Uses of Interface
agi.foundation.infrastructure.IThreadAware

Packages that use IThreadAware

Package	Description
agi.foundation	Contains commonly used types.
agi.foundation.access	Contains types used in performing access calculations.
agi.foundation.aircraftpropagation	Contains types for propagating an aircraft through various maneuvers subject to flight phase performance models and wind effects.
agi.foundation.celestial	Contains types used in modeling characteristics of celestial objects and celestial phenomena.
agi.foundation.communications	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.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.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.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.segmentpropagation	Contains types for modeling a trajectory in segments, where the type of propagation varies for each segment.
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 IThreadAware in agi.foundation

Subinterfaces of IThreadAware 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 IThreadAware

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.

Uses of IThreadAware in agi.foundation.access

Classes in agi.foundation.access that implement IThreadAware

Modifier and Type	Class and Description
class	AccessConstraintEvaluator The base class for Access constraint evaluators.
class	AccessEvaluator An evaluator that determines whether access exists for an AccessQuery.
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.
protected static class	MinimumMaximumAccessConstraint.MinMaxThresholdEvaluator A convenient base class to use for the evaluators for constraints derived from MinimumMaximumAccessConstraint.

Uses of IThreadAware in agi.foundation.aircraftpropagation

Classes in agi.foundation.aircraftpropagation that implement IThreadAware

Modifier and Type	Class and Description
class	AircraftStateElementConverter Represents output associated with a PropagationStateElement corresponding to a set of Cartesian values.

Uses of IThreadAware in agi.foundation.celestial

Classes in agi.foundation.celestial that implement IThreadAware

Modifier and Type	Class and Description
class	ArielCentralBody The Uranian moon Ariel.
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	CeresCentralBody The dwarf planet Ceres.
class	CharonCentralBody The Plutonian moon Charon.
class	ConstantSolarGeophysicalData Represents the solar radiation and geomagnetic flux indices as constant values.
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	EarthCentralBody The planet Earth.
class	EarthMoonBarycenter The barycenter of the Earth-Moon system.
class	EnceladusCentralBody The Saturnian moon Enceladus.
class	EuropaCentralBody The Jovian moon Europa.
class	ForceEvaluator Base class for evaluators created by a ForceModel to compute the force.
class	GanymedeCentralBody The Jovian moon Ganymede.
class	HyperionCentralBody The Saturnian moon Hyperion.
class	IapetusCentralBody The Saturnian moon Iapetus.
class	IoCentralBody The Jovian moon Io.
class	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	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	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	RheaCentralBody The Saturnian moon Rhea.
class	SaturnCentralBody The planet Saturn.
class	SaturnSystemBarycenter The barycenter of the Saturn system.
class	SolarGeophysicalData This class holds information on the F10.7 solar flux and the kp and ap geomagnetic flux.
class	SolarSystemBarycenter The barycenter of a solar system.
class	SunCentralBody The star at the center of our solar system.
class	TethysCentralBody The Saturnian moon Tethys.
class	TitanCentralBody The Saturnian moon Titan.
class	TitaniaCentralBody The Uranian moon Titania.
class	TorqueEvaluator Base class for evaluators created by a TorqueModel to compute the torque.
class	TritonCentralBody The Neptunian moon Triton.
class	UranusCentralBody The planet Uranus.
class	UranusSystemBarycenter The barycenter of the Uranus system.
class	VenusCentralBody The planet Venus.
class	VestaCentralBody The asteroid Vesta.

Uses of IThreadAware in agi.foundation.communications

Classes in agi.foundation.communications that implement IThreadAware

Modifier and Type	Class and Description
class	SignalEvaluator Base class for all signal evaluators.
class	SignalPolarizationEvaluator An abstract base class which defines an object which produces a polarization based on a supplied signal.

Uses of IThreadAware in agi.foundation.communications.antennas

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

Modifier and Type	Class and Description
class	BeamformerWeightsEvaluator Abstract base class for an evaluator which evaluates beamformer weights as a ComplexMatrix.
class	DirectionsEvaluator Abstract base class for an evaluator which evaluates a list of WeightedDirection.
class	SphericalTabularGainData A function class for computing gain using tabular data provided in a spherical coordinate system.

Uses of IThreadAware in agi.foundation.communications.signalprocessing

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

Modifier and Type	Class and Description
class	VariableGainAmplifierBackoffCurves Represents a set of input back-off curves.
class	VariableGainAmplifierBackoffPolynomial Represents a polynomial input back-off curve.

Uses of IThreadAware in agi.foundation.communications.signalpropagation

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

Modifier and Type	Class and Description
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	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	SignalPropagator An abstract base class which defines an object which propagates a set of signals.

Uses of IThreadAware in agi.foundation.coordinates

Subinterfaces of IThreadAware 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 IThreadAware

Modifier and Type	Class and Description
class	BasicState An IAdjustableState that can hold any data type or motions.
class	StateElementAdapter The base class for all StateElementAdapters.
class	StateEvaluator<T extends ITimeBasedState> Computes states at points in time.

Uses of IThreadAware in agi.foundation.geometry

Classes in agi.foundation.geometry that implement IThreadAware

Modifier and Type	Class and Description
class	AxesEvaluator Evaluates an Axes over time.
class	Covariance3By3Evaluator Evaluates the position covariance of an object over time.
class	DynamicMatrixEvaluator Evaluates a DynamicMatrix over time.
class	InternationalTerrestrialReferenceFrameEvaluator Evaluates a InternationalTerrestrialReferenceFrameTransformer over time.
class	LinkDelayEvaluator An evaluator for computing the delay along a link.
class	NormalizedVectorEvaluator Evaluates a VectorEvaluator and normalizes each value.
class	PointEvaluator Evaluates a Point over time.
class	ReferenceFrameEvaluator Evaluates a ReferenceFrame over time.
class	ScalarEvaluator Evaluates a Scalar over time.
class	VectorEvaluator Evaluates a Vector over time.

Uses of IThreadAware in agi.foundation.geometry.shapes

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

Modifier and Type	Class and Description
class	DynamicSensorFieldOfViewEvaluator Evaluates a SensorFieldOfView that changes with time.

Uses of IThreadAware in agi.foundation.infrastructure

Subinterfaces of IThreadAware 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	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 IThreadAware

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	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	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	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	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 IThreadAware

Modifier and Type	Method and Description
static <T extends IThreadAware> boolean	EvaluatorHelper.allEvaluatorsAreThreadSafe(Iterable<T> evaluators) Determines if every evaluator in a collection is thread safe.
static <T extends IThreadAware> boolean	EvaluatorHelper.allEvaluatorsAreThreadSafe(TimeIntervalCollection1<T> collection) Determines if every evaluator stored as Data (get) in a TimeIntervalCollection1 is thread safe.

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

Modifier and Type	Method and Description
static boolean	EvaluatorHelper.allEvaluatorsAreThreadSafe(IThreadAware... evaluators) Determines if every evaluator in an array is thread safe.
static boolean	EvaluatorHelper.allEvaluatorsAreThreadSafe(IThreadAware evaluator1) Determines if every evaluator given is thread safe.
static boolean	EvaluatorHelper.allEvaluatorsAreThreadSafe(IThreadAware evaluator1, IThreadAware evaluator2) Determines if every evaluator given is thread safe.
static boolean	EvaluatorHelper.allEvaluatorsAreThreadSafe(IThreadAware evaluator1, IThreadAware evaluator2, IThreadAware evaluator3) Determines if every evaluator given is thread safe.

Uses of IThreadAware in agi.foundation.numericalmethods

Classes in agi.foundation.numericalmethods that implement IThreadAware

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	CostFunctionSettings The settings for the cost function used by an OptimizerMultivariableFunction.
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	MultivariableFunctionDifferentialSolver An intermediate base class for MultivariableFunctionSolvers that will solve a function by iteration towards a solution.
class	MultivariableFunctionSolver The abstract base class for MultivariableFunctionSolvers.
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	OptimizerMultivariableFunction A function that can be optimized by a ParameterOptimizer.
class	ParameterOptimizer The abstract base class for ParameterOptimizers.
class	RealValuedScalarFunctionAdapter<T> Adapts any RealValuedScalarFunction to implement Function2.
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	SegmentPropagatorConstraintEvaluator The evaluator for SegmentPropagatorConstraint used in a MultivariableFunctionSolver.
class	SegmentPropagatorCostFunctionEvaluator The evaluator for SegmentPropagatorCostFunction used in a ParameterOptimizer.
class	SegmentPropagatorInequalityConstraintEvaluator The evaluator for SegmentPropagatorInequalityConstraint used in a ParameterOptimizer.
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	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	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	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.

Uses of IThreadAware in agi.foundation.numericalmethods.advanced

Subinterfaces of IThreadAware 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 IThreadAware

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	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	MultipleStepIntegrator A subtype of integrator which saves multiple steps of derivative data for more accurate integration.
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	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 IThreadAware in agi.foundation.platforms

Classes in agi.foundation.platforms that implement IThreadAware

Modifier and Type	Class and Description
class	SensorProjectionEvaluator An evaluator that can find the projection of a sensor onto a central body's ellipsoid surface.

Uses of IThreadAware in agi.foundation.propagators

Subinterfaces of IThreadAware 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 IThreadAware

Modifier and Type	Class and Description
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	NumericalPropagatorState A state representing every propagated value in a particular NumericalPropagator.
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	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	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.

Uses of IThreadAware in agi.foundation.propagators.advanced

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

Modifier and Type	Class and Description
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	PropagationStateCorrectionEvaluator Members of this class calculate corrections to a propagated state after the integration step.
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 IThreadAware in agi.foundation.segmentpropagation

Classes in agi.foundation.segmentpropagation that implement IThreadAware

Modifier and Type	Class and Description
class	BasicLaunchSegmentResults The basic launch segment results.
class	FiniteManeuverSegmentResults The results produced by a FiniteManeuverSegment.
class	FollowSegmentBeginningPropagator Evaluates the initial state for the propagator of a FollowSegment.
class	FollowSegmentEndingPropagator Evaluates the initial state for the propagator of a FollowSegment.
class	FollowSegmentResults The results of propagating a FollowSegment.
class	ImpulsiveManeuverInformation Stores all the information needed for a maneuver to be performed by an ImpulsiveManeuverSegment.
class	ImpulsiveManeuverSegmentResults SegmentResults augmented with information relevant to the propagation of an ImpulsiveManeuverSegment.
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	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	StateUpdaterEvaluator Updates the propagated state in an UpdateSegment.
class	SwitchableSegmentResults The SegmentResults for a SwitchableSegment.
class	TargetedSegmentListOperatorEvaluator The evaluator of an operator that a TargetedSegmentList uses on its constituent segments.
class	TargetedSegmentListResults A SegmentListResults that is returned when a TargetedSegmentLists propagator is run.

Uses of IThreadAware in agi.foundation.stoppingconditions

Classes in agi.foundation.stoppingconditions that implement IThreadAware

Modifier and Type	Class and Description
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	ThresholdStoppingConditionConstraintEvaluator The StoppingConditionConstraintEvaluator for a ThresholdStoppingConditionConstraint.

Uses of IThreadAware in agi.foundation.terrain

Classes in agi.foundation.terrain that implement IThreadAware

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 IThreadAware in agi.foundation.time

Classes in agi.foundation.time that implement IThreadAware

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

Uses of IThreadAware in agi.foundation.tracking

Classes in agi.foundation.tracking that implement IThreadAware

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	EntityFilter<TEntity extends IEntityIdentifier> The base class for classes that are used with EntityFilterChain to filter entities into different EntitySets based on their properties.