Uses of Interface agi.foundation.IServiceProvider | DME Component Libraries for Java 2024 r3

Packages that use IServiceProvider
Package	Description
agi.foundation	Contains commonly used types.
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.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.cesium.advanced	Contains less-often used types for generating CZML.
agi.foundation.communications	Contains types for representing electromagnetic signals and propagating them along communication links.
agi.foundation.communications.antennas	Contains types for representing antennas, defining gain patterns, and processing electromagnetic signals.
agi.foundation.communications.signalprocessing	Contains types for representing communication hardware and processing electromagnetic signals.
agi.foundation.communications.signalpropagation	Contains types for propagating electromagnetic signals along communication links.
agi.foundation.coverage	Contains types for computing complex access calculations between many different objects simultaneously.
agi.foundation.coverage.figureofmerit	Contains types for computing statistical data on coverage calculations.
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.shapes	Contains types for representing geometric shapes such as curves, surfaces, and solids.
agi.foundation.infrastructure	Contains types which support various aspects of the DME Component Libraries infrastructure.
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.advanced.signalprocessing	Contains types for representing processing of GPS communication signals.
agi.foundation.navigation.datareaders	Contains types for reading various navigation-related data file formats.
agi.foundation.navigation.models	Contains types representing more detailed navigation-related models.
agi.foundation.numericalmethods	Contains general numerical algorithms.
agi.foundation.platforms	Contains types used in modeling various mechanical platforms such as satellites, facilities, aircraft, etc.
agi.foundation.platforms.advanced	Defines less commonly used types in modeling various mechanical platforms such as Satellites, Facilities, Aircraft, etc.
agi.foundation.propagators	Contains types used in producing the state of an object from a known element set.
agi.foundation.radar	Contains types that perform radar system performance analysis.
agi.foundation.stoppingconditions	Contains types for stopping propagation when various events occur.
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 IServiceProvider in agi.foundation

Methods in agi.foundation that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	ServiceNotAvailableException.`getProvider()` Gets the provider that did not have the required service, if available.

Method parameters in agi.foundation with type arguments of type IServiceProvider
Modifier and Type	Method and Description
`protected boolean`	ServiceProviderCollection.`checkForSameDefinition(DefinitionalObjectCollection<IServiceProvider> other)`

Constructors in agi.foundation with parameters of type IServiceProvider
Constructor and Description
`ServiceNotAvailableException(Class<?> requiredService, IServiceProvider provider)` Initializes a new instance with the service that was required and the provider from which it was requested.
`ServiceNotAvailableException(String message, Class<?> requiredService, IServiceProvider provider)` Initializes a new instance with a custom message.

Uses of IServiceProvider in agi.foundation.access

Classes in agi.foundation.access that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`AccessConstraintCollection` A collection of Access constraints.
`class`	`AccessQueryResult` Holds the result of evaluating an `AccessQuery` over intervals.
`class`	`LinkInstantaneous` An idealized link that allows instantaneous communication between the `Transmitter` (`get` / `set`) and `Receiver` (`get` / `set`).
`class`	`LinkSpeedOfLight` A link between a `Transmitter` (`get` / `set`) and `Receiver` (`get` / `set`) that travels at the speed of light.

Methods in agi.foundation.access with type parameters of type IServiceProvider
Modifier and Type	Method and Description
`static <T extends IServiceProvider> AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, int maximumLength, Iterable<T> links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static <T extends IServiceProvider> AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, Iterable<T> links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.

Methods in agi.foundation.access that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider[]`	LinkGraph.`findAllLinksAtNode(IServiceProvider node, LinkGraphDirection direction)` Find all the links which contain the given node and are in the correct direction.
`IServiceProvider`	ILinkConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	AlwaysSatisfiedLinkConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`static IServiceProvider`	AccessConstraintHelper.`getConstrainedLinkEnd(ILinkConstraint constraint)` Gets the object at the end of the link to which a specified constraint is applied.
`IServiceProvider`	ISingleObjectConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	AccessQueryTrackedSatellite.`getGpsReceiverService()` Gets the service provider providing the `IGpsReceiverService`, which will be used to determine access to the Satellite.
`IServiceProvider`	ConstraintQueryBuilder.`getInputTimeObserver()` Gets the `IServiceProvider` to use as the time observer for this query.
`static IServiceProvider`	LinkHelper.`getParticipantByRole(ILinkService link, LinkRole role)` Gets the participant that is playing a specified role in the link.
`static IServiceProvider`	LinkHelper.`getParticipantByRole(IServiceProvider link, LinkRole role)` Gets the participant that is playing a specified role in the link.
`IServiceProvider`	LinkSpeedOfLight.`getReceiver()` Gets the object that is receiving.
`IServiceProvider`	LinkInstantaneous.`getReceiver()` Gets the object that is receiving.
`IServiceProvider`	ILinkService.`getReceiver()` Gets the object that is receiving.
`IServiceProvider`	AccessEvaluationResult.`getReceiver()` Gets the receiver in the Access computation.
`IServiceProvider`	AccessComputation.`getReceiver()` Gets the `IServiceProvider` for the object that is receiving the signal for purposes of the Access computation.
`IServiceProvider`	AccessQueryTrackedSatellite.`getSatellite()` Gets the satellite `IServiceProvider` containing an `IGpsPrnService`, whose tracked access is desired.
`IServiceProvider`	LinkSpeedOfLight.`getTransmitter()` Gets the object that is transmitting.
`IServiceProvider`	LinkInstantaneous.`getTransmitter()` Gets the object that is transmitting.
`IServiceProvider`	ILinkService.`getTransmitter()` Gets the object that is transmitting.
`IServiceProvider`	AccessEvaluationResult.`getTransmitter()` Gets the transmitter in the Access computation.
`IServiceProvider`	AccessComputation.`getTransmitter()` Gets the `IServiceProvider` for the object that is transmitting the signal for purposes of the Access computation.

Methods in agi.foundation.access that return types with arguments of type IServiceProvider
Modifier and Type	Method and Description
`List<IServiceProvider>`	ConstraintQueryBuilder.`getRequiredTimeObservers()` Gets the list of time observers required by each evaluator in this constraint query.

Methods in agi.foundation.access with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	ConstraintQueryBuilder.`addConstraintFunction(AccessConstraintEvaluator evaluator, IServiceProvider requiredTimeObserver)` Adds a constraint function to the query.
`void`	LinkGraph.`addLink(IServiceProvider link)` Adds a link to the graph.
`static AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, int maximumLength, IServiceProvider... links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, int maximumLength, IServiceProvider... links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static <T extends IServiceProvider> AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, int maximumLength, Iterable<T> links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, int maximumLength, LinkGraph linkGraph)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, IServiceProvider... links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, IServiceProvider... links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static <T extends IServiceProvider> AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, Iterable<T> links)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`static AccessQuery`	AccessQuery.`anyPath(IServiceProvider transmitter, IServiceProvider receiver, LinkGraph linkGraph)` Creates a query which is satisfied whenever any path exists between a given transmitter and receiver.
`boolean`	LinkGraph.`contains(IServiceProvider link)` Determines whether the given link is in the graph.
`IServiceProvider[]`	LinkGraph.`findAllLinksAtNode(IServiceProvider node, LinkGraphDirection direction)` Find all the links which contain the given node and are in the correct direction.
`LinkPath[]`	LinkGraph.`findAllPaths(IServiceProvider initial, IServiceProvider _final, LinkGraphDirection direction)` Finds all paths between two objects.
`LinkPath[]`	LinkGraph.`findAllPaths(IServiceProvider initial, IServiceProvider _final, LinkGraphDirection direction, int maximumLength)` Finds all paths between two objects.
`LinkPath`	LinkGraph.`findShortestPath(IServiceProvider initial, IServiceProvider _final, LinkGraphDirection direction)` Finds the shortest path between an initial object and a final object.
`static AccessQuery`	AccessQuery.`fromObject(IServiceProvider constrainedObject)` Constructs an access query from the constraints applied to a given object.
`static AccessQuery`	AccessQuery.`fromObjectAllowNoConstraints(IServiceProvider constrainedObject)` Constructs an access query from the constraints applied to a given object or link.
`static VectorDisplacement`	LinkHelper.`getDisplacementVectorByRole(IServiceProvider link, LinkRole role)` Gets the displacement vector for a given link and role.
`AccessEvaluator`	AccessQuery.`getEvaluator(IServiceProvider timeObserver)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryTrackedSatellite.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryStartAndMaintain.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryOr.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryNot.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryExactlyN.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryAtMostN.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryAtLeastN.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessQueryAnd.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`abstract AccessEvaluator`	AccessQuery.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`AccessEvaluator`	AccessConstraint.`getEvaluator(IServiceProvider timeObserver, EvaluatorGroup group)` Gets an evaluator that can be used to evaluate this query for a given time or for intervals of time.
`static LinkDelayEvaluator`	LinkHelper.`getLinkDelayEvaluatorByRole(IServiceProvider link, EvaluatorGroup group, LinkRole role)` Gets a link delay evaluator for a given link and role.
`static ILinkService`	LinkHelper.`getLinkService(IServiceProvider link)` Gets the `ILinkService` provided by a link.
`static ILinkService`	LinkHelper.`getLinkService(IServiceProvider link, String exceptionMessage)` Gets the `ILinkService` provided by a link.
`static Evaluator<JulianDate>`	AccessConstraintSampling.`getNextStepFromRelativeMotionEvaluator(IServiceProvider observer, IServiceProvider 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.
`static ILinkService`	LinkHelper.`getOptionalLinkService(IServiceProvider link)` Gets the `ILinkService` provided by a link, or `null` if the service does not exist.
`static IServiceProvider`	LinkHelper.`getParticipantByRole(IServiceProvider link, LinkRole role)` Gets the participant that is playing a specified role in the link.
`AccessEvaluator`	AccessConstraintEvaluator.`getQueryEvaluator(IServiceProvider inputTimeObserver, AccessConstraint constraint, IServiceProvider requiredTimeObserver, EvaluatorGroup group)` Creates and returns an `AccessEvaluator` wrapping a given constraint evaluator.
`static LinkRole`	LinkHelper.`getRoleOfParticipant(ILinkService link, IServiceProvider participant)` Gets the role played by a specified participant in the link.
`static LinkRole`	LinkHelper.`getRoleOfParticipant(IServiceProvider link, IServiceProvider participant)` Gets the role played by a specified participant in the link.
`void`	ILinkConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	AlwaysSatisfiedLinkConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	ISingleObjectConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	AccessQueryTrackedSatellite.`setGpsReceiverService(IServiceProvider value)` Sets the service provider providing the `IGpsReceiverService`, which will be used to determine access to the Satellite.
`void`	ConstraintQueryBuilder.`setInputTimeObserver(IServiceProvider value)` Sets the `IServiceProvider` to use as the time observer for this query.
`void`	LinkSpeedOfLight.`setReceiver(IServiceProvider value)` Sets the object that is receiving.
`void`	LinkInstantaneous.`setReceiver(IServiceProvider value)` Sets the object that is receiving.
`void`	AccessComputation.`setReceiver(IServiceProvider value)` Sets the `IServiceProvider` for the object that is receiving the signal for purposes of the Access computation.
`void`	AccessQueryTrackedSatellite.`setSatellite(IServiceProvider value)` Sets the satellite `IServiceProvider` containing an `IGpsPrnService`, whose tracked access is desired.
`void`	LinkSpeedOfLight.`setTransmitter(IServiceProvider value)` Sets the object that is transmitting.
`void`	LinkInstantaneous.`setTransmitter(IServiceProvider value)` Sets the object that is transmitting.
`void`	AccessComputation.`setTransmitter(IServiceProvider value)` Sets the `IServiceProvider` for the object that is transmitting the signal for purposes of the Access computation.

Method parameters in agi.foundation.access with type arguments of type IServiceProvider
Modifier and Type	Method and Description
`protected boolean`	LinkPath.`checkForSameDefinition(DefinitionalObjectCollection<IServiceProvider> other)`

Constructors in agi.foundation.access with parameters of type IServiceProvider
Constructor and Description
`AccessQueryTrackedSatellite(IServiceProvider gpsReceiverServiceProvider, IServiceProvider satellite)` Creates a new tracked satellite query using a service provider for a `GpsReceiver` and a satellite platform.
`AlwaysSatisfiedLinkConstraint(IServiceProvider link)` Initializes a new instance.
`LinkInstantaneous(IServiceProvider transmitter, IServiceProvider receiver)` Initializes a new instance.
`LinkSpeedOfLight(IServiceProvider transmitter, IServiceProvider receiver, ReferenceFrame inertialFrame)` Initializes a new instance which only accounts for light travel time (not aberration) in determining the displacement vectors between the two objects.
`LinkSpeedOfLight(IServiceProvider transmitter, IServiceProvider receiver, ReferenceFrame inertialFrame, double lightTravelTimeConvergenceTolerance)` Initializes a new instance which only accounts for light travel time (not aberration) in determining the displacement vectors between the two objects.
`LinkSpeedOfLight(IServiceProvider transmitter, IServiceProvider receiver, ReferenceFrame inertialFrame, double lightTravelTimeConvergenceTolerance, VectorVelocity transmitterVelocityOfMovingFrame, VectorVelocity receiverVelocityOfMovingFrame)` Initializes a new instance which accounts for aberration in addition to light travel time in determining the displacement vectors between the two objects.

Uses of IServiceProvider in agi.foundation.access.constraints

Methods in agi.foundation.access.constraints that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	TerrainLineOfSightConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	TotalAngularRateConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	SurfaceDistanceConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	SensorVolumeConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	RangeRateConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	RangeConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	HeightAboveHorizonConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	GroundSampleDistanceConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	ElevationAngleRateConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	ElevationAngleConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CovarianceSeparationConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CircularEquatorialOrbitGrazingAngleConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CentralBodySurfaceRegionSensorVolumeConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CentralBodySurfaceRegionElevationAngleConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CentralBodySurfaceCurveElevationAngleConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CentralBodyObstructionConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	AzimuthElevationMaskConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	AzimuthAngleRateConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	AzimuthAngleConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	AngleOutOfPlaneConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	AngleInPlaneConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	CommunicationLinkConstraint.`getConstrainedLink()` Gets the link to which this constraint applies.
`IServiceProvider`	SingleTargetRadarObjectConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	ThirdBodyElevationAngleConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	ScalarConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	CentralBodySurfaceRegionConstraint.`getConstrainedObject()` Gets the object to which this constraint is applied.
`IServiceProvider`	CentralBodyLayeredProjectedVolumeAccessConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	CentralBodyEllipticCylindricalAccessConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	CartographicZoneConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	AltitudeConstraint.`getConstrainedObject()` Gets the object to which this constraint applies.
`IServiceProvider`	NavigationAccuracyPredictedConstraint.`getConstrainedObject()` Gets an object which provides the `IGpsReceiverService` to which this constraint applies.
`IServiceProvider`	NavigationAccuracyAssessedConstraint.`getConstrainedObject()` Gets an object which provides the `IGpsReceiverService` to which this constraint applies.
`IServiceProvider`	DilutionOfPrecisionConstraint.`getConstrainedObject()` Gets an object which provides the `IGpsReceiverService` to which this constraint applies.
`IServiceProvider`	CommunicationObjectConstraint.`getConstrainedObject()`
`IServiceProvider`	CentralBodyEllipticCylindricalAccessConstraint.`getEllipseCenterLocation()` Gets the elliptic cylinder's center point.
`IServiceProvider`	CentralBodySurfaceRegionConstraint.`getSurfaceRegion()` Gets the surface region.

Methods in agi.foundation.access.constraints with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	TerrainLineOfSightConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	TotalAngularRateConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	SurfaceDistanceConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	SensorVolumeConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	RangeRateConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	RangeConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	HeightAboveHorizonConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	GroundSampleDistanceConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	ElevationAngleRateConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	ElevationAngleConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CovarianceSeparationConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CircularEquatorialOrbitGrazingAngleConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CentralBodySurfaceRegionSensorVolumeConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CentralBodySurfaceRegionElevationAngleConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CentralBodySurfaceCurveElevationAngleConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CentralBodyObstructionConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	AzimuthElevationMaskConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	AzimuthAngleRateConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	AzimuthAngleConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	AngleOutOfPlaneConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	AngleInPlaneConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	CommunicationLinkConstraint.`setConstrainedLink(IServiceProvider value)` Sets the link to which this constraint applies.
`void`	SingleTargetRadarObjectConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	ThirdBodyElevationAngleConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	ScalarConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	CentralBodySurfaceRegionConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint is applied.
`void`	CentralBodyLayeredProjectedVolumeAccessConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	CentralBodyEllipticCylindricalAccessConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	CartographicZoneConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	AltitudeConstraint.`setConstrainedObject(IServiceProvider value)` Sets the object to which this constraint applies.
`void`	NavigationAccuracyPredictedConstraint.`setConstrainedObject(IServiceProvider value)` Sets an object which provides the `IGpsReceiverService` to which this constraint applies.
`void`	NavigationAccuracyAssessedConstraint.`setConstrainedObject(IServiceProvider value)` Sets an object which provides the `IGpsReceiverService` to which this constraint applies.
`void`	DilutionOfPrecisionConstraint.`setConstrainedObject(IServiceProvider value)` Sets an object which provides the `IGpsReceiverService` to which this constraint applies.
`void`	CommunicationObjectConstraint.`setConstrainedObject(IServiceProvider value)`
`void`	CentralBodyEllipticCylindricalAccessConstraint.`setEllipseCenterLocation(IServiceProvider value)` Sets the elliptic cylinder's center point.
`void`	CentralBodySurfaceRegionConstraint.`setSurfaceRegion(IServiceProvider value)` Sets the surface region.

Constructors in agi.foundation.access.constraints with parameters of type IServiceProvider
Constructor and Description
`AltitudeConstraint(IServiceProvider constrainedObject, CentralBody centralBody, double maximumValue)` Initializes a new instance with the specified constrained object, central body, and maximum value.
`AltitudeConstraint(IServiceProvider constrainedObject, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained object, central body, minimum value, and maximum value.
`AltitudeConstraint(IServiceProvider constrainedObject, double maximumValue)` Initializes a new instance with the specified constrained object and maximum value.
`AltitudeConstraint(IServiceProvider constrainedObject, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained object, minimum value, and maximum value.
`AzimuthAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double startAngle, double stopAngle)` Initializes a new instance with the specified constrained link, constrained link end, central body, start angle, and stop angle.
`AzimuthAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double startAngle, double stopAngle)` Initializes a new instance with the specified constrained link, constrained link end, start angle, and stop angle.
`AzimuthAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, and maximum value.
`AzimuthAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`AzimuthAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, and maximum value.
`AzimuthAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`AzimuthElevationMaskConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd)` Initializes a new instance with the specified constrained link and constrained link end.
`AzimuthElevationMaskConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`AzimuthElevationMaskConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`CartographicZoneConstraint(IServiceProvider constrainedObject, CentralBody centralBody, double minimumLatitude, double maximumLatitude, double minimumLongitude, double maximumLongitude, boolean isInclusion)` Initializes a new instance with the specified constrained object, central body, and zone definition.
`CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength)` Initializes a new instance with the specified values, with the Earth as the central body and the fidelity set to high.
`CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength, CentralBody centralBody, CentralBodyEllipticCylindricalAccessConstraint.ModelFidelity fidelity)` Initializes a new instance with the specified values.
`CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength, CentralBodyEllipticCylindricalAccessConstraint.ModelFidelity fidelity)` Initializes a new instance with the specified values, with the Earth as the central body.
`CentralBodyLayeredProjectedVolumeAccessConstraint(CentralBody centralBody, TimeIntervalCollection1<ArrayList<Cartographic>> pointsDefiningConstraintVolume, IServiceProvider constrainedObjectLocationPointService)` Initializes an instance of the constraint with the specified `CentralBody` (`get` / `set`) and a `TimeIntervalCollection1` of the points defining the constraint volume.
`CentralBodyLayeredProjectedVolumeAccessConstraint(TimeIntervalCollection1<ArrayList<Cartographic>> pointsDefiningConstraintVolume, IServiceProvider constrainedObjectLocationPointService)` Initializes an instance of the constraint with the specified `TimeIntervalCollection1` of the points defining the constraint volume.
`CentralBodyObstructionConstraint(IServiceProvider constrainedLink, CentralBody centralBody)` Initializes a new instance with the specified constrained link, constrained link end, and central body.
`CentralBodySurfaceCurveElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumElevation)` Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
`CentralBodySurfaceCurveElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumElevation)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`CentralBodySurfaceRegionConstraint(EllipsoidSurfaceRegion surfaceRegion, IServiceProvider constrainedObject)` Initializes a new instance with the specified surface region and object.
`CentralBodySurfaceRegionConstraint(EllipsoidSurfaceRegion surfaceRegion, IServiceProvider constrainedObject, CentralBody centralBody)` Initializes a new instance with the specified region, object, and `CentralBody`.
`CentralBodySurfaceRegionConstraint(IServiceProvider surfaceRegion, IServiceProvider constrainedObject)` Initializes a new instance with the specified region and object.
`CentralBodySurfaceRegionConstraint(Iterable<Cartographic> surfaceRegion, IServiceProvider constrainedObject)` Initializes a new instance with the specified region and object.
`CentralBodySurfaceRegionConstraint(Iterable<Cartographic> surfaceRegion, IServiceProvider constrainedObject, CentralBody centralBody)` Initializes a new instance with the specified surfaceRegion, object, and `CentralBody`.
`CentralBodySurfaceRegionElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumElevation)` Initializes a new instance with the specified constrained link, constrained link end, `CentralBody`, and minimum value.
`CentralBodySurfaceRegionElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumElevation)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`CentralBodySurfaceRegionSensorVolumeConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd)` Initializes a new instance from the provided service provider, region, and central body.
`CircularEquatorialOrbitGrazingAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, Scalar radius, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
`CircularEquatorialOrbitGrazingAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, Scalar radius, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`CircularEquatorialOrbitGrazingAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, Scalar radius, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`CovarianceSeparationConstraint(IServiceProvider constrainedLink, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`CovarianceSeparationConstraint(IServiceProvider constrainedLink, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`DilutionOfPrecisionConstraint(IServiceProvider constrainedObject, double maximumValue, DilutionOfPrecisionType valueToConstrain)` Initializes a new instance with the specified constrained object, maximum value, and DOP value to constrain.
`ElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
`ElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`ElevationAngleConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`ElevationAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
`ElevationAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`ElevationAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`ElevationAngleRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`GroundSampleDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
`GroundSampleDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`GroundSampleDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`GroundSampleDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`HeightAboveHorizonConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, and minimum value.
`HeightAboveHorizonConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`HeightAboveHorizonConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`HeightAboveHorizonConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`NavigationAccuracyAssessedConstraint(IServiceProvider constrainedObject, double maximumValue, NavigationAccuracyAssessedType valueToConstrain, PerformanceAssessmentFile paf)` Initializes a new instance with the specified constrained object, maximum value, accuracy value to constrain, and performance assessment file.
`NavigationAccuracyPredictedConstraint(IServiceProvider constrainedObject, double maximumValue, NavigationAccuracyPredictedType valueToConstrain, int percentConfidence, PredictionSupportFile psf)` Initializes a new instance with the specified constrained object, maximum value, accuracy value to constrain, percentage confidence, and prediction support file.
`RangeConstraint(IServiceProvider constrainedLink, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`RangeConstraint(IServiceProvider constrainedLink, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`RangeRateConstraint(IServiceProvider constrainedLink, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, and maximum value.
`RangeRateConstraint(IServiceProvider constrainedLink, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.
`ScalarConstraint(IServiceProvider constrainedObject, Scalar scalar, double minimumValue)` Initializes a new instance with the specified constrained object, scalar, and minimum value.
`ScalarConstraint(IServiceProvider constrainedObject, Scalar scalar, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained object, scalar, minimum value, and maximum value.
`SensorVolumeConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd)` Initializes a new instance with the specified constrained link and constrained link end.
`SurfaceDistanceConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, CentralBody centralBody, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, central body, minimum value, and maximum value.
`TerrainLineOfSightConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, TerrainProvider terrainProvider)` Initializes a new instance with the specified constrained link, constrained link end, and terrain provider.
`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.
`TotalAngularRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue)` Initializes a new instance with the specified constrained link, constrained link end, and minimum value.
`TotalAngularRateConstraint(IServiceProvider constrainedLink, LinkRole constrainedLinkEnd, double minimumValue, double maximumValue)` Initializes a new instance with the specified constrained link, constrained link end, minimum value, and maximum value.

Uses of IServiceProvider in agi.foundation.aircraftpropagation

Classes in agi.foundation.aircraftpropagation that implement IServiceProvider
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 with parameters of type IServiceProvider
Modifier and Type	Method and Description
`abstract Evaluator<Cartesian>`	Maneuver.`getAccelerationEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the acceleration components of the maneuver.
`Evaluator<Cartesian>`	CompositeManeuver.`getAccelerationEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the acceleration components of the maneuver.
`Evaluator<Cartesian>`	Maneuver.`getAccelerationEvaluator(IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the acceleration components of the maneuver.
`abstract Evaluator<VerticalBehaviorDerivatives>`	VerticalBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the vertical derivatives of the maneuver.
`Evaluator<HorizontalBehaviorDerivatives>`	TurnAtConstantRateBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the horizontal derivatives of the maneuver.
`Evaluator<ClimbDescentCommandedValues>`	SimpleDescentPerformanceModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during climb for a given aircraft.
`Evaluator<CruiseCommandedValues>`	SimpleCruisePerformanceModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during cruise for a given aircraft.
`Evaluator<ClimbDescentCommandedValues>`	SimpleClimbPerformanceModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during climb for a given aircraft.
`Evaluator<VerticalBehaviorDerivatives>`	PushOverOrPullUpBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the vertical derivatives of the maneuver.
`Evaluator<VerticalBehaviorDerivatives>`	MaintainHorizontalAndVerticalSpeedsBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the vertical derivatives of the maneuver.
`Evaluator<HorizontalBehaviorDerivatives>`	MaintainCourseOrHeadingBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the horizontal derivatives of the maneuver.
`Evaluator<VerticalBehaviorDerivatives>`	LinearClimbOrDescentBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the vertical derivatives of the maneuver.
`abstract Evaluator<HorizontalBehaviorDerivatives>`	HorizontalBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the horizontal derivatives of the maneuver.
`abstract Evaluator<CruiseCommandedValues>`	CruisePerformanceModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during cruise for a given aircraft.
`Evaluator<VerticalBehaviorDerivatives>`	CruiseBehavior.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the vertical derivatives of the maneuver.
`abstract Evaluator<ClimbDescentCommandedValues>`	ClimbDescentPerformanceModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during climb for a given aircraft.
`Evaluator<CruiseCommandedValues>`	BandedCruisePerformanceModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during cruise for a given aircraft.
`Evaluator<VerticalBehaviorDerivatives>`	VerticalBehavior.`getEvaluator(IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the vertical derivatives of the maneuver.
`Evaluator<HorizontalBehaviorDerivatives>`	HorizontalBehavior.`getEvaluator(IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the horizontal derivatives of the maneuver.
`Evaluator<CruiseCommandedValues>`	CruisePerformanceModel.`getEvaluator(IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during cruise for a given aircraft.
`Evaluator<ClimbDescentCommandedValues>`	ClimbDescentPerformanceModel.`getEvaluator(IServiceProvider serviceProvider)` Gets an evaluator for the commanded values during climb for a given aircraft.
`Evaluator<Bounds>`	SimpleAccelerationPerformanceModel.`getLateralAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the lateral acceleration limits of an aircraft.
`abstract Evaluator<Bounds>`	AccelerationPerformanceModel.`getLateralAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the lateral acceleration limits of an aircraft.
`Evaluator<Bounds>`	AccelerationPerformanceModel.`getLateralAccelerationLimitsEvaluator(IServiceProvider serviceProvider)` Gets an evaluator for the lateral acceleration limits of an aircraft.
`Evaluator<Bounds>`	SimpleAccelerationPerformanceModel.`getLongitudinalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the longitudinal acceleration limits of an aircraft.
`abstract Evaluator<Bounds>`	AccelerationPerformanceModel.`getLongitudinalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the longitudinal acceleration limits of an aircraft.
`Evaluator<Bounds>`	AccelerationPerformanceModel.`getLongitudinalAccelerationLimitsEvaluator(IServiceProvider serviceProvider)` Gets an evaluator for the longitudinal acceleration limits of an aircraft.
`Evaluator<Bounds>`	SimpleAccelerationPerformanceModel.`getVerticalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the vertical acceleration limits of an aircraft.
`abstract Evaluator<Bounds>`	AccelerationPerformanceModel.`getVerticalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator for the vertical acceleration limits of an aircraft.
`Evaluator<Bounds>`	AccelerationPerformanceModel.`getVerticalAccelerationLimitsEvaluator(IServiceProvider serviceProvider)` Gets an evaluator for the vertical acceleration limits of an aircraft.
`protected void`	VerticalBehavior.`validateProperties(EvaluatorGroup group, IServiceProvider serviceProvider)` Validates that required properties and parameters are configured correctly in order to get an evaluator for this instance.
`protected void`	Maneuver.`validateProperties(EvaluatorGroup group, IServiceProvider serviceProvider)` Validates that required properties and parameters are configured correctly in order to get an evaluator for this instance.
`protected void`	HorizontalBehavior.`validateProperties(EvaluatorGroup group, IServiceProvider serviceProvider)` Validates that required properties and parameters are configured correctly in order to get an evaluator for this instance.

Uses of IServiceProvider in agi.foundation.celestial

Classes in agi.foundation.celestial that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`ArielCentralBody` The Uranian moon Ariel.
`class`	`CallistoCentralBody` The Jovian moon Callisto.
`class`	`CentralBody` A central body, such as a planet, star, asteroid, libration point, etc.
`class`	`CentralBodyInertialAxes` This class provides the Axes based on the STK definition of a `CentralBody`'s Inertial Axes.
`class`	`CeresCentralBody` The dwarf planet Ceres.
`class`	`CharonCentralBody` The Plutonian moon Charon.
`class`	`DeimosCentralBody` The Martian moon Deimos.
`class`	`DioneCentralBody` The Saturnian moon Dione.
`class`	`EarthCentralBody` The planet Earth.
`class`	`EnceladusCentralBody` The Saturnian moon Enceladus.
`class`	`EuropaCentralBody` The Jovian moon Europa.
`class`	`GanymedeCentralBody` The Jovian moon Ganymede.
`class`	`HyperionCentralBody` The Saturnian moon Hyperion.
`class`	`IapetusCentralBody` The Saturnian moon Iapetus.
`class`	`IauOrientationAxes` The Axes representing the orientation of a `CentralBody` as represented by the data from the IAU/IAG Working Group reports on rotational elements expressed in the `InertialFrame` (`get` / `set`)`Axes` (`get` / `set`) of the `SolarSystemBarycenter`.
`class`	`InternationalGeomagneticReferenceFieldVector` Represents the magnetic field vector at a `TargetPoint` (`get` / `set`) due to the Earth's magnetic field, as modeled by an IGRF model.
`class`	`IoCentralBody` The Jovian moon Io.
`class`	`JupiterCentralBody` The planet Jupiter.
`class`	`LinkRefracted` A link between a `Transmitter` (`get`) and `Receiver` (`get`) that travels a refracted path.
`class`	`MagneticFieldVector` Represents the magnetic field vector at a `TargetPoint` (`get` / `set`) due to a planetary magnetic field.
`class`	`MarsCentralBody` The planet Mars.
`class`	`MercuryCentralBody` The planet Mercury.
`class`	`MimasCentralBody` The Saturnian moon Mimas.
`class`	`MoonCentralBody` The moon of the Earth.
`class`	`NeptuneCentralBody` The planet Neptune.
`class`	`PhobosCentralBody` The Martian moon Phobos.
`class`	`PhoebeCentralBody` The Saturnian moon Phoebe.
`class`	`PlutoCentralBody` The dwarf planet Pluto.
`class`	`RheaCentralBody` The Saturnian moon Rhea.
`class`	`SaturnCentralBody` The planet Saturn.
`class`	`SunCentralBody` The star at the center of our solar system.
`class`	`TethysCentralBody` The Saturnian moon Tethys.
`class`	`TitanCentralBody` The Saturnian moon Titan.
`class`	`TitaniaCentralBody` The Uranian moon Titania.
`class`	`TritonCentralBody` The Neptunian moon Triton.
`class`	`UranusCentralBody` The planet Uranus.
`class`	`VectorRefractedDisplacement` A vector representing the refracted displacement from an initial point to a final point as both points move over time.
`class`	`VenusCentralBody` The planet Venus.
`class`	`VestaCentralBody` The asteroid Vesta.
`class`	`WorldMagneticModelVector` Represents the magnetic field vector at a `TargetPoint` (`get` / `set`) due to the Earth's magnetic field, as modeled by a WMM model.

Methods in agi.foundation.celestial that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	LinkRefracted.`getReceiver()` Gets the receiver of the underlying unrefracted link.
`IServiceProvider`	LinkRefracted.`getTransmitter()` Gets the transmitter of the underlying unrefracted link.
`IServiceProvider`	LinkRefracted.`getUnrefractedLink()` Gets the underlying unrefracted link.

Methods in agi.foundation.celestial with parameters of type IServiceProvider
Modifier and Type	Method and Description
`abstract VectorEvaluator`	WindModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the wind.
`Evaluator<USStandardAtmosphere1976.Result>`	USStandardAtmosphere1976.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that can be used to calculate results from this model for a given location.
`VectorEvaluator`	ConstantWindModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Creates an instance of an evaluator that can compute the wind.
`VectorEvaluator`	WindModel.`getEvaluator(IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the wind.
`Evaluator<USStandardAtmosphere1976.Result>`	USStandardAtmosphere1976.`getEvaluator(IServiceProvider serviceProvider)` Gets an evaluator that can be used to calculate results from this model for a given location.
`void`	LinkRefracted.`setUnrefractedLink(IServiceProvider value)` Sets the underlying unrefracted link.
`protected void`	WindModel.`validateProperties(EvaluatorGroup group, IServiceProvider serviceProvider)` Validates that required properties and parameters are configured correctly in order to get an evaluator for this instance.

Constructors in agi.foundation.celestial with parameters of type IServiceProvider
Constructor and Description
`LinkRefracted(IServiceProvider unrefractedLink, AtmosphericRefractionModel atmosphericRefractionModel)` Initializes a new instance.

Uses of IServiceProvider in agi.foundation.cesium

Classes in agi.foundation.cesium that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`AzimuthElevationMaskGraphicsExtension` An extension that defines the graphics of an `AzimuthElevationMask` drawn at a location defined by `ILocationPointService` and orientation defined by `IOrientationAxesService`.
`class`	`BillboardGraphicsExtension` An extension that defines the graphics of a billboard drawn at the location defined by `ILocationPointService`.
`class`	`CentralBodySurfaceCurveGraphicsExtension` An extension that defines the graphical properties of a curve defined by a `CentralBodySurfaceCurve`.
`class`	`CentralBodySurfaceRegionGraphicsExtension` An extension that defines the graphical properties of an area defined by a `CentralBodySurfaceRegion`.
`class`	`CesiumAvailabilityExtension` An extension that defines the availability of a CZML object.
`class`	`CesiumCustomPropertiesExtension` An extension that defines a set of custom CZML properties to be written for a particular object.
`class`	`CesiumDeleteExtension` An extension that indicates that a CZML object should be deleted from the client.
`class`	`CesiumDeleteFanDirectionsExtension` An extension that indicates that existing data (samples or interval values) for the CZML `agi_fan.directions` property should be deleted from the client.
`class`	`CesiumDeleteOrientationExtension` An extension that indicates that existing data (samples or interval values) for the CZML `orientation` property should be deleted from the client.
`class`	`CesiumDeletePolygonHolesExtension` An extension that indicates that existing data (samples or interval values) for the CZML `polygon.holes` property should be deleted from the client.
`class`	`CesiumDeletePolygonPositionsExtension` An extension that indicates that existing data (samples or interval values) for the CZML `polygon.positions` property should be deleted from the client.
`class`	`CesiumDeletePolylinePositionsExtension` An extension that indicates that existing data (samples or interval values) for the CZML `polyline.positions` property should be deleted from the client.
`class`	`CesiumDeletePositionExtension` An extension that indicates that existing data (samples or interval values) for the CZML `position` property should be deleted from the client.
`class`	`CesiumDeleteVectorDirectionExtension` An extension that indicates that existing data (samples or interval values) for the CZML `agi_vector.direction` property should be deleted from the client.
`class`	`CesiumFixedStepExtension` An extension that defines the step size to use when sampling properties for an object being written to CZML.
`class`	`CesiumOrientationExtension` An extension that specifies how an object's orientation should be written to CZML.
`class`	`CesiumPositionExtension` An extension that specifies how an object's position should be written to CZML.
`class`	`CesiumReferenceFrameExtension` An extension that defines the reference frame in which an object's CZML position will be written.
`class`	`DescriptionExtension` An extension that defines the HTML description of an object.
`class`	`EllipsoidGraphicsExtension` An extension that defines an ellipsoid to be drawn at the location defined by `ILocationPointService`.
`class`	`FieldOfViewGraphicsExtension` An extension that defines the graphical properties of a sensor defined by a `IFieldOfViewService` positions by `ILocationPointService` and oriented by `IOrientationAxesService`
`class`	`GraphicalVector` An `ExtensibleObject` that describes a vector defined by `IVectorService`, `IVectorGraphicsService` and `ILocationPointService`.
`class`	`LabelGraphicsExtension` An extension that defines a label to be drawn at the location defined by `ILocationPointService`.
`class`	`LinkGraphicsExtension` An extension that defines the graphical properties of a line connecting the transmitter and receiver of an object providing the `ILinkService`.
`class`	`ModelGraphicsExtension` An extension that defines the graphics of a model drawn at the location defined by `ILocationPointService` and oriented by `IOrientationAxesService`.
`class`	`PathGraphicsExtension` An extension that defines the graphical properties of the path created by a `ILocationPointService` over time.
`class`	`PointGraphicsExtension` An extension that defines a point to be drawn at the location defined by `ILocationPointService`.
`class`	`TilesetGraphicsExtension` An extension that defines the graphics of a 3D tileset drawn at the location defined by `ILocationPointService` and oriented by `IOrientationAxesService`.
`class`	`ViewFromExtension` An extension that defines the suggested camera location when tracking an object.

Methods in agi.foundation.cesium that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	VelocityVectorDirectionCesiumProperty.`getObject()` Gets the object which will be used to calculate the direction of the velocity vector.
`IServiceProvider`	AccessQueryCesiumProperty.`getTimeObserver()` Gets the `IServiceProvider` to use as the time observer for the query.

Methods in agi.foundation.cesium with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	StripeMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, MaterialCesiumWriter writer)`
`void`	SolidColorMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, MaterialCesiumWriter writer)`
`void`	ImageMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, MaterialCesiumWriter writer)`
`void`	GridMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, MaterialCesiumWriter writer)`
`void`	CheckerboardMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, MaterialCesiumWriter writer)`
`void`	StripeMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	SolidColorMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	PolylineOutlineMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	PolylineGlowMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	PolylineDashMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	PolylineArrowMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	ImageMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	GridMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	CheckerboardMaterialGraphics.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, PolylineMaterialCesiumWriter writer)`
`void`	VelocityVectorDirectionCesiumProperty.`setObject(IServiceProvider value)` Sets the object which will be used to calculate the direction of the velocity vector.
`void`	AccessQueryCesiumProperty.`setTimeObserver(IServiceProvider value)` Sets the `IServiceProvider` to use as the time observer for the query.

Constructors in agi.foundation.cesium with parameters of type IServiceProvider
Constructor and Description
`AccessQueryCesiumProperty(AccessQuery accessQuery, IServiceProvider timeObserver, T accessExists, T accessUnknown, T noAccess)` Creates a new instance with the specified parameters.
`VelocityVectorDirectionCesiumProperty(IServiceProvider obj)` Initializes a new instance.

Uses of IServiceProvider in agi.foundation.cesium.advanced

Methods in agi.foundation.cesium.advanced that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	CesiumGenerator.`getOwner()` Gets the item for which data is to be generated.

Methods in agi.foundation.cesium.advanced with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	CesiumGeneratorContext.`addAdditionalSource(CesiumSource source, IServiceProvider serviceProvider)` Adds an additional `CesiumSource` required for a given service provider.
`void`	CesiumProperty.`createGenerators(IContainerCesiumGenerator parent, CesiumGeneratorContext context, IServiceProvider owner, ICesiumPropertyWriter propertyWriter)` Non-typesafe overload.

Constructors in agi.foundation.cesium.advanced with parameters of type IServiceProvider
Constructor and Description
`CesiumGenerator(IServiceProvider owner)` Creates a new instance.

Uses of IServiceProvider in agi.foundation.communications

Classes in agi.foundation.communications that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`ComplexAnalogTransmitter` An analog transmitter defined by a `Signal` and `RadioFrequencyGainPattern`.
`class`	`ComplexDigitalTransmitter` A digital transmitter with a user-defined configuration.
`class`	`ComplexReceiver` A communications receiver defined by an antenna, gain pattern and list of signal processors.
`class`	`IdentifiableTransmitterExtension` An `ObjectExtension` which provides the `IIdentifiableTransmitterService` service interface so clients can query for a transmitter's `SignalIdentifier`.
`class`	`OpticalReceiver` A communications receiver defined by an optical antenna and list of signal processors.
`class`	`OpticalTransmitter` A communications transmitter defined by an optical antenna and list of signal processors.
`class`	`PointScattererExtension` An `ObjectExtension` which is used to model signal reflections using a single point scatterer model.
`class`	`SignalPropagationGraph` Defines the configuration of the graph of communication links which are used to propagate signals.
`class`	`SimpleAnalogTransmitter` A simple analog transmitter defined by frequency and power.
`class`	`SimpleDigitalTransmitter` A simple digital communications transmitter defined by frequency, power and data rate using a `ConstantGainAmplifier`, `IsotropicGainPattern` and `DigitalModulation`.
`class`	`SimpleReceiver` A communications receiver using a `ConstantGainAmplifier` and `IsotropicGainPattern`.
`class`	`Transceiver` The single input, single output Transceiver which takes in a single digital signal, demodulates it and then remodulates it using the specified modulation scheme, prior to retransmitting it.
`class`	`Transponder` The single input, single output transponder which takes in a signal, optionally filters it, amplifies it and then retransmits it without any demodulation or remodulation.
`class`	`WirelessLinkExtension` An extension for a link which models wireless communication by propagating a set of signals from a transmitting antenna to a receiving antenna.

Methods in agi.foundation.communications that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	PointScattererLinkPath.`find(Predicate<IServiceProvider> match)` Searches the link path for an `IServiceProvider` that matches the conditions defined by the supplied predicate and returns the first occurrence.
`IServiceProvider`	ISignalPropagationPathService.`findLinkForReceiver(IServiceProvider receiver)` Finds the `IServiceProvider` which represents the link, in the signal propagation path, which has the provided receiver.
`IServiceProvider`	PointScattererLinkPath.`get(int index)` Gets the `IServiceProvider` at the specified index.
`IServiceProvider`	AntennaTargetingResult.`getAntenna()` Gets the antenna that could not be targeted.
`IServiceProvider`	ISignalPropagationPathService.`getTransmitter()` Gets the desired transmitter for the signal propagation path.

Methods in agi.foundation.communications that return types with arguments of type IServiceProvider
Modifier and Type	Method and Description
`Iterable<IServiceProvider>`	ISignalPropagationPathService.`getLinkPath()` Gets the link path which is a list of links, as `IServiceProvider` instances, from the transmission source to the receiver object.
`List<IServiceProvider>`	SignalPropagationGraph.`getLinks()` Gets the links in the graph.
`Iterator<IServiceProvider>`	PointScattererLinkPath.`iterator()`

Methods in agi.foundation.communications with parameters of type IServiceProvider
Modifier and Type	Method and Description
`ExtensibleObject`	CommunicationLinkCollection.`add(IServiceProvider transmitter, IServiceProvider receiver)` Creates a new link from the provided transmitter and receiver and adds it to the collection.
`ExtensibleObject`	CommunicationLinkCollection.`add(IServiceProvider transmitter, IServiceProvider receiver, AtmosphericRefractionModel refractionModel)` Creates a new link from the provided transmitter and receiver and adds it to the collection.
`ExtensibleObject`	CommunicationLinkCollection.`add(String name, IServiceProvider transmitter, IServiceProvider receiver)` Creates a new link from the provided name, transmitter, and receiver and adds it to the collection.
`ExtensibleObject`	CommunicationLinkCollection.`add(String name, IServiceProvider transmitter, IServiceProvider receiver, AtmosphericRefractionModel refractionModel)` Creates a new link from the provided name, transmitter, and receiver and adds it to the collection.
`ArrayList<ExtensibleObject>`	CommunicationLinkCollection.`addChain(IServiceProvider... chain)` Adds multiple links to the collection at once, assuming that each item in the list either receives or transmits from the previous item.
`void`	SignalPropagationGraph.`addLink(IServiceProvider linkObject)` Add a link to the graph.
`boolean`	SignalPropagationGraph.`containsLinkOrNode(IServiceProvider linkOrNode)` Searches the graph for the given link or node and returns true if the object exists in the graph.
`Iterable<ExtensibleObject>`	CommunicationLinkCollection.`find(IServiceProvider linkEnd)` Finds all links in the collection that contains the provided link end in either the transmitter or receiver role.
`Iterable<ExtensibleObject>`	CommunicationLinkCollection.`find(IServiceProvider transmitter, IServiceProvider receiver)` Finds all links with the specified transmitter and receiver pair.
`Iterable<ExtensibleObject>`	CommunicationLinkCollection.`find(IServiceProvider linkEnd, LinkRole role)` Finds all links in the collection that contain the provided link end in the specified role.
`ExtensibleObject`	CommunicationLinkCollection.`findFirst(IServiceProvider linkEnd)` Finds the first link in the collection that contains the provided link end in either the transmitter or receiver role.
`ExtensibleObject`	CommunicationLinkCollection.`findFirst(IServiceProvider transmitter, IServiceProvider receiver)` Finds the first link with the specified transmitter and receiver pair.
`ExtensibleObject`	CommunicationLinkCollection.`findFirst(IServiceProvider linkEnd, LinkRole role)` Finds the first link in the collection that contains the provided link end in the specified role.
`IServiceProvider`	ISignalPropagationPathService.`findLinkForReceiver(IServiceProvider receiver)` Finds the `IServiceProvider` which represents the link, in the signal propagation path, which has the provided receiver.
`Evaluator<LinkBudget>`	CommunicationSystem.`getDetailedLinkBudgetEvaluator(IServiceProvider link, IntendedSignalStrategy intendedSignal)` Gets an evaluator for link budget data for the given link and intended signal strategy.
`Evaluator<LinkBudget>`	CommunicationSystem.`getDetailedLinkBudgetEvaluator(IServiceProvider link, IntendedSignalStrategy intendedSignal, EvaluatorGroup group)` Gets an evaluator for link budget data for the given link and intended signal strategy.
`static Evaluator<LinkBudget>`	CommunicationSystem.`getDetailedLinkBudgetEvaluator(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal)` Gets an evaluator for link budget data for a given link, graph, and intended signal strategy.
`static Evaluator<LinkBudget>`	CommunicationSystem.`getDetailedLinkBudgetEvaluator(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal, EvaluatorGroup group)` Gets an evaluator for link budget data for a given link, graph, and intended signal strategy.
`LinkBudgetScalars`	CommunicationSystem.`getDetailedLinkBudgetScalars(IServiceProvider link, IntendedSignalStrategy intendedSignal)` Creates a set of `LinkBudgetScalars` for a given link and intended signal strategy.
`static LinkBudgetScalars`	CommunicationSystem.`getDetailedLinkBudgetScalars(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal)` Creates a set of `LinkBudgetScalars` for a given link, graph, and intended signal strategy.
`static LinkBudgetScalars`	CommunicationSystem.`getDetailedLinkBudgetScalars(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal, String linkName)` Creates a set of `LinkBudgetScalars` for a given link, graph, and intended signal strategy.
`Evaluator<LinkBudget>`	CommunicationSystem.`getLinkBudgetEvaluator(IServiceProvider link, IntendedSignalStrategy intendedSignal)` Gets an evaluator for link budget data for the given link and intended signal strategy.
`Evaluator<LinkBudget>`	CommunicationSystem.`getLinkBudgetEvaluator(IServiceProvider link, IntendedSignalStrategy intendedSignal, EvaluatorGroup group)` Gets an evaluator for link budget data for the given link, using the specified `IntendedSignalStrategy`, in a given `EvaluatorGroup`.
`static Evaluator<LinkBudget>`	CommunicationSystem.`getLinkBudgetEvaluator(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal)` Gets an evaluator for link budget data for a given link, graph, and intended signal strategy.
`static Evaluator<LinkBudget>`	CommunicationSystem.`getLinkBudgetEvaluator(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal, EvaluatorGroup group)` Gets an evaluator for link budget data for a given link, graph, and intended signal strategy.
`LinkBudgetScalars`	CommunicationSystem.`getLinkBudgetScalars(IServiceProvider link, IntendedSignalStrategy intendedSignal)` Creates a set of `LinkBudgetScalars` for a given link and intended signal strategy.
`static LinkBudgetScalars`	CommunicationSystem.`getLinkBudgetScalars(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal)` Creates a set of `LinkBudgetScalars` for a given link, graph, and intended signal strategy.
`static LinkBudgetScalars`	CommunicationSystem.`getLinkBudgetScalars(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignal, String linkName)` Creates a set of `LinkBudgetScalars` for a given link, graph, and intended signal strategy.
`SignalEvaluator`	WirelessLinkExtension.`getSignalEvaluatorFromTransmitter(EvaluatorGroup group, SignalPropagationGraph graph, IServiceProvider timeObserver)` Get an evaluator which produces the signal observed directly after transmission in the link direction based on the given time observer.

Method parameters in agi.foundation.communications with type arguments of type IServiceProvider
Modifier and Type	Method and Description
`ArrayList<ExtensibleObject>`	CommunicationLinkCollection.`addChain(Iterable<? extends IServiceProvider> chain)` Adds multiple links to the collection at once, assuming that each item in the list either receives or transmits from the previous item.
`IServiceProvider`	PointScattererLinkPath.`find(Predicate<IServiceProvider> match)` Searches the link path for an `IServiceProvider` that matches the conditions defined by the supplied predicate and returns the first occurrence.

Constructors in agi.foundation.communications with parameters of type IServiceProvider
Constructor and Description
`AntennaTargetingResult(IServiceProvider antenna, AntennaTargetingResultReason cause)` Creates a new instance specifying all parameters

Uses of IServiceProvider in agi.foundation.communications.antennas

Subinterfaces of IServiceProvider in agi.foundation.communications.antennas
Modifier and Type	Interface and Description
`interface`	`IReceivingAntennaExtension<TGainPattern extends BaseGainPattern>` Generic interface for a receiving antenna object extension.
`interface`	`ITransmittingAntennaExtension<TGainPattern extends BaseGainPattern>` Generic interface for a transmitting antenna object extension.

Classes in agi.foundation.communications.antennas that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`AnsysHfssFarFieldDataGainPattern` A frequency dependent gain pattern which produces gain based on the link geometry and data in the far field data file (*.ffd) format which is produced by the Ansys HFSS application.
`class`	`AntennaSignalProcessor<TGainPattern extends BaseGainPattern>` Abstract base class for all antenna signal processors.
`class`	`BaseDualPolarizedReceivingAntennaExtension<TGainPattern extends BaseGainPattern,TAntennaSignalProcessor extends AntennaSignalProcessor<TGainPattern>>` An `ObjectExtension` which represents a dual polarized receiving antenna.
`class`	`BaseDualPolarizedTransmittingAntennaExtension<TGainPattern extends BaseGainPattern>` An `ObjectExtension` which represents a dual polarized transmitting antenna.
`class`	`BaseGainPattern` Base class for all antenna gain patterns.
`class`	`BaseReceivingAntennaExtension<TGainPattern extends BaseGainPattern,TAntennaSignalProcessor extends AntennaSignalProcessor<TGainPattern>>` An extension which searches the `SignalPropagationGraph` for all incoming signals entering its `Owner` (`get` / `set`) and processes them with a receiving `BaseGainPattern` before passing them to its `OutputSignalProcessor` (`get`) signal processor.
`class`	`BaseTransmittingAntennaExtension<TGainPattern extends BaseGainPattern>` An extension which takes a signal source and transmits a wireless signal through an antenna.
`class`	`BesselCircularApertureGainPattern` A Bessel circular aperture antenna gain pattern.
`class`	`BesselEnvelopeCircularApertureGainPattern` A Bessel envelope circular aperture antenna gain pattern.
`class`	`CosineCircularApertureGainPattern` A cosine circular aperture antenna gain pattern.
`class`	`CosinePedestalCircularApertureGainPattern` A cosine pedestal circular aperture antenna gain pattern.
`class`	`CosinePedestalRectangularApertureGainPattern` A cosine pedestal rectangular aperture antenna gain pattern.
`class`	`CosineRectangularApertureGainPattern` A cosine rectangular aperture antenna gain pattern.
`class`	`CosineSquaredCircularApertureGainPattern` A cosine squared circular aperture antenna gain pattern.
`class`	`CosineSquaredPedestalCircularApertureGainPattern` A cosine squared pedestal circular aperture antenna gain pattern.
`class`	`CosineSquaredPedestalRectangularApertureGainPattern` A cosine squared pedestal rectangular aperture antenna gain pattern.
`class`	`CosineSquaredRectangularApertureGainPattern` A cosine squared rectangular aperture antenna gain pattern.
`class`	`CustomGainPattern` Defines an antenna gain pattern based on external data specified as a `Function2`.
`class`	`DipoleGainPattern` A dipole antenna pattern.
`class`	`DualPolarizedRadioFrequencyReceivingAntennaExtension` An extension which represents a dual polarized radio frequency (RF) receiving antenna.
`class`	`DualPolarizedRadioFrequencyTransmittingAntennaExtension` An extension which represents a dual polarized radio frequency (RF) transmitting antenna.
`class`	`FrequencyDependentElectricFieldGainPattern` An antenna gain pattern which produces antenna gain based on the link geometry and a collection of frequency dependent electric field patterns.
`class`	`FrpaGainPattern` A static Fixed Radiation Pattern Antenna (FRPA).
`class`	`GaussianGainPattern` A static Gaussian antenna pattern.
`class`	`GaussianOpticalGainPattern` A static gain pattern for an optical antenna with a gaussian profile.
`class`	`GpsSatelliteAntennaPattern` A gain pattern representing a constant gain over the earth from a GPS satellite.
`class`	`HelicalGainPattern` A helical gain pattern.
`class`	`HemisphericalGainPattern` A hemispherical antenna gain pattern.
`class`	`IsotropicGainPattern` A static, isotropic antenna gain pattern which does not modify any signals.
`class`	`ItuRBO1213Version1CoPolarGainPattern` The ITU-R BO.1213-1 Co-polar reference antenna gain pattern.
`class`	`ItuRBO1213Version1CrossPolarGainPattern` The ITU-R BO.1213-1 Cross-polar reference antenna gain pattern.
`class`	`ItuRF1245Version1GainPattern` The ITU-R F.1245-1 antenna gain pattern.
`class`	`ItuRF1245Version3GainPattern` The ITU-R F.1245-3 antenna gain pattern.
`class`	`ItuRS1528R12GainPattern` The ITU-R S.1528 - section 1.2
`class`	`ItuRS1528R13GainPattern` The ITU-R S.1528 - section 1.3
`class`	`ItuRS465Version5GainPattern` The ITU-R S.465-5 reference antenna gain pattern.
`class`	`ItuRS465Version6GainPattern` The ITU-R S.465-6 reference antenna gain pattern.
`class`	`ItuRS580Version6GainPattern` The ITU-R S.580-6 reference antenna gain pattern.
`class`	`ItuRS672Version4GainPattern` The ITU-R S.672-4 reference antenna gain pattern.
`class`	`ItuRS731Version1GainPattern` The ITU-R S.731-1 reference antenna gain pattern.
`class`	`OpticalAntennaSignalProcessor` Represents a receiving optical antenna.
`class`	`OpticalGainPattern` Base class for all optical antenna gain patterns.
`class`	`OpticalReceivingAntennaExtension` An `ObjectExtension` which represents an optical receiving antenna.
`class`	`OpticalTransmittingAntennaExtension` An `ObjectExtension` which represents an optical transmitting antenna.
`class`	`ParabolicGainPattern` A static parabolic antenna gain pattern.
`class`	`PencilBeamGainPattern` A circular antenna beam with constant gain specified by the `MainLobeGain` (`get` / `set`) property over the desired beamwidth and `SideLobeGain` (`get` / `set`) for all other angles.
`class`	`PhasedArrayGainPattern` A `RadioFrequencyGainPattern` for modeling planar phased array antennas.
`class`	`RadioFrequencyAntennaSignalProcessor` Represents a receiving radio frequency (RF) antenna.
`class`	`RadioFrequencyGainPattern` Base class for all radio frequency (RF) antenna gain patterns.
`class`	`RadioFrequencyReceivingAntennaExtension` An `ObjectExtension` which represents a radio frequency (RF) receiving antenna.
`class`	`RadioFrequencyTransmittingAntennaExtension` An `ObjectExtension` which represents a radio frequency (RF) transmitting antenna.
`class`	`RectangularBeamGainPattern` A rectangular antenna beam with constant gain, specified by the `MainLobeGain` (`get` / `set`) property, over the desired beamwidth dimensions.
`class`	`ScalarWeightLinkExtension` A `WeightedLinkExtension` which evaluates the link computation weight using a `Scalar` instance.
`class`	`SincExponentCircularApertureGainPattern` A [Sin(x)/x]^n curve distribution circular aperture antenna gain pattern.
`class`	`SincExponentRectangularApertureGainPattern` A [Sin(x)/x]^n curve distribution rectangular aperture antenna gain pattern.
`class`	`SquareHornGainPattern` A static square horn antenna gain pattern.
`class`	`UniformCircularApertureGainPattern` A uniform circular aperture antenna gain pattern.
`class`	`UniformRectangularApertureGainPattern` A uniform rectangular aperture antenna gain pattern.
`class`	`WeightedLinkExtension` An `ObjectExtension` which provides the `ILinkWeightService` for associating a computational weight to a link.

Methods in agi.foundation.communications.antennas that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	LinkDirectionsProvider.`getTimeObserver()` Gets the time observer instance used to validate the time observer for each link in `Links` (`get`).

Methods in agi.foundation.communications.antennas that return types with arguments of type IServiceProvider
Modifier and Type	Method and Description
`DefinitionalObjectCollection<IServiceProvider>`	LinkDirectionsProvider.`getLinks()` Gets the list of links from which the directions are determined.

Methods in agi.foundation.communications.antennas with parameters of type IServiceProvider
Modifier and Type	Method and Description
`protected SignalEvaluator`	AntennaSignalProcessor.`getSignalEvaluatorForLink(EvaluatorGroup group, SignalPropagationGraph graph, IServiceProvider link)` Gets the signal evaluator for the supplied link.
`void`	LinkDirectionsProvider.`setTimeObserver(IServiceProvider value)` Sets the time observer instance used to validate the time observer for each link in `Links` (`get`).

Constructors in agi.foundation.communications.antennas with parameters of type IServiceProvider
Constructor and Description
`LinkDirectionsProvider(Iterable<? extends IServiceProvider> links, IServiceProvider timeObserver)` Initializes a new instance.

Constructor parameters in agi.foundation.communications.antennas with type arguments of type IServiceProvider
Constructor and Description
`LinkDirectionsProvider(Iterable<? extends IServiceProvider> links, IServiceProvider timeObserver)` Initializes a new instance.

Uses of IServiceProvider in agi.foundation.communications.signalprocessing

Classes in agi.foundation.communications.signalprocessing that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`Amplifier` Abstract class for an amplifier signal processor.
`class`	`AvalanchePhotodiode` Represents an Avalanche type photodiode photodetector (APD).
`class`	`ConstantFrequencyMixer` A signal processor which increases or decreases the frequency of the incoming signals by a constant offset.
`class`	`ConstantGainAmplifier` A signal processor which applies a gain to its input.
`class`	`DigitalDataSource` A digital data source which constructs a signal and adds a `SignalDataRate` property.
`class`	`DigitalDemodulator<TModulation extends DigitalModulation>` A signal processor based on a modulation method which decodes the input signal by removing the modulation and producing a base-band signal which retains all other data.
`class`	`DigitalModulator<TModulation extends DigitalModulation>` Takes an input `Signal` and adds the specified modulation as data to the signal, and sets the frequency of the carrier and the signal bandwidth based on the `SpectralEfficiency` (`get`).
`class`	`LowNoiseAmplifier` A signal processor which applies several gains to its input, representing a low noise amplifier.
`class`	`OrthogonalPolarizationChannelSource` A signal processor which marks the signals obtained from its input signal processor as originating from the orthogonal polarization channel.
`class`	`Photodetector` Base class for a photodetector signal processor.
`class`	`Photodiode` Base class for a photodiode photodetector.
`class`	`PinPhotodiode` Represents a PIN type photodiode photodetector.
`class`	`PrimaryPolarizationChannelSource` A signal processor which marks the signals obtained from its input signal processor as originating from the primary polarization channel.
`class`	`PulsedSignalModulator` A `SignalProcessor` that takes a base band radar waveform signal from its input and modulates it by adding a carrier frequency and bandwidth.
`class`	`PulsedSignalSource` A `SignalSource` which produces a pulsed signal.
`class`	`RectangularFilter` A filter which constrains the incoming signals into a specified bandwidth range, ignoring power spectral density.
`class`	`SignalFilter` Base class for all signal filters.
`class`	`SignalOutputExtension` An extension which identifies the output of a receiver, after processing the signal, and just prior to demodulating the signal to obtain the encoded data.
`class`	`SignalProcessor` Base class for all signal processors containing an input and an output.
`class`	`SignalSource` A data source which produces the given signal to transmit.
`class`	`VariableFrequencyMixer` Model for a mixer where the output frequency is determined by a frequency in/frequency out polynomial.
`class`	`VariableGainAmplifier` Model of a non-linear amplifier where the output power is determined by an input back-off/output back-off (IBO/OBO) curve and intermodulation noise temperature can be added to the carrier using an input back-off/carrier to intermodulation noise spectral density (IBO/(C/No)_Im) curve.

Methods in agi.foundation.communications.signalprocessing that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	Photodetector.`getParentReceiver()` Gets the parent receiver whose axis is used in order to determine if the sun is within the field-of-view of the detector.
`IServiceProvider`	IntendedSignalByTransmitter.`getTransmitter()` Gets the transmitter to identify when searching for the intended signal.

Methods in agi.foundation.communications.signalprocessing with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	Photodetector.`setParentReceiver(IServiceProvider value)` Sets the parent receiver whose axis is used in order to determine if the sun is within the field-of-view of the detector.
`void`	IntendedSignalByTransmitter.`setTransmitter(IServiceProvider value)` Sets the transmitter to identify when searching for the intended signal.

Constructors in agi.foundation.communications.signalprocessing with parameters of type IServiceProvider
Constructor and Description
`AvalanchePhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, double noiseFactor, double gain, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, noise factor, and gain.
`AvalanchePhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, double noiseFactor, double gain, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, noise factor, gain, central body.
`IntendedSignalByTransmitter(IServiceProvider transmitter)` Create a new instance which will target a signal generated by the specified transmitter.
`Photodetector(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model,optical bandpass filter bandwidth, and central body.
`Photodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, and load impedance.
`Photodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, and central body.
`PinPhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, and load impedance.
`PinPhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody)` Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, and central body.

Uses of IServiceProvider in agi.foundation.communications.signalpropagation

Methods in agi.foundation.communications.signalpropagation with parameters of type IServiceProvider
Modifier and Type	Method and Description
`abstract IParameterizedEvaluator1<Cartographic,ItuRP840AtmosphericValues>`	ItuRP840AtmosphericModel.`getEvaluator(EvaluatorGroup group, IServiceProvider link)` Gets an evaluator that can be used to compute the atmospheric conditions at a given `JulianDate` and `Cartographic` location.
`abstract IParameterizedEvaluator1<Cartographic,Double>`	ItuRP838AtmosphericModel.`getEvaluator(EvaluatorGroup group, IServiceProvider link)` Gets an evaluator that can be used to compute the rain rate in meters per second at a given `JulianDate` and `Cartographic` location.
`ScalarEvaluator`	HufnagelValleyRefractiveIndexStructureParameterModel.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that can be used to find the value of this scalar function at a given `JulianDate`.
`IParameterizedEvaluator1<Cartographic,ItuRP840AtmosphericValues>`	ItuRP840AtmosphericModel.`getEvaluator(IServiceProvider link)` Gets an evaluator that can be used to compute the atmospheric conditions at a given `JulianDate` and `Cartographic` location.
`IParameterizedEvaluator1<Cartographic,Double>`	ItuRP838AtmosphericModel.`getEvaluator(IServiceProvider link)` Gets an evaluator that can be used to compute the rain rate in meters per second at a given `JulianDate` and `Cartographic` location.
`SignalPropagator`	TiremPropagationModel3_18.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate communication signals over the given link.
`SignalPropagator`	TiremPropagationModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate communication signals over the given link.
`SignalPropagator`	TropoScintAttenuationModelItuRP618Version9.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	TropoScintAttenuationModelItuRP618Version12.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	TropoScintAttenuationModelItuRP1814.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a signal along the given communication link.
`SignalPropagator`	SimpleSatcomAtmosphericAttenuationModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`abstract SignalPropagator`	SignalPropagationModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a signal along the given communication link.
`SignalPropagator`	RainAttenuationModelItuRP838Version3.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	RainAttenuationModelItuRP618Version12.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	RainAttenuationModelItuRP618Version10.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	FreeSpacePathLossModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can modify a signal based on the free space path loss.
`SignalPropagator`	DopplerShiftModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can modify a signal's frequency based on the doppler shift.
`SignalPropagator`	CraneRainAttenuationModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	CloudFogAttenuationModelItuRP840Version6.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	BeerLambertLawAtmosphericAttenuationModel.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a signal along the given communication link.
`SignalPropagator`	AtmosphericAttenuationModelItuRP676Version9.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.
`SignalPropagator`	AtmosphericAttenuationModelItuRP676Version10.`getSignalPropagator(EvaluatorGroup group, IServiceProvider link)` Get a propagator which can propagate a set of input signals.

Uses of IServiceProvider in agi.foundation.coverage

Fields in agi.foundation.coverage declared as IServiceProvider
Modifier and Type	Field and Description
`static IServiceProvider`	CoverageData.`GridPointPlaceholder` Gets an object that can be used as a placeholder to be replaced by grid points during a coverage calculation.

Methods in agi.foundation.coverage that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	CoverageDefinitionOnSingleObject.`getCoverageTarget()` Gets the object which is the target of the coverage calculation
`IServiceProvider`	ParameterizedTemporallyPartitionedCoverageDefinition.`getGridPointPlaceholder()` Gets the `IServiceProvider` representing a generic grid point on the grid.
`IServiceProvider`	ParameterizedSpatiallyPartitionedCoverageDefinition.`getGridPointPlaceholder()` Gets the `IServiceProvider` representing a generic grid point on the grid.
`IServiceProvider`	MaterializedTemporallyPartitionedCoverageDefinition.`getGridPointPlaceholder()` Gets the `IServiceProvider` representing a generic grid point on the grid.
`IServiceProvider`	MaterializedSpatiallyPartitionedCoverageDefinition.`getGridPointPlaceholder()` Gets the `IServiceProvider` representing a generic grid point on the grid.
`protected IServiceProvider`	BaseCoverageDefinition.`getGridPointService()` Gets the service used at each grid point.
`abstract IServiceProvider`	CoverageGridPointCreationCallback.`invoke(CoverageGridPointWithResults gridPointWithResults)` A delegate which defines a method for creating a service provider for use in access based on a given coverage grid point position.
`IServiceProvider`	CoverageGridPointCreationCallback.Function.`invoke(CoverageGridPointWithResults gridPointWithResults)` A delegate which defines a method for creating a service provider for use in access based on a given coverage grid point position.

Methods in agi.foundation.coverage with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	CoverageDefinitionOnSingleObject.`setCoverageTarget(IServiceProvider value)` Sets the object which is the target of the coverage calculation
`void`	ParameterizedTemporallyPartitionedCoverageDefinition.`setGridPointPlaceholder(IServiceProvider value)` Sets the `IServiceProvider` representing a generic grid point on the grid.
`void`	ParameterizedSpatiallyPartitionedCoverageDefinition.`setGridPointPlaceholder(IServiceProvider value)` Sets the `IServiceProvider` representing a generic grid point on the grid.
`protected void`	BaseCoverageDefinition.`setGridPointService(IServiceProvider value)` Sets the service used at each grid point.

Constructors in agi.foundation.coverage with parameters of type IServiceProvider
Constructor and Description
`CoverageDefinitionOnSingleObject(IServiceProvider coverageTarget)` Initializes a new instance with a specified coverage target.

Uses of IServiceProvider in agi.foundation.coverage.figureofmerit

Methods in agi.foundation.coverage.figureofmerit with parameters of type IServiceProvider
Modifier and Type	Method and Description
`Scalar`	RadarFigureOfMerit.`getScalarFigureOfMerit(ValueDefinition<CoverageData> coverageResult, IServiceProvider coverageObject)` Get a `Scalar` representing a figure of merit based on the given `RadarParameter` (`get` / `set`).
`Scalar`	NavigationAccuracyPredictedFigureOfMerit.`getScalarFigureOfMerit(ValueDefinition<CoverageData> coverageResult, IServiceProvider coverageObject)` Get a scalar representing the figure of merit for the given data.
`Scalar`	NavigationAccuracyAssessedFigureOfMerit.`getScalarFigureOfMerit(ValueDefinition<CoverageData> coverageResult, IServiceProvider coverageObject)` Get a scalar representing the figure of merit for the given data.
`Scalar`	DilutionOfPrecisionFigureOfMerit.`getScalarFigureOfMerit(ValueDefinition<CoverageData> coverageResult, IServiceProvider coverageObject)` Get a scalar representing the figure of merit for the given data.
`Scalar`	IFigureOfMeritDefinition.`getScalarFigureOfMerit(ValueDefinition<CoverageData> coverageResult, IServiceProvider coverageObject)` Get a scalar which represents the figure of merit for the given coverage data.
`Scalar`	CommunicationFigureOfMerit.`getScalarFigureOfMerit(ValueDefinition<CoverageData> coverageResult, IServiceProvider coverageObject)` Get a `Scalar` representing a figure of merit based on the given `CommunicationParameter` (`get` / `set`).

Uses of IServiceProvider in agi.foundation.geometry

Classes in agi.foundation.geometry that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`Axes` A set of axes which may vary with time relative to another set of axes.
`class`	`AxesAlignedConstrained` A set of axes with the one axis aligned with the `Principal` (`get` / `set`) direction vector and another axis constrained to minimize the angular separation from the `Reference` (`get` / `set`) vector.
`class`	`AxesAlongTerrain` An `Axes` defined by the surface normal to the terrain surface.
`class`	`AxesBPlane` The axes that a `VectorBPlane` are computed in.
`class`	`AxesEastNorthUp` The set of axes defined by the local East, North, and Up directions at a point with respect to the shape of a central body as the point moves over time.
`class`	`AxesFixedAtJulianDate` A set of `Axes` which is defined by the instantaneous orientation of another set of axes at a specified `JulianDate`.
`class`	`AxesFixedOffset` An axes whose orientation does not change with respect to the axes in which it is defined.
`class`	`AxesFromArchive<TEntity extends IEntityIdentifier & IEntityLastUpdate>` An `Axes` whose orientation is defined by archived tracking data.
`class`	`AxesFromBankAngle` An `Axes` defining a first order representation for an aircraft in steady flight with the bank angles specified by changes in the horizontal acceleration vector.
`class`	`AxesInAxes` An axes which is effectively equivalent to another axes but is defined in a third axes.
`class`	`AxesInPointsAxes` An axes observed in the axes in which a point is defined.
`class`	`AxesInterpolator` A set of Axes that is defined with respect to a set of reference axes by an interpolator which can evaluate the Axes over time.
`class`	`AxesInVectorsAxes` An axes observed in the axes in which a vector is defined.
`class`	`AxesLinearRate` An axes whose orientation changes with respect to the axes in which it is defined by rotating at a linearly increasing or decreasing rate about a defined spin axis.
`class`	`AxesLocalVerticalLocalHorizontal` The Local Vertical, Local Horizontal (LVLH) axes which follow the motion of a given point over time.
`class`	`AxesNorthEastDown` The set of axes defined by the local North, East, and Down directions at a point with respect to the shape of a central body as the point moves over time.
`class`	`AxesPropagationParameter` Represents an `Axes` which in turns represents the attitude and angular velocity in an integration `state`.
`class`	`AxesTargetingLink` An `Axes` which orients itself so that its Z-axis is aligned along a link, pointing from one platform to another, and its X-axis is constrained toward a reference vector.
`class`	`AxesVehicleVelocityLocalHorizontal` The Vehicle Velocity, Local Horizontal (VVLH) axes which follow the motion of a given point over time.
`class`	`AxesVelocityOrbitNormal` These `Axes` will have its X axis be aligned with the velocity vector of the given point and the Y axis will be constrained to the orbit normal vector.
`class`	`CompositeAxes` A Axes that is defined by a collection of intervals, where the data associated with each interval is a another Axes representing the orientation for that interval.
`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`	`ConstantCovariance3By3` Represents position covariance with standard deviations which remain constant in the given axes.
`class`	`DynamicCovariance3By3` Holds the time-varying positional variance and covariance information for an object.
`class`	`EntityAxes<TEntity extends IEntityOrientation>` An `Axes` that obtains its value from a tracking entity implementing `IEntityOrientation`.
`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`	`LinkSubdivision` An object which defines how to subdivide an `ILinkService` into sub-segments.
`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`	`ParameterizedOnStateVector` A vector 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`	`ParameterizedVector` A vector that is defined by a `CartesianParameter` at the time of evaluation.
`class`	`Point` A point which may vary with time, defined relative to a given reference frame.
`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`	`ReferenceFrame` A reference frame, defined by an origin and an axes.
`class`	`ServiceProviderAxes` An Axes that can be used to refer to the current `OrientationAxes` (`get`) of an `IServiceProvider`, whatever it is at the time that this axes is evaluated.
`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.
`class`	`SpecifiedResolutionLinkSubdivision` A `LinkSubdivision` which subdivides an `ILinkService` into sub-segments at a specified resolution in meters.
`class`	`Vector` A vector relative to a set of basis axes.
`class`	`VectorAcceleration` A `Vector` representing the acceleration of a given `Point` (`get` / `set`) derived in a given `ReferenceFrame` (`get` / `set`).
`class`	`VectorAngularAcceleration` A Vector defined as the angular acceleration of a given set of axes as the axes rotate with time.
`class`	`VectorAngularVelocity` A Vector defined as the angular velocity of a given set of axes as the axes rotate with time.
`class`	`VectorApparentDisplacement` A vector representing the apparent directed displacement from an initial point to a final point as the points move over time.
`class`	`VectorBPlane` A vector computing the B-Plane vector of a `Point` relative to a `CentralBody` (`get` / `set`).
`class`	`VectorCrossProduct` A Vector defined by the cross product of two vectors which may vary with time.
`class`	`VectorDerivative` A `Vector` (`get` / `set`) representing the derivative of the specified `Order` (`get` / `set`) of a given `Vector` (`get` / `set`) derived in a given `Axes` (`get` / `set`).
`class`	`VectorDifferentiator` A Vector that can provide higher-order derivatives by finite-differencing another vector.
`class`	`VectorDisplacement` The base class for a vector representing the directed displacement from an initial point to a final point as the two points move over time.
`class`	`VectorEllipsoidSurfaceNormal` A vector representing the surface normal at a point projected onto an ellipsoid surface as the point moves through time.
`class`	`VectorFixed` A Vector whose components do not change with respect to the axes in which it is defined.
`class`	`VectorFixedAtJulianDate` A `Vector` which is defined by the instantaneous value of another vector at a specified `JulianDate`.
`class`	`VectorInAxes` A vector that is observed in a given axes.
`class`	`VectorInPointsAxes` A vector observed in the axes in which a point is defined.
`class`	`VectorInterpolator` A vector with its value, derivative, etc.
`class`	`VectorInVectorsAxes` A vector observed in the axes in which another vector is defined.
`class`	`VectorInverted` A vector which inverts another vector.
`class`	`VectorNormalized` A vector representing a normalized version of another vector.
`class`	`VectorPropagationParameter` Represents a `Vector` which in turn represents the value and derivatives of a coordinate vector in an integration `state`.
`class`	`VectorScaled` A vector which represents another vector scaled by a given factor which can change over time.
`class`	`VectorSum` Represents the addition of a number of independent `Vectors`, summed together and observed in a common `Axes`.
`class`	`VectorTrueDisplacement` A vector representing the true directed displacement from an initial point to a final point as both points move over time.
`class`	`VectorVelocity` A `Vector` representing the velocity of a given `Point` (`get` / `set`) derived in a given `ReferenceFrame` (`get` / `set`).

Methods in agi.foundation.geometry that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	ServiceProviderAxes.`getAxesProvider()` Gets the `IServiceProvider` that will provide `IOrientationAxesService`.
`IServiceProvider`	CommunicationLinkSignalData.`getCommunicationLink()` Gets the object which provides the services needed to compute this scalar.
`IServiceProvider`	CommunicationLinkScalar.`getCommunicationLink()` Gets the object which provides the services needed to compute this scalar.
`IServiceProvider`	CommunicationObjectScalar.`getCommunicationObject()` Gets the object which provides the services needed to compute this scalar.
`IServiceProvider`	ScalarGrazingAltitudeBetweenTwoPoints.`getFromObject()` Gets the object that provides the starting location for the line of sight vector.
`IServiceProvider`	ScalarDopplerConeAngle.`getLink()` Gets the link that defines the relationship between the two objects.
`IServiceProvider`	AxesTargetingLink.`getLink()` Gets the link along which the axes is oriented.
`IServiceProvider`	ServiceProviderPoint.`getPointProvider()` Gets the `IServiceProvider` that will provide `ILocationPointService`.
`IServiceProvider`	ScalarSquintAngle.`getTargetObject()` Gets the object that is the view target of the `ViewingObject` (`get` / `set`).
`IServiceProvider`	ScalarGrazingAltitudeBetweenTwoPoints.`getToObject()` Gets the object that provides the ending location for the line of sight vector.
`IServiceProvider`	ScalarSquintAngle.`getViewingObject()` Gets the object that views the `TargetObject` (`get` / `set`).

Methods in agi.foundation.geometry with parameters of type IServiceProvider
Modifier and Type	Method and Description
`Vector`	VectorDependentOnServiceProvider.`applyServiceProvider(IServiceProvider serviceProvider)` Gets a `Vector` that can be used to find the value of this vector function at a given `JulianDate`.
`Scalar`	ScalarDependentOnServiceProvider.`applyServiceProvider(IServiceProvider serviceProvider)` Gets a `Scalar` that can be used to find the value of this scalar function at a given `JulianDate`.
`static Axes`	AxesHelper.`getAxes(IServiceProvider provider)` Gets the `Axes` from the `IOrientationAxesService` provided by an object.
`static Axes`	AxesHelper.`getAxes(IServiceProvider provider, String exceptionMessage)` Gets the `Axes` from the `IOrientationAxesService` provided by an object.
`ScalarEvaluator`	ScalarMachNumber.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the mach number at a given location.
`ScalarEvaluator`	ScalarEquivalentAirspeed.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the equivalent airspeed at a given location.
`ScalarEvaluator`	ScalarDynamicPressure.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an instance of an evaluator that can compute the dynamic pressure.
`abstract VectorEvaluator`	VectorDependentOnServiceProvider.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that can be used to find the value of this vector function at a given `JulianDate`.
`abstract ScalarEvaluator`	ScalarDependentOnServiceProvider.`getEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that can be used to find the value of this scalar function at a given `JulianDate`.
`VectorEvaluator`	VectorDependentOnServiceProvider.`getEvaluator(IServiceProvider serviceProvider)` Gets an evaluator that can be used to find the value of this vector function at a given `JulianDate`.
`ScalarEvaluator`	ScalarDependentOnServiceProvider.`getEvaluator(IServiceProvider serviceProvider)` Gets an evaluator that can be used to find the value of this scalar function at a given `JulianDate`.
`Evaluator<List<Double>>`	SpecifiedResolutionLinkSubdivision.`getLinkSubdivisionEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that, given a time, produces a list of distances along the link from the transmitter to the receiver which will define the sub-segments of the overall link.
`abstract Evaluator<List<Double>>`	LinkSubdivision.`getLinkSubdivisionEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that, given a time, produces a list of distances along the link from the transmitter to the receiver which will define the sub-segments of the overall link.
`Evaluator<List<Double>>`	ILinkSubdivisionService.`getLinkSubdivisionEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider)` Gets an evaluator that, given a time, produces a list of distances along the link from the transmitter to the receiver which will define the sub-segments of the overall link.
`static ILocationPointService`	PointHelper.`getLocationPointService(IServiceProvider provider)` Gets the `ILocationPointService` provided by an object.
`static ILocationPointService`	PointHelper.`getLocationPointService(IServiceProvider provider, String exceptionMessage)` Gets the `ILocationPointService` provided by an object.
`static ILocationPointService`	PointHelper.`getOptionalLocationPointService(IServiceProvider provider)` Gets the `ILocationPointService` provided by an object, or `null` if the service does not exist.
`static IOrientationAxesService`	AxesHelper.`getOptionalOrientationAxesService(IServiceProvider provider)` Gets the `IOrientationAxesService` provided by an object, or `null` if the service does not exist.
`static IOrientationAxesService`	AxesHelper.`getOrientationAxesService(IServiceProvider provider)` Gets the `IOrientationAxesService` provided by an object.
`static IOrientationAxesService`	AxesHelper.`getOrientationAxesService(IServiceProvider provider, String exceptionMessage)` Gets the `IOrientationAxesService` provided by an object.
`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.
`void`	ServiceProviderAxes.`setAxesProvider(IServiceProvider value)` Sets the `IServiceProvider` that will provide `IOrientationAxesService`.
`void`	CommunicationLinkSignalData.`setCommunicationLink(IServiceProvider value)` Sets the object which provides the services needed to compute this scalar.
`void`	CommunicationLinkScalar.`setCommunicationLink(IServiceProvider value)` Sets the object which provides the services needed to compute this scalar.
`void`	CommunicationObjectScalar.`setCommunicationObject(IServiceProvider value)` Sets the object which provides the services needed to compute this scalar.
`void`	ScalarGrazingAltitudeBetweenTwoPoints.`setFromObject(IServiceProvider value)` Sets the object that provides the starting location for the line of sight vector.
`void`	ScalarDopplerConeAngle.`setLink(IServiceProvider value)` Sets the link that defines the relationship between the two objects.
`void`	AxesTargetingLink.`setLink(IServiceProvider value)` Sets the link along which the axes is oriented.
`void`	ServiceProviderPoint.`setPointProvider(IServiceProvider value)` Sets the `IServiceProvider` that will provide `ILocationPointService`.
`void`	ScalarSquintAngle.`setTargetObject(IServiceProvider value)` Sets the object that is the view target of the `ViewingObject` (`get` / `set`).
`void`	ScalarGrazingAltitudeBetweenTwoPoints.`setToObject(IServiceProvider value)` Sets the object that provides the ending location for the line of sight vector.
`void`	ScalarSquintAngle.`setViewingObject(IServiceProvider value)` Sets the object that views the `TargetObject` (`get` / `set`).

Constructors in agi.foundation.geometry with parameters of type IServiceProvider
Constructor and Description
`AxesTargetingLink(IServiceProvider link, LinkRole observer, Vector reference)` Initializes a new instance specifying all parameters.
`CommunicationLinkScalar(IServiceProvider communicationLink, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`CommunicationLinkSignalData(TypeLiteral<T> typeLiteralT, IServiceProvider communicationLink, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`CommunicationObjectScalar(IServiceProvider communicationObject, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarAntennaGainInLinkDirection(IServiceProvider link, LinkRole linkEnd, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarBitErrorRate(TypeLiteral<TModulation> typeLiteralTModulation, IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarCarrierToInterference(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarCarrierToNoise(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarCarrierToNoiseDensity(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarCarrierToNoiseDensityPlusInterference(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarCarrierToNoisePlusInterference(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarDelayedByLink(Scalar scalarToDelay, IServiceProvider link, LinkRole directionOfDelay)` Initialize a new instance based on the given scalar delayed by the given link.
`ScalarDopplerConeAngle(IServiceProvider link, LinkRole movingLinkEnd, ReferenceFrame frame)` Initializes a doppler cone angle scalar.
`ScalarEffectiveIsotropicRadiatedPower(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarEnergyPerBitToNoiseDensity(TypeLiteral<TModulation> typeLiteralTModulation, IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarGrazingAltitudeBetweenTwoPoints(CentralBody centralBody, IServiceProvider fromObject, IServiceProvider toObject)` Initializes an instance with the input parameters.
`ScalarGrazingAltitudeBetweenTwoPoints(IServiceProvider fromObject, IServiceProvider toObject)` Initializes an instance with the input parameters.
`ScalarJammingToSignal(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarNoisePlusInterference(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarPolarizationEfficiency(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarPowerAtReceiverOutput(IServiceProvider receiver, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarPropagationLoss(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarPropagationLoss(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationModel model)` Initialize a new instance based on the given parameters.
`ScalarPropagationLoss(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationModelChain selectedModels)` Initialize a new instance based on the given parameters.
`ScalarReceivedIsotropicPower(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarReceivedPowerFluxDensity(IServiceProvider link, SignalPropagationGraph graph, IntendedSignalStrategy intendedSignalStrategy)` Initialize a new instance based on the given parameters.
`ScalarSquintAngle(IServiceProvider viewingObject, IServiceProvider targetObject)` Initializes a new instance.
`ScalarSquintAngle(IServiceProvider viewingObject, IServiceProvider targetObject, ReferenceFrame referenceFrame)` Initializes a new instance.
`ServiceProviderAxes(IServiceProvider serviceProvider)` Initializes a new instance using the specified `IServiceProvider`
`ServiceProviderPoint(IServiceProvider serviceProvider)` Initializes a new instance using the specified `IServiceProvider`

Uses of IServiceProvider in agi.foundation.geometry.shapes

Classes in agi.foundation.geometry.shapes that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`ComplexConic` A sensor volume defined by inner and outer half angles, minimum and maximum clock angles, and a radial range limit.
`class`	`CustomSensorPattern` A custom `SensorFieldOfView` defined by a list of directions defining the outer perimeter of the field of view.
`class`	`DynamicSensorFieldOfView` A sensor field-of-view volume that can change shape with time.
`class`	`EntityDynamicSensorFieldOfView<TEntity extends IEntitySensorFieldOfView>` A `DynamicSensorFieldOfView` that gets the current sensor shape from a tracking entity implementing `IEntitySensorFieldOfView`.
`class`	`RectangularPyramid` A sensor volume with a rectangular cross section and a radial range limit.
`class`	`SensorFieldOfView` A sensor field of view volume.
`class`	`SyntheticApertureRadarVolume` A sensor volume defined by inner and outer half angles, fore and aft exclusion angles, and a radial range limit.

Uses of IServiceProvider in agi.foundation.infrastructure

Classes in agi.foundation.infrastructure that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`ChildrenExtension` An `ObjectExtension` which can provide a list of children for a given `ExtensibleObject`.
`class`	`ExtensibleObject` An object that can be extended at run-time with various `ObjectExtension` instances in order to add additional properties and behaviors.
`class`	`IdentifierExtension` An extension that defines a unique identifier for an object.
`class`	`ObjectExtension` The base class for extensions that can be added at run-time to `ExtensibleObject` instances in order to give them additional properties and behaviors.
`class`	`ParentExtension` An `ObjectExtension` which can provide a reference to the parent of the owner of this extension.

Methods in agi.foundation.infrastructure with type parameters of type IServiceProvider
Modifier and Type	Method and Description
`static <T extends IServiceProvider> Object`	ServiceHelper.`locateService(Class<?> serviceType, Object candidate, Iterable<T> additionalServiceProviders)` Convenience method for implementing `IServiceProvider` objects.
`static <T extends IServiceProvider> Object`	ServiceHelper.`locateService(Class<?> serviceType, Object candidate, T... additionalServiceProviders)` Convenience method for implementing `IServiceProvider` objects.

Methods in agi.foundation.infrastructure that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	ParentExtension.`getParent()` Gets the parent of the owner of this extension.
`IServiceProvider`	IParentService.`getParent()` Gets the parent of this object.

Methods in agi.foundation.infrastructure that return types with arguments of type IServiceProvider
Modifier and Type	Method and Description
`static Iterable<IServiceProvider>`	ChildrenExtension.`findDescendants(IServiceProvider owner)` Finds the descendants of a given object that has `IChildrenService`.
`Iterable<IServiceProvider>`	IChildrenService.`getChildren()` Gets a collection of children for a given parent.
`List<IServiceProvider>`	ChildrenExtension.`getChildren()` Gets the collection of children for the owner of this extension.
`Iterable<IServiceProvider>`	IChildrenService.`getDescendants()` Gets all descendants for a given parent.
`Iterable<IServiceProvider>`	ChildrenExtension.`getDescendants()` Gets the collection of all descendants for the owner of this extension.

Methods in agi.foundation.infrastructure with parameters of type IServiceProvider
Modifier and Type	Method and Description
`static Iterable<IServiceProvider>`	ChildrenExtension.`findDescendants(IServiceProvider owner)` Finds the descendants of a given object that has `IChildrenService`.
`static <T> T`	ServiceHelper.`getOptionalService(TypeLiteral<T> typeLiteralT, IServiceProvider serviceProvider)` Gets a service from a given service provider, or `null` if the service does not exist.
`static <T> T`	ServiceHelper.`getService(TypeLiteral<T> typeLiteralT, IServiceProvider serviceProvider)` Gets a service from a given service provider, throwing a `ServiceNotAvailableException` if the service is not available.
`static <T> T`	ServiceHelper.`getService(TypeLiteral<T> typeLiteralT, IServiceProvider serviceProvider, boolean throwIfNotAvailable)` Gets a service from a given service provider.
`static <T> T`	ServiceHelper.`getService(TypeLiteral<T> typeLiteralT, IServiceProvider serviceProvider, String exceptionMessage)` Gets a service from a given service provider, throwing a `ServiceNotAvailableException` if the service is not available.
`static boolean`	ServiceHelper.`hasService(IServiceProvider serviceProvider, Class<?> serviceType)` Checks whether a service provider has a given service.
`static <T extends IServiceProvider> Object`	ServiceHelper.`locateService(Class<?> serviceType, Object candidate, T... additionalServiceProviders)` Convenience method for implementing `IServiceProvider` objects.
`void`	ParentExtension.`setParent(IServiceProvider value)` Sets the parent of the owner of this extension.

Constructors in agi.foundation.infrastructure with parameters of type IServiceProvider
Constructor and Description
`AccessQueryReplacementCopyContext(IServiceProvider newObject, IServiceProvider oldObject)` Constructs a new instance with the specified parameters.
`ParentExtension(IServiceProvider parent)` Initializes a new instance based on a given parent.

Constructor parameters in agi.foundation.infrastructure with type arguments of type IServiceProvider
Constructor and Description
`ChildrenExtension(Iterable<? extends IServiceProvider> children)` Initializes a new instance based on a collection of children.

Uses of IServiceProvider in agi.foundation.navigation

Classes in agi.foundation.navigation that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`GpsLineOfSightVector` A vector describing the line-of-sight from a GPS satellite to a GPS receiver at the time of reception according to IS-GPS-200D.
`class`	`GpsReceiver` A Global Positioning System receiver.
`class`	`GpsReceiverExtension` An extension that associates a `GpsReceiver` (`get` / `set`) with a `Platform`.
`class`	`GpsSatelliteExtension` An extension that adds information and behaviors specific to Global Positioning System (GPS) satellites.
`class`	`GpsSatelliteInformationExtension` An extension that adds information about a GPS satellite.

Methods in agi.foundation.navigation that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	GpsReceiver.`getAntenna()` Gets the antenna of the GPS receiver.

Methods in agi.foundation.navigation with parameters of type IServiceProvider
Modifier and Type	Method and Description
`static GpsReceiver`	GpsReceiverHelper.`getGpsReceiver(IServiceProvider provider)` Gets the `GpsReceiver` from the `IGpsReceiverService` provided by an object.
`static GpsReceiver`	GpsReceiverHelper.`getGpsReceiver(IServiceProvider provider, String exceptionMessage)` Gets the `GpsReceiver` from the `IGpsReceiverService` provided by an object.
`static IGpsReceiverService`	GpsReceiverHelper.`getGpsReceiverService(IServiceProvider provider)` Gets the `IGpsReceiverService` provided by an object.
`static IGpsReceiverService`	GpsReceiverHelper.`getGpsReceiverService(IServiceProvider provider, String exceptionMessage)` Gets the `IGpsReceiverService` provided by an object.
`static IGpsReceiverService`	GpsReceiverHelper.`getOptionalGpsReceiverService(IServiceProvider provider)` Gets the `IGpsReceiverService` provided by an object, or `null` if the service does not exist.
`Evaluator<SatelliteUserRangeError>`	GpsReceiver.`getSatelliteUserRangeErrorEvaluator(IServiceProvider satellite, PerformanceAssessmentFile performanceAssessmentFile)` Returns an evaluator that supplies the user range errors for a satellite at a given date.
`Evaluator<SatelliteUserRangeError>`	GpsReceiver.`getSatelliteUserRangeErrorEvaluator(IServiceProvider satellite, PerformanceAssessmentFile performanceAssessmentFile, EvaluatorGroup group)` Returns an evaluator that supplies the user range errors for a satellite at a given date.
`abstract Scalar`	GpsReceiverNoiseModel.`getTotalNoiseScalar(IServiceProvider transmitter, IServiceProvider receiver)` Gets a scalar representing the total noise at a specified GPS receiver, in meters, when receiving a signal from a specified GPS satellite transmitter.
`Scalar`	ConstantGpsReceiverNoiseModel.`getTotalNoiseScalar(IServiceProvider transmitter, IServiceProvider receiver)` Gets a scalar representing the total noise at a specified GPS receiver, in meters, when receiving a signal from a specified GPS satellite transmitter.
`void`	GpsReceiver.`setAntenna(IServiceProvider value)` Sets the antenna of the GPS receiver.

Constructors in agi.foundation.navigation with parameters of type IServiceProvider
Constructor and Description
`GpsReceiver(PlatformCollection navigationSatellites, int numberOfChannels, IServiceProvider antenna, double fixedMaskAngle, double constantNoise)` Initializes a new instance of a basic Gps Receiver.

Uses of IServiceProvider in agi.foundation.navigation.advanced

Classes in agi.foundation.navigation.advanced that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`GpsCommunicationsFrontEnd` A communications-based antenna and navigation signal processing front-end for a `GPS Receiver`.
`class`	`NavigationTransmitterExtension` An extension that provides navigation transmitter capabilities.

Methods in agi.foundation.navigation.advanced with parameters of type IServiceProvider
Modifier and Type	Method and Description
`Scalar`	GpsCommunicationsNoiseModel.`getTotalNoiseScalar(IServiceProvider transmitter, IServiceProvider receiver)` Gets a scalar representing the total noise at a specified `NavigationReceiverChannel`, in meters, when receiving a signal from a specified GPS satellite transmitter.

Uses of IServiceProvider in agi.foundation.navigation.advanced.signalprocessing

Classes in agi.foundation.navigation.advanced.signalprocessing that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`GpsPowerSpectralDensityFilter` A filter which constrains the incoming signals into a specified bandwidth range, accounting for GPS power spectral density

Uses of IServiceProvider in agi.foundation.navigation.datareaders

Methods in agi.foundation.navigation.datareaders with parameters of type IServiceProvider
Modifier and Type	Method and Description
`Evaluator<SatelliteGlobalUserRangeError>`	PerformanceAssessmentFile.`getSatelliteGlobalUserRangeErrorEvaluator(IServiceProvider satellite)` Returns an evaluator which can compute the `SatelliteGlobalUserRangeError` for this Performance Assessment File at a given time.
`Evaluator<SatelliteGlobalUserRangeError>`	PerformanceAssessmentFile.`getSatelliteGlobalUserRangeErrorEvaluator(IServiceProvider satellite, EvaluatorGroup group)` Returns an evaluator which can compute the `SatelliteGlobalUserRangeError` for this Performance Assessment File at a given time.

Uses of IServiceProvider in agi.foundation.navigation.models

Methods in agi.foundation.navigation.models that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	ScalarSingleFrequencyIonosphericCorrection.`getReceiver()` Gets the receiver of the signal traveling through the ionosphere.
`IServiceProvider`	ScalarSaastamoinenTroposphericCorrection.`getReceiver()` Gets the receiver of the signal traveling through the troposphere.
`IServiceProvider`	ScalarSingleFrequencyIonosphericCorrection.`getTransmitter()` Gets the transmitter of the signal traveling through the ionosphere.
`IServiceProvider`	ScalarSaastamoinenTroposphericCorrection.`getTransmitter()` Gets the transmitter of the signal traveling through the troposphere.

Methods in agi.foundation.navigation.models with parameters of type IServiceProvider
Modifier and Type	Method and Description
`Scalar`	SingleFrequencyIonosphericCorrectionModel.`getScalar(IServiceProvider transmitter, IServiceProvider receiver)` A Scalar that can be evaluated to determine the single frequency ionospheric error correction.
`Scalar`	SaastamoinenTroposphericCorrectionModel.`getScalar(IServiceProvider transmitter, IServiceProvider receiver)` A Scalar that can be evaluated to determine the tropospheric error.
`abstract Scalar`	GpsReceiverErrorModel.`getScalar(IServiceProvider transmitter, IServiceProvider receiver)` Gets a scalar representing a model value using a specified GPS receiver, when receiving a signal from a specified GPS satellite transmitter.
`void`	ScalarSingleFrequencyIonosphericCorrection.`setReceiver(IServiceProvider value)` Sets the receiver of the signal traveling through the ionosphere.
`void`	ScalarSaastamoinenTroposphericCorrection.`setReceiver(IServiceProvider value)` Sets the receiver of the signal traveling through the troposphere.
`void`	ScalarSingleFrequencyIonosphericCorrection.`setTransmitter(IServiceProvider value)` Sets the transmitter of the signal traveling through the ionosphere.
`void`	ScalarSaastamoinenTroposphericCorrection.`setTransmitter(IServiceProvider value)` Sets the transmitter of the signal traveling through the troposphere.

Constructors in agi.foundation.navigation.models with parameters of type IServiceProvider
Constructor and Description
`ScalarSaastamoinenTroposphericCorrection(IServiceProvider transmitter, IServiceProvider receiver, RinexMeteorological rinexMeteorologicalFile, ScalarSaastamoinenTroposphericCorrection.TroposphericObliquityMapping obliquityMapping)` Initializes a new instance with the specified parameters.
`ScalarSingleFrequencyIonosphericCorrection(IServiceProvider transmitter, IServiceProvider receiver, RinexNavigation rinexNavigationFile)` Creates a new instance with the specified transmitter, receiver, and file.

Uses of IServiceProvider in agi.foundation.numericalmethods

Classes in agi.foundation.numericalmethods that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`Covariance3By3SizeAndOrientationInterpolator` Interpolates `Covariance3By3SizeAndOrientation` information.

Uses of IServiceProvider in agi.foundation.platforms

Classes in agi.foundation.platforms that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`AccessConstraintsExtension` An `ObjectExtension` that stores Access constraints.
`class`	`AccessResultExtension` An extension which holds an `AccessQueryResult` representing precomputed access results for the `Owner` (`get` / `set`) object.
`class`	`AzimuthElevationMaskExtension` An extension that associates an `AzimuthElevationMask` with a platform.
`class`	`CentralBodySurfaceCurve` A curve (or polyline) on the surface of a `CentralBody` (`get` / `set`).
`class`	`CentralBodySurfaceRegion` A region (or polygon) on the surface of a `CentralBody` (`get` / `set`).
`class`	`DynamicFieldOfViewExtension` An `ObjectExtension` that defines a time-dynamic field of view.
`class`	`FieldOfViewCentralBodyProjectionGraphicsExtension` An extension that describes the graphics of a `IFieldOfViewProjectionService` projected onto a `CentralBody` (`get` / `set`) and into space.
`class`	`FieldOfViewExtension` An `ObjectExtension` that defines a field of view.
`class`	`ImagingDeviceExtension` Extension for a platform which provides data regarding an imaging device.
`class`	`LocationPointCovarianceExtension` An `ObjectExtension` that provides the covariance of an object's position over time.
`class`	`LocationPointCovarianceGraphicsExtension` An extension that describes an ellipsoid at the location defined by `ILocationPointService` and a size and orientation defined by `ILocationPointCovarianceService`.
`class`	`LocationPointExtension` An `ObjectExtension` that provides the position of an object over time.
`class`	`MarkerGraphicsExtension` An extension that describes a marker at the location defined by `ILocationPointService`.
`class`	`NameExtension` An `ObjectExtension` that provides a name of an object.
`class`	`OrientationAxesExtension` An `ObjectExtension` that provides the orientation (rotation) of an object over time.
`class`	`Platform` A generic platform with a location and orientation relative to a parent platform.
`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.
`class`	`PlatformOrientationAxes` An Axes that can be used to refer to the current `OrientationAxes` (`get` / `set`) of a `Platform`, whatever it is at the time that this axes is evaluated.
`class`	`ReferenceFrameGraphicsExtension` An extension that implements `IKinematicStateGraphicsService`.
`class`	`TextGraphicsExtension` An extension that describes text at the location defined by `ILocationPointService`.

Methods in agi.foundation.platforms that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	AccessQueryGraphicsParameter.`getTimeObserver()` Gets the `IServiceProvider` to use as the time observer for the query.

Methods in agi.foundation.platforms that return types with arguments of type IServiceProvider
Modifier and Type	Method and Description
`Iterable<IServiceProvider>`	ServiceProviderDisplay.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`

Methods in agi.foundation.platforms with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	AccessQueryGraphicsParameter.`setTimeObserver(IServiceProvider value)` Sets the `IServiceProvider` to use as the time observer for the query.

Constructors in agi.foundation.platforms with parameters of type IServiceProvider
Constructor and Description
`AccessQueryGraphicsParameter(AccessQuery query, IServiceProvider timeObserver, T accessExists, T accessUnknown, T noAccess)` Initializes a new instance with the specified parameters.

Uses of IServiceProvider in agi.foundation.platforms.advanced

Methods in agi.foundation.platforms.advanced that return types with arguments of type IServiceProvider
Modifier and Type	Method and Description
`Collection<IServiceProvider>`	VectorVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	TextVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`abstract Collection<IServiceProvider>`	ServiceProviderVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	ReferenceFrameVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	PointVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	ModelVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	MarkerVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	LocationPointCovarianceVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	LinkVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	FieldOfViewCentralBodyProjectionVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	CentralBodySurfaceRegionVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	CentralBodySurfaceCurveVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`
`Collection<IServiceProvider>`	AzimuthElevationMaskVisualizer.`pick(PickResult pickResult)` Returns a list of `IServiceProvider` instances that were contained in the provided `PickResult`

Method parameters in agi.foundation.platforms.advanced with type arguments of type IServiceProvider
Modifier and Type	Method and Description
`void`	VectorVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	TextVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`abstract void`	ServiceProviderVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	ReferenceFrameVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	PointVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	ModelVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	MarkerVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	LocationPointCovarianceVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	LinkVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	FieldOfViewCentralBodyProjectionVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	CentralBodySurfaceRegionVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	CentralBodySurfaceCurveVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.
`void`	AzimuthElevationMaskVisualizer.`createEvaluators(Iterable<? extends IServiceProvider> serviceProviders, EvaluatorGroup group)` Called by `ServiceProviderDisplay` to instruct the visualizer to create an `Evaluator` objects needed for visualization.

Uses of IServiceProvider in agi.foundation.propagators

Classes in agi.foundation.propagators that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`PropagatorPoint` A point with its location computed by a propagator.

Uses of IServiceProvider in agi.foundation.radar

Classes in agi.foundation.radar that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`DualPolarizedRadarReceivingAntennaExtension` An extension which represents a dual polarized radio frequency (RF) radar receiving antenna.
`class`	`DualPolarizedRadarTransmittingAntennaExtension` An extension which represents a dual polarized radio frequency (RF) radar transmitting antenna.
`class`	`ProcessedRadarWaveformOutputExtension` An extension which identifies the output of a radar receiver's waveform processing subsystem.
`class`	`RadarAntennaSignalProcessor` Represents a receiving radio frequency (RF) antenna.
`class`	`RadarReceivingAntennaExtension` An `ObjectExtension` which represents a radar receiving antenna.
`class`	`RadarTransmittingAntennaExtension` An `ObjectExtension` which represents a radar transmitting antenna.
`class`	`TargetRadarCrossSectionExtension` An `ObjectExtension` which represents the radar cross section of a target object.

Methods in agi.foundation.radar that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	SingleTargetRadarLinkScalar.`getRadarReceiver()` Gets the `IServiceProvider` which represents the radar receiver.
`IServiceProvider`	SingleTargetRadarLinkScalar.`getRadarTransmitter()` Gets the `IServiceProvider` which represents the radar transmitter.
`IServiceProvider`	SingleTargetRadarLinkScalar.`getTarget()` Gets the `IServiceProvider` which represents the radar target.

Constructors in agi.foundation.radar with parameters of type IServiceProvider
Constructor and Description
`DwellTimeScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`DwellTimeScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference)` Initializes a new instance.
`EffectiveIsotropicRadiatedPowerScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`IntegratedPulseCountScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`IntegratedPulseCountScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference, double probabilityOfFalseAlarm, boolean enableConstantFalseAlarmRate, int constantFalseAlarmRateReferenceCellCount, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference, double probabilityOfFalseAlarm, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, double probabilityOfFalseAlarm, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`MitchellWalkerProbabilityOfDetectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`MonostaticAmbiguousTargetRangeScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`MonostaticAmbiguousTargetVelocityScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`PulseIntegrationTimeScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`PulseIntegrationTimeScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference)` Initializes a new instance.
`ReceiveAntennaGainScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`ReceiveAntennaOutputInterferencePowerScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`ReceiveAntennaOutputPowerScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`SignalToNoiseRatioScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`SignalToNoiseRatioScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference)` Initializes a new instance.
`SignalToNoiseRatioScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`SignalToNoiseRatioScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`SignalToNoiseRatioScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, RadarWaveformProcessor waveformProcessor, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`SignalToNoiseRatioScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, RadarWaveformProcessor waveformProcessor, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, SignalToNoiseRatioComputeMode computeMode)` Initializes a new instance.
`SingleTargetRadarLinkScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph, boolean evaluateInterference)` Initializes a new instance.
`TargetRadarCrossSectionScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TargetScatteredPowerScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TargetToReceiverDopplerFrequencyScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TargetToReceiverDopplerShiftScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TargetToReceiverPropagationLossScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TargetToReceiverReceivedIsotropicPowerScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TransmitAntennaGainScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TransmitterToTargetDopplerFrequencyScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TransmitterToTargetDopplerShiftScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TransmitterToTargetPropagationLossScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.
`TransmitterToTargetReceivedIsotropicPowerScalar(IServiceProvider radarTransmitter, IServiceProvider target, IServiceProvider radarReceiver, IntendedSignalStrategy intendedSignalStrategy, SignalPropagationGraph graph)` Initializes a new instance.

Uses of IServiceProvider in agi.foundation.stoppingconditions

Methods in agi.foundation.stoppingconditions that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	AccessStoppingCondition.`getTimeObserver()` Gets the time observer of the access query.

Methods in agi.foundation.stoppingconditions with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	AccessStoppingCondition.`setTimeObserver(IServiceProvider value)` Sets the time observer of the access query.

Constructors in agi.foundation.stoppingconditions with parameters of type IServiceProvider
Constructor and Description
`AccessStoppingCondition(AccessQuery query, ValueDefinition<AccessClassification> stoppingClassification, IServiceProvider timeObserver)` Initializes a new instance with the specified query and time observer.

Uses of IServiceProvider in agi.foundation.tracking

Classes in agi.foundation.tracking that implement IServiceProvider
Modifier and Type	Class and Description
`class`	`EntityDescriptor<TEntity>` Describes a family of entities.

Methods in agi.foundation.tracking that return IServiceProvider
Modifier and Type	Method and Description
`IServiceProvider`	AccessEntityFilter.`getTimeObserver()` Gets the `IServiceProvider` that will be used to evaluate the `Query` (`get` / `set`).

Methods in agi.foundation.tracking with parameters of type IServiceProvider
Modifier and Type	Method and Description
`void`	AccessEntityFilter.`setTimeObserver(IServiceProvider value)` Sets the `IServiceProvider` that will be used to evaluate the `Query` (`get` / `set`).

Constructors in agi.foundation.tracking with parameters of type IServiceProvider
Constructor and Description
`AccessEntityFilter(TransactionContext context, EntityParameter<TEntity> entityParameter, TransactionParameter transactionParameter, AccessQuery query, IServiceProvider timeObserver, EvaluatorGroup group)` Initializes a new instance with a specified `Query` (`get` / `set`) and `TimeObserver` (`get` / `set`).

Uses of Interfaceagi.foundation.IServiceProvider

Uses of IServiceProvider in agi.foundation

Uses of IServiceProvider in agi.foundation.access

Uses of IServiceProvider in agi.foundation.access.constraints

Uses of IServiceProvider in agi.foundation.aircraftpropagation

Uses of IServiceProvider in agi.foundation.celestial

Uses of IServiceProvider in agi.foundation.cesium

Uses of IServiceProvider in agi.foundation.cesium.advanced

Uses of IServiceProvider in agi.foundation.communications

Uses of IServiceProvider in agi.foundation.communications.antennas

Uses of IServiceProvider in agi.foundation.communications.signalprocessing

Uses of IServiceProvider in agi.foundation.communications.signalpropagation

Uses of IServiceProvider in agi.foundation.coverage

Uses of IServiceProvider in agi.foundation.coverage.figureofmerit

Uses of IServiceProvider in agi.foundation.geometry

Uses of IServiceProvider in agi.foundation.geometry.shapes

Uses of IServiceProvider in agi.foundation.infrastructure

Uses of IServiceProvider in agi.foundation.navigation

Uses of IServiceProvider in agi.foundation.navigation.advanced

Uses of IServiceProvider in agi.foundation.navigation.advanced.signalprocessing

Uses of IServiceProvider in agi.foundation.navigation.datareaders

Uses of IServiceProvider in agi.foundation.navigation.models

Uses of IServiceProvider in agi.foundation.numericalmethods

Uses of IServiceProvider in agi.foundation.platforms

Uses of IServiceProvider in agi.foundation.platforms.advanced

Uses of IServiceProvider in agi.foundation.propagators

Uses of IServiceProvider in agi.foundation.radar

Uses of IServiceProvider in agi.foundation.stoppingconditions

Uses of IServiceProvider in agi.foundation.tracking

Uses of Interface
agi.foundation.IServiceProvider