Uses of Interface
agi.foundation.infrastructure.ICloneWithContext

Packages that use ICloneWithContext

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.ccsds	Contains types for interoperating with data formats supported by The Consultative Committee for Space Data Systems (CCSDS).
agi.foundation.celestial	Contains types used in modeling characteristics of celestial objects and celestial phenomena.
agi.foundation.cesium	Contains types used for defining graphical properties of definitional objects to be written out as CZML.
agi.foundation.communications	Contains types for representing electromagnetic signals and propagating them along communication links.
agi.foundation.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.coordinates	Contains types for quantifying and converting between various coordinate representations.
agi.foundation.coverage	Contains types for computing complex access calculations between many different objects simultaneously.
agi.foundation.geometry	Contains types for expressing the motion of fundamental geometric objects such as points, axes, and reference frames; the manner in which they are related; and transformations between representations.
agi.foundation.geometry.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.models	Contains types representing more detailed navigation-related models.
agi.foundation.numericalmethods	Contains general numerical algorithms.
agi.foundation.numericalmethods.advanced	Contains additional advanced numerical algorithms and supporting types.
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.propagators.advanced	Contains types used to create more specialized propagation scenarios.
agi.foundation.radar	Contains types that perform radar system performance analysis.
agi.foundation.routedesign	Contains types for creating simple routes by specifying procedures at points of interest, how to connect them, and what height and speed to use along the route.
agi.foundation.routedesign.advanced	Contains types used to define immutable geometry and configuration for routes.
agi.foundation.segmentpropagation	Contains types for modeling a trajectory in segments, where the type of propagation varies for each segment.
agi.foundation.spice	Contains types used in modeling the ephemeris of solar system bodies using JPL SPICE files.
agi.foundation.stoppingconditions	Contains types for stopping propagation when various events occur.
agi.foundation.terrain	Contains types for reading and analyzing terrain data.
agi.foundation.time	Contains types for quantifying and converting between various date, time, and time standard representations.
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 ICloneWithContext in agi.foundation

Subinterfaces of ICloneWithContext in agi.foundation

Modifier and Type	Interface and Description
interface	IEvaluator An interface for an evaluator, which is an object which participates in a computation, and depends on other computations (other evaluators).
interface	IEvaluator1<T> An interface for an evaluator that takes a JulianDate and produces a return value of a given type.
interface	IEvaluatorOverIntervals<TResult,TResultOverIntervals> An interface for an evaluator that supports evaluation over an interval (or intervals) of time, in addition to evaluation at a specific JulianDate.

Classes in agi.foundation that implement ICloneWithContext

Modifier and Type	Class and Description
class	ConstantEvaluator<T> An Evaluator which always returns the same value.
class	Evaluator<T> An abstract class that implements IEvaluator1, making all interface methods and properties abstract.
class	Function2<TIndependent,TDependent> Represents any function.
class	Function3<TIndependent,TDependent,TDependentDerivative> Represents any function.
class	MotionEvaluator1<T> The base class for evaluators that take a JulianDate and produce Motion1.
class	MotionEvaluator2<T,TDerivative> The base class for evaluators that take a JulianDate and produce Motion2.
class	ServiceProviderCollection A collection of instances that implement IServiceProvider.

Uses of ICloneWithContext in agi.foundation.access

Subinterfaces of ICloneWithContext in agi.foundation.access

Modifier and Type	Interface and Description
interface	ILinkService A service interface that provides the most basic methods for modeling a communication link between a transmitter and a receiver.

Classes in agi.foundation.access that implement ICloneWithContext

Modifier and Type	Class and Description
class	AccessComputation Computes Access, or inter-visibility, between two objects.
class	AccessConstraint A constraint between two objects.
class	AccessConstraintCollection A collection of Access constraints.
class	AccessConstraintEvaluator The base class for Access constraint evaluators.
class	AccessEvaluator An evaluator that determines whether access exists for an AccessQuery.
class	AccessQuery A query that determines whether or not Access exists for a given time or for intervals of time.
class	AccessQueryAnd An AccessQuery which is a logical AND of two or more sub-queries.
class	AccessQueryAtLeastN An AccessQuery that requires at least N of a list of sub-queries to be satisfied in order to be considered satisfied itself.
class	AccessQueryAtMostN An AccessQuery that requires that no more than N of a list of sub-queries be satisfied in order to be considered satisfied itself.
class	AccessQueryCollection A collection of AccessQuery objects.
class	AccessQueryExactlyN An AccessQuery that requires exactly N of a list of sub-queries to be satisfied in order to be considered satisfied itself.
class	AccessQueryNot An AccessQuery which is a logical NOT of another query.
class	AccessQueryOr An AccessQuery which is a logical OR of two or more sub-queries.
class	AccessQueryStartAndMaintain An AccessQuery that can define separate constraints for starting and maintaining access.
class	AccessQueryTrackedSatellite An access query which determines access to a specific navigation satellite within a GpsReceiver.
class	AlwaysSatisfiedLinkConstraint An AccessConstraint which is always satisfied.
class	CircularAccessConstraint Defines methods for implementing a circular function used to compute access.
protected static class	CircularAccessConstraint.CircularAccessConstraintEvaluator Base class for Access constraint evaluators which evaluate circular functions.
class	EvaluatorDelayedByLink<T> An evaluator which wraps another evaluator while delaying it by a time specified by a LinkDelayEvaluator.
class	LinkInstantaneous An idealized link that allows instantaneous communication between the Transmitter (get / set) and Receiver (get / set).
class	LinkPath Describes a path through one or more links (such as LinkInstantaneous or LinkSpeedOfLight).
class	LinkSpeedOfLight A link between a Transmitter (get / set) and Receiver (get / set) that travels at the speed of light.
class	MinimumMaximumAccessConstraint The base class for Access constraints where the function must lie between a minimum value and a maximum value in order for the constraint to be considered satisfied.
protected static class	MinimumMaximumAccessConstraint.MinMaxThresholdEvaluator A convenient base class to use for the evaluators for constraints derived from MinimumMaximumAccessConstraint.

Uses of ICloneWithContext in agi.foundation.access.constraints

Classes in agi.foundation.access.constraints that implement ICloneWithContext

Modifier and Type	Class and Description
class	AltitudeConstraint An Access constraint that restricts access to when the ConstrainedObject (get / set) is above a minimum and below a maximum altitude in meters with respect to the given central body.
class	AngleInPlaneConstraint An access constraint that projects the displacement vector from one object to another into a given axis-aligned plane and requires that the angle of the projected vector, measured from the first axis defining the plane toward the second, is within a range of values.
class	AngleOutOfPlaneConstraint An access constraint that requires that the angle of the displacement vector between two objects above a given axis-aligned plane is within a range of values.
class	AzimuthAngleConstraint An Access constraint that requires that the object at the other end of the ConstrainedLink (get / set) be between a range of azimuth angles as viewed from the ConstrainedLinkEnd (get / set).
class	AzimuthAngleRateConstraint An Access constraint that requires that the angular motion of the other end of the ConstrainedLink (get / set) be between a range of azimuth angle rates in radians per second as viewed from the ConstrainedLinkEnd (get / set).
class	AzimuthElevationMaskConstraint An Access constraint that determines whether the object at the other end of the ConstrainedLink (get / set) is visible based on an AzimuthElevationMask associated with the ConstrainedLinkEnd (get / set).
class	CartographicZoneConstraint This constraint limits access to within a certain cartographic region.
class	CentralBodyEllipticCylindricalAccessConstraint An access constraint in the shape of an elliptic cylinder (or a circular cylinder by setting the x semiaxis length equal to the y semiaxis length) defined by a central point, a heading for the x semiaxis, and the corresponding x semiaxis and y semiaxis lengths.
class	CentralBodyLayeredProjectedVolumeAccessConstraint An access constraint that takes a set of points and altitude layers to create a layered volume access constraint.
class	CentralBodyObstructionConstraint An Access constraint that requires that the view from one object to another not be obstructed by a central body such as the Earth or another planet.
class	CentralBodySurfaceCurveElevationAngleConstraint An Access constraint that requires that an object be between a span of elevation angles from any or all of the points along a given line on the surface of the central body.
class	CentralBodySurfaceRegionConstraint An AccessConstraint that requires that an object be within a given CentralBodySurfaceRegion.
class	CentralBodySurfaceRegionElevationAngleConstraint An AccessConstraint that requires that an object be between a span of elevation angles from any or all of the points in a given area on the surface of the CentralBody (get / set).
class	CentralBodySurfaceRegionSensorVolumeConstraint An access constraint that requires that an EllipsoidSurfaceRegion attached to one end of the ConstrainedLink (get / set) be partially within the volume of the sensor attached to the other end of the link.
class	CircularEquatorialOrbitGrazingAngleConstraint An Access constraint that requires that the grazing angle between a ring in the equatorial plane of the provided CentralBody (get / set) and the direction to an object at the other end of the ConstrainedLink (get / set) be between a span of values as viewed from the ConstrainedLinkEnd (get / set).
class	CommunicationLinkConstraint An access constraint which is based on a communication link parameter defined by a CommunicationLinkScalar.
class	CommunicationObjectConstraint An access constraint which is based on a communication or link budget parameter defined by a CommunicationObjectScalar.
class	CovarianceSeparationConstraint An Access constraint that requires that the ends of the ConstrainedLink (get / set) with uncertain position have a 'worst-case' separation above a minimum and below a maximum distance in meters.
class	DilutionOfPrecisionConstraint An Access constraint which restricts access to the ConstrainedObject (get / set) to when the dilution of precision (DOP) is above a minimum, below a maximum or both.
class	ElevationAngleConstraint An Access constraint that requires that the object at the other end of the ConstrainedLink (get / set) be between a span of elevation angles as viewed from the ConstrainedLinkEnd (get / set).
class	ElevationAngleRateConstraint An Access constraint that requires that the object at the other end of the ConstrainedLink (get / set) be between a range of elevation angle rates in radians per second as viewed from the ConstrainedLinkEnd (get / set).
class	GroundSampleDistanceConstraint An access constraint which requires the Ground Sample Distance (GSD) to be greater than a minimum and less than a maximum value.
class	HeightAboveHorizonConstraint An access constraint based on the vertical height (in meters) of the other end of the ConstrainedLink (get / set) with respect to the horizontal plane of the ConstrainedLinkEnd (get / set) object.
class	NavigationAccuracyAssessedConstraint An Access constraint which restricts access to the ConstrainedObject (get / set) to when the assessed navigation accuracy is above a minimum, below a maximum or both.
class	NavigationAccuracyPredictedConstraint An Access constraint which restricts access to the ConstrainedObject (get / set) to when the predicted navigation accuracy is above a minimum, below a maximum or both.
class	RangeConstraint An Access constraint that requires that the ends of the ConstrainedLink (get / set) be above a minimum and below a maximum distance in meters.
class	RangeRateConstraint An access constraint that requires that the ends of the ConstrainedLink (get / set) have a range-rate in meters per second above a minimum and below a maximum value.
class	ScalarConstraint A class representing a generalized constraint based on a given evaluator with a minimum and maximum threshold value which indicate the satisfaction region.
class	SensorVolumeConstraint An access constraint that requires that the object at the other end of the ConstrainedLink (get / set) be inside the volume of the sensor attached to the ConstrainedLinkEnd (get / set).
class	SingleTargetRadarObjectConstraint An access constraint which is based on a radar system performance parameter defined by a SingleTargetRadarLinkScalar.
class	SurfaceDistanceConstraint An Access constraint that requires that the surface distance between two objects be above a minimum and below a maximum in meters.
class	TerrainLineOfSightConstraint An Access constraint that requires that the line of sight between the ConstrainedLinkEnd (get / set) and the object at the other end of the ConstrainedLink (get / set) not be obscured by terrain.
class	ThirdBodyElevationAngleConstraint An Access constraint that requires that the apparent position of the third body be between a range of elevation angles as viewed from the ConstrainedObject (get / set).
class	TotalAngularRateConstraint An Access constraint that requires that the other end of the ConstrainedLink (get / set) move at a certain angular rate with respect to the ConstrainedLinkEnd (get / set).

Uses of ICloneWithContext in agi.foundation.aircraftpropagation

Classes in agi.foundation.aircraftpropagation that implement ICloneWithContext

Modifier and Type	Class and Description
class	AccelerationPerformanceModel Defines an aircraft's performance model during acceleration.
class	AircraftMotionIntegrationPoint Represents a Point which reflects the integrated motion elements in an integration state.
class	AircraftStateElementConverter Represents output associated with a PropagationStateElement corresponding to a set of Cartesian values.
class	BandedCruisePerformanceModel Defines a performance model during cruise which changes linearly between altitude bands.
class	ClimbDescentPerformanceModel Defines an aircraft's performance model during climb or descent, by determining a set of ClimbDescentCommandedValues at a given time.
class	ClimbPerformanceModel Defines an aircraft's performance model during climb, by determining a set of ClimbDescentCommandedValues at a given time.
class	CompositeManeuver Defines an aircraft maneuver as a combination of a horizontal behavior and vertical behavior.
class	CruiseBehavior Defines a vertical behavior of a CompositeManeuver in which an aircraft attempts to achieve cruising flight at a desired altitude.
class	CruisePerformanceModel Defines an aircraft's performance model during cruise, by determining a set of CruiseCommandedValues at a given time.
class	DescentPerformanceModel Defines an aircraft's performance model during descent, by determining a set of ClimbDescentCommandedValues at a given time.
class	HorizontalBehavior Defines the horizontal behavior of a CompositeManeuver.
class	LinearClimbOrDescentBehavior Defines a vertical behavior of a CompositeManeuver in which an aircraft accelerates or decelerates longitudinally, linearly increasing or decreasing its true airspeed and rate of climb or descent.
class	MaintainCourseOrHeadingBehavior Defines a horizontal behavior of a CompositeManeuver in which a constant course or heading is maintained.
class	MaintainHorizontalAndVerticalSpeedsBehavior Defines a vertical behavior of a CompositeManeuver in which the horizontal and vertical speeds are maintained.
class	Maneuver An abstract base class which defines an aircraft maneuver.
class	PerformanceModels Defines a set of performance models associated with various phases of flight.
class	PushOverOrPullUpBehavior Defines a vertical behavior of a CompositeManeuver in which an aircraft's direction of flight is either "pushed over" or "pulled up".
class	SimpleAccelerationPerformanceModel Defines a simple performance model for an aircraft during acceleration.
class	SimpleClimbPerformanceModel Defines a simple performance model for an aircraft during climb.
class	SimpleCruisePerformanceModel Defines a simple performance model for an aircraft during cruise.
class	SimpleDescentPerformanceModel Defines a simple performance model for an aircraft during descent.
class	SimpleFixedWingCoordinatedFlight Defines a flight condition where the aircraft is assumed to be flying with the following conditions: The forces acting in the lateral direction are zero.
class	SimpleFixedWingForwardFlightAerodynamics Defines an aerodynamic model for fixed wing aircraft under nominal forward flight conditions which accounts for lift and drag forces but assumes that the slip (or side) force is zero, by definition.
class	SimpleForwardFlightJetPropulsion Defines a propulsion model for a jet or turbofan driven fixed wing aircraft under nominal forward flight conditions.
class	SimpleForwardFlightPropellerPropulsion Defines a propulsion model for a propeller driven fixed wing aircraft under nominal forward flight conditions.
class	TurnAtConstantRateBehavior Defines a horizontal behavior of a CompositeManeuver in which a constant turn rate is maintained.
class	VerticalBehavior Defines the vertical behavior of a CompositeManeuver.

Uses of ICloneWithContext in agi.foundation.ccsds

Classes in agi.foundation.ccsds that implement ICloneWithContext

Modifier and Type	Class and Description
class	CcsdsOrbitEphemerisMessageFile Reads from and writes to Orbit Ephemeris Message (OEM) files determined by the specifications of The Consultative Committee for Space Data Systems (CCSDS).
class	CcsdsOrbitEphemerisMessageSegment Ephemeris (and optionally covariance) data for an object that is valid for a given time period.

Uses of ICloneWithContext in agi.foundation.celestial

Classes in agi.foundation.celestial that implement ICloneWithContext

Modifier and Type	Class and Description
class	ArielCentralBody The Uranian moon Ariel.
class	AtmosphericDragForce A simple model of atmospheric drag on a body according to its coefficient of drag and reference cross-sectional area.
class	AtmosphericRefractionModel Defines a refraction model.
class	CallistoCentralBody The Jovian moon Callisto.
class	CentralBodiesFacet A CalculationContextFacet that holds and provides information about central bodies such as planets, moons, the sun, etc.
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	ClassicalEquationOfEquinoxes Represents the classical equation of the equinox as defined in the Explanatory Supplement to the Astronomical Almanac.
class	ConstantForce Represents a constant force.
class	ConstantSolarGeophysicalData Represents the solar radiation and geomagnetic flux indices as constant values.
class	ConstantTorque Represents a constant torque.
class	ConstantWindModel Represents a constant wind speed and direction.
class	ContinuousThrustForceModel Represents a force generated by continuous thrust.
class	CssiSolarGeophysicalData Represents the solar radiation and geomagnetic flux indices as they vary over time.
class	DeimosCentralBody The Martian moon Deimos.
class	DioneCentralBody The Saturnian moon Dione.
class	DragBodyPlate A model of a discrete surface element of a spacecraft's body that has a surface area, unit normal direction, and a drag coefficient.
class	DragOneDofSolarPanelPlate A model of a discrete surface element of a spacecraft's solar panels that points toward the Sun as much as it can while being constrained by a single rotational degree of freedom about a specified rotation axis.
class	DragPlate A model of a discrete surface element of a spacecraft that has a surface area, unit normal direction, and a drag coefficient.
class	DragTwoDofSolarPanelPlate A model of a discrete surface element of a spacecraft's solar panels that always points toward the Sun.
class	EarthCentralBody The planet Earth.
class	EarthMoonBarycenter The barycenter of the Earth-Moon system.
class	EffectiveRadiusAtmosphericRefractionModel The effective radius model approximates the effects of refraction by assuming that the refractive index decreases linearly with altitude.
class	EnceladusCentralBody The Saturnian moon Enceladus.
class	EquationOfEquinoxes Represents the equation of the equinox (also called the "nutation in right ascension" according to the Explanatory Supplement to the Astronomical Almanac) which defines the right ascension of the mean equinox with respect to the true equator and equinox.
class	EuropaCentralBody The Jovian moon Europa.
class	ForceEvaluator Base class for evaluators created by a ForceModel to compute the force.
class	ForceModel Represents a Newtonian force which can be used to specify the equations of motion for a mass body located by a PropagationNewtonianPoint.
class	GanymedeCentralBody The Jovian moon Ganymede.
class	GravityGradientTorque Represents the gravity-gradient torque effects on a satellite parameterized by a PropagationNewtonianPoint and a PropagationEulerianAxes.
class	HyperionCentralBody The Saturnian moon Hyperion.
class	IapetusCentralBody The Saturnian moon Iapetus.
class	Iau1976Precession Provides Earth precession information according to the IAU 1976 model
class	Iau1980Nutation Provides Earth Nutation information according to the IAU 1980 model
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	Iers2003SolidTideModel A high-fidelity, time-varying Earth solid tide model that is based on the IERS Conventions (2003) technical report 32.
class	IersTechnicalNote36RelativisticCorrectionForce A KindOfForce.NEWTONIAN_SPECIFIC_FORCE that models the first order correction to the acceleration of a space object about a CentralBody (get / set).
class	IndividualPlateModel A model of a discrete surface element of a spacecraft that has a surface area, unit normal direction, and drag or reflectivity coefficients.
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	ItuRP834Version4AtmosphericRefractionModel ITU-R P.834-4 is the ITU recommendation concerning "Effects of tropospheric refraction on radio wave propagation." The recommendation provides an analytical formula for the refracted elevation at the ground.
class	JplDE The common base for classes for loading and accessing JPL DE files.
class	JplDE200 Represents JPL DE200 ephemeris data.
class	JplDE403 Represents JPL DE403 ephemeris data.
class	JplDE405 Represents JPL DE405 ephemeris data.
class	JplDE421 Represents JPL DE421 ephemeris data.
class	JplDE430 Represents JPL DE430 ephemeris data.
class	JplDE440 Represents JPL DE440 ephemeris data.
class	JplDEFile Provides raw access to a JPL DE file.
class	JplDEFileEvaluator The class returned by JplDEFile.getEvaluator(JplDEDataIndex,EvaluatorGroup) to allow calculation of time-varying information in the JPL DE file.
class	JupiterCentralBody The planet Jupiter.
class	JupiterSystemBarycenter The barycenter of the Jupiter system.
class	LibrationModel A model of the libration of a central body.
class	LinkRefracted A link between a Transmitter (get) and Receiver (get) that travels a refracted path.
class	MagneticCoilTorque Represents the torque effects of a magnetic field vector on a magnetic torquer coil implemented on a spacecraft parameterized by a PropagationEulerianAxes.
class	MagneticFieldVector Represents the magnetic field vector at a TargetPoint (get / set) due to a planetary magnetic field.
class	MarsCentralBody The planet Mars.
class	MarsSystemBarycenter The barycenter of the Mars system.
class	MercuryCentralBody The planet Mercury.
class	MimasCentralBody The Saturnian moon Mimas.
class	MoonCentralBody The moon of the Earth.
class	NeptuneCentralBody The planet Neptune.
class	NeptuneSystemBarycenter The barycenter of the Neptune system.
class	NPlateAtmosphericDragForce A medium-fidelity force model for atmospheric drag on a spacecraft.
class	NPlateModel A collection that models the spacecraft's body as a collection of individual plates with surface areas, body-fixed directions, and drag or reflectivity coefficients.
class	NPlateSolarRadiationForce A medium-fidelity force model for solar radiation pressure on a spacecraft.
class	NutationModel A model of the nutation of a central body.
class	OffAxisTorque Represents the torque effects of a thruster that is not aligned with the center of mass of a a vehicle parameterized by a PropagationEulerianAxes.
class	PermanentSolidTideModel A constant solid tide model that can add permanent tides to a tide-free model to form a zero-tide model.
class	PhobosCentralBody The Martian moon Phobos.
class	PhoebeCentralBody The Saturnian moon Phoebe.
class	PlanetarySystemBarycenter The barycenter of a planetary system.
class	PlutoCentralBody The dwarf planet Pluto.
class	PlutoSystemBarycenter The barycenter of the Pluto system.
class	PrecessionModel A model of the precession of a central body.
class	ReactionWheelTorque Represents the torque effects of a reaction wheel implemented on a spacecraft parameterized by a PropagationEulerianAxes.
class	RheaCentralBody The Saturnian moon Rhea.
class	SaturnCentralBody The planet Saturn.
class	SaturnSystemBarycenter The barycenter of the Saturn system.
class	ScalarAtmosphericDensity Abstract base class for all atmospheric models used to calculate density.
class	ScalarDensityJacchia1970 Calculates atmospheric density according to the Jacchia 1970 model.
class	ScalarDensityJacchiaRoberts Calculates atmospheric density according to the Jacchia-Roberts model.
class	ScalarDensityMsis2000 Calculates atmospheric density according to the NRLMSISE 2000 model.
class	ScalarDensityMsis86 Calculates atmospheric density according to the MSIS 1986 model.
class	ScalarDensityMsis90 Calculates atmospheric density according to the MSIS 1990 model.
class	ScalarOccultation A class that provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType.
class	ScalarOccultationCylindrical Provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType using the cylindrical shadow model.
class	ScalarOccultationDualCone Provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType using the dual cone shadow model.
class	ScalarOccultationNoShadow This is a ScalarOccultation for use with SimpleSolarRadiationForce.
class	ScalarOccultationRegulatedDualCone Provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType using the dual cone shadow model.
class	ScalarVariableArea A Scalar that enables interpolation of spacecraft area data from .dat files to use as a reference area for AtmosphericDragForce and SimpleSolarRadiationForce.
class	ScalarVariableAreaArgumentLatitude A Scalar that enables interpolation of spacecraft area data to use as a reference area for AtmosphericDragForce and SimpleSolarRadiationForce.
class	ScalarVariableAreaJulianDate A Scalar that enables interpolation of spacecraft area data to use as a reference area for AtmosphericDragForce and SimpleSolarRadiationForce.
class	SimpleSolarRadiationForce Represents the acceleration from solar radiation pressure exerted on the given reflective area at the target position.
class	SimpleSolidTideModel A simplified, time-varying solid tide model.
class	SolarGeophysicalData This class holds information on the F10.7 solar flux and the kp and ap geomagnetic flux.
class	SolarRadiationBodyPlate A model of a discrete surface element of a spacecraft's body that has a surface area, unit normal direction, a specular reflectivity coefficient, and a diffuse reflectivity coefficient.
class	SolarRadiationBoundaryMitigation Corrects for eclipse crossings during satellite propagation.
class	SolarRadiationOneDofSolarPanelPlate A model of a discrete surface element of a spacecraft's solar panels that points toward the Sun as much as it can while being constrained by a single rotational degree of freedom about a specified rotation axis.
class	SolarRadiationPlate A model of a discrete surface element of a spacecraft that has a surface area, unit normal direction, a specular reflectivity coefficient, and a diffuse reflectivity coefficient.
class	SolarRadiationTwoDofSolarPanelPlate A model of a discrete surface element of a spacecraft's solar panels that always points toward the Sun.
class	SolarSystemBarycenter The barycenter of a solar system.
class	SolidTideModel A solid tide model that could be permanent or time-varying.
class	SpaceControlFacilityAtmosphericRefractionModel The Satellite Control Facility (SCF) refraction model is based upon the paper "Refraction Correction, 'RC, Refraction Addition, 'RA, Milestone 4, Model 15.3A" by A.
class	SphericalHarmonicCoefficients Contains the coefficient data for a spherical harmonic model.
class	SphericalHarmonicGravity Represents the acceleration (force for a given unit mass) at a particular point from the gravitational effects of the distribution of the Earth's mass.
class	SphericalHarmonicGravitySecularVariations A linear model for the secular variations of a gravity model.
class	SunCentralBody The star at the center of our solar system.
class	TethysCentralBody The Saturnian moon Tethys.
class	ThirdBodyGravity Represents the gravitational acceleration created by bodies other than the central body around which a target object is orbiting.
class	TimeVaryingSolidTideModel A solid tide model that must vary with time.
class	TitanCentralBody The Saturnian moon Titan.
class	TitaniaCentralBody The Uranian moon Titania.
class	TorqueEvaluator Base class for evaluators created by a TorqueModel to compute the torque.
class	TorqueModel Represents a torque which can be used to specify the equations of rotational motion for a rigid-body parameterized by a PropagationEulerianAxes.
class	TritonCentralBody The Neptunian moon Triton.
class	TwoBodyGravity Represents the acceleration from a simple two body gravity model.
class	UranusCentralBody The planet Uranus.
class	UranusSystemBarycenter The barycenter of the Uranus system.
class	USStandardAtmosphere1976 Provides scalars that calculate values using the U.S.
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	WindModel Defines a wind model for an atmosphere.
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.

Uses of ICloneWithContext in agi.foundation.cesium

Classes in agi.foundation.cesium that implement ICloneWithContext

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.

Uses of ICloneWithContext in agi.foundation.communications

Classes in agi.foundation.communications that implement ICloneWithContext

Modifier and Type	Class and Description
class	AnsysHfssCrossSectionScatteringCoefficient A SphericalTabularMonostaticCrossSectionScatteringCoefficient which contains complex scattering data produced as output from Ansys HFSS.
class	AnsysHfssFarFieldDataPolarizationSource A frequency dependent polarization source which produces polarization based on the link geometry and data in the far field data file (*.ffd) format which is produced by the Ansys HFSS application.
class	CommunicationLinkCollection A collection of communication links, primarily used by the CommunicationSystem.
class	CommunicationSystem Models a communications system involving multiple transmitters, receivers, transponders, and transceivers.
class	ComplexAnalogTransmitter An analog transmitter defined by a Signal and RadioFrequencyGainPattern.
class	ComplexCrossSectionScatteringCoefficient Type that represents a complex 2x2 scattering coefficient matrix.
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	ConstantCrossSectionScatteringCoefficient A ScatteringCoefficient which is represented by a constant cross section value.
class	ConstantPolarizationSource A polarization source which returns a constant polarization over time, regardless of the link geometry.
class	EllipticalPolarization Represents elliptical polarization.
class	FrequencyDependentElectricFieldPolarizationSource A polarization source which produces polarization based on the link geometry and a collection of frequency dependent electric field patterns.
class	IdentifiableTransmitterExtension An ObjectExtension which provides the IIdentifiableTransmitterService service interface so clients can query for a transmitter's SignalIdentifier.
class	Ieee1979PolarizationSource A polarization source which produces polarization based on the link geometry and measured antenna data which conforms to the IEEE Std 149-1979 "IEEE Standard Test Procedures for Antennas".
class	LeftHandCircularPolarization Represents left hand circular polarization.
class	LinearPolarization Represents linear polarization.
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	OrthogonalPolarizationChannelIdentifier Type used to identify the orthogonal polarization channel.
class	OrthogonalPolarizationSource A polarization source which is orthogonal to the polarization obtained from the given primary polarization source, regardless of the link geometry.
class	PointScattererExtension An ObjectExtension which is used to model signal reflections using a single point scatterer model.
class	PointScattererFrequencyBand Represents a frequency band with scattering properties defined by the assigned ScatteringCoefficient (get / set) instance.
class	PointScattererFrequencyBandCollection Represents a collection of PointScattererFrequencyBand objects.
class	PointScattererInformation An immutable data structure which contains information about when a signal arrives at a point scatterer.
class	PointScattererInformationCollection A collection of PointScattererInformation objects representing each of the point scatterers which the signal has reflected off of before reception at the receiver.
class	PointScattererLinkPath Describes a propagation path from a transmitter through one or more point scatterers ending at a receiver.
class	Polarization Base class for all types of signal polarization.
class	PolarizationSource Base class for a polarization source which provides an evaluator for evaluating polarization over time based on the link geometry and polarization axes.
class	PrimaryPolarizationChannelIdentifier Type used to identify the primary polarization channel.
class	RightHandCircularPolarization Represents right hand circular polarization.
class	ScatteringCoefficient Modifies an incident signal by a scattering coefficient to produce a reflected signal.
class	SignalChannelIdentifier A value used to identify a signal channel.
class	SignalComputation Base class for a signal computation, defined in terms of a SignalParameter.
class	SignalDataCollection A collection of Signal data.
class	SignalEvaluator Base class for all signal evaluators.
class	SignalIdentifier A value used to identify a signal.
class	SignalPolarizationEvaluator An abstract base class which defines an object which produces a polarization based on a supplied signal.
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	SphericalTabularMonostaticCrossSectionScatteringCoefficient A ScatteringCoefficient which is represented by monostatic tabular cross section values provided in a spherical coordinate system.
class	StringSignalIdentifier Identifies a signal using a string identifier.
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.

Uses of ICloneWithContext in agi.foundation.communications.antennas

Classes in agi.foundation.communications.antennas that implement ICloneWithContext

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	BeamformerWeightsEvaluator Abstract base class for an evaluator which evaluates beamformer weights as a ComplexMatrix.
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	CosineExponentElementFactor A PhasedArrayElementFactor which produces a cosine raised to the specified exponent element factor.
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	DirectionsEvaluator Abstract base class for an evaluator which evaluates a list of WeightedDirection.
class	DirectionsProvider Abstract base class for types which provide a DirectionsEvaluator.
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	LinkDirectionsProvider A DirectionsProvider which provides directions using a list of links which are held as instances of IServiceProvider.
class	MinimumVarianceDistortionlessResponseBeamformer A Minimum Variance Distortionless Response (MVDR) beamformer, also referred to as a Capon beam former.
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	PhasedArrayBeamformer Abstract base class for a phased array beamformer which is responsible for computing the complex element weights.
class	PhasedArrayElement A DefinitionalObject which represents a single element of a phased array antenna.
class	PhasedArrayElementFactor Abstract base class for a phased array element factor.
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	SphericalTabularGainData A function class for computing gain using tabular data provided in a spherical coordinate system.
class	SquareHornGainPattern A static square horn antenna gain pattern.
class	StaticDirection Type which associates a direction, in the form of a UnitCartesian, with a TimeIntervalCollection of availability intervals and an optional weighting metric.
class	StaticDirectionsProvider A DirectionsProvider which provides static directions using a list of StaticDirection instances.
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.

Uses of ICloneWithContext in agi.foundation.communications.signalprocessing

Classes in agi.foundation.communications.signalprocessing that implement ICloneWithContext

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	CompositeIntendedSignalStrategy An IntendedSignalStrategy which sequentially applies a collection of IntendedSignalStrategies to identify intended signals.
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	FilteredSignalSource Filters out any signal which does not overlap the desired band.
class	IntendedReferenceSignal An IntendedSignalStrategy which simply returns a specified reference signal.
class	IntendedSignalByDataType An IntendedSignalStrategy which identifies intended signals using the presence of a specified type of data.
class	IntendedSignalByFrequency An IntendedSignalStrategy that identifies the intended signal as the one with a frequency closest to the target frequency.
class	IntendedSignalByIdentifier<TIdentifier> An IntendedSignalStrategy which identifies intended signals using the presence of a specified object as an identifier.
class	IntendedSignalByModulation<TModulation extends DigitalModulation> An IntendedSignalStrategy that identifies the intended signal as the one with the specified modulation and with a frequency closest to the target frequency.
class	IntendedSignalByOrthogonalPolarization An IntendedSignalStrategy that identifies the intended signal by looking for OrthogonalPolarizationChannelIdentifier as signal data.
class	IntendedSignalByPrimaryPolarization An IntendedSignalStrategy that identifies the intended signal by looking for PrimaryPolarizationChannelIdentifier as signal data.
class	IntendedSignalByTransmitter An IntendedSignalStrategy that identifies the intended signal as the one transmitted by the specified transmitter.
class	IntendedSignalStrategy A class which defines a strategy for locating one Signal, or all Signals, designated as "intended" from the set of Signals from a given ISignalSource.
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.
class	VariableGainAmplifierBackoffCurves Represents a set of input back-off curves.
class	VariableGainAmplifierBackoffPolynomial Represents a polynomial input back-off curve.

Uses of ICloneWithContext in agi.foundation.communications.signalpropagation

Classes in agi.foundation.communications.signalpropagation that implement ICloneWithContext

Modifier and Type	Class and Description
class	AtmosphericAttenuationModelItuRP676Version10 ITU-R P.676 version 10 Attenuation by atmospheric gases.
class	AtmosphericAttenuationModelItuRP676Version9 ITU-R P.676 version 9 Attenuation by atmospheric gases.
class	BeerLambertLawAtmosphericAttenuationModel An atmospheric absorption model based on the Beer-Lambert Law.
class	CloudFogAttenuationModelItuRP840Version6 ITU-R P.840 version 6 cloud and fog attenuation model.
class	CraneRainAttenuationModel Crane rain attenuation propagation model implementation.
class	DopplerShiftModel A model of the doppler shift for a signal along the propagation path.
class	FreeSpacePathLossModel A model of the path loss of a signal propagating in free space.
class	HufnagelValleyRefractiveIndexStructureParameterModel Represents the Hufnagel-Valley (H-V) model for the refractive index structure parameter.
class	ItuRP676AtmosphericModel Provides atmospheric data for the ITU-R P.676 atmospheric attenuation model.
class	ItuRP676AtmosphericValuesEvaluator An evaluator that computes atmospheric values required by the ITU-R P.676 atmospheric attenuation model for a given time and location.
class	ItuRP838AtmosphericModel Provides atmospheric data for the ITU-R P.838 rain attenuation model.
class	ItuRP840AtmosphericModel Provides atmospheric data for the ITU-R P.840 cloud and fog attenuation model.
class	ItuRP840AtmosphericValuesEvaluator An evaluator that computes atmospheric values required by the ITU-R P.840 cloud and fog attenuation model for a given time and location.
class	RainAttenuationModelItuRP618Version10 ITU-R P.618 version 10 rain attenuation model.
class	RainAttenuationModelItuRP618Version12 ITU-R P.618 version 12 rain attenuation model.
class	RainAttenuationModelItuRP838Version3 ITU-R P.838 version 3 rain attenuation model.
class	RefractiveIndexStructureParameterModel Base class for a modeling the refractive index structure parameter Cn2.
class	SignalPropagationModel Base class for a signal propagation model which takes a set of signals and modifies them based on propagation effects.
class	SignalPropagationModelChain Represents a chain of signal propagation models by references to the start and stop models in the chain.
class	SignalPropagator An abstract base class which defines an object which propagates a set of signals.
class	SimpleSatcomAtmosphericAttenuationModel Simple SATCOM atmospheric attenuation propagation model implementation.
class	TiremPropagationModel TIREM calculates the propagation loss between antennas on or up to 30 km above the surface of the Earth for frequencies from 1 to 40000 MHz.
class	TiremPropagationModel3_18 TIREM calculates the propagation loss between antennas on or up to 30 km above the surface of the Earth for frequencies from 1 to 40000 MHz.
class	TropoScintAttenuationModelItuRP1814 ITU-R P.1814 scintillation attenuation model.
class	TropoScintAttenuationModelItuRP618Version12 ITU-R P.618 version 12 tropospheric scintillation attenuation model.
class	TropoScintAttenuationModelItuRP618Version9 ITU-R P.618 version 9 tropospheric scintillation attenuation model.

Uses of ICloneWithContext in agi.foundation.coordinates

Subinterfaces of ICloneWithContext in agi.foundation.coordinates

Modifier and Type	Interface and Description
interface	IAdjustableState A state that can have elements added and removed.
interface	ITimeBasedState A general state that stores raw values.

Classes in agi.foundation.coordinates that implement ICloneWithContext

Modifier and Type	Class and Description
class	AxesAdapter The StateElementAdapterDefinition for the simple case when the element's definitional object and its defined-in object are just a Axes.
class	BasicState An IAdjustableState that can hold any data type or motions.
class	ComplexMatrix A two-dimensional matrix of Complex values.
class	DelaunayElements A set of Delaunay elements.
class	DenseMatrix A general implementation of Matrix with no restrictions on element values.
class	DiagonalMatrix An implementation of a square Matrix whose diagonal elements are the only ones with a non-zero value.
class	DoNothingStateElementAdapter A StateElementAdapter that will not do anything to the state.
class	DynamicState<T extends ITimeBasedState> Defines an ITimeBasedState that can change over time.
class	EquinoctialElements A set of equinoctial orbital elements.
class	KeplerianElements A set of classical Keplerian elements representing an elliptical orbit.
class	KozaiIzsakMeanElements A set of Kozai-Izsak mean elements representing an elliptical orbit.
class	LifetimeElements A set of elements produced by the LifetimeOrbitPropagator to represent the approximate mean classical elements associated with the periapsis of each successive orbit over the course of a satellite's lifetime.
class	Matrix A two-dimensional tensor of doubles.
class	ModifiedKeplerianElements Modified Keplerian orbital elements.
class	NumericalPropagatorAdapterHelper Contains various helper methods and properties will make using NumericalPropagatorDefinition and StateElementAdapters easier.
class	ReferenceFrameAdapter The StateElementAdapter definition for the simple case when the element's definitional object and its defined in object are just a ReferenceFrame.
class	SimpleAdapter<T> A StateElementAdapter that has no defined-in object (such as a ReferenceFrame or Axes).
class	SimpleMotionAdapter<T> The factory for a StateElementAdapter that has no defined in, nor an element definition object.
class	StateElementAdapter The base class for all StateElementAdapters.
class	StateElementAdapterDefinition Adapters are the objects that link up an element from one form of propagation to another.
class	StateEvaluator<T extends ITimeBasedState> Computes states at points in time.
class	TransformationalStateElementAdapterDefinition The base type for adapters that do some kind of geometric transformation to an element in the state.

Uses of ICloneWithContext in agi.foundation.coverage

Classes in agi.foundation.coverage that implement ICloneWithContext

Modifier and Type	Class and Description
class	AssetDefinition Defines the 'asset' which can provide coverage and the AccessQuery (get / set) which can determine whether or not it provides coverage at a particular time.
class	BaseCoverageDefinition The abstract base class for coverage definitions.
class	ContinuousCoverageDefinition A type of coverage definition that provides a convenient way to organize and initialize a coverage calculation, which computes access calculations over a set of grid points.
class	CoverageDefinitionOnSingleObject This coverage definition provides a convenient way to organize and compute a coverage calculation between an object of interest and an associated group of assets.
class	DiscreteCoverageDefinition This coverage definition provides a convenient way to organize and initialize a coverage calculation, which computes access calculations over a set of grid points.
class	MaterializedSpatiallyPartitionedCoverageDefinition A coverage definition that uses a delegate to define properties for the grid points.
class	MaterializedTemporallyPartitionedCoverageDefinition A coverage definition that uses a delegate to define properties for the grid points.
class	ParameterizedSpatiallyPartitionedCoverageDefinition A coverage definition that specifies grid point properties via an archetypical object that provides, at a minimum, an ILocationPointService.
class	ParameterizedTemporallyPartitionedCoverageDefinition A coverage definition that specifies grid point properties via an archetypical object that provides, at a minimum, an ILocationPointService.

Uses of ICloneWithContext in agi.foundation.geometry

Classes in agi.foundation.geometry that implement ICloneWithContext

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	AxesEvaluator Evaluates an Axes 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	CommunicationLinkScalar Base class for scalars representing values associated with a CommunicationLink (get / set).
class	CommunicationLinkSignalData<T> An object that represents a particular piece of data obtained from a Signal propagating along a CommunicationLink (get / set).
class	CommunicationObjectScalar Base class for scalars representing values associated with a CommunicationObject (get / set).
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	Covariance3By3DynamicMatrix A DynamicMatrix that will convert an DynamicCovariance3By3 to a Motion1.
class	Covariance3By3Evaluator Evaluates the position covariance of an object over time.
class	DelegateOnStateValueDefinition<T> This type allows you to compute a value from a ITimeBasedState with a callback.
class	DynamicCovariance3By3 Holds the time-varying positional variance and covariance information for an object.
class	DynamicDelaunayElements Represents a time varying function of DelaunayElements.
class	DynamicEquinoctialElements Represents a time varying function of EquinoctialElements.
class	DynamicKozaiIzsakMeanElements Represents a time varying function of KozaiIzsakMeanElements.
class	DynamicMatrix Represents a time varying function producing a Matrix and its derivatives.
class	DynamicMatrixEvaluator Evaluates a DynamicMatrix over time.
class	DynamicMatrixPropagationParameter Represents a DynamicMatrix which in turn represents a particular parameter in the state during integration.
class	DynamicModifiedKeplerianElements Represents a time varying function of ModifiedKeplerianElements.
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	GeometryDynamicState A set of geometry items (Points, Axes, Scalars, Vectors), and DynamicMatrix that can be evaluated together at once and the results of which are stored in an IAdjustableState.
class	InternationalTerrestrialReferenceFrameEvaluator Evaluates a InternationalTerrestrialReferenceFrameTransformer over time.
class	InternationalTerrestrialReferenceFrameTransformer A reference frame transformation between two different realizations of the International Terrestrial Reference System (ITRS), which are called International Terrestrial Reference Frames (ITRFs).
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	LinkDelayEvaluator An evaluator for computing the delay along a link.
class	LinkSubdivision An object which defines how to subdivide an ILinkService into sub-segments.
class	NormalizedVectorEvaluator Evaluates a VectorEvaluator and normalizes each value.
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	ParameterizedOnStateScalar A scalar 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	ParameterizedScalar A scalar that is defined by a DoubleParameter 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	PointEvaluator Evaluates a Point over time.
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	ReferenceFrameEvaluator Evaluates a ReferenceFrame over time.
class	Scalar A scalar, representing a real valued, time varying function.
class	ScalarAbsoluteValue A Scalar representing the absolute value of another scalar.
class	ScalarAngleBetweenVectors A scalar representing the instantaneous angle between two vectors which may vary over time.
class	ScalarAngleInRange A Scalar that maps an angle produced by another scalar to a desired range.
class	ScalarAngleSmallSpan A Scalar that represents the small span between two scalars that represent angles.
class	ScalarAntennaGainInLinkDirection A scalar which represents the antenna gain for the intended signal in the direction of the specified communication link.
class	ScalarBitErrorRate<TModulation extends DigitalModulation> A scalar which represents the bit error rate (BER) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToInterference A scalar which represents the carrier to interference ratio C/I from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoise A scalar which represents the carrier to noise ratio C/N from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoiseDensity A scalar which represents the carrier to noise density ratio C/No from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoiseDensityPlusInterference A scalar which represents the carrier to noise density plus interference ratio C/(N0+I0) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoisePlusInterference A scalar which represents the carrier to noise plus interference ratio C/(N+I) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCartographicElement A Scalar that computes an element of a Cartographic.
class	ScalarCosine A Scalar representing the cosine of another scalar.
class	ScalarDelaunayElement A Scalar that computes a given element from a DynamicDelaunayElements.
class	ScalarDelayedByLink A scalar which wraps another scalar while delaying it by a time specified by a LinkDelayEvaluator obtained from a LinkPath.
class	ScalarDeltaSphericalElement A Scalar that computes the difference in the clock or cone angle, or the difference of the the radius between two Points relative to a common parent.
class	ScalarDependentOnServiceProvider A scalar, representing a real valued, time varying function which depends on one or more services from an IServiceProvider in order to get an evaluator.
class	ScalarDerivative A Scalar (get / set) representing the derivative of the specified Order (get / set) of a given Scalar (get / set).
class	ScalarDihedralAngle A scalar representing the angle between two vectors measured about a given axis.
class	ScalarDopplerConeAngle A simple geometric scalar that returns an angle in the range 0, π/2.
class	ScalarDotProduct A Scalar defined by the dot product of two vectors which may vary over time.
class	ScalarDynamicPressure A Scalar defining the dynamic pressure at a given location.
class	ScalarEffectiveIsotropicRadiatedPower A scalar which represents the "effective isotropic radiated power" or "equivalent isotropic radiated power" (EIRP) for the link specified by the CommunicationLink (get / set).
class	ScalarEnergyPerBitToNoiseDensity<TModulation extends DigitalModulation> A scalar which represents the energy per bit to noise density ratio Eb/No from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarEquinoctialElement A Scalar that computes a given element from a DynamicEquinoctialElements.
class	ScalarEquivalentAirspeed A Scalar defining the equivalent airspeed at a given location.
class	ScalarEvaluator Evaluates a Scalar over time.
class	ScalarExponent A Scalar representing another scalar raised to the power of a scalar exponent, along with up to the second derivative.
class	ScalarFixed A fixed scalar, representing a constant real valued function.
class	ScalarFixedAtJulianDate A Scalar which is defined by the instantaneous value of another scalar at a specified JulianDate.
class	ScalarGpsCommunicationsReceiverChannelNoise Generates GPS receiver noise based on the communications signals it is tracking.
class	ScalarGrazingAltitudeBetweenTwoPoints Calculates the altitude of the point on the line of sight vector between two objects nearest the ellipsoid that defines the input CentralBody (get / set).
class	ScalarInterpolator A Scalar with its value, derivative, etc.
class	ScalarInverseTangent A scalar representing the instantaneous angle as the inverse tangent of two scalar values.
class	ScalarJammingToSignal A scalar which represents the interference to carrier ratio I/C (also known as the jamming to signal ratio J/S) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarKozaiIzsakMeanElement A Scalar that computes a given element from a DynamicKozaiIzsakMeanElements.
class	ScalarMachNumber A Scalar defining the Mach number at a given location.
class	ScalarMaximumValue A Scalar that returns the larger of the two scalars based upon their comparison at the specified order.
class	ScalarMinimumValue A Scalar that returns the smaller of the two scalars based upon their comparison at the specified order.
class	ScalarModifiedKeplerianElement A Scalar that computes a given element from a DynamicModifiedKeplerianElements.
class	ScalarNoisePlusInterference A scalar which represents the noise plus interference ratio N+I from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarPointElement A Scalar that returns one element of a Points evaluated motion.
class	ScalarPolarizationEfficiency A scalar which represents the computed polarization efficiency which is defined as the ratio of the received power, after accounting for polarization mismatch, to the total power in the signal before accounting for the polarization mismatch.
class	ScalarPowerAtReceiverOutput A scalar which represents the power of the intended signal at the receiver output as identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarProduct A Scalar defined by the multiplication of a list of scalars which may vary over time.
class	ScalarPropagationLoss A scalar which represents the loss in power on a signal propagating along the link specified by the CommunicationLink (get / set).
class	ScalarReceivedIsotropicPower A scalar which represents the "received isotropic power" (RIP) for the link specified by the CommunicationLink (get / set).
class	ScalarReceivedPowerFluxDensity A scalar which represents the received power flux density for the link specified by the CommunicationLink (get / set).
class	ScalarRouteHeading A scalar that defines the heading of the platform along a route.
class	ScalarRouteHeight A scalar representation of the height dynamics of the route with respect to the given terrain reference surface.
class	ScalarRouteSurfaceSpeed A scalar representing the speed along the ellipsoid surface upon which the route is defined.
class	ScalarRouteTotalSpeed A scalar representing the total speed with respect to the ellipsoid surface upon which the route is defined.
class	ScalarSine A Scalar representing the sine of another scalar.
class	ScalarSphericalElement A Scalar representing one of the three values of a Spherical coordinate.
class	ScalarSquintAngle A Scalar that computes the angle that subtends the velocity vector of the ViewingObject (get / set) and the displacement vector between the ViewingObject (get / set) and the TargetObject (get / set) projected onto the x-y plane in the viewing object's AxesVehicleVelocityLocalHorizontal.
class	ScalarSum A Scalar defined by the addition of a list of scalars which may vary over time.
class	ScalarVectorElement A Scalar that returns one element of a Vectors evaluated motion.
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	TimeFromStateValueDefinition Represents a JulianDate extracted from a ITimeBasedState that is set at evaluation time.
class	TwoDimensionalConvexHull Generates a two dimensional convex hull from a given set of un-organized input points.
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	VectorDependentOnServiceProvider A time-varying vector which depends on one or more services from an IServiceProvider in order to get an evaluator.
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	VectorEvaluator Evaluates a Vector over 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	VectorMagnitude A scalar representing the magnitude of a vector as the vector changes over time.
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).

Uses of ICloneWithContext in agi.foundation.geometry.shapes

Classes in agi.foundation.geometry.shapes that implement ICloneWithContext

Modifier and Type	Class and Description
class	DynamicSensorFieldOfView A sensor field-of-view volume that can change shape with time.
class	DynamicSensorFieldOfViewEvaluator Evaluates a SensorFieldOfView that changes with time.
class	EntityDynamicSensorFieldOfView<TEntity extends IEntitySensorFieldOfView> A DynamicSensorFieldOfView that gets the current sensor shape from a tracking entity implementing IEntitySensorFieldOfView.
class	SensorProjectionOptions Specifies options to the SensorFieldOfView.getProjection(Ellipsoid,KinematicTransformation,SensorProjectionOptions) method.

Uses of ICloneWithContext in agi.foundation.infrastructure

Subinterfaces of ICloneWithContext in agi.foundation.infrastructure

Modifier and Type	Interface and Description
interface	ICachingEvaluator An interface to an evaluator that caches values between evaluations.
interface	IParameterizedEvaluator1<TParameter1,TResult> An interface for an evaluator that takes a JulianDate and one additional parameter and produces a return value of a given type.
interface	IParameterizedEvaluator2<TParameter1,TParameter2,TResult> An interface for an evaluator that takes a JulianDate and two additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluator3<TParameter1,TParameter2,TParameter3,TResult> An interface for an evaluator that takes a JulianDate and three additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluator4<TParameter1,TParameter2,TParameter3,TParameter4,TResult> An interface for an evaluator that takes a JulianDate and four additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluator5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult> An interface for an evaluator that takes a JulianDate and five additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluator6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult> An interface for an evaluator that takes a JulianDate and six additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluator7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult> An interface for an evaluator that takes a JulianDate and seven additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals1<TParameter1,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and one additional parameter and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals2<TParameter1,TParameter2,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and two additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals3<TParameter1,TParameter2,TParameter3,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and three additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals4<TParameter1,TParameter2,TParameter3,TParameter4,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and four additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and five additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and six additional parameters and produces a return value of a given type.
interface	IParameterizedEvaluatorWithIntervals7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult,TResultOverIntervals> An interface for an evaluator that takes a JulianDate and seven additional parameters and produces a return value of a given type.
interface	IThreadAware An interface to an instance that is thread-aware.
interface	IValueEvaluator<T> An interface for an evaluator that takes no parameters and produces a return value of a given type.

Classes in agi.foundation.infrastructure that implement ICloneWithContext

Modifier and Type	Class and Description
class	CachingEvaluator<T> A wrapper for any IEvaluator1 that caches the last evaluated result.
class	CachingMotionEvaluator1<T> A wrapper for any MotionEvaluator1 that caches the last evaluated result.
class	CalculationContext The context in which calculations are performed.
class	CalculationContextFacet A facet of a CalculationContext.
class	ChildrenExtension An ObjectExtension which can provide a list of children for a given ExtensibleObject.
class	ConstantParameterizedEvaluator1<TParameter1,TResult> An evaluator that takes a JulianDate and one additional parameter and produces a constant return value of a given type, ignoring all parameters.
class	ConstantParameterizedEvaluator2<TParameter1,TParameter2,TResult> An evaluator that takes a JulianDate and two additional parameters and produces a constant return value of a given type, ignoring all parameters.
class	ConstantParameterizedEvaluator3<TParameter1,TParameter2,TParameter3,TResult> An evaluator that takes a JulianDate and three additional parameters and produces a constant return value of a given type, ignoring all parameters.
class	ConstantParameterizedEvaluator4<TParameter1,TParameter2,TParameter3,TParameter4,TResult> An evaluator that takes a JulianDate and four additional parameters and produces a constant return value of a given type, ignoring all parameters.
class	ConstantParameterizedEvaluator5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult> An evaluator that takes a JulianDate and five additional parameters and produces a constant return value of a given type, ignoring all parameters.
class	ConstantParameterizedEvaluator6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult> An evaluator that takes a JulianDate and six additional parameters and produces a constant return value of a given type, ignoring all parameters.
class	ConstantParameterizedEvaluator7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult> An evaluator that takes a JulianDate and seven additional parameters and produces a constant return value of a given type, ignoring all parameters.
class	ConstantValueDefinition<T> Defines a constant value used in a broader computation.
class	DefinitionalObject The base class for all definitional objects.
class	DefinitionalObjectCollection<T> A collection of DefinitionalObject objects.
class	ExtensibleObject An object that can be extended at run-time with various ObjectExtension instances in order to add additional properties and behaviors.
class	ExtensibleObjectCollection A collection of instances that implement ExtensibleObject.
class	ExtensionCollection A collection of extensions to an ExtensibleObject.
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	ParameterEvaluator<T> A placeholder for a parameter in an evaluator.
class	ParameterizedEvaluator<TResult> An abstract base implementation of an IEvaluator that has been parameterized with zero additional parameters.
class	ParameterizedEvaluator1<TParameter1,TResult> An abstract base implementation of an IEvaluator that has been parameterized with one additional parameter.
class	ParameterizedEvaluator2<TParameter1,TParameter2,TResult> An abstract base implementation of an IEvaluator that has been parameterized with two additional parameters.
class	ParameterizedEvaluator3<TParameter1,TParameter2,TParameter3,TResult> An abstract base implementation of an IEvaluator that has been parameterized with three additional parameters.
class	ParameterizedEvaluator4<TParameter1,TParameter2,TParameter3,TParameter4,TResult> An abstract base implementation of an IEvaluator that has been parameterized with four additional parameters.
class	ParameterizedEvaluator5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult> An abstract base implementation of an IEvaluator that has been parameterized with five additional parameters.
class	ParameterizedEvaluator6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult> An abstract base implementation of an IEvaluator that has been parameterized with six additional parameters.
class	ParameterizedEvaluator7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult> An abstract base implementation of an IEvaluator that has been parameterized with seven additional parameters.
class	ParameterizedEvaluatorWithIntervals<TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with zero additional parameters.
class	ParameterizedEvaluatorWithIntervals1<TParameter1,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with one additional parameter.
class	ParameterizedEvaluatorWithIntervals2<TParameter1,TParameter2,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with two additional parameters.
class	ParameterizedEvaluatorWithIntervals3<TParameter1,TParameter2,TParameter3,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with three additional parameters.
class	ParameterizedEvaluatorWithIntervals4<TParameter1,TParameter2,TParameter3,TParameter4,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with four additional parameters.
class	ParameterizedEvaluatorWithIntervals5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with five additional parameters.
class	ParameterizedEvaluatorWithIntervals6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with six additional parameters.
class	ParameterizedEvaluatorWithIntervals7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult,TResultOverIntervals> An IEvaluatorOverIntervals that has been parameterized with seven additional parameters.
class	ParameterizedMotionEvaluator<TResult> A MotionEvaluator1 that has been parameterized with zero additional parameters.
class	ParameterizedMotionEvaluator1<TParameter1,TResult> A MotionEvaluator1 that has been parameterized with one additional parameter.
class	ParameterizedMotionEvaluator2<TParameter1,TParameter2,TResult> A MotionEvaluator1 that has been parameterized with two additional parameters.
class	ParameterizedMotionEvaluator3<TParameter1,TParameter2,TParameter3,TResult> A MotionEvaluator1 that has been parameterized with three additional parameters.
class	ParameterizedMotionEvaluator4<TParameter1,TParameter2,TParameter3,TParameter4,TResult> A MotionEvaluator1 that has been parameterized with four additional parameters.
class	ParameterizedMotionEvaluator5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult> A MotionEvaluator1 that has been parameterized with five additional parameters.
class	ParameterizedMotionEvaluator6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult> A MotionEvaluator1 that has been parameterized with six additional parameters.
class	ParameterizedMotionEvaluator7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult> A MotionEvaluator1 that has been parameterized with seven additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType<TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with zero additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType1<TParameter1,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with one additional parameter.
class	ParameterizedMotionEvaluatorWithDerivativeType2<TParameter1,TParameter2,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with two additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType3<TParameter1,TParameter2,TParameter3,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with three additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType4<TParameter1,TParameter2,TParameter3,TParameter4,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with four additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with five additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with six additional parameters.
class	ParameterizedMotionEvaluatorWithDerivativeType7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult,TResultDerivative> A MotionEvaluator2 that has been parameterized with seven additional parameters.
class	ParameterizedValueDefinition<T> Defines a value used in a broader computation, which is defined by a parameter at the time of evaluation.
class	ParameterizedValueEvaluator1<TParameter1,TResult> An IValueEvaluator that has been parameterized with one additional parameter.
class	ParameterizedValueEvaluator2<TParameter1,TParameter2,TResult> An IValueEvaluator that has been parameterized with two additional parameters.
class	ParameterizedValueEvaluator3<TParameter1,TParameter2,TParameter3,TResult> An IValueEvaluator that has been parameterized with three additional parameters.
class	ParameterizedValueEvaluator4<TParameter1,TParameter2,TParameter3,TParameter4,TResult> An IValueEvaluator that has been parameterized with four additional parameters.
class	ParameterizedValueEvaluator5<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TResult> An IValueEvaluator that has been parameterized with five additional parameters.
class	ParameterizedValueEvaluator6<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TResult> An IValueEvaluator that has been parameterized with six additional parameters.
class	ParameterizedValueEvaluator7<TParameter1,TParameter2,TParameter3,TParameter4,TParameter5,TParameter6,TParameter7,TResult> An IValueEvaluator that has been parameterized with seven additional parameters.
class	ParentExtension An ObjectExtension which can provide a reference to the parent of the owner of this extension.
class	ValueDefinition<T> Defines a value used in a broader computation.
class	ValueEvaluator<T> An abstract base class for evaluators that takes no parameters and produces a return value of a given type.

Methods in agi.foundation.infrastructure with type parameters of type ICloneWithContext

Modifier and Type	Method and Description
<T extends ICloneWithContext & IFreezable & IEquatableDefinition & IEnumerateDependencies> void	DependencyEnumerator.enumerate(T dependency) Called by the object for each of its dependencies.
<T extends ICloneWithContext & IFreezable & IEquatableDefinition & IEnumerateDependencies> void	DependencyEnumerator.enumerateCollection(Iterable<T> dependencies) Calls #enumerate(T) for each of the DefinitionalObject objects in an enumerable list.

Uses of ICloneWithContext in agi.foundation.navigation

Classes in agi.foundation.navigation that implement ICloneWithContext

Modifier and Type	Class and Description
class	ConfidenceInterval Provides confidence interval multiplier methods.
class	ConstantGpsReceiverNoiseModel Reports a constant value for the total noise in any GPS receiver when receiving a signal from any GPS satellite.
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	GpsReceiverNoiseModel A model for the noise at a GPS receiver when receiving a signal from a GPS satellite.
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.

Uses of ICloneWithContext in agi.foundation.navigation.advanced

Classes in agi.foundation.navigation.advanced that implement ICloneWithContext

Modifier and Type	Class and Description
class	CommunicationAccessQueryCollection A collection of NavigationReceiverAccessQueries used to determine navigation communications signal access across multiple NavigationReceiverChannels.
class	GnssLinkBudgetScalarsCollection A collection of GnssLinkBudgetScalars.
class	GpsCommunicationsFrontEnd A communications-based antenna and navigation signal processing front-end for a GPS Receiver.
class	GpsCommunicationsNoiseModel Reports a noise value calculated from the receiver communications system for a given satellite, NavigationReceiverChannel pair.
class	GpsSignalGenerator Defines the necessary pieces for the generation of a GPS navigation signal.
class	GpsSignalGeneratorCollection A collection of GpsSignalGenerators.
class	NavigationReceiverAccessQuery Defines the queries necessary to track a GNSS navigation signal.
class	NavigationReceiverChannel Represents a single channel in a GPS receiver and contains the navigation signals from a single GPS satellite.
class	NavigationReceiverChannelCollection A collection of NavigationReceiverChannels.
class	NavigationSignal A navigation signal that is trackable by a GPS receiver.
class	NavigationSignalCollection A collection of NavigationSignals.
class	NavigationTransmitterExtension An extension that provides navigation transmitter capabilities.

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

Classes in agi.foundation.navigation.advanced.signalprocessing that implement ICloneWithContext

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 ICloneWithContext in agi.foundation.navigation.models

Classes in agi.foundation.navigation.models that implement ICloneWithContext

Modifier and Type	Class and Description
class	GpsReceiverErrorModel A model used by a GPS receiver when receiving a signal from a GPS satellite.
class	SaastamoinenTroposphericCorrectionModel Creates a tropospheric error correction model using the Saastamoinen model.
class	ScalarSaastamoinenTroposphericCorrection A Scalar for calculating the Saastamoinen tropospheric correction.
class	ScalarSingleFrequencyIonosphericCorrection A Scalar for calculating the IS-GPS-200D single frequency ionospheric error correction.
class	SingleFrequencyIonosphericCorrectionModel Creates an ionospheric error correction model for single frequency Gps receivers.

Uses of ICloneWithContext in agi.foundation.numericalmethods

Classes in agi.foundation.numericalmethods with type parameters of type ICloneWithContext

Modifier and Type	Class and Description
class	SetVariableCallback<T extends ICloneWithContext> The setter delegate for the DelegateBasedVariable.
static interface	SetVariableCallback.Function<T extends ICloneWithContext> A functional interface for the containing delegate type.

Classes in agi.foundation.numericalmethods that implement ICloneWithContext

Modifier and Type	Class and Description
class	ActiveSetSequentialQuadraticProgrammingOptimizer An optimizer that solves OptimizerMultivariableFunctions.
class	BulirschStoerIntegrator An adaptive numerical integrator which uses successive subdivisions of the specified step size in order to measure the relative error in order to update the step size.
class	CombinedCostFunction This costFunction will take the weighted and scaled sum of all of its constituent cost functions as a new cost function.
class	CostFunctionSettings The settings for the cost function used by an OptimizerMultivariableFunction.
class	Covariance3By3SizeAndOrientationInterpolator Interpolates Covariance3By3SizeAndOrientation information.
class	Covariance6By6TwoBodyBlender Quadratically blends nearby covariance matrices using two-body state transition matrix propagation.
class	DelegateBasedConstraint A SegmentPropagatorConstraint for use with TargetedSegmentListDifferentialCorrector where the constraint value is produced by a delegate that computes the value from the specified SegmentResults.
class	DelegateBasedCostFunction A SegmentPropagatorCostFunction for use with TargetedSegmentListParameterOptimizer where the cost function value is produced by a delegate that computes the value from the specified SegmentResults.
class	DelegateBasedInequalityConstraint A SegmentPropagatorInequalityConstraint for use with TargetedSegmentListParameterOptimizer where the constraint value is produced by a delegate that computes the value from the specified SegmentResults.
class	DelegateBasedVariable<T extends SegmentConfiguration> A SegmentPropagatorVariable that uses a delegate to get and set the relevant values in a segment's configuration.
class	DoubleFunctionSampling Species how sampling of a function of double should be performed.
class	DoubleMotionInterpolator Interpolates and extrapolates over Motions of double values.
class	DurationFunctionSampling Species how sampling of a function of Duration should be performed.
class	ExtremeValueOfSegmentConstraint This constraint will take the extreme value of a Scalar (get / set) computed while propagating a SegmentPropagator.
class	ExtremeValueOfSegmentCostFunction This costFunction will take the extreme value of a Scalar (get / set) computed while propagating a SegmentPropagator.
class	ExtremeValueOfSegmentInequalityConstraint This constraint will take the extreme value of a Scalar (get / set) computed while propagating a SegmentPropagator.
class	GaussJacksonIntegrator A multi-step second order integrator based on the Gauss-Jackson integration algorithm, using a RungeKuttaFehlberg78Integrator to start the integration and a summed Adams first order integration algorithm.
class	InequalityConstraintSettings The settings for an inequality constraint used by an OptimizerMultivariableFunction.
class	JulianDateFunctionSampling Species how sampling of a function of JulianDate should be performed.
class	MultivariableFunctionDifferentialSolver An intermediate base class for MultivariableFunctionSolvers that will solve a function by iteration towards a solution.
class	MultivariableFunctionEvaluationAndDerivativeResults<TResults,TDerivativeResults> Contains the evaluated value and derivative results of a multivariable function.
class	MultivariableFunctionSolver The abstract base class for MultivariableFunctionSolvers.
class	MultivariableFunctionSolverIterationResults The results of a single iteration of a MultivariableFunctionSolver.
class	MultivariableFunctionSolverResults<TIterationResults> A type storing the overall results of a MultivariableFunctionSolver.
class	NewtonRaphsonMultivariableFunctionSolver A differential corrector for solving SolvableMultivariableFunctions.
class	NumericalIntegrator A numerical integrator which can be used to update a set of dependent variables over a given step of an independent variable by using a differential equation defining the derivatives.
class	NumericallyComputedMultivariableFunctionDerivativeResults The results of an evaluation of the derivative of a SolvableMultivariableFunction when that evaluation was done with a numerical algorithm.
class	NumericallyComputedOptimizerFunctionDerivativeResults The results of an evaluation of the derivative of an OptimizerMultivariableFunction when that evaluation was done with a numerical algorithm.
class	OptimizerMultivariableFunction A function that can be optimized by a ParameterOptimizer.
class	OptimizerMultivariableFunctionDerivativeResults The results of an evaluation of the derivative of a OptimizerMultivariableFunction.
class	OptimizerMultivariableFunctionResults The result of OptimizerMultivariableFunction.
class	ParameterizedDateVariable A variable for use with TargetedSegmentListDifferentialCorrector that will change the value of a JulianDate used in the computation of some value within the segment propagators getting propagated.
class	ParameterizedDoubleVariable A variable for use with TargetedSegmentListDifferentialCorrector that will change the value of a ValueDefinition used in the computation of some value within the segment propagators getting propagated where T is a double.
class	ParameterizedDurationVariable A variable for use with TargetedSegmentListDifferentialCorrector that will change the value of a Duration used in the computation of some value within the segment propagators getting propagated.
class	ParameterizedScalarVariable A variable for use with TargetedSegmentListDifferentialCorrector that will change the value of a Scalar used in the computation of some value within the segment propagators getting propagated.
class	ParameterOptimizer The abstract base class for ParameterOptimizers.
class	ParameterOptimizerIterationResults The results of a single iteration of a ParameterOptimizer.
class	RealValuedScalarFunctionAdapter<T> Adapts any RealValuedScalarFunction to implement Function2.
class	RotationalMotionInterpolator Interpolates and extrapolates rotational motion with the rotation represented as a Quaternion and derivatives represented as rotation vectors.
class	RungeKutta4Integrator A fourth-order fixed step Runge-Kutta integrator.
class	RungeKuttaCashKarp45Integrator This is a fourth order Runge-Kutta algorithm with error control based on the work of Cash and Karp which can adapt the size of the integration step based on comparing the fifth order evaluation with the fourth order evaluation to produce an estimate of the numerical error produced by a given integration step.
class	RungeKuttaFehlberg78Integrator This is a seventh order Runge-Kutta algorithm with error control based on the work of Fehlberg which can adapt the size of the integration step based on comparing the eight order evaluation with the seventh order evaluation to produce an estimate of the numerical error produced by a given integration step.
class	RungeKuttaVerner89Integrator This is an eighth order Runge-Kutta algorithm with error control based on the work of Verner which can adapt the size of the integration step based on comparing the ninth order evaluation with the eighth order evaluation to produce an estimate of the numerical error produced by a given integration step.
class	ScalarAtEndOfNumericalSegmentConstraint This constraint will take the final value from an instance of SegmentResults and evaluate a Scalar (get / set) at that time with that information.
class	ScalarAtEndOfSegmentConstraint This constraint will take the initial or final value from a SegmentResults and evaluate a Scalar (get / set) at that time with that information.
class	ScalarAtEndOfSegmentCostFunction This costFunction will take the initial or final value from a SegmentResults and evaluate a Scalar (get / set) at that time with that information.
class	ScalarAtEndOfSegmentInequalityConstraint This constraint will take the initial or final value from a SegmentResults and evaluate a Scalar (get / set) at that time with that information.
class	ScalarDifferenceOfSegmentConstraint This constraint will take the initial and final values from a SegmentResults and evaluate the difference of a Scalar (get / set) at those times.
class	ScalarDifferenceOfSegmentCostFunction This costFunction will take the initial and final values from a SegmentResults and evaluate the difference of a Scalar (get / set) at those times.
class	ScalarDifferenceOfSegmentInequalityConstraint This inequality constraint will take the initial and final values from a SegmentResults and evaluate the difference of a Scalar (get / set) at those times.
class	SegmentPropagatorConstraint The base type for constraints for use with the MultivariableFunctionSolver or ParameterOptimizer.
class	SegmentPropagatorConstraintEvaluator The evaluator for SegmentPropagatorConstraint used in a MultivariableFunctionSolver.
class	SegmentPropagatorCostFunction The base type for cost functions for use with the ParameterOptimizer.
class	SegmentPropagatorCostFunctionEvaluator The evaluator for SegmentPropagatorCostFunction used in a ParameterOptimizer.
class	SegmentPropagatorInequalityConstraint The base type for inequality constraints for use with the ParameterOptimizer.
class	SegmentPropagatorInequalityConstraintEvaluator The evaluator for SegmentPropagatorInequalityConstraint used in a ParameterOptimizer.
class	SegmentPropagatorVariable The variable base type used within a MultivariableFunctionSolver in conjunction with SegmentPropagators.
class	SegmentPropagatorVariableEvaluator The evaluator for SegmentPropagatorVariables that is used by a MultivariableFunctionSolver directly, or to modify some part of the configuration for the segments getting propagated in a SegmentList.
class	SequentialQuadraticProgrammingOptimizer An intermediate base class for ParameterOptimizers that will optimize a cost function by iteration towards a solution.
class	SolvableMultivariableFunction A function that can be solved for by a MultivariableFunctionSolver.
class	SolvableMultivariableFunctionDerivativeResults The results of an evaluation of the derivative of a SolvableMultivariableFunction.
class	SolvableMultivariableFunctionResults The result of SolvableMultivariableFunction.
class	SolverConstraintSettings The settings for an equality constraint used by a SolvableMultivariableFunction or an OptimizerMultivariableFunction.
class	SolverVariableSettings The settings for a variable used by a SolvableMultivariableFunction.
class	TargetedSegmentListDifferentialCorrector When using the Segment Propagation Library, there will be times when you don't know exactly what a value should be set to.
class	TargetedSegmentListDifferentialCorrectorResults The results that get returned from an evaluation of a TargetedSegmentListDifferentialCorrector.
class	TargetedSegmentListFunction A SolvableMultivariableFunction that can be used in a MultivariableFunctionSolver to solve for an arbitrary trajectory or other state elements based on variables and constraints.
class	TargetedSegmentListFunctionResults The results that get returned when a TargetedSegmentListFunction is run.
class	TargetedSegmentListOptimizerFunction A OptimizerMultivariableFunction that can be used in a ParameterOptimizer to optimize an arbitrary trajectory or other state elements based on the variables, the cost function, the equality constraints, and the inequality constraints.
class	TargetedSegmentListOptimizerFunctionResults The results that get returned when a TargetedSegmentListOptimizerFunction is run.
class	TargetedSegmentListParameterOptimizer Allows the constrained or unconstrained parameter optimization of trajectories by adjusting variables to minimize or maximize a cost function while satisfying equality and inequality constraints.
class	TargetedSegmentListParameterOptimizerResults The results that get returned from an evaluation of a TargetedSegmentListParameterOptimizer.
class	TranslationalMotionInterpolator Interpolates and extrapolates translational motion represented as Cartesian coordinates.

Methods in agi.foundation.numericalmethods with type parameters of type ICloneWithContext

Modifier and Type	Method and Description
static <T extends ICloneWithContext> SetVariableCallback<T>	SetVariableCallback.of(SetVariableCallback.Function<T> f) Create a delegate for the given interface.
static <T extends ICloneWithContext> SetVariableCallback<T>	SetVariableCallback.of(SetVariableCallback.Function<T> f, Class<?> targetClass, String methodName, Class<?>... methodParameterClasses) Create a delegate for the given interface.
static <T extends ICloneWithContext> SetVariableCallback<T>	SetVariableCallback.of(SetVariableCallback.Function<T> f, Object targetObject, String methodName, Class<?>... methodParameterClasses) Create a delegate for the given interface.

Uses of ICloneWithContext in agi.foundation.numericalmethods.advanced

Subinterfaces of ICloneWithContext in agi.foundation.numericalmethods.advanced

Modifier and Type	Interface and Description
interface	IDoubleFunctionSampler An interface to an object that controls how a function of a double is sampled.
interface	IDurationFunctionSampler An interface to an object that controls how a function of a Duration is sampled.
interface	IJulianDateFunctionSampler An interface to an object that controls how a function of a JulianDate is sampled.

Classes in agi.foundation.numericalmethods.advanced that implement ICloneWithContext

Modifier and Type	Class and Description
class	AdaptiveNumericalIntegrator Base class for all NumericalIntegrator objects who can use error information produced during integration to adapt the size of the step in order to adjust the amount of error introduced into the dependent variables over successive integration steps.
class	DependentVariableDerivatives Defines a set of first order differential equations used by a NumericalIntegrator to advance a set of dependent variables over an independent variable step.
class	DependentVariableDifferentialEquation An adapter for an OrdinaryDifferentialEquationSystem for use with a NumericalIntegrator.
class	HermitePolynomialApproximation A technique for polynomial interpolation and extrapolation using a general form of Hermite's algorithm that is valid for any input order.
class	InterpolationAlgorithm An algorithm for computing the interpolated value of a function for a new independent variable value from a list of known values of the function at different independent variable values.
class	Interpolator Computes the interpolated value of a function for a new independent variable value from a list of known values of the function at different independent variable values.
class	LagrangeOrbitVariationOfParameters Uses variation of parameters (VOP) with a two-body propagator to interpolate orbital positions.
class	LagrangePolynomialApproximation An algorithm that performs polynomial interpolation using Lagrange's algorithm.
class	LinearApproximation A technique for Linear Interpolation.
class	LineSearchSettings The settings for a line search used by a MultivariableFunctionDifferentialSolver or ActiveSetSequentialQuadraticProgrammingOptimizer.
class	MultipleStepIntegrator A subtype of integrator which saves multiple steps of derivative data for more accurate integration.
class	MultivariableFunctionSolverWarning When a MultivariableFunctionSolver for some reason doesn't succeed or encounters another issue that is not critical enough to throw an RuntimeException, one of these warning objects can be created to let the user know what happened.
class	MultivariableFunctionWarning A warning for when a SolvableMultivariableFunction being run in a MultivariableFunctionSolver encounters a problem due to a solver nested in the function having a problem.
class	PartialDerivativesEvaluator An interface for an evaluator that takes a JulianDate, order, and list of inputs and returns the partial derivatives of itself with respect to those inputs.
class	PartialDerivativesFixed An object with fixed partial derivatives.
class	PartialDerivativesSum An IPartialDifferentiable which produces an evaluator which calculates the resulting partial derivative from a summation of a list of additional IPartialDifferentiable.
class	RungeKuttaAdaptiveStepIntegrator Defines a Runge-Kutta integrator which can adapt the size of its steps based on the integration error.
class	RungeKuttaAlgorithm The basic Runge-Kutta integration algorithm used by the integrators, it's Butcher Tableau, and the derivative information computed during integration.
class	RungeKuttaFixedStepIntegrator Defines a Runge-Kutta integrator with a fixed step size.

Uses of ICloneWithContext in agi.foundation.platforms

Classes in agi.foundation.platforms that implement ICloneWithContext

Modifier and Type	Class and Description
class	AccessConstraintsExtension An ObjectExtension that stores Access constraints.
class	AccessQueryGraphicsParameter<T> A GraphicsParameter which maps the result of an AccessQuery to different values depending on access availability.
class	AccessResultExtension An extension which holds an AccessQueryResult representing precomputed access results for the Owner (get / set) object.
class	AxesGraphicsParameter A GraphicsParameter which evaluates a specified Axes (get / set) and returns the resulting UnitQuaternion relative to the provided InAxes (get / set).
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	ChildPlatformCollection A collection of child platforms.
class	ConstantGraphicsParameter<T> A GraphicsParameter which does not change over time.
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	GraphicsParameterFormatter A GraphicsParameter which formats the results of other parameters into a string
class	GraphicsParameterTransform<TInput,TOutput> A GraphicsParameter which transforms the result of an input parameter using a callback function.
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	PlatformCollection A collection of Platform instances.
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	PointGraphicsParameter A GraphicsParameter which evaluates a specified Point (get / set) and returns the resulting Cartesian in the provided InFrame (get / set).
class	ReferenceFrameGraphicsExtension An extension that implements IKinematicStateGraphicsService.
class	ScalarGraphicsParameter A GraphicsParameter which evaluates a specified Scalar (get / set).
class	SensorProjectionEvaluator An evaluator that can find the projection of a sensor onto a central body's ellipsoid surface.
class	TextGraphicsExtension An extension that describes text at the location defined by ILocationPointService.
class	TimeIntervalGraphicsParameter<T> A GraphicsParameter which takes an TimeIntervalCollection1 and creates an Evaluator which returns the value of Data (get) at the time of evaluation.
class	VectorGraphicsParameter A GraphicsParameter which evaluates a specified Vector (get / set) and returns the resulting Cartesian relative to the provided InAxes (get / set).

Uses of ICloneWithContext in agi.foundation.platforms.advanced

Classes in agi.foundation.platforms.advanced that implement ICloneWithContext

Modifier and Type	Class and Description
class	GraphicsParameter<T> Base class for all graphics parameters, which define the individual properties of graphics over time.

Uses of ICloneWithContext in agi.foundation.propagators

Subinterfaces of ICloneWithContext in agi.foundation.propagators

Modifier and Type	Interface and Description
interface	IUpdatePriorToStep An interface to an object created by a PropagationStateElement that has special behavior that takes place each time step prior to propagation.

Classes in agi.foundation.propagators that implement ICloneWithContext

Modifier and Type	Class and Description
class	AuxiliaryStateScalar Represents a scalar value which may depend on integrated quantities in the state and is evaluated and stored for output during propagation.
class	AuxiliaryStateVector An auxiliary state vector which is not integrated with the rest of the state but is evaluated for the propagation output during propagation.
class	BallisticPropagator This class calculates a ballistic trajectory (two body gravity only) between two locations on a CentralBody (get / set).
class	CartesianOnePointPropagator The base class for simple one-point propagators that produce only Motion1.
class	CelestrakGeneralPerturbationElements Celestrak general perturbation (GP) orbital elements.
class	ConstantStateStoppablePropagator A StoppablePropagator that always returns the initial state passed in at propagation time.
class	DynamicStateStoppablePropagator A StoppablePropagator that evaluates a StateEvaluator in time until a StoppingCondition is tripped.
class	GpsRinexPropagator GPS RINEX Propagator class propagates GPS orbits - providing GPS satellite positions based on RINEX broadcast ephemeris sets.
class	J2Propagator An analytic propagator that uses a first order J2 perturbation algorithm which models only the secular effects on the orbital elements.
class	J4Propagator An analytic propagator that uses a second order J2/J4 perturbation algorithm which models only the secular effects on the orbital elements.
class	LifetimeOrbitPropagator Propagates a set of initial conditions using a long-term propagation technique to determine when the orbit is expected to decay, based on the evolution of the mean orbital elements under the effects of gravitational, atmospheric, and solar perturbations.
class	NavstarISGps200DPropagator Propagates the orbit of a Global Positioning System (GPS) satellite according to the propagation scheme defined in the Navstar Interface Specific (IS) GPS-200D.
class	NumericalPropagator A propagator which can advance the state from initial conditions by either taking individual integration steps or by propagating over a given time span.
class	NumericalPropagatorDefinition The definitional object that creates a NumericalPropagator.
class	NumericalPropagatorState A state representing every propagated value in a particular NumericalPropagator.
class	PropagationEulerianAxes A PropagationStateElement representing the attitude (and angular velocity) of a rigid body with its angular acceleration represented by Euler's equations of motion.
class	PropagationNewtonianPoint An PropagationStateElement representing the position (and velocity) of a body with its second derivative defined by Newton's second law of motion: Acceleration = AppliedForce / Mass
class	PropagationScalar An PropagationStateElement representing a scalar value to be integrated over time.
class	PropagationStateConverter A converter which can take raw data from the output of propagation and turn it into useful data by using PropagationStateElement and AuxiliaryStateElement converter types to convert to their corresponding output types.
class	PropagationVector A PropagationStateElement representing a vector value to be integrated over time.
class	PropagatorPoint A point with its location computed by a propagator.
class	Sgp4Elements A set of orbital elements intended to be propagated with the SGP4 propagator.
class	Sgp4Propagator Propagates an orbit using the NORAD SGP4/SDP4 model as defined by the Center for Space Standards and Innovation (CSSI).
class	SimpleAscentPropagator Propagates a simple (point) launch vehicle from a CentralBody (get / set) to a specified burnout motion.
class	SinglePointStoppablePropagator Samples a Point at a specified time step until a StoppingCondition is satisfied, returning the ephemeris computed and all events found by the StoppingConditions (get).
class	SinglePointStoppablePropagatorDefinition Provides the infrastructure to use a Point as a basis for propagating a trajectory that can be stopped with StoppingConditions.
class	StateTransitionMatrix An extended state transition matrix, if consider parameters are not used then it functions as a normal state transition matrix: mapping the value of the state parameters from one time to another time.
class	StoppableNumericalPropagator A StoppablePropagator that wraps a PropagatorDefinition (get / set) and will find events and stop based on a set of StoppingConditions.
class	StoppablePropagator A propagator that wraps some type that generates states and will sample some derived value from those states searching for events and eventually an event that will stop propagation with StoppingConditionEvaluators.
class	StoppablePropagatorDefinition Defines a propagator that can propagate to arbitrary events and stop on any StoppingCondition.
class	TwoBodyPropagator Propagates an orbit using a simple two-body model.
class	TwoBodyStateTransitionMatrixPropagator Propagates the state transition matrix of an object using a simple two-body model.
class	TwoBodyStoppablePropagator A StoppablePropagator that propagates an orbit using a simple two-body model.
class	TwoLineElementSet A NORAD two-line element set (TLE).
class	UsafGeneralPerturbationElements United States Air Force (USAF) general perturbation (GP) orbital elements.
class	WaypointPropagator Propagates a path connecting waypoints relative to an ellipsoid.

Uses of ICloneWithContext in agi.foundation.propagators.advanced

Classes in agi.foundation.propagators.advanced that implement ICloneWithContext

Modifier and Type	Class and Description
class	AuxiliaryStateElement Represents a set of variables which are computed and stored in the propagation output but are not integrated with the state.
class	AuxiliaryStateElementConverter Base class for output associated with an AuxiliaryStateElement.
class	AuxiliaryStateElementEvaluator Abstract base class for the evaluator produced by an auxiliary state variable.
class	CartesianStateElementConverter Represents output associated with a PropagationStateElement corresponding to a set of Cartesian values.
class	MatrixStateElementConverter Converts output associated with a PropagationStateElement corresponding to a set of Matrix values back and forth between its raw indexed state, and a Motion<Matrix>.
class	PropagationPointElement A PropagationStateElement describing an integrated point.
class	PropagationStateCorrectionEvaluator Members of this class calculate corrections to a propagated state after the integration step.
class	PropagationStateCorrector A definitional object which creates a PropagationStateCorrectionEvaluator to calculate a post-integration correction to a propagated state.
class	PropagationStateElement Represents a portion of a combined state used during numerical integration.
class	PropagationStateElementConverter Base class for output associated with a PropagationStateElement.
class	PropagationStateElementEvaluator Abstract base class for the evaluator produced by an PropagationStateElement.
class	RotationVectorAngularVelocityStateElementConverter Represents output associated with a PropagationStateElement corresponding to a set of RotationVectorAngularVelocity values.

Uses of ICloneWithContext in agi.foundation.radar

Classes in agi.foundation.radar that implement ICloneWithContext

Modifier and Type	Class and Description
class	ConstantEfficiencyFixedNumberOfPulsesWaveformIntegrator A fixed number of pulses integrator which computes the integrated signal-to-noise ratio based on a constant efficiency.
class	ConstantEfficiencyGoalSignalToNoiseRatioWaveformIntegrator A goal signal-to-noise ratio integrator which computes the integrated number of pulses and integrated signal-to-noise ratio based on a constant efficiency.
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	DwellTimeScalar A SingleTargetRadarLinkScalar which represents the radar waveform dwell time, in seconds.
class	EffectiveIsotropicRadiatedPowerScalar A SingleTargetRadarLinkScalar which represents the effective isotropic radiated power (EIRP), in Watts, of the radar transmitter.
class	FixedNumberOfPulsesWaveformIntegrator A radar waveform integrator which will integrate a fixed number of pulses in the waveform.
class	GoalSignalToNoiseRatioWaveformIntegrator A radar waveform integrator which will integrate as many pulses as necessary in order to reach a goal signal-to-noise ratio.
class	IntegratedPulseCountScalar A SingleTargetRadarLinkScalar which represents the number of pulses integrated in the received waveform.
class	InterferenceSignalIdentifier An identifier added to a radar interference signal.
class	MitchellWalkerProbabilityOfDetectionScalar A SingleTargetRadarLinkScalar which represents the Mitchell-Walker probability of detection model.
class	MonostaticAmbiguousTargetRangeScalar A SingleTargetRadarLinkScalar which represents the radar ambiguous target range.
class	MonostaticAmbiguousTargetVelocityScalar A SingleTargetRadarLinkScalar which represents the radar ambiguous target velocity.
class	PerfectFixedNumberOfPulsesWaveformIntegrator A fixed number of pulses integrator which computes the integrated signal-to-noise ratio based on perfect integration.
class	PerfectGoalSignalToNoiseRatioWaveformIntegrator A goal signal-to-noise ratio integrator which computes the integrated number of pulses and integrated signal-to-noise ratio based on perfect integration.
class	ProcessedRadarWaveformOutputExtension An extension which identifies the output of a radar receiver's waveform processing subsystem.
class	PulseIntegrationTimeScalar A SingleTargetRadarLinkScalar which represents the time, in seconds, it takes for the radar receiver to integrate the number of pulses in the received waveform.
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	RadarWaveformProcessor Represents a radar signal processor that produces a ProcessedRadarWaveform instance from the Signal scattered from the target as well as any interference signals.
class	ReceiveAntennaGainScalar A SingleTargetRadarLinkScalar which represents the radar receiver antenna gain, as a unitless ratio, in the direction of the target object.
class	ReceiveAntennaOutputInterferencePowerScalar A SingleTargetRadarLinkScalar which represents the interference power level at the output of the receive radar antenna.
class	ReceiveAntennaOutputPowerScalar A SingleTargetRadarLinkScalar which represents the power level at the output of the receive radar antenna.
class	SignalToNoiseRatioScalar A SingleTargetRadarLinkScalar which represents the signal-to-noise (unitless ratio), either single pulse or integrated and with or without interference effects, at the output of the radar receiver.
class	SingleTargetRadarLinkScalar A scalar which represents a two way radar transmission from a transmitter, scattered off of a target, and back to a receiver.
class	TargetRadarCrossSectionExtension An ObjectExtension which represents the radar cross section of a target object.
class	TargetRadarCrossSectionScalar A SingleTargetRadarLinkScalar which represents the radar cross section of the target object, in meters squared.
class	TargetScatteredPowerScalar A SingleTargetRadarLinkScalar which represents the power, in Watts, scattered from the target object in the direction of the radar receiver.
class	TargetToReceiverDopplerFrequencyScalar A SingleTargetRadarLinkScalar which represents the doppler shifted frequency of the signal scattered from the target, in hertz, at the radar receiver.
class	TargetToReceiverDopplerShiftScalar A SingleTargetRadarLinkScalar which represents the total doppler shift of the transmitted signal, in hertz, at the radar receiver.
class	TargetToReceiverPropagationLossScalar A SingleTargetRadarLinkScalar which represents the total propagation loss, as a unitless ratio, between the target object and the radar receiver.
class	TargetToReceiverReceivedIsotropicPowerScalar A SingleTargetRadarLinkScalar which represents the received isotropic power (RIP), in Watts, for the link between the target object and radar receiver.
class	TransmitAntennaGainScalar A SingleTargetRadarLinkScalar which represents the radar transmit antenna gain, as a unitless ratio, in the direction of the target object.
class	TransmitterToTargetDopplerFrequencyScalar A SingleTargetRadarLinkScalar which represents the doppler shifted transmit frequency, in hertz, at the target object.
class	TransmitterToTargetDopplerShiftScalar A SingleTargetRadarLinkScalar which represents the doppler shift of the transmit frequency, in hertz, at the target object.
class	TransmitterToTargetPropagationLossScalar A SingleTargetRadarLinkScalar which represents the total propagation loss, as a unitless ratio, between the radar transmitter and the target object.
class	TransmitterToTargetReceivedIsotropicPowerScalar A SingleTargetRadarLinkScalar which represents the received isotropic power (RIP), in Watts, for the link between the radar transmitter and the target object.

Uses of ICloneWithContext in agi.foundation.routedesign

Classes in agi.foundation.routedesign that implement ICloneWithContext

Modifier and Type	Class and Description
class	CircularHoldProcedure A procedure that places the position into a circular path around a given center point at a given turn radius in a given direction.
class	DefaultConnectionBehavior This is a RouteConnection used by the RoutePropagator to define the default settings for creating RouteConnection objects in between RouteProcedures in the event the user did not specify a specific connection to use.
class	FollowPathProcedure A procedure that follows a path specified by a set of vertices, with turns inscribed at each vertex.
class	HeadingAtWaypointProcedure A procedure that defines a required heading at a waypoint.
class	HeightTransitionProcedure A procedure that will transition from one height to another based on the given Dynamics (get / set).
class	InscribedTurnProcedure Represents a simple turn at a position specified by a waypoint.
class	LandingProcedure Represents a landing trajectory with respect to a runway surface specified by the underlying terrain.
class	ProfileRouteConnection A simple route connection that defines a straight connection between two procedures with a user specified profile defining the vertical and temporal behavior along the connection.
class	PropagatedRoute An instance of a propagated route produced by the RoutePropagator.
class	RacetrackHoldProcedure A procedure defined by two circular turns connected by straight segments with entry and exit occurring at either circle or at additional turns occurring at the beginning or ends of the straight segments.
class	RasterSearchProcedure A procedure that defines a route which follows a regular pattern over a given rectangular search area.
class	RouteConnection The base class for all the different ways in which to connect one RouteProcedure with another.
class	RouteProcedure The abstract base class for all route procedure definitions used in conjunction with the RoutePropagator.
class	RoutePropagator A route propagator that takes a sequential list of procedures and connections in order to create a PropagatedRoute.
class	RouteSegment The base class for the procedures and connections which define segments of the geometry along the route.
class	StationaryHoldProcedure A procedure that represents a point along the route where a vehicle slows to a stop, waits at the specified location for a specified amount of time, and then speeds up to continue toward the next procedure.
class	SurfaceCurveProcedure A procedure which follows an EllipsoidSurfaceCurve.
class	TakeoffProcedure Represents a takeoff trajectory with respect to a runway surface specified by the underlying terrain.
class	TurnAfterWaypointProcedure Represents a simple turn at a specific position such that the platform will arrive at the waypoint on the heading from the previous procedure before turning toward the next procedure.
class	TurnBeforeWaypointProcedure Represents a simple turn at a specific position such that the platform will turn prior to the waypoint in order to arrive on the heading toward the next waypoint.

Uses of ICloneWithContext in agi.foundation.routedesign.advanced

Classes in agi.foundation.routedesign.advanced that implement ICloneWithContext

Modifier and Type	Class and Description
class	CompositeProfileSegment A profile segment composed of a number of other profile segments in a sequence.
class	CompositeSurfaceSegment A segment that combines a number of other surface segments together sequentially.
class	ConnectionConfigurationResult The result of configuring the surface geometry on a given RouteConnection.
class	ConstantHeightSegment A profile defining geometry for a constant height above the reference surface.
class	DegenerateSurfaceSegment A surface segment that specifies a surface path of zero length, representing a single position and heading.
class	ParametricRouteSegment This takes the "Flat" geometry specified by the route and transforms it into geometry with respect to the curvature of the Ellipsoid reference surface.
class	PartialSurfaceSegment A surface segment that represents a selected portion of another surface segment.
class	ProcedureConfigurationResult The result of configuring the surface geometry on a given RouteProcedure.
class	ProfileSegment Base class for all types representing the immutable vertical and temporal geometry corresponding to all or part of a particular RouteSegment.
class	SimpleRouteProcedure Base class for all surface procedures that don't specify an explicit RouteProfile associated with the surface path.
class	StandardTransitionProfileSegment A profile segment that connects a straight line between the initial height, initial height rate, initial speed, final height, final height rate, and final speed.
class	SurfaceCurveSegment A surface segment representing the path defined by an EllipsoidSurfaceCurve.
class	SurfaceSegment The base class for all types representing the immutable geometry of the surface path corresponding to all or part of a particular RouteSegment.

Uses of ICloneWithContext in agi.foundation.segmentpropagation

Classes in agi.foundation.segmentpropagation that implement ICloneWithContext

Modifier and Type	Class and Description
class	BasicLaunchSegment This launch segment provides compatibility with STK Astrogator's launch segment.
class	BasicLaunchSegmentConfiguration The configuration for the BasicLaunchSegment.
class	BasicLaunchSegmentResults The basic launch segment results.
class	ChangePropagateSegmentsPropagatorOperator An operator that changes the wrapped StoppablePropagator in a PropagateSegment.
class	ChangeReturnSegmentOperator An operator for a TargetedSegmentList that will change the Behavior (get / set) setting for a ReturnSegment (get / set) that is in the TargetedSegmentList that contains this operator and ReturnSegment (get / set).
class	ChangeStoppingConditionEnabledOperator A TargetedSegmentListOperator that will enable or disable a StoppingConditionEvaluator in a nested PropagateSegment.
class	ChangeStoppingConditionThresholdOperator<T> A TargetedSegmentListOperator that will change the value of a threshold at propagation time.
class	ChangeStopSegmentOperator An operator for a TargetedSegmentList that will change the StopEnabled (get / set) setting for a StopSegment (get / set) that is in the TargetedSegmentList that contains this operator and StopSegment (get / set).
class	FiniteManeuverSegment A segment that will run a NumericalPropagator until a StoppingCondition is satisfied.
class	FiniteManeuverSegmentResults The results produced by a FiniteManeuverSegment.
class	FollowSegment A segment that will start propagating based on a specified strategy, and will end propagating based on another strategy.
class	FollowSegmentBeginning Defines how the initial state of a FollowSegment should be derived.
class	FollowSegmentBeginningPropagator Evaluates the initial state for the propagator of a FollowSegment.
class	FollowSegmentEnding Defines how to propagate to the final state of a FollowSegment.
class	FollowSegmentEndingPropagator Evaluates the initial state for the propagator of a FollowSegment.
class	FollowSegmentEndsAsWithDefaultConditions Propagates the FollowSegment to whatever default end StoppingCondition it is configured with.
class	FollowSegmentEndsWithStoppingConditions Propagates the SegmentPropagator of a FollowSegment to a set of StoppingConditions.
class	FollowSegmentResults The results of propagating a FollowSegment.
class	FollowSegmentStartsAtEndOfBasePropagator Determines the initial state of a FollowSegment by getting the final state of the wrapped StoppablePropagator.
class	FollowSegmentStartsWithDefaultInitialState Determines the initial state of a FollowSegment by using the default initial state passed to the segment.
class	FollowSegmentStartsWithStoppingConditions Propagates the wrapped SegmentPropagator of a FollowSegment until a user specified StoppingCondition stops propagation.
class	HoldSegment A segment whose states are held constant in time.
class	ImpulsiveManeuverInformation Stores all the information needed for a maneuver to be performed by an ImpulsiveManeuverSegment.
class	ImpulsiveManeuverSegment A SegmentDefinition that performs an impulsive maneuver.
class	ImpulsiveManeuverSegmentConfiguration The configuration for an ImpulsiveManeuverSegment.
class	ImpulsiveManeuverSegmentResults SegmentResults augmented with information relevant to the propagation of an ImpulsiveManeuverSegment.
class	InitialStateSegment<T extends ITimeBasedState> Represents an initial state for a SegmentPropagator.
class	InitialStateSegmentConfiguration The configuration of an InitialStateSegment.
class	NumericalInitialStateSegment An InitialStateSegment whose state is represented as a NumericalPropagatorState derived from a NumericalPropagatorDefinition.
class	NumericalPropagatorSegment A segment that will run a NumericalPropagator until a StoppingCondition is satisfied.
class	PropagateSegment A segment that will run a StoppablePropagator until a StoppingCondition is satisfied.
class	PropagateSegmentConfiguration The configuration of a PropagateSegment which stores and allows the modification what StoppablePropagator will be used at propagation time of the PropagateSegment.
class	PropagateSegmentResults A PropagateSegment can optionally propagate multiple segments with an auto-sequence with stopping conditions.
class	ReturnSegment A segment that will end propagation of a SegmentList that contains this segment even if there are other segments still in the list.
class	ReturnSegmentConfiguration The configuration for a ReturnSegment.
class	RunSegmentListOperator A TargetedSegmentListOperator that will run the segment propagators of the parent TargetedSegmentList.
class	SeedFiniteManeuverOperator An operator that will replace an ImpulsiveManeuverSegment with a similarly configured FiniteManeuverSegment in a TargetedSegmentList.
class	SegmentConfiguration The configuration for a SegmentPropagator.
class	SegmentDefinition The base class for segments used with the Segment Propagation Library.
class	SegmentList A class that holds a list of SegmentDefinitions that gets propagated in series.
class	SegmentListConfiguration The configuration for a SegmentList.
class	SegmentListPropagator The SegmentPropagator for SegmentList.
class	SegmentListResults The SegmentResults (get) returned by a propagated SegmentList.
class	SegmentPropagator The abstract type for a segment's propagator.
class	SegmentResults The results computed by a SegmentPropagator.
class	SinglePropagateSegmentResults A PropagateSegment can optionally propagate multiple segments with an auto-sequence with stopping conditions.
class	SingleValueStateUpdater Updates the propagated state where a single value will change a value or values in the state.
class	StateUpdaterDefinition Defines a specific way to update a ITimeBasedState in an UpdateSegment.
class	StateUpdaterEvaluator Updates the propagated state in an UpdateSegment.
class	StopSegment A segment that will end the propagation and return the results up to this segment when propagated.
class	StopSegmentConfiguration The configuration for a StopSegment.
class	SwapSegmentOperator A TargetedSegmentListOperator that will replace one SegmentPropagator in a TargetedSegmentList with another SegmentPropagator.
class	SwitchableSegment A SegmentDefinition that can switch between two segments.
class	SwitchableSegmentConfiguration The SegmentConfiguration for a SwitchableSegment.
class	SwitchableSegmentResults The SegmentResults for a SwitchableSegment.
class	TargetedSegmentList A SegmentList that can control and change properties of the segments it is propagating by using operators at propagation time.
class	TargetedSegmentListConfiguration The configuration for a TargetedSegmentList.
class	TargetedSegmentListOperator The definition of a operation that will in some way modify how the SegmentPropagators in a TargetedSegmentList are run.
class	TargetedSegmentListOperatorEvaluator The evaluator of an operator that a TargetedSegmentList uses on its constituent segments.
class	TargetedSegmentListOperatorResults The base class that gets returned when a TargetedSegmentListOperatorEvaluator is computed.
class	TargetedSegmentListResults A SegmentListResults that is returned when a TargetedSegmentLists propagator is run.
class	UpdateSegment A segment that will update the final state of the previous segment.
class	UpdateSegmentConfiguration The mutable SegmentConfiguration for an UpdateSegment.

Uses of ICloneWithContext in agi.foundation.spice

Classes in agi.foundation.spice that implement ICloneWithContext

Modifier and Type	Class and Description
class	AsteroidsBspEphemerisProvider Provides access to the positions of asteroids with respect to the Solar System barycenter.
class	CeresBspEphemerisProvider Provides access to the position of Ceres with respect to the Sun.
class	JplSpkEphemerisProvider The common base for classes for loading and accessing JPL SPK files.
class	JplSpkFile Provides raw access to a JPL Spacecraft and Planet Kernel (SPK) file, which typically uses a binary *.bsp extension.
class	Jup365BspEphemerisProvider Provides access to the positions of Jupiter and several of its moons with respect to the Jupiter system barycenter.
class	JupiterBspEphemerisProvider Provides access to the positions of Io, Europa, Ganymede, and Callisto with respect to the Jupiter system barycenter.
class	MarsBspEphemerisProvider Provides access to the positions of Mars, Phobos, and Deimos with respect to the Mars system barycenter.
class	Nep097BspEphemerisProvider Provides access to the positions of Neptune and Triton with respect to the Neptune system barycenter.
class	NeptuneBspEphemerisProvider Provides access to the position of Triton with respect to the Neptune system barycenter.
class	PlanetsBspEphemerisProvider Provides access to the positions of the Sun and planetary system barycenters with respect to the Solar System barycenter.
class	Plu058BspEphemerisProvider Provides access to the positions of Pluto and several of its moons with respect to the Pluto system barycenter.
class	PlutoBspEphemerisProvider Provides access to the position of Charon with respect to the Pluto system barycenter.
class	Sat441BspEphemerisProvider Provides access to the positions of Saturn and several of its moons with respect to the Saturn system barycenter.
class	SaturnBspEphemerisProvider Provides access to the positions of the nine major moons of Saturn with respect to the Saturn system barycenter.
class	Ura111BspEphemerisProvider Provides access to the positions of Uranus and several of its moons with respect to the Uranus system barycenter.
class	UranusBspEphemerisProvider Provides access to the positions of Ariel and Titania with respect to the Uranus system barycenter.
class	VestaBspEphemerisProvider Provides access to the position of Vesta with respect to the Sun.

Uses of ICloneWithContext in agi.foundation.stoppingconditions

Classes in agi.foundation.stoppingconditions that implement ICloneWithContext

Modifier and Type	Class and Description
class	AccessStoppingCondition A StoppingCondition that will stop after an access query is satisfied.
class	DelegateStoppingCondition A stopping condition that will stop a function by search for thresholds and extrema from values of a ConditionCheckCallback.
class	DelegateStoppingConditionConstraint A StoppingConditionConstraintEvaluator where the method that checks if the state at a stop satisfies this StoppingConditionConstraint is specified by a delegate.
class	DurationStoppingCondition A StoppingCondition that will stop after a given Duration has passed.
class	DurationStoppingConditionConstraint A StoppingConditionConstraint that determines its satisfaction based on the Duration that has passed during propagation.
class	EpochSecondsStoppingCondition A StoppingCondition whose threshold is the number of seconds past an arbitrary epoch.
class	JulianDateStoppingConditionConstraint A StoppingConditionConstraint that determines its satisfaction on the current JulianDate relative to a stored JulianDate.
class	ScalarStoppingCondition A StoppingCondition that will stop propagation by search for thresholds and extrema from values of a Scalar (get / set).
class	ScalarStoppingConditionConstraint A StoppingConditionConstraintEvaluator that compares the value of a Scalar (get / set) at the time of a state with a threshold.
class	StoppingCondition A stopping condition will get evaluated at every step of propagation, and treat some value based on the computed state as a function.
class	StoppingConditionConstraint The definition for a StoppingConditionConstraintEvaluator.
class	StoppingConditionConstraintEvaluator The evaluator for a StoppingConditionConstraint.
class	StoppingConditionEvaluator The type that actually evaluates a value from the state of propagation that can be used to stop the propagation.
class	ThresholdStoppingConditionConstraint A StoppingConditionConstraint that will compute a single value and compare it to a Threshold (get / set) to determine if this constraint is satisfied.
class	ThresholdStoppingConditionConstraintEvaluator The StoppingConditionConstraintEvaluator for a ThresholdStoppingConditionConstraint.
class	ValueInStateStoppingCondition A StoppingCondition that samples the value of a Motion{double} stored in an ITimeBasedState.
class	ValueInStateStoppingConditionConstraint A StoppingConditionConstraint that compares a value stored in an ITimeBasedState to a specified threshold.

Uses of ICloneWithContext in agi.foundation.terrain

Classes in agi.foundation.terrain that implement ICloneWithContext

Modifier and Type	Class and Description
class	DelayedTerrainAzimuthElevationMask An azimuth-elevation mask which defines a region of visibility defined by a given TerrainProvider.

Uses of ICloneWithContext in agi.foundation.time

Classes in agi.foundation.time that implement ICloneWithContext

Modifier and Type	Class and Description
class	LeapSecondsFacet Manages Leap Seconds.

Uses of ICloneWithContext in agi.foundation.tracking

Classes in agi.foundation.tracking that implement ICloneWithContext

Modifier and Type	Class and Description
class	AccessEntityFilter<TEntity extends IEntityIdentifier & IEntityLastUpdate> An EntityFilter that filters entities based on the results of an AccessQuery.
class	DelegateEntityFilter<TEntity extends IEntityIdentifier> An EntityFilter that filters entities based on the result of the specified callback.
class	EntityDescriptor<TEntity> Describes a family of entities.
class	EntityFilter<TEntity extends IEntityIdentifier> The base class for classes that are used with EntityFilterChain to filter entities into different EntitySets based on their properties.
class	EntityFilterChain<TEntity extends IEntityIdentifier> Groups entities into EntitySets with a series of filters.
class	EntityFilterCollection<TEntity extends IEntityIdentifier> A collection of EntityFilters.
class	EntityParameter<TEntity> The placeholder for a parameterized entity within an evaluator.