxesNorthEastDown.`getReferencePoint()` Gets the reference point that defines the axes.
`Point`	AxesEastNorthUp.`getReferencePoint()` Gets the reference point that defines the axes.
`Point`	ScalarSphericalElement.`getReferencePoint()` Gets the `Point` to use to compute the `Spherical` element of.
`Point`	ScalarPointElement.`getReferencePoint()` Gets the `Point` to use.
`static Point`	Point.`getRoot()` Gets the root point, which is not defined in terms of any reference frame.
`Point`	ScalarDeltaSphericalElement.`getToPoint()` Gets the other `Point` to compute the multi-body value with.
`Point`	ScalarDeltaSphericalElement.`getVertex()` Gets the vertex between the `FromPoint` (`get` / `set`) and the `ToPoint` (`get` / `set`).
`static Point`	GeometryTransformer.Advanced.`unwrap(Point point)` Unwraps a `PointInReferenceFrame` or `PointInPointsFrame`, returning the simple underlying `Point`.

Methods in agi.foundation.geometry that return types with arguments of type Point
Modifier and Type	Method and Description
`TimeIntervalCollection1<Point>`	CompositePoint.`getIntervals()` Gets the collection of intervals where the data for a given interval represents the Point for that time.

Methods in agi.foundation.geometry with parameters of type Point
Modifier and Type	Method and Description
`protected boolean`	PointFromArchive.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	EntityPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointPropagationParameter.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointInRegionNearestToReferencePoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointCentralBodyProjection.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointCartographic.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointAtAltitude.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	JplDECenterOfMassPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	ServiceProviderPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointVectorToPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointInterpolator.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointInReferenceFrame.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointInPointsFrame.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointFixedOffset.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointFixedAtJulianDate.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	PointDifferentiator.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected abstract boolean`	Point.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	ParameterizedPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	ParameterizedOnStatePoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	ParameterizedOnEvaluatorPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`protected boolean`	CompositePoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`static Point`	InternationalTerrestrialReferenceFrameTransformer.`convertPoint(EarthCentralBody earth, Point point, String toFrame)` Converts a `Point` such that an ITRF transformation is applied when it is evaluated.
`static Point`	InternationalTerrestrialReferenceFrameTransformer.`convertPoint(EarthCentralBody earth, Point point, String toFrame, ArrayList<InternationalTerrestrialReferenceFrameTransformer> itrfList)` Converts a `Point` such that an ITRF transformation is applied when it is evaluated.
`Point`	InternationalTerrestrialReferenceFrameTransformer.`convertPoint(ReferenceFrame fromFrame, Point point)` Converts a `Point` such that the ITRF transformation is applied when it is evaluated.
`static AxesEvaluator`	GeometryTransformer.Advanced.`getTransformationFromPointsAxes(Point fromPoint, Axes to)` Gets an evaluator that can be used to find the transformation from the axes in which a point is defined to a given axes.
`static AxesEvaluator`	GeometryTransformer.Advanced.`getTransformationFromPointsAxes(Point fromPoint, Axes to, EvaluatorGroup group)` Gets an evaluator that can be used to find the transformation from the axes in which a point is defined to a given axes.
`static PointEvaluator`	GeometryTransformer.`observePoint(Point point, ReferenceFrame inFrame)` Gets an evaluator that can be used to find the `Motion`<`Cartesian`> of this point in the new `Frame` (`get` / `set`) at a given `JulianDate`.
`static PointEvaluator`	GeometryTransformer.`observePoint(Point point, ReferenceFrame inFrame, EvaluatorGroup group)` Gets an evaluator that can be used to find the `Motion`<`Cartesian`> of this point in the new `Frame` (`get` / `set`) at a given `JulianDate`.
`static PointEvaluator`	GeometryTransformer.Advanced.`observePointInOtherPointsFrame(Point pointToObserve, Point frameOwner)` Gets an evaluator that can be used to observe the `Motion`<`Cartesian`> of a point at a given `JulianDate` in the reference frame in which another point is defined.
`static PointEvaluator`	GeometryTransformer.Advanced.`observePointInOtherPointsFrame(Point pointToObserve, Point frameOwner, EvaluatorGroup group)` Gets an evaluator that can be used to observe the `Motion`<`Cartesian`> of a point at a given `JulianDate` in the reference frame in which another point is defined.
`static VectorEvaluator`	GeometryTransformer.Advanced.`observeVectorInPointsAxes(Vector vector, Point point)` Gets an evaluator to observe the `Motion`<`Cartesian`> representation of a vector in the axes in which a point is defined.
`static VectorEvaluator`	GeometryTransformer.Advanced.`observeVectorInPointsAxes(Vector vector, Point point, EvaluatorGroup group)` Gets an evaluator to observe the `Motion`<`Cartesian`> representation of a vector in the axes in which a point is defined.
`void`	PointVectorToPoint.`setBasePoint(Point value)` Sets the point to which the `DisplacementVector` (`get` / `set`) is added.
`void`	PointDifferentiator.`setDifferentiatedPoint(Point value)` Sets the point whose highest order derivative is being differentiated
`void`	VectorDisplacement.`setFinalPoint(Point value)` Sets the point which defines the ending of the displacement vector.
`void`	PointFixedAtJulianDate.`setFixedPoint(Point value)` Sets the `Point` that will be evaluated at the `FixedAt` (`get` / `set`) date.
`void`	PointInPointsFrame.`setFrameOwner(Point value)` Sets the point in whose `ReferenceFrame` the `ObservedPoint` (`get` / `set`) will be observed.
`void`	ScalarDeltaSphericalElement.`setFromPoint(Point value)` Sets the `initial point` to measure the angle from.
`void`	VectorDisplacement.`setInitialPoint(Point value)` Sets the point which defines the beginning of the displacement vector.
`void`	PointInReferenceFrame.`setObservedPoint(Point value)` Sets the `Point` that is observed in the `Frame` (`get` / `set`).
`void`	PointInPointsFrame.`setObservedPoint(Point value)` Sets the point that is observed in the `FrameOwner` (`get` / `set`)'s reference frame.
`void`	VectorBPlane.`setOrbitalPoint(Point value)` Sets the `Point` to use when computing this `VectorBPlane`.
`void`	AxesBPlane.`setOrbitalPoint(Point value)` Sets the `Point` to use when computing this `VectorBPlane`.
`void`	ScalarModifiedKeplerianElement.`setOrbitalPoint(Point value)` Sets the `Point` to compute.
`void`	ScalarKozaiIzsakMeanElement.`setOrbitalPoint(Point value)` Sets the `Point` to compute.
`void`	ScalarEquinoctialElement.`setOrbitalPoint(Point value)` Sets the `Point` to compute.
`void`	ScalarDelaunayElement.`setOrbitalPoint(Point value)` Sets the `Point` to compute.
`void`	DynamicModifiedKeplerianElements.`setOrbitalPoint(Point value)` Sets the `Point` to use to compute the elements.
`void`	DynamicKozaiIzsakMeanElements.`setOrbitalPoint(Point value)` Sets the `Point` to use to compute the elements.
`void`	DynamicEquinoctialElements.`setOrbitalPoint(Point value)` Sets the `Point` to use to compute the elements.
`void`	DynamicDelaunayElements.`setOrbitalPoint(Point value)` Sets the `Point` to use to compute the elements.
`void`	PointCentralBodyProjection.`setOrigin(Point value)` Sets the origin of the ray to project onto the central body.
`void`	ReferenceFrame.`setOrigin(Point value)` Sets the origin of the reference frame.
`void`	AxesVehicleVelocityLocalHorizontal.`setPoint(Point value)` Sets the point that defines this axes with its motion.
`void`	AxesLocalVerticalLocalHorizontal.`setPoint(Point value)` Sets the point that defines this axes.
`void`	VectorVelocity.`setPoint(Point value)` Sets the point.
`void`	VectorInPointsAxes.`setPoint(Point value)` Sets the point.
`void`	VectorEllipsoidSurfaceNormal.`setPoint(Point value)` Sets the point to be projected onto the ellipsoid surface.
`void`	VectorAcceleration.`setPoint(Point value)` Sets the point.
`void`	AxesInPointsAxes.`setPoint(Point value)` Sets the point.
`void`	AxesFromBankAngle.`setPosition(Point value)` Sets the `Point` representing the position of the platform and its derivatives.
`void`	AxesAlongTerrain.`setPosition(Point value)` Sets the point specifying the motion over the surface of the `Terrain` (`get` / `set`).
`void`	ScalarCartographicElement.`setReferencePoint(Point value)` Sets the `Point` to use.
`void`	PointInRegionNearestToReferencePoint.`setReferencePoint(Point value)` Sets the point which is on, or will be projected on, the surface of the ellipsoid in which the region is defined.
`void`	PointAtAltitude.`setReferencePoint(Point value)` Sets the `Point` to use.
`void`	AxesVelocityOrbitNormal.`setReferencePoint(Point value)` Sets the `Point` used to construct these axes.
`void`	AxesNorthEastDown.`setReferencePoint(Point value)` Sets the reference point that defines the axes.
`void`	AxesEastNorthUp.`setReferencePoint(Point value)` Sets the reference point that defines the axes.
`void`	ScalarSphericalElement.`setReferencePoint(Point value)` Sets the `Point` to use to compute the `Spherical` element of.
`void`	ScalarPointElement.`setReferencePoint(Point value)` Sets the `Point` to use.
`void`	ScalarDeltaSphericalElement.`setToPoint(Point value)` Sets the other `Point` to compute the multi-body value with.
`void`	ScalarDeltaSphericalElement.`setVertex(Point value)` Sets the vertex between the `FromPoint` (`get` / `set`) and the `ToPoint` (`get` / `set`).
`static Point`	GeometryTransformer.Advanced.`unwrap(Point point)` Unwraps a `PointInReferenceFrame` or `PointInPointsFrame`, returning the simple underlying `Point`.

Constructors in agi.foundation.geometry with parameters of type Point
Constructor and Description
`AxesAlongTerrain(Point referencePoint, TerrainProvider terrain)` Create a new instance based on the given point and terrain provider.
`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.
`AxesInPointsAxes(Axes axesToObserve, Point point)` Initializes a new instance.
`AxesLocalVerticalLocalHorizontal(ReferenceFrame frame, Point point)` Initializes a new instance with the specified parameters.
`AxesNorthEastDown(CentralBody centralBody, Point referencePoint)` Initializes a new instance.
`AxesVehicleVelocityLocalHorizontal(ReferenceFrame referenceFrame, Point point)` Initializes a new instance with the specified parameters.
`AxesVelocityOrbitNormal(Point point)` Initializes a new instance.
`AxesVelocityOrbitNormal(Point point, CentralBody centralBody)` Initializes a new instance.
`DynamicDelaunayElements(Point location, double gravitationalParameter, ReferenceFrame frame)` Initializes a new instance.
`DynamicEquinoctialElements(Point location, double gravitationalParameter, ReferenceFrame frame)` Initializes a new instance.
`DynamicKozaiIzsakMeanElements(Point location, double gravitationalParameter, ReferenceFrame frame, double j2UnnormalizedValue, double referenceDistance)` Initializes a new instance.
`DynamicModifiedKeplerianElements(Point location, double gravitationalParameter, ReferenceFrame frame)` Initializes a new instance.
`Point(Point existingInstance, CopyContext context)` Initializes a new instance as a copy of an existing instance.
`PointAtAltitude(Point referencePoint, CentralBody centralBody, Scalar altitude)` Initializes a new instance from a reference point, body, and altitude scalar.
`PointCentralBodyProjection(CentralBody centralBody, Point origin, Vector direction)` Initializes a new instance from a body, a ray origin, and a ray direction.
`PointDifferentiator(Point differentiatedPoint, double increment)` Initializes a new instance.
`PointDifferentiator(Point differentiatedPoint, double increment, int derivativeToCompute)` Initializes a new instance.
`PointFixedAtJulianDate(Point fixedPoint, ReferenceFrame fixedWithRespectTo, ValueDefinition<JulianDate> fixedAt)` Initializes a new instance.
`PointFixedAtJulianDate(Point fixedPoint, ValueDefinition<JulianDate> fixedAt)` Initializes a new instance.
`PointInPointsFrame(Point observedPoint, Point frameOwner)` Initializes a new instance.
`PointInReferenceFrame(Point point, ReferenceFrame frame)` Initializes a new instance.
`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.
`PointInRegionNearestToReferencePoint(Point referencePoint, EllipsoidSurfaceRegion surfaceRegion)` Initializes an instance with the `CentralBody` (`get` / `set`) set to Earth from the `CentralBodiesFacet`.
`PointVectorToPoint(Vector displacementVector, Point basePoint)` Initializes a new instance.
`ReferenceFrame(Point origin, Axes axes)` Initializes a new instance with the specified origin and axes.
`ScalarCartographicElement(CentralBody centralBody, Point point, CartographicElement element)` Initializes a new instance.
`ScalarDelaunayElement(double gravitationalParameter, Point location, DelaunayElement element, ReferenceFrame frame)` Initializes a new instance.
`ScalarDeltaSphericalElement(Point satellitePoint, CentralBody primaryCentralBody, CentralBody otherCentralBody, SphericalElement element)` Initializes a new instance.
`ScalarDeltaSphericalElement(Point fromPoint, Point vertex, Point toPoint, ReferenceFrame frame, SphericalElement element)` Initializes a new instance.
`ScalarEquinoctialElement(double gravitationalParameter, Point location, EquinoctialElement element, ReferenceFrame frame)` Initializes a new instance.
`ScalarKozaiIzsakMeanElement(double gravitationalParameter, Point location, KozaiIzsakMeanElement element, ReferenceFrame frame, double j2UnnormalizedValue, double referenceDistance)` Initializes a new instance.
`ScalarModifiedKeplerianElement(double gravitationalParameter, Point location, KeplerianElement element, ReferenceFrame frame)` Initializes a new instance.
`ScalarPointElement(Point location, CartesianElement element, ReferenceFrame frameOfPoint)` Initializes a new instance.
`ScalarSphericalElement(Point location, ReferenceFrame frame, SphericalElement element)` Initializes a new instance.
`VectorAcceleration(Point point, ReferenceFrame referenceFrame)` Initializes a new instance of the `VectorAcceleration` class to represent the acceleration of a given point in a given reference frame.
`VectorApparentDisplacement(Point initialPoint, Point finalPoint, ReferenceFrame inertialFrame)` Initializes a new instance of the `VectorApparentDisplacement` class which only accounts for light travel time.
`VectorApparentDisplacement(Point initialPoint, Point finalPoint, ReferenceFrame inertialFrame, SignalDirection direction, double lightTravelTimeConvergenceTolerance)` Initializes a new instance of the `VectorApparentDisplacement` class which only accounts for light travel time.
`VectorApparentDisplacement(Point initialPoint, Point finalPoint, ReferenceFrame inertialFrame, SignalDirection direction, double lightTravelTimeConvergenceTolerance, VectorVelocity velocityOfMovingFrame)` Initializes a new instance of the `VectorApparentDisplacement` class which accounts for aberration in addition to light travel time.
`VectorApparentDisplacement(Point initialPoint, Point finalPoint, ReferenceFrame inertialFrame, VectorVelocity velocityOfMovingFrame)` Initializes a new instance of the `VectorApparentDisplacement` class which accounts for aberration in addition to light travel time.
`VectorBPlane(Point location, CentralBody centralBody, double gravitationalParameter)` Initializes a new instance.
`VectorBPlane(Point location, CentralBody centralBody, double gravitationalParameter, ReferenceFrame parentReferenceFrame)` Initializes a new instance.
`VectorDisplacement(Point initialPoint, Point finalPoint)` Initializes a new instance.
`VectorEllipsoidSurfaceNormal(Ellipsoid ellipsoid, ReferenceFrame ellipsoidFixedFrame, Point point)` Initializes a new instance.
`VectorInPointsAxes(Vector vectorToObserve, Point point)` Initializes an instance.
`VectorTrueDisplacement(Point initialPoint, Point finalPoint)` Initializes a new instance of the `VectorTrueDisplacement` class using the provided points.
`VectorVelocity(Point point, ReferenceFrame frame)` Initializes a new instance of the `VectorVelocity` class to represent the velocity of a given point in a given reference frame.

Constructor parameters in agi.foundation.geometry with type arguments of type Point
Constructor and Description
`CompositePoint(TimeIntervalCollection1<Point> intervals)` Initializes a new instance with the provided intervals.

Uses of Point in agi.foundation.geometry.discrete

Methods in agi.foundation.geometry.discrete that return Point
Modifier and Type	Method and Description
`Point`	CoverageGridPoint.`getPosition()` Gets the point representing this grid point.

Constructors in agi.foundation.geometry.discrete with parameters of type Point
Constructor and Description
`CoverageGridPoint(Point position, Scalar weight, ICoverageGridCell coverageGridCell, ReferenceFrame referenceFrame)` Creates a new instance based on the given point, weight, grid cell, and reference frame.
`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)` Creates a new instance based on the given point, weight, 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.

Constructor parameters in agi.foundation.geometry.discrete with type arguments of type Point
Constructor and Description
`SpecifiedCoverageGrid(ReferenceFrame referenceFrame, List<Point> gridPoints, List<Scalar> weights)` Initializes the grid with the specified parameters.

Uses of Point in agi.foundation.graphics

Methods in agi.foundation.graphics with parameters of type Point
Modifier and Type	Method and Description
`void`	Camera.`view(Axes axes, Point cameraPosition, Point referencePoint)` Views from a point to a point.
`void`	Camera.`view(Axes axes, Point cameraPosition, Point referencePoint, UnitCartesian upAxis)` Views from a point to a point.
`void`	Camera.`viewCentralBody(CentralBody centralBody, Axes axes, Point cameraPosition)` Zoom to a central body and use the specified axes for rotation.
`void`	Camera.`viewDirection(Axes axes, Point cameraPosition, Vector direction)` Views from a point to a direction.
`void`	Camera.`viewDirection(Axes axes, Point cameraPosition, Vector direction, UnitCartesian upAxis)` Views from a point to a direction.
`void`	Camera.`viewOffset(Axes axes, Point referencePoint, Cartesian offset)` Sets the camera's reference point - the point the camera is looking at.
`void`	Camera.`viewOffset(Axes axes, Point referencePoint, Cartesian offset, UnitCartesian upAxis)` Sets the camera's reference point - the point the camera is looking at.
`void`	Camera.`viewOffsetDirection(Axes axes, Point referencePoint, Vector direction)` Sets the camera's reference point - the point the camera is looking at.
`void`	Camera.`viewOffsetDirection(Axes axes, Point referencePoint, Vector direction, UnitCartesian upAxis)` Sets the camera's reference point - the point the camera is looking at.

Uses of Point in agi.foundation.navigation

Constructors in agi.foundation.navigation with parameters of type Point
Constructor and Description
`GpsLineOfSightVector(Point initialPoint, Point finalPoint)` Initializes a new instance.

Uses of Point in agi.foundation.navigation.advanced

Constructors in agi.foundation.navigation.advanced with parameters of type Point
Constructor and Description
`GpsCommunicationsFrontEnd(PlatformCollection gpsConstellation, GpsSignalConfiguration signalConfiguration, Point location, Axes orientation)` Creates a front end for a `GpsReceiver` that can be used to model communications between GPS satellites and the `GpsReceiver`, using a predefined receiver signal configuration.
`GpsCommunicationsFrontEnd(PlatformCollection gpsConstellation, NavigationSignalCollection signalsToTrack, List<SignalPropagationModel> signalPropagationModels, Point location, Axes orientation)` Creates a front end for a `GpsReceiver` that can be used to model communications between GPS satellites and the `GpsReceiver`.

Uses of Point in agi.foundation.navigation.datareaders

Methods in agi.foundation.navigation.datareaders that return Point
Modifier and Type	Method and Description
`Point`	SP3aEphemeris.`createPoint(int prn)` Creates a point based on the `PointInterpolator` using the ECEF coordinate frame and the default `TranslationalMotionInterpolator`.

Uses of Point in agi.foundation.platforms

Subclasses of Point in agi.foundation.platforms
Modifier and Type	Class and Description
`class`	`PlatformLocationPoint` A Point that can be used to refer to the current `LocationPoint` (`get` / `set`) of a `Platform`, whatever it is at the time that this point is evaluated.

Methods in agi.foundation.platforms that return Point
Modifier and Type	Method and Description
`Point`	Platform.`getLocationPoint()` Gets the time-varying location of this platform.
`Point`	LocationPointExtension.`getLocationPoint()` Gets the point that describes the position of the object.
`Point`	GraphicalVector.`getLocationPoint()` Gets the point defining the the tail end of the vector.
`Point`	PointGraphicsParameter.`getPoint()` Gets the `Point` (`get` / `set`) to use.

Methods in agi.foundation.platforms with parameters of type Point
Modifier and Type	Method and Description
`protected boolean`	PlatformLocationPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.
`Evaluator<Boolean>`	IFieldOfViewEnclosureService.`getPointIsInFieldOfViewEvaluator(Point point)` Gets an evaluator to determine if a point is inside the field of view of the sensor at different dates.
`Evaluator<Boolean>`	FieldOfViewExtension.`getPointIsInFieldOfViewEvaluator(Point point)` Gets an evaluator to determine if a point is inside the field of view of the sensor at different dates.
`Evaluator<Boolean>`	DynamicFieldOfViewExtension.`getPointIsInFieldOfViewEvaluator(Point point)` Gets an evaluator to determine if a point is inside the field of view of the sensor at different dates.
`Evaluator<Boolean>`	IFieldOfViewEnclosureService.`getPointIsInFieldOfViewEvaluator(Point point, EvaluatorGroup group)` Gets an evaluator to determine if a point is inside the field of view of the sensor at different dates.
`Evaluator<Boolean>`	FieldOfViewExtension.`getPointIsInFieldOfViewEvaluator(Point point, EvaluatorGroup group)` Gets an evaluator to determine if a point is inside the field of view of the sensor at different dates.
`Evaluator<Boolean>`	DynamicFieldOfViewExtension.`getPointIsInFieldOfViewEvaluator(Point point, EvaluatorGroup group)` Gets an evaluator to determine if a point is inside the field of view of the sensor at different dates.
`void`	Platform.`setLocationPoint(Point value)` Sets the time-varying location of this platform.
`void`	LocationPointExtension.`setLocationPoint(Point value)` Sets the point that describes the position of the object.
`void`	GraphicalVector.`setLocationPoint(Point value)` Sets the point defining the the tail end of the vector.
`void`	PointGraphicsParameter.`setPoint(Point value)` Sets the `Point` (`get` / `set`) to use.

Constructors in agi.foundation.platforms with parameters of type Point
Constructor and Description
`GraphicalVector(Vector vector, Point locationPoint, VectorGraphics graphics)` Initializes a new instance specifying all parameters.
`LocationPointExtension(Point locationPoint)` Initialize the extension with the given point.
`Platform(String name, Point locationPoint, Axes orientationAxes)` Initializes a new instance with a specified name, time-varying position, and time-varying orientation.
`PointGraphicsParameter(Point point, ReferenceFrame inFrame)` Initializes a new instance with the specified point and frame.

Uses of Point in agi.foundation.propagators

Subclasses of Point in agi.foundation.propagators
Modifier and Type	Class and Description
`class`	`PropagatorPoint` A point with its location computed by a propagator.

Methods in agi.foundation.propagators that return Point
Modifier and Type	Method and Description
`Point`	PropagationNewtonianPoint.`getIntegrationPoint()` Gets a `Point` which is parameterized on the position and velocity in the state during integration.
`Point`	SinglePointStoppablePropagatorDefinition.`getPropagationPoint()` Gets the `Point` to use in other geometry types that depend on the propagation of this propagator, such as in `StoppingConditions` that depend on geometry types.

Methods in agi.foundation.propagators with parameters of type Point
Modifier and Type	Method and Description
`protected boolean`	PropagatorPoint.`checkForSameDefinition(Point other)` Checks to determine if another instance has the same definition as this instance and returns `true` if it does.

Uses of Point in agi.foundation.propagators.advanced

Methods in agi.foundation.propagators.advanced that return Point
Modifier and Type	Method and Description
`abstract Point`	PropagationPointElement.`getIntegrationPoint()` Gets the `Point` of the integrated position.

Uses of Point in agi.foundation.routedesign

Methods in agi.foundation.routedesign that return Point
Modifier and Type	Method and Description
`Point`	PropagatedRoute.`createPointFromRoute()` Create a `Point` representing the position of the platform along the route expressed in the `FixedFrame` (`get` / `set`).

Uses of Point in agi.foundation.segmentpropagation

Methods in agi.foundation.segmentpropagation that return Point
Modifier and Type	Method and Description
`Point`	ImpulsiveManeuverInformation.`getPropagationPoint()` Gets the `Point` to use when constructing geometry types (such as the `Orientation` (`get` / `set`) that represents the `PropagationElementIdentification` (`get` / `set`) at propagation time.

Uses of Point in agi.foundation.spice

Methods in agi.foundation.spice that return Point
Modifier and Type	Method and Description
`Point`	Jup365BspEphemerisProvider.`getAdrasteaPoint()` Gets a point representing the center of mass location of the moon Adrastea in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	Jup365BspEphemerisProvider.`getAmaltheaPoint()` Gets a point representing the center of mass location of the moon Amalthea in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	UranusBspEphemerisProvider.`getArielPoint()` Gets a point representing the center of mass location of the moon Ariel in a reference frame centered at the current value of `UranusSystemBarycenter` (`get` / `set`).
`Point`	JupiterBspEphemerisProvider.`getCallistoPoint()` Gets a point representing the center of mass location of the moon Callisto in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	Sat441BspEphemerisProvider.`getCalypsoPoint()` Gets a point representing the center of mass location of the moon Calypso in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	CeresBspEphemerisProvider.`getCeresPoint()` Gets a point representing the center of mass location of the dwarf planet Ceres in a reference frame centered at the current value of `SunPoint` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getCeresPoint()` Gets a point representing the location of Ceres.
`Point`	PlutoBspEphemerisProvider.`getCharonPoint()` Gets a point representing the center of mass location of the moon Charon in a reference frame centered at the current value of `PlutoSystemBarycenter` (`get` / `set`).
`Point`	MarsBspEphemerisProvider.`getDeimosPoint()` Gets a point representing the center of mass location of the moon Deimos in a reference frame centered at the current value of `MarsSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getDidymosPoint()` Gets a point representing the location of Didymos.
`Point`	SaturnBspEphemerisProvider.`getDionePoint()` Gets a point representing the center of mass location of the moon Dione in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getDonaldJohansonPoint()` Gets a point representing the location of DonaldJohanson.
`Point`	PlanetsBspEphemerisProvider.`getEarthMoonBarycenter()` Gets a point representing the location of the barycenter of the Earth-Moon system.
`Point`	PlanetsBspEphemerisProvider.`getEarthPoint()` Gets a point representing the location of Earth.
`Point`	SaturnBspEphemerisProvider.`getEnceladusPoint()` Gets a point representing the center of mass location of the moon Enceladus in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getErosPoint()` Gets a point representing the location of Eros.
`Point`	JupiterBspEphemerisProvider.`getEuropaPoint()` Gets a point representing the center of mass location of the moon Europa in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getEurybatesPoint()` Gets a point representing the location of Eurybates.
`Point`	JupiterBspEphemerisProvider.`getGanymedePoint()` Gets a point representing the center of mass location of the moon Ganymede in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getGasparaPoint()` Gets a point representing the location of Gaspara.
`Point`	Sat441BspEphemerisProvider.`getHelenePoint()` Gets a point representing the center of mass location of the moon Helene in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	Plu058BspEphemerisProvider.`getHydraPoint()` Gets a point representing the center of mass location of the moon Hydra in a reference frame centered at the current value of `PlutoSystemBarycenter` (`get` / `set`).
`Point`	SaturnBspEphemerisProvider.`getHyperionPoint()` Gets a point representing the center of mass location of the moon Hyperion in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	SaturnBspEphemerisProvider.`getIapetusPoint()` Gets a point representing the center of mass location of the moon Iapetus in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getIdaPoint()` Gets a point representing the location of Ida.
`Point`	JupiterBspEphemerisProvider.`getIoPoint()` Gets a point representing the center of mass location of the moon Io in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getItokawaPoint()` Gets a point representing the location of Itokawa.
`Point`	PlanetsBspEphemerisProvider.`getJupiterPoint()` Gets a point representing the location of Jupiter.
`Point`	Jup365BspEphemerisProvider.`getJupiterPoint()` Gets a point representing the location of the physical center of mass of the planet Jupiter in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getJupiterSystemBarycenter()` Gets a point representing the location of the barycenter of the Jupiter system.
`Point`	JupiterBspEphemerisProvider.`getJupiterSystemBarycenter()` Gets a point representing the location of the barycenter of the Jupiter planetary system.
`Point`	Jup365BspEphemerisProvider.`getJupiterSystemBarycenter()` Gets a point representing the location of the barycenter of the Jupiter planetary system.
`Point`	Plu058BspEphemerisProvider.`getKerberosPoint()` Gets a point representing the center of mass location of the moon Kerberos in a reference frame centered at the current value of `PlutoSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getLeucusPoint()` Gets a point representing the location of Leucus.
`Point`	AsteroidsBspEphemerisProvider.`getLutetiaPoint()` Gets a point representing the location of Lutetia.
`Point`	PlanetsBspEphemerisProvider.`getMarsPoint()` Gets a point representing the location of Mars (which is identical to the position of the Mars system barycenter in this model).
`Point`	MarsBspEphemerisProvider.`getMarsPoint()` Gets a point representing the center of mass location of the planet Mars in a reference frame centered at the current value of `MarsSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getMarsSystemBarycenter()` Gets a point representing the location of the barycenter of the Mars system.
`Point`	MarsBspEphemerisProvider.`getMarsSystemBarycenter()` Gets a point representing the location of the barycenter of the Mars planetary system.
`Point`	AsteroidsBspEphemerisProvider.`getMathildePoint()` Gets a point representing the location of Mathilde.
`Point`	PlanetsBspEphemerisProvider.`getMercuryPoint()` Gets a point representing the location of Mercury.
`Point`	Sat441BspEphemerisProvider.`getMethonePoint()` Gets a point representing the center of mass location of the moon Methone in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	Jup365BspEphemerisProvider.`getMetisPoint()` Gets a point representing the center of mass location of the moon Metis in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	SaturnBspEphemerisProvider.`getMimasPoint()` Gets a point representing the center of mass location of the moon Mimas in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	Ura111BspEphemerisProvider.`getMirandaPoint()` Gets a point representing the center of mass location of the moon Miranda in a reference frame centered at the current value of `UranusSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getMoonPoint()` Gets a point representing the location of the Moon.
`Point`	PlanetsBspEphemerisProvider.`getNeptunePoint()` Gets a point representing the location of Neptune.
`Point`	Nep097BspEphemerisProvider.`getNeptunePoint()` Gets a point representing the location of the physical center of mass of the planet Neptune in a reference frame centered at the current value of `NeptuneSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getNeptuneSystemBarycenter()` Gets a point representing the location of the barycenter of the Neptune system.
`Point`	NeptuneBspEphemerisProvider.`getNeptuneSystemBarycenter()` Gets a point representing the location of the barycenter of the Neptune planetary system.
`Point`	Nep097BspEphemerisProvider.`getNeptuneSystemBarycenter()` Gets a point representing the location of the barycenter of the Neptune planetary system.
`Point`	Plu058BspEphemerisProvider.`getNixPoint()` Gets a point representing the center of mass location of the moon Nix in a reference frame centered at the current value of `PlutoSystemBarycenter` (`get` / `set`).
`Point`	Ura111BspEphemerisProvider.`getOberonPoint()` Gets a point representing the center of mass location of the moon Oberon in a reference frame centered at the current value of `UranusSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getOrusPoint()` Gets a point representing the location of Orus.
`Point`	AsteroidsBspEphemerisProvider.`getPatroclusPoint()` Gets a point representing the location of Patroclus.
`Point`	MarsBspEphemerisProvider.`getPhobosPoint()` Gets a point representing the center of mass location of the moon Phobos in a reference frame centered at the current value of `MarsSystemBarycenter` (`get` / `set`).
`Point`	SaturnBspEphemerisProvider.`getPhoebePoint()` Gets a point representing the center of mass location of the moon Phoebe in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	Plu058BspEphemerisProvider.`getPlutoPoint()` Gets a point representing the location of the physical center of mass of the planet Pluto in a reference frame centered at the current value of `PlutoSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getPlutoPoint()` Gets a point representing the location of Pluto.
`Point`	PlutoBspEphemerisProvider.`getPlutoSystemBarycenter()` Gets a point representing the location of the barycenter of the Pluto planetary system.
`Point`	Plu058BspEphemerisProvider.`getPlutoSystemBarycenter()` Gets a point representing the location of the barycenter of the Pluto planetary system.
`Point`	PlanetsBspEphemerisProvider.`getPlutoSystemBarycenter()` Gets a point representing the location of the barycenter of the Pluto system.
`Point`	Sat441BspEphemerisProvider.`getPolydeucesPoint()` Gets a point representing the center of mass location of the moon Polydeuces in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getPolymelePoint()` Gets a point representing the location of Polymele.
`Point`	AsteroidsBspEphemerisProvider.`getPsychePoint()` Gets a point representing the location of Psyche.
`Point`	SaturnBspEphemerisProvider.`getRheaPoint()` Gets a point representing the center of mass location of the moon Rhea in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getRyuguPoint()` Gets a point representing the location of Ryugu.
`Point`	Sat441BspEphemerisProvider.`getSaturnPoint()` Gets a point representing the location of the physical center of mass of the planet Saturn in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getSaturnPoint()` Gets a point representing the location of Saturn.
`Point`	SaturnBspEphemerisProvider.`getSaturnSystemBarycenter()` Gets a point representing the location of the barycenter of the Saturn planetary system.
`Point`	Sat441BspEphemerisProvider.`getSaturnSystemBarycenter()` Gets a point representing the location of the barycenter of the Saturn planetary system.
`Point`	PlanetsBspEphemerisProvider.`getSaturnSystemBarycenter()` Gets a point representing the location of the barycenter of the Saturn system.
`Point`	PlanetsBspEphemerisProvider.`getSolarSystemBarycenter()` Gets a point representing the location of the barycenter of the Solar System.
`Point`	AsteroidsBspEphemerisProvider.`getSolarSystemBarycenter()` Gets a point representing the location of the barycenter of the Solar System.
`Point`	AsteroidsBspEphemerisProvider.`getSteinsPoint()` Gets a point representing the location of Steins.
`Point`	Plu058BspEphemerisProvider.`getStyxPoint()` Gets a point representing the center of mass location of the moon Styx in a reference frame centered at the current value of `PlutoSystemBarycenter` (`get` / `set`).
`Point`	VestaBspEphemerisProvider.`getSunPoint()` Gets a point representing the location of the Sun.
`Point`	PlanetsBspEphemerisProvider.`getSunPoint()` Gets a point representing the location of the Sun.
`Point`	CeresBspEphemerisProvider.`getSunPoint()` Gets a point representing the location of the Sun.
`Point`	JplSpkFile.`getTargetPoint(int naifIdOfTargetPoint, int naifIdOfCenterPoint, Point centerPoint)` Gets a point describing the position of a target location with respect to a center location.
`Point`	JplSpkFile.`getTargetPoint(IProvideNaifIdCode targetPointProvider, IProvideNaifIdCode centerPointProvider)` Gets a point describing the position of a target location with respect to a center location.
`Point`	JplSpkFile.`getTargetPoint(IProvideNaifIdCode targetPointProvider, IProvideNaifIdCode centerPointProvider, Point centerPoint)` Gets a point describing the position of a target location with respect to a center location.
`Point`	Sat441BspEphemerisProvider.`getTelestoPoint()` Gets a point representing the center of mass location of the moon Telesto in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	SaturnBspEphemerisProvider.`getTethysPoint()` Gets a point representing the center of mass location of the moon Tethys in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	Jup365BspEphemerisProvider.`getThebePoint()` Gets a point representing the center of mass location of the moon Thebe in a reference frame centered at the current value of `JupiterSystemBarycenter` (`get` / `set`).
`Point`	UranusBspEphemerisProvider.`getTitaniaPoint()` Gets a point representing the center of mass location of the moon Titania in a reference frame centered at the current value of `UranusSystemBarycenter` (`get` / `set`).
`Point`	SaturnBspEphemerisProvider.`getTitanPoint()` Gets a point representing the center of mass location of the moon Titan in a reference frame centered at the current value of `SaturnSystemBarycenter` (`get` / `set`).
`Point`	NeptuneBspEphemerisProvider.`getTritonPoint()` Gets a point representing the center of mass location of the moon Triton in a reference frame centered at the current value of `NeptuneSystemBarycenter` (`get` / `set`).
`Point`	Ura111BspEphemerisProvider.`getUmbrielPoint()` Gets a point representing the center of mass location of the moon Umbriel in a reference frame centered at the current value of `UranusSystemBarycenter` (`get` / `set`).
`Point`	Ura111BspEphemerisProvider.`getUranusPoint()` Gets a point representing the location of the physical center of mass of the planet Uranus in a reference frame centered at the current value of `UranusSystemBarycenter` (`get` / `set`).
`Point`	PlanetsBspEphemerisProvider.`getUranusPoint()` Gets a point representing the location of Uranus.
`Point`	UranusBspEphemerisProvider.`getUranusSystemBarycenter()` Gets a point representing the location of the barycenter of the Uranus planetary system.
`Point`	Ura111BspEphemerisProvider.`getUranusSystemBarycenter()` Gets a point representing the location of the barycenter of the Uranus planetary system.
`Point`	PlanetsBspEphemerisProvider.`getUranusSystemBarycenter()` Gets a point representing the location of the barycenter of the Uranus system.
`Point`	PlanetsBspEphemerisProvider.`getVenusPoint()` Gets a point representing the location of Venus.
`Point`	VestaBspEphemerisProvider.`getVestaPoint()` Gets a point representing the center of mass location of the asteroid Vesta in a reference frame centered at the current value of `SunPoint` (`get` / `set`).
`Point`	AsteroidsBspEphemerisProvider.`getVestaPoint()` Gets a point representing the location of Vesta.
`Point`	AsteroidsBspEphemerisProvider.`getVirginiaPoint()` Gets a point representing the location of the asteroid Virginia.

Methods in agi.foundation.spice with parameters of type Point
Modifier and Type	Method and Description
`Point`	JplSpkFile.`getTargetPoint(int naifIdOfTargetPoint, int naifIdOfCenterPoint, Point centerPoint)` Gets a point describing the position of a target location with respect to a center location.
`Point`	JplSpkFile.`getTargetPoint(IProvideNaifIdCode targetPointProvider, IProvideNaifIdCode centerPointProvider, Point centerPoint)` Gets a point describing the position of a target location with respect to a center location.
`void`	JupiterBspEphemerisProvider.`setJupiterSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Jupiter planetary system.
`void`	Jup365BspEphemerisProvider.`setJupiterSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Jupiter planetary system.
`void`	MarsBspEphemerisProvider.`setMarsSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Mars planetary system.
`void`	NeptuneBspEphemerisProvider.`setNeptuneSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Neptune planetary system.
`void`	Nep097BspEphemerisProvider.`setNeptuneSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Neptune planetary system.
`void`	PlutoBspEphemerisProvider.`setPlutoSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Pluto planetary system.
`void`	Plu058BspEphemerisProvider.`setPlutoSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Pluto planetary system.
`void`	SaturnBspEphemerisProvider.`setSaturnSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Saturn planetary system.
`void`	Sat441BspEphemerisProvider.`setSaturnSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Saturn planetary system.
`void`	VestaBspEphemerisProvider.`setSunPoint(Point value)` Sets a point representing the location of the Sun.
`void`	CeresBspEphemerisProvider.`setSunPoint(Point value)` Sets a point representing the location of the Sun.
`void`	UranusBspEphemerisProvider.`setUranusSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Uranus planetary system.
`void`	Ura111BspEphemerisProvider.`setUranusSystemBarycenter(Point value)` Sets a point representing the location of the barycenter of the Uranus planetary system.

Constructors in agi.foundation.spice with parameters of type Point
Constructor and Description
`CeresBspEphemerisProvider(JplSpkFile file, Point sunPoint)` Initializes an instance using the specified `JplSpkFile` instance.
`CeresBspEphemerisProvider(StreamFactory streamFactory, Point sunPoint)` Initializes a new instance with the specified stream factory.
`CeresBspEphemerisProvider(String filename, Point sunPoint)` Initializes an instance using the specified ceres.bsp filename.
`Jup365BspEphemerisProvider(JplSpkFile file, Point jupiterSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`Jup365BspEphemerisProvider(StreamFactory streamFactory, Point jupiterSystemBarycenter)` Initializes a new instance with the specified stream factory.
`Jup365BspEphemerisProvider(String filename, Point jupiterSystemBarycenter)` Initializes an instance using the specified jup365.bsp filename.
`JupiterBspEphemerisProvider(JplSpkFile file, Point jupiterSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`JupiterBspEphemerisProvider(StreamFactory streamFactory, Point jupiterSystemBarycenter)` Initializes a new instance with the specified stream factory.
`JupiterBspEphemerisProvider(String filename, Point jupiterSystemBarycenter)` Initializes an instance using the specified jupiter.bsp filename.
`MarsBspEphemerisProvider(JplSpkFile file, Point marsSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`MarsBspEphemerisProvider(StreamFactory streamFactory, Point marsSystemBarycenter)` Initializes a new instance with the specified stream factory.
`MarsBspEphemerisProvider(String filename, Point marsSystemBarycenter)` Initializes an instance using the specified mars.bsp filename.
`Nep097BspEphemerisProvider(JplSpkFile file, Point neptuneSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`Nep097BspEphemerisProvider(StreamFactory streamFactory, Point neptuneSystemBarycenter)` Initializes a new instance with the specified stream factory.
`Nep097BspEphemerisProvider(String filename, Point neptuneSystemBarycenter)` Initializes an instance using the specified nep097.bsp filename.
`NeptuneBspEphemerisProvider(JplSpkFile file, Point neptuneSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`NeptuneBspEphemerisProvider(StreamFactory streamFactory, Point neptuneSystemBarycenter)` Initializes a new instance with the specified stream factory.
`NeptuneBspEphemerisProvider(String filename, Point neptuneSystemBarycenter)` Initializes an instance using the specified neptune.bsp filename.
`Plu058BspEphemerisProvider(JplSpkFile file, Point plutoSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`Plu058BspEphemerisProvider(StreamFactory streamFactory, Point plutoSystemBarycenter)` Initializes a new instance with the specified stream factory.
`Plu058BspEphemerisProvider(String filename, Point plutoSystemBarycenter)` Initializes an instance using the specified plu058.bsp filename.
`PlutoBspEphemerisProvider(JplSpkFile file, Point plutoSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`PlutoBspEphemerisProvider(StreamFactory streamFactory, Point plutoSystemBarycenter)` Initializes a new instance with the specified stream factory.
`PlutoBspEphemerisProvider(String filename, Point plutoSystemBarycenter)` Initializes an instance using the specified pluto.bsp filename.
`Sat441BspEphemerisProvider(JplSpkFile file, Point saturnSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`Sat441BspEphemerisProvider(StreamFactory streamFactory, Point saturnSystemBarycenter)` Initializes a new instance with the specified stream factory.
`Sat441BspEphemerisProvider(String filename, Point saturnSystemBarycenter)` Initializes an instance using the specified sat441.bsp filename.
`SaturnBspEphemerisProvider(JplSpkFile file, Point saturnSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`SaturnBspEphemerisProvider(StreamFactory streamFactory, Point saturnSystemBarycenter)` Initializes a new instance with the specified stream factory.
`SaturnBspEphemerisProvider(String filename, Point saturnSystemBarycenter)` Initializes an instance using the specified saturn.bsp filename.
`Ura111BspEphemerisProvider(JplSpkFile file, Point uranusSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`Ura111BspEphemerisProvider(StreamFactory streamFactory, Point uranusSystemBarycenter)` Initializes a new instance with the specified stream factory.
`Ura111BspEphemerisProvider(String filename, Point uranusSystemBarycenter)` Initializes an instance using the specified ura111.bsp filename.
`UranusBspEphemerisProvider(JplSpkFile file, Point uranusSystemBarycenter)` Initializes an instance using the specified `JplSpkFile` instance.
`UranusBspEphemerisProvider(StreamFactory streamFactory, Point uranusSystemBarycenter)` Initializes a new instance with the specified stream factory.
`UranusBspEphemerisProvider(String filename, Point uranusSystemBarycenter)` Initializes an instance using the specified uranus.bsp filename.
`VestaBspEphemerisProvider(JplSpkFile file, Point sunPoint)` Initializes an instance using the specified `JplSpkFile` instance.
`VestaBspEphemerisProvider(StreamFactory streamFactory, Point sunPoint)` Initializes a new instance with the specified stream factory.
`VestaBspEphemerisProvider(String filename, Point sunPoint)` Initializes an instance using the specified vesta.bsp filename.

Uses of Point in agi.foundation.stk

Methods in agi.foundation.stk that return Point
Modifier and Type	Method and Description
`Point`	StkEphemerisFile.`createPoint()` Creates a `Point` whose time-varying position is computed by interpolating over the ephemeris data held by this instance.
`abstract Point`	StkEphemerisFile.Ephemeris.`createPoint()` Creates a `Point` whose time-varying position is computed by interpolating over the ephemeris data held by this instance.
`Point`	StkEphemerisFile.EphemerisTimePos.`createPoint()` Creates a `Point` whose time-varying position is computed by interpolating over the ephemeris data held by this instance.
`Point`	StkEphemerisFile.EphemerisLLATimePos.`createPoint()` Creates a `Point` whose time-varying position is computed by interpolating over the ephemeris data held by this instance.
`Point`	StkEphemerisFile.EphemerisLLRTimePos.`createPoint()` Creates a `Point` whose time-varying position is computed by interpolating over the ephemeris data held by this instance.

Methods in agi.foundation.stk with parameters of type Point
Modifier and Type	Method and Description
`void`	StkEphemerisFile.`configureFromPoint(Point point, JulianDate start, JulianDate stop, Duration step, int order)` Configures this instance with values computed by sampling a `Point` over an interval with a fixed step.

Uses of Point in agi.foundation.tracking

Methods in agi.foundation.tracking that return Point
Modifier and Type	Method and Description
`Point`	ViewFromTo.`getFromPoint()` Gets the Point whose position will be used to place the camera or null if an entity is being used.
`Point`	ViewFromTo.`getToPoint()` Gets the Point whose position will be used to aim the camera or null if an entity is being used.

Methods in agi.foundation.tracking with parameters of type Point
Modifier and Type	Method and Description
`void`	ViewFromTo.`setFrom(Point point)` Specifies a `Point` which will be used to place the camera.
`void`	ViewFromTo.`setTo(Point point)` Specifies the `Point` at which the camera will be aimed.

Constructors in agi.foundation.tracking with parameters of type Point
Constructor and Description
`ViewFromTo(TypeLiteral<TEntity> typeLiteralTEntity, Camera camera, Point fromPoint, Point toPoint)` Create a new instance, specifying a view from one `Point` to another using the specified `Camera` (`get` / `set`).
`ViewFromTo(TypeLiteral<TEntity> typeLiteralTEntity, Camera camera, Point fromPoint, TEntity toEntity)` Create a new instance, specifying a view from a `TEntity` to a `Point` using the specified `Camera` (`get` / `set`).
`ViewFromTo(TypeLiteral<TEntity> typeLiteralTEntity, Camera camera, TEntity fromEntity, Point toPoint)` Create a new instance, specifying a view from a `Point` to a `TEntity` using the specified `Camera` (`get` / `set`).

Uses of Classagi.foundation.geometry.Point

Uses of Point in agi.foundation.access

Uses of Point in agi.foundation.access.constraints

Uses of Point in agi.foundation.aircraftpropagation

Uses of Point in agi.foundation.ccsds

Uses of Point in agi.foundation.celestial

Uses of Point in agi.foundation.cesium

Uses of Point in agi.foundation.communications

Uses of Point in agi.foundation.coverage

Uses of Point in agi.foundation.geometry

Uses of Point in agi.foundation.geometry.discrete

Uses of Point in agi.foundation.graphics

Uses of Point in agi.foundation.navigation

Uses of Point in agi.foundation.navigation.advanced

Uses of Point in agi.foundation.navigation.datareaders

Uses of Point in agi.foundation.platforms

Uses of Point in agi.foundation.propagators

Uses of Point in agi.foundation.propagators.advanced

Uses of Point in agi.foundation.routedesign

Uses of Point in agi.foundation.segmentpropagation

Uses of Point in agi.foundation.spice

Uses of Point in agi.foundation.stk

Uses of Point in agi.foundation.tracking

Uses of Class
agi.foundation.geometry.Point