Uses of Class
agi.foundation.time.Duration

Packages that use Duration

Package	Description
agi.foundation	Contains commonly used types.
agi.foundation.access.constraints	Contains types used in modeling constraints applied to the calculation of access.
agi.foundation.cesium	Contains types used for defining graphical properties of definitional objects to be written out as CZML.
agi.foundation.cesium.advanced	Contains less-often used types for generating CZML.
agi.foundation.communications.signalprocessing	Contains types for representing communication hardware and processing electromagnetic signals.
agi.foundation.coverage	Contains types for computing complex access calculations between many different objects simultaneously.
agi.foundation.coverage.figureofmerit	Contains types for computing statistical data on coverage calculations.
agi.foundation.geometry	Contains types for expressing the motion of fundamental geometric objects such as points, axes, and reference frames; the manner in which they are related; and transformations between representations.
agi.foundation.graphics	Provides commonly used and instantiated graphics types related to 3D scene management, terrain and imagery, and more.
agi.foundation.graphics.advanced	Provides less commonly instantiated graphics types for the camera, mouse options, primitive options, and others.
agi.foundation.graphics.imaging	Provides types for raster and image processing, and for writing JPEG 2000 files.
agi.foundation.infrastructure.threading	Contains types used to perform and manage calculations among multiple threads of execution.
agi.foundation.navigation	Contains types useful in modeling navigation processes which utilize the Global Positioning System (GPS).
agi.foundation.navigation.datareaders	Contains types for reading various navigation-related data file formats.
agi.foundation.numericalmethods	Contains general numerical algorithms.
agi.foundation.numericalmethods.advanced	Contains additional advanced numerical algorithms and supporting types.
agi.foundation.propagators	Contains types used in producing the state of an object from a known element set.
agi.foundation.routedesign	Contains types for creating simple routes by specifying procedures at points of interest, how to connect them, and what height and speed to use along the route.
agi.foundation.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.stk	Contains types for interoperating with the STK desktop application and related data.
agi.foundation.stoppingconditions	Contains types for stopping propagation when various events occur.
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 Duration in agi.foundation

Methods in agi.foundation with parameters of type Duration

Modifier and Type	Method and Description
DateMotionCollection1<T>	Evaluator.evaluate(JulianDate start, JulianDate stop, Duration step) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection2<T,TDerivative>	MotionEvaluator2.evaluate(JulianDate start, JulianDate stop, Duration step, int order) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	MotionEvaluator1.evaluate(JulianDate start, JulianDate stop, Duration step, int order) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection2<T,TDerivative>	MotionEvaluator2.evaluate(JulianDate start, JulianDate stop, Duration step, int order, ITrackCalculationProgress tracker) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	MotionEvaluator1.evaluate(JulianDate start, JulianDate stop, Duration step, int order, ITrackCalculationProgress tracker) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	Evaluator.evaluate(JulianDate start, JulianDate stop, Duration step, ITrackCalculationProgress tracker) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	Evaluator.evaluate(TimeInterval interval, Duration step) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection2<T,TDerivative>	MotionEvaluator2.evaluate(TimeInterval interval, Duration step, int order) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	MotionEvaluator1.evaluate(TimeInterval interval, Duration step, int order) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection2<T,TDerivative>	MotionEvaluator2.evaluate(TimeInterval interval, Duration step, int order, ITrackCalculationProgress tracker) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	MotionEvaluator1.evaluate(TimeInterval interval, Duration step, int order, ITrackCalculationProgress tracker) Evaluates this evaluator at a specified fixed step over the specified interval.
DateMotionCollection1<T>	Evaluator.evaluate(TimeInterval interval, Duration step, ITrackCalculationProgress tracker) Evaluates this evaluator at a specified fixed step over the specified interval.

Uses of Duration in agi.foundation.access.constraints

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

Modifier and Type	Method and Description
Duration	NavigationAccuracyPredictedConstraint.getMaximumStepsize() Gets the maximum step size allowed for sampling this constraint.
Duration	NavigationAccuracyAssessedConstraint.getMaximumStepsize() Gets the maximum step size allowed for sampling this constraint.
Duration	DilutionOfPrecisionConstraint.getMaximumStepsize() Gets the maximum step size allowed for sampling this constraint.

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

Modifier and Type	Method and Description
void	NavigationAccuracyPredictedConstraint.setMaximumStepsize(Duration value) Sets the maximum step size allowed for sampling this constraint.
void	NavigationAccuracyAssessedConstraint.setMaximumStepsize(Duration value) Sets the maximum step size allowed for sampling this constraint.
void	DilutionOfPrecisionConstraint.setMaximumStepsize(Duration value) Sets the maximum step size allowed for sampling this constraint.

Uses of Duration in agi.foundation.cesium

Methods in agi.foundation.cesium that return Duration

Modifier and Type	Method and Description
Duration	VectorCesiumProperty.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	UnitVectorCesiumProperty.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	ScalarCesiumProperty.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	SampledCesiumProperty.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	PointCesiumProperty.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	GraphicalVector.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	CesiumPositionExtension.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	CesiumOrientationExtension.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	AxesCesiumProperty.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	VectorCesiumProperty.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	UnitVectorCesiumProperty.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	ScalarCesiumProperty.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	SampledCesiumProperty.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	PointCesiumProperty.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	GraphicalVector.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	CesiumPositionExtension.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	CesiumOrientationExtension.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	AxesCesiumProperty.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	CzmlDocument.getStep() Gets the step size to be used for sampling properties.
Duration	CesiumFixedStepExtension.getStep() Gets the step size to be used for sampling properties.

Methods in agi.foundation.cesium with parameters of type Duration

Modifier and Type	Method and Description
void	VectorCesiumProperty.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	UnitVectorCesiumProperty.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	ScalarCesiumProperty.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	SampledCesiumProperty.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	PointCesiumProperty.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	GraphicalVector.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	CesiumPositionExtension.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	CesiumOrientationExtension.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	AxesCesiumProperty.setBackwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate backward before the property becomes undefined.
void	VectorCesiumProperty.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	UnitVectorCesiumProperty.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	ScalarCesiumProperty.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	SampledCesiumProperty.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	PointCesiumProperty.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	GraphicalVector.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	CesiumPositionExtension.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	CesiumOrientationExtension.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	AxesCesiumProperty.setForwardExtrapolationDuration(Duration value) Sets the amount of time to extrapolate forward before the property becomes undefined.
void	CzmlDocument.setStep(Duration value) Sets the step size to be used for sampling properties.
void	CesiumFixedStepExtension.setStep(Duration value) Sets the step size to be used for sampling properties.

Constructors in agi.foundation.cesium with parameters of type Duration

Constructor and Description
CesiumFixedStepExtension(Duration step) Initializes a new instance with the provided step size.

Uses of Duration in agi.foundation.cesium.advanced

Methods in agi.foundation.cesium.advanced that return Duration

Modifier and Type	Method and Description
Duration	ICesiumPositionService.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	ICesiumOrientationService.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	ICesiumDirectionService.getBackwardExtrapolationDuration() Gets the amount of time to extrapolate backward before the property becomes undefined.
Duration	ICesiumPositionService.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	ICesiumOrientationService.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	ICesiumDirectionService.getForwardExtrapolationDuration() Gets the amount of time to extrapolate forward before the property becomes undefined.
Duration	ICesiumFixedStepService.getStep() Gets the step size to be used for sampling properties.
Duration	CesiumGeneratorContext.getStep() Gets the smallest step that should be taken when sampling.

Methods in agi.foundation.cesium.advanced with parameters of type Duration

Modifier and Type	Method and Description
void	ICesiumFixedStepService.setStep(Duration value) Sets the step size to be used for sampling properties.

Uses of Duration in agi.foundation.communications.signalprocessing

Methods in agi.foundation.communications.signalprocessing that return types with arguments of type Duration

Modifier and Type	Method and Description
Evaluator<Duration>	SignalProcessor.getProcessingDelay(EvaluatorGroup group, SignalPropagationGraph graph) Get an evaluator which computes the time delay between the input and output of this signal processor.

Uses of Duration in agi.foundation.coverage

Methods in agi.foundation.coverage with parameters of type Duration

Modifier and Type	Method and Description
CoverageResults	DiscreteCoverageDefinition.computeCoverageOverTheGrid(JulianDate start, JulianDate stop, Duration step) Computes the CoverageResults which stores the results of this calculation for the whole grid.
CoverageResults	DiscreteCoverageDefinition.computeCoverageOverTheGrid(JulianDate start, JulianDate stop, Duration step, ITrackCalculationProgress tracker) Computes the CoverageResults which stores the results of this calculation for the whole grid.
CoverageResults	DiscreteCoverageDefinition.computeCoverageOverTheGrid(TimeIntervalCollection consideredIntervals, Duration step) Computes the CoverageResults which stores the results of this calculation for the whole grid.
CoverageResults	DiscreteCoverageDefinition.computeCoverageOverTheGrid(TimeIntervalCollection consideredIntervals, Duration step, ITrackCalculationProgress tracker) Computes the CoverageResults which stores the results of this calculation for the whole grid.

Uses of Duration in agi.foundation.coverage.figureofmerit

Methods in agi.foundation.coverage.figureofmerit with parameters of type Duration

Modifier and Type	Method and Description
static TimeSampledValues	TimeSampledValues.computeData(CoverageData coverage, TimeInterval interval, Duration step, Scalar figureOfMerit) Compute the figure of merit data for the given set of results.
static GridTimeSampledValues	GridTimeSampledValues.computeData(CoverageResults grid, IFigureOfMeritDefinition figureOfMerit, TimeInterval interval, Duration step) Compute figure of merit over the coverage grid.
static GridTimeSampledValues	GridTimeSampledValues.computeData(CoverageResults grid, IFigureOfMeritDefinition figureOfMerit, TimeInterval interval, Duration step, ITrackCalculationProgress tracker) Compute figure of merit over the coverage grid.
static <T extends IFigureOfMeritDefinition> List<GridTimeSampledValues>	GridTimeSampledValues.computeData(CoverageResults grid, List<T> figuresOfMerit, TimeInterval interval, Duration step) Compute figure of merit over the coverage grid.
static <T extends IFigureOfMeritDefinition> List<GridTimeSampledValues>	GridTimeSampledValues.computeData(CoverageResults grid, List<T> figuresOfMerit, TimeInterval interval, Duration step, ITrackCalculationProgress tracker) Compute figure of merit over the coverage grid.
static TimeSampledValues	TimeSampledValues.computeData(TimeIntervalCollection intervals, TimeInterval samplingInterval, Duration step, Scalar function) Compute the figure of merit data for the given set of results.
static GridTimeSampledValues	GridDescriptiveStatistics.computeFigureOfMeritData(CoverageResults grid, IFigureOfMeritDefinition figureOfMerit, TimeInterval interval, Duration stepSize) Compute the given figure of merit over the coverage grid.
static List<GridTimeSampledValues>	GridDescriptiveStatistics.computeFigureOfMeritData(CoverageResults grid, List<IFigureOfMeritDefinition> figuresOfMerit, TimeInterval interval, Duration stepSize) Compute the given figure of merit over the coverage grid.
static double[]	GridDescriptiveStatistics.percentAccumulated(Iterable<? extends CoverageGridPointWithResults> gridPoints, JulianDate start, JulianDate stop, Duration step) Given a time after a start time, computes the highest percentage of the grid which has been covered at any one time after the start and before the time of interest.

Uses of Duration in agi.foundation.geometry

Methods in agi.foundation.geometry that return Duration

Modifier and Type	Method and Description
Duration	LinkDelayEvaluator.evaluateAndRemember(JulianDate date) Evaluates the link delay and remembers it so that it can later be reversed.

Uses of Duration in agi.foundation.graphics

Methods in agi.foundation.graphics that return Duration

Modifier and Type	Method and Description
Duration	DurationPathPrimitiveUpdatePolicy.getDuration() Gets the maximum duration that a point will lie on the line.
Duration	KmlNetworkLink.getMinimumRefreshPeriod() Gets the duration that is the minimum allowed time between refreshes of this network link.
Duration	KmlNetworkLink.getRefreshInterval() Gets the interval duration at which this network link will refresh, when RefreshMode (get) is set to KmlNetworkLinkRefreshMode.OnInterval.
Duration	SimulationAnimation.getTimeStep() Gets the size of an animation step in seconds.
Duration	RealTimeSimulationAnimation.getTimeStep() Gets the quantity of real time, in seconds, that is stepped when ForwardAnimation.stepForward() or ForwardAndBackwardAnimation.stepBackward() is called.
Duration	KmlNetworkLink.getViewRefreshTime() Gets the duration after camera view movement stops that this network link will refresh, when ViewRefreshMode (get) is set to KmlNetworkLinkViewRefreshMode.OnStop.

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

Modifier and Type	Method and Description
void	DurationPathPrimitiveUpdatePolicy.setDuration(Duration value) Sets the maximum duration that a point will lie on the line.
void	KmlNetworkLink.setRefreshInterval(Duration value) Sets the interval duration at which this network link will refresh, when RefreshMode (get) is set to KmlNetworkLinkRefreshMode.OnInterval.
void	SimulationAnimation.setTimeStep(Duration value) Sets the size of an animation step in seconds.
void	RealTimeSimulationAnimation.setTimeStep(Duration value) Sets the quantity of real time, in seconds, that is stepped when ForwardAnimation.stepForward() or ForwardAndBackwardAnimation.stepBackward() is called.
void	KmlNetworkLink.setViewRefreshTime(Duration value) Sets the duration after camera view movement stops that this network link will refresh, when ViewRefreshMode (get) is set to KmlNetworkLinkViewRefreshMode.OnStop.

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

Constructor and Description
DurationPathPrimitiveUpdatePolicy(Duration duration, PathPrimitiveRemoveLocation removeLocation) Initializes a policy with the specified duration and removeLocation.

Uses of Duration in agi.foundation.graphics.advanced

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

Modifier and Type	Method and Description
Duration	ProjectionStream.getUpdateDelta() Gets the update delta of the projection stream in seconds.

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

Modifier and Type	Method and Description
void	ProjectionStream.setUpdateDelta(Duration value) Sets the update delta of the projection stream in seconds.

Uses of Duration in agi.foundation.graphics.imaging

Methods in agi.foundation.graphics.imaging that return Duration

Modifier and Type	Method and Description
Duration	RasterStream.getUpdateDelta() Gets the update delta of the raster stream in seconds.

Methods in agi.foundation.graphics.imaging with parameters of type Duration

Modifier and Type	Method and Description
void	RasterStream.setUpdateDelta(Duration value) Sets the update delta of the raster stream in seconds.

Uses of Duration in agi.foundation.infrastructure.threading

Methods in agi.foundation.infrastructure.threading that return Duration

Modifier and Type	Method and Description
Duration	RecurringTaskStatistics.getAverageExecutionTime() Gets the average execution time of the task.
Duration	RecurringTaskStatistics.getPeriod() Gets the period at which the task is executed.

Methods in agi.foundation.infrastructure.threading with parameters of type Duration

Modifier and Type	Method and Description
void	RecurringTaskScheduler.addTask(Duration period, RecurringTask task) Adds a task to be executed on a recurring basis.

Uses of Duration in agi.foundation.navigation

Methods in agi.foundation.navigation that return Duration

Modifier and Type	Method and Description
Duration	RaimOptions.getOutageDurationThreshold() Gets the outage duration threshold, which specifies how much time must pass, while RAIM is unavailable, before a RAIM outage is signaled.

Methods in agi.foundation.navigation with parameters of type Duration

Modifier and Type	Method and Description
static RaimOutages	ReceiverAutonomousIntegrityMonitoring.computeOutages(GpsReceiver receiver, JulianDate start, JulianDate stop, Duration timeStep) Computes Receiver Autonomous Integrity Monitoring (RAIM) outages using RTCA values.
static RaimOutages	ReceiverAutonomousIntegrityMonitoring.computeOutages(GpsReceiver receiver, TimeInterval analysisInterval, Duration timeStep) Computes Receiver Autonomous Integrity Monitoring (RAIM) outages using RTCA values.
static RaimOutages	ReceiverAutonomousIntegrityMonitoring.computeOutages(GpsReceiver receiver, TimeInterval analysisInterval, Duration timeStep, RaimOptions raimOptions) Computes Receiver Autonomous Integrity Monitoring (RAIM) outages using the specified RaimOptions.
static RaimOutages	ReceiverAutonomousIntegrityMonitoring.computeOutages(GpsReceiver receiver, TimeInterval analysisInterval, Duration timeStep, RaimOptions raimOptions, ITrackCalculationProgress tracker) Computes Receiver Autonomous Integrity Monitoring (RAIM) outages.
void	RaimOptions.setOutageDurationThreshold(Duration value) Sets the outage duration threshold, which specifies how much time must pass, while RAIM is unavailable, before a RAIM outage is signaled.

Uses of Duration in agi.foundation.navigation.datareaders

Methods in agi.foundation.navigation.datareaders that return Duration

Modifier and Type	Method and Description
Duration	PerformanceAssessmentFile.getDefaultAvailabilityThreshold() Gets the default availability threshold used when evaluating assessed performance.

Methods in agi.foundation.navigation.datareaders with parameters of type Duration

Modifier and Type	Method and Description
Evaluator<PerformanceAssessmentField>	PerformanceAssessmentFile.getEvaluator(int prn, Duration availabilityThreshold, boolean allowExtrapolation, EvaluatorGroup group) Gets an evaluator that can be used to find assessed performance data over time for a given GPS satellite.
void	PerformanceAssessmentFile.setDefaultAvailabilityThreshold(Duration value) Sets the default availability threshold used when evaluating assessed performance.

Uses of Duration in agi.foundation.numericalmethods

Methods in agi.foundation.numericalmethods that return Duration

Modifier and Type	Method and Description
Duration	JulianDateFunctionExplorer.getCrossingDateTolerance() Gets the tolerance with which to converge on date when finding a precise crossing of a threshold.
Duration	DurationFunctionExplorer.getCrossingDurationTolerance() Gets the tolerance with which to converge on duration when finding a precise crossing of a threshold.
Duration	DurationFunctionExplorer.getCurrentDuration() Gets the current duration, which is the duration of the most recent sample.
Duration	JulianDateFunctionSampling.getDefaultStep() Gets the default step that will be taken when sampling a function.
Duration	DurationFunctionSampling.getDefaultStep() Gets the default step that will be taken when sampling a function.
Duration	JulianDateFunctionExplorer.getExtremumDateTolerance() Gets the tolerance with which to converge on date when precisely finding a local extremum.
Duration	DurationFunctionExplorer.getExtremumDurationTolerance() Gets the tolerance with which to converge on duration when precisely finding a local extremum.
Duration	ParameterizedDurationVariable.getInitialValue() Gets the initial Duration to use when the Value (get) is initially evaluated.
Duration	JulianDateFunctionSampling.getMaximumStep() Gets the largest step that will be taken when sampling a function.
Duration	DurationFunctionSampling.getMaximumStep() Gets the largest step that will be taken when sampling a function.
Duration	JulianDateFunctionSampling.getMinimumStep() Gets the smallest step that will be taken when sampling a function.
Duration	DurationFunctionSampling.getMinimumStep() Gets the smallest step that will be taken when sampling a function.
Duration	DurationFunctionExplorer.getPreviousDuration() Gets the duration of the previous sample.
Duration	DurationFunctionExplorer.getPreviousPreviousDuration() Gets the duration of the previous, previous sample.
Duration	DurationFunctionSampledEventArgs.getSampleDuration() Gets the duration at which the function was sampled.
Duration	TimeIntervalFinder.getSamplingInterval() Gets the independent variable sampling increment.
Duration	TimeIntervalFinder.getTimeTolerance() Gets the convergence tolerance on the time when finding function extremum and crossings of the constraint threshold.
Duration	JulianDateFunctionSampling.getTolerance() Gets the tolerance used for convergence in the independent variable.
Duration	DurationFunctionSampling.getTolerance() Gets the tolerance used for convergence in the independent variable.
Duration	JulianDateFunctionSampling.getTrendingStep() Gets the size of a trending step that will be taken at the beginning and end of each interval of consideration.
Duration	DurationFunctionSampling.getTrendingStep() Gets the size of a trending step that will be taken at the beginning and end of each interval of consideration.
abstract Duration	DurationSampleSuggestionCallback.invoke(Duration intervalStart, Duration intervalStop, Duration lastSample) A callback that is invoked to determine the next duration at which DurationFunctionExplorer samples a function.
Duration	DurationSampleSuggestionCallback.Function.invoke(Duration intervalStart, Duration intervalStop, Duration lastSample) A callback that is invoked to determine the next duration at which DurationFunctionExplorer samples a function.

Methods in agi.foundation.numericalmethods that return types with arguments of type Duration

Modifier and Type	Method and Description
ParameterizedValueDefinition<Duration>	ParameterizedDurationVariable.getValue() Gets the ValueDefinition to use that will be varied by a TargetedSegmentListOperatorEvaluator.

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

Modifier and Type	Method and Description
void	DurationFunctionExplorer.explore(Duration start, Duration stop) Explores the function, raising events for each finding.
void	DurationFunctionExplorer.explore(Duration start, Duration stop, ITrackCalculationProgress tracker) Explores the function, raising events for each finding.
abstract double	DurationSimpleFunction.invoke(Duration duration) A delegate that takes a Duration and returns a double.
double	DurationSimpleFunction.Function.invoke(Duration duration) A delegate that takes a Duration and returns a double.
abstract Duration	DurationSampleSuggestionCallback.invoke(Duration intervalStart, Duration intervalStop, Duration lastSample) A callback that is invoked to determine the next duration at which DurationFunctionExplorer samples a function.
Duration	DurationSampleSuggestionCallback.Function.invoke(Duration intervalStart, Duration intervalStop, Duration lastSample) A callback that is invoked to determine the next duration at which DurationFunctionExplorer samples a function.
void	JulianDateFunctionExplorer.setCrossingDateTolerance(Duration value) Sets the tolerance with which to converge on date when finding a precise crossing of a threshold.
void	DurationFunctionExplorer.setCrossingDurationTolerance(Duration value) Sets the tolerance with which to converge on duration when finding a precise crossing of a threshold.
void	JulianDateFunctionSampling.setDefaultStep(Duration value) Sets the default step that will be taken when sampling a function.
void	DurationFunctionSampling.setDefaultStep(Duration value) Sets the default step that will be taken when sampling a function.
void	JulianDateFunctionExplorer.setExtremumDateTolerance(Duration value) Sets the tolerance with which to converge on date when precisely finding a local extremum.
void	DurationFunctionExplorer.setExtremumDurationTolerance(Duration value) Sets the tolerance with which to converge on duration when precisely finding a local extremum.
void	ParameterizedDurationVariable.setInitialValue(Duration value) Sets the initial Duration to use when the Value (get) is initially evaluated.
void	JulianDateFunctionSampling.setMaximumStep(Duration value) Sets the largest step that will be taken when sampling a function.
void	DurationFunctionSampling.setMaximumStep(Duration value) Sets the largest step that will be taken when sampling a function.
void	JulianDateFunctionSampling.setMinimumStep(Duration value) Sets the smallest step that will be taken when sampling a function.
void	DurationFunctionSampling.setMinimumStep(Duration value) Sets the smallest step that will be taken when sampling a function.
void	TimeIntervalFinder.setSamplingInterval(Duration value) Sets the independent variable sampling increment.
void	TimeIntervalFinder.setTimeTolerance(Duration value) Sets the convergence tolerance on the time when finding function extremum and crossings of the constraint threshold.
void	JulianDateFunctionSampling.setTolerance(Duration value) Sets the tolerance used for convergence in the independent variable.
void	DurationFunctionSampling.setTolerance(Duration value) Sets the tolerance used for convergence in the independent variable.
void	JulianDateFunctionSampling.setTrendingStep(Duration value) Sets the size of a trending step that will be taken at the beginning and end of each interval of consideration.
void	DurationFunctionSampling.setTrendingStep(Duration value) Sets the size of a trending step that will be taken at the beginning and end of each interval of consideration.
void	DurationFunctionExplorer.step(Duration next) Explores the function through one step, raising events for any findings over the step.
Iterable<DurationFunctionFinding>	DurationFunctionExplorer.stepInteractively(Duration next) Steps exploration to a specified duration.

Method parameters in agi.foundation.numericalmethods with type arguments of type Duration

Modifier and Type	Method and Description
IDurationFunctionSampler	DurationFunctionSampling.getFunctionSampler(Function2<Duration,Double> function) Creates a sampler that takes a step suggested by a given function, or the DefaultStep (get / set) if not step is suggested.

Constructors in agi.foundation.numericalmethods with parameters of type Duration

Constructor and Description
DurationFunctionSampledEventArgs(DurationFunctionDetails function, Duration sampleDuration, double sampleValue) Initializes a new instance.
ParameterizedDurationVariable(Duration initialValue, double maximumStep, double perturbation, SegmentDefinition segment) Initializes a new instance with a specified initial value.
ParameterizedDurationVariable(Duration initialValue, double maximumStep, double perturbation, SegmentDefinition segment, SolverVariableScaling scaling) Initializes a new instance with a specified initial value.
TimeIntervalFinder(Function2<JulianDate,Double> function, double constraintValue, Duration samplingInterval) Initializes a new instance using the specified function, constraint value, and sampling interval.

Uses of Duration in agi.foundation.numericalmethods.advanced

Methods in agi.foundation.numericalmethods.advanced that return Duration

Modifier and Type	Method and Description
Duration	JulianDateFunctionExplorerProgress.getComplete() Gets the portion of the interval that has already been explored.
Duration	DurationFunctionExplorerProgress.getComplete() Gets the portion of the interval that has already been explored.
Duration	DurationFunctionThresholdCrossingFound.getCrossingDuration() Gets the duration at which the crossing occurs.
Duration	TimeIntervalFinderProgress.getDurationComplete() Gets the quantity of time that has already been computed.
Duration	DurationFunctionExtremumFound.getExtremumDuration() Gets the duration of the extremum.
Duration	DurationFunctionThresholdCrossingIndicated.getLeftDuration() Gets the date to the left of the threshold.
Duration	DurationFunctionExtremumIndicated.getLeftDuration() Gets the left date.
Duration	DurationFunctionExtremumIndicated.getMiddleDuration() Gets the middle date.
Duration	IDurationFunctionSampler.getNextSample(Duration intervalStart, Duration intervalStop, Duration lastSample) Gets the next duration at which to sample the function.
Duration	DurationFunctionThresholdCrossingIndicated.getRightDuration() Gets the date to the right of the threshold.
Duration	DurationFunctionExtremumIndicated.getRightDuration() Gets the right date.
Duration	DurationFunctionExplorerProgress.getStart() Gets the beginning of the interval being explored.
Duration	DurationFunctionExplorerProgress.getStop() Gets the end of the interval being explored.
Duration	TimeIntervalFinderProgress.getTotalDuration() Gets the quantity of time to be evaluated.

Methods in agi.foundation.numericalmethods.advanced with parameters of type Duration

Modifier and Type	Method and Description
Duration	IDurationFunctionSampler.getNextSample(Duration intervalStart, Duration intervalStop, Duration lastSample) Gets the next duration at which to sample the function.

Constructors in agi.foundation.numericalmethods.advanced with parameters of type Duration

Constructor and Description
DurationFunctionExplorerProgress(DurationFunctionExplorer explorer, Duration start, Duration stop, Duration complete, int percentComplete) Initializes a new instance.
DurationFunctionExtremumFound(DurationFunctionExtremumIndicated indication, Duration extremumDuration, double extremumValue) Initializes a new instance.
DurationFunctionExtremumIndicated(DurationFunctionExplorer explorer, DurationFunctionDetails function, Duration leftDuration, double leftValue, Duration middleDuration, double middleValue, Duration rightDuration, double rightValue) Initializes a new instance.
DurationFunctionThresholdCrossingFound(DurationFunctionThresholdCrossingIndicated indication, Duration crossingDuration, double crossingValue) Initializes a new instance.
DurationFunctionThresholdCrossingIndicated(DurationFunctionExplorer explorer, DurationFunctionDetails function, DurationFunctionThresholdDetails threshold, DurationFunctionExtremumFound extremum, Duration leftDuration, double leftValue, Duration rightDuration, double rightValue) Initializes a new instance.
JulianDateFunctionExplorerProgress(JulianDateFunctionExplorer explorer, JulianDate start, JulianDate stop, Duration complete, int percentComplete) Initializes a new instance.
TimeIntervalFinderProgress(TimeIntervalFinder timeIntervalFinder, JulianDate startDate, JulianDate endDate, Duration complete) Initializes a new instance with the specified parameters.

Uses of Duration in agi.foundation.propagators

Methods in agi.foundation.propagators that return Duration

Modifier and Type	Method and Description
Duration	LifetimeOrbitPropagator.getDurationLimit() Gets the maximum total time to spend propagating, based on the OrbitLimitType (get / set).
Duration	BallisticTrajectoryInformation.getFlightDuration() Gets the duration of the flight from the InitialPosition (get) to the FinalPosition (get)
protected abstract Duration	StoppablePropagator.getPropagatorsRecommendedStep() Gets the step size that the underlying propagator recommends to step.
protected Duration	SinglePointStoppablePropagator.getPropagatorsRecommendedStep() Gets the step size that the underlying propagator recommends to step.
Duration	SinglePointStoppablePropagatorDefinition.getStep() Gets the step size for this propagator.
Duration	DynamicStateStoppablePropagator.getStep() Gets the default step-size that this propagator should take.
Duration	ConstantStateStoppablePropagator.getStep() Gets the default step that this propagator will take.
Duration	LambertResult.getTimeOfFlight() Gets the time of flight between the InitialPositionMotion (get / set) and FinalPositionMotion (get / set).
Duration	StoppablePropagatorDefinition.getTimeTolerance() Gets the tolerance in seconds that the StoppablePropagator will use to say that a StoppingCondition converged on time.

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

Modifier and Type	Method and Description
BallisticPropagatorSolutionType	BallisticPropagator.configureFromFlightDuration(Cartesian targetPositionFixed, Duration flightDuration) Populates the InitialVelocity (get / set) and FinalTime (get / set) values for the trajectory with the specified flight duration.
BallisticPropagatorSolutionType	BallisticPropagator.configureFromFlightDuration(Cartographic targetPosition, Duration flightDuration) Populates the InitialVelocity (get / set) and FinalTime (get / set) values for the trajectory with the specified flight duration.
static J2Propagator	SpecializedOrbitSolver.createEarthRepeatGroundTraceSunSynchronousOrbitUsingApproximateAltitude(JulianDate guessOrbitEpoch, double approximateAltitude, Duration ascendingNodeLocalTime, int numberRevsToRepeat, double ascendingNodeLongitude) Creates a circular orbit that exactly repeats its ground trace after a specified number of revolutions under the influence of J2 perturbations.
static J2Propagator	SpecializedOrbitSolver.createEarthRepeatGroundTraceSunSynchronousOrbitUsingApproximateRevsPerDay(JulianDate guessOrbitEpoch, double approximateRevsPerDay, Duration ascendingNodeLocalTime, int numberRevsToRepeat, double ascendingNodeLongitude) Creates a circular orbit that exactly repeats its ground trace after a specified number of revolutions under the influence of J2 perturbations.
static J2Propagator	SpecializedOrbitSolver.createEarthSunSynchronousOrbitUsingAltitude(JulianDate orbitEpoch, double altitude, Duration ascendingNodeLocalTime) Creates a circular orbit whose right ascension of the ascending node drifts under J2 perturbations at the same rate as the central body's orbit around the Sun (Sun-synchronous).
static J2Propagator	SpecializedOrbitSolver.createEarthSunSynchronousOrbitUsingInclination(JulianDate orbitEpoch, double inclination, Duration ascendingNodeLocalTime) Creates a circular orbit whose right ascension of the ascending node drifts under J2 perturbations at the same rate as the central body's orbit around the Sun (Sun-synchronous).
static J2Propagator	SpecializedOrbitSolver.createRepeatGroundTraceSunSynchronousOrbitUsingApproximateAltitude(JulianDate guessOrbitEpoch, ReferenceFrame inertialFrame, ReferenceFrame fixedFrame, double approximateAltitude, Duration ascendingNodeLocalTime, int numberRevsToRepeat, double ascendingNodeLongitude, double gravitationalParameter, double j2UnnormalizedValue, double referenceDistance, double planetaryMeanMotion, boolean isObliquityLessThan90Degrees) Creates a circular orbit that exactly repeats its ground trace after a specified number of revolutions under the influence of J2 perturbations.
static J2Propagator	SpecializedOrbitSolver.createRepeatGroundTraceSunSynchronousOrbitUsingApproximateRevsPerDay(JulianDate guessOrbitEpoch, ReferenceFrame inertialFrame, ReferenceFrame fixedFrame, double approximateRevsPerDay, Duration ascendingNodeLocalTime, int numberRevsToRepeat, double ascendingNodeLongitude, double gravitationalParameter, double j2UnnormalizedValue, double referenceDistance, double planetaryMeanMotion, boolean isObliquityLessThan90Degrees) Creates a circular orbit that exactly repeats its ground trace after a specified number of revolutions under the influence of J2 perturbations.
static J2Propagator	SpecializedOrbitSolver.createSunSynchronousOrbitUsingAltitude(JulianDate orbitEpoch, ReferenceFrame inertialFrame, ReferenceFrame fixedFrame, double altitude, Duration ascendingNodeLocalTime, double gravitationalParameter, double j2UnnormalizedValue, double referenceDistance, double planetaryMeanMotion, boolean isObliquityLessThan90Degrees) Creates a circular orbit whose right ascension of the ascending node drifts under J2 perturbations at the same rate as the central body's orbit around the Sun (Sun-synchronous).
static J2Propagator	SpecializedOrbitSolver.createSunSynchronousOrbitUsingInclination(JulianDate orbitEpoch, ReferenceFrame inertialFrame, ReferenceFrame fixedFrame, double inclination, Duration ascendingNodeLocalTime, double gravitationalParameter, double j2UnnormalizedValue, double referenceDistance, double planetaryMeanMotion, boolean isObliquityLessThan90Degrees) Creates a circular orbit whose right ascension of the ascending node drifts under J2 perturbations at the same rate as the central body's orbit around the Sun (Sun-synchronous).
double[]	NumericalPropagator.propagate(Duration propagationTime) Propagates the state from the CurrentTime (get) and CurrentState (get).
NumericalPropagationStateHistory	NumericalPropagator.propagate(Duration propagationTime, int outputSparsity) Propagates the state from the CurrentTime (get) and CurrentState (get).
NumericalPropagationStateHistory	NumericalPropagator.propagate(Duration propagationTime, int outputSparsity, ITrackCalculationProgress tracker) Propagates the state from the CurrentTime (get) and CurrentState (get).
double[]	NumericalPropagator.propagate(Duration propagationTime, ITrackCalculationProgress tracker) Propagates the state from the CurrentTime (get) and CurrentState (get).
DateMotionCollection1<Cartesian>	CartesianOnePointPropagator.propagate(JulianDate startDate, JulianDate stopDate, Duration timeStep, int order, ReferenceFrame outputReferenceFrame) Calculates position (and zero or more derivatives) for regular time steps over an interval.
DateMotionCollection1<Cartesian>	CartesianOnePointPropagator.propagate(JulianDate startDate, JulianDate stopDate, Duration timeStep, int order, ReferenceFrame outputReferenceFrame, ITrackCalculationProgress tracker) Calculates position (and zero or more derivatives) for regular time steps over an interval.
protected ITimeBasedState	StoppablePropagator.restep(Duration step) Resteps the underlying propagator from the PreviousDate (get / set).
void	LifetimeOrbitPropagator.setDurationLimit(Duration value) Sets the maximum total time to spend propagating, based on the OrbitLimitType (get / set).
void	SinglePointStoppablePropagatorDefinition.setStep(Duration value) Sets the step size for this propagator.
void	DynamicStateStoppablePropagator.setStep(Duration value) Sets the default step-size that this propagator should take.
void	ConstantStateStoppablePropagator.setStep(Duration value) Sets the default step that this propagator will take.
void	LambertResult.setTimeOfFlight(Duration value) Sets the time of flight between the InitialPositionMotion (get / set) and FinalPositionMotion (get / set).
void	StoppablePropagatorDefinition.setTimeTolerance(Duration value) Sets the tolerance in seconds that the StoppablePropagator will use to say that a StoppingCondition converged on time.
LambertResult	LambertOrbitSolver.solveFixedDurationTransfer(Cartesian initialPosition, Cartesian finalPosition, Duration timeOfFlight, int numberOfRevolutions, LambertPathType pathType, OrbitDirectionType directionOfFlight) Solves the classic Lambert problem with the specified number of revolutions.
LambertResult	LambertOrbitSolver.solveFixedDurationTransfer(Cartesian initialPosition, Cartesian finalPosition, Duration timeOfFlight, int numberOfRevolutions, LambertPathType pathType, OrbitDirectionType directionOfFlight, Cartesian orbitalPlaneVector) Solves the classic Lambert problem with the specified number of revolutions.
abstract ITimeBasedState	StoppablePropagator.takeStep(Duration step, boolean createNewState) Makes the propagator take a step.
ITimeBasedState	SinglePointStoppablePropagator.takeStep(Duration step, boolean createNewState) Makes the propagator take a step.

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

Constructor and Description
ConstantStateStoppablePropagator(Duration step) Initialize a new instance.
TwoBodyStoppablePropagator(double gravitationalParameter, String propagationPointIdentification, ReferenceFrame propagationFrame, Duration step) Initializes a new instance.

Uses of Duration in agi.foundation.routedesign

Methods in agi.foundation.routedesign that return Duration

Modifier and Type	Method and Description
Duration	StationaryHoldProcedure.getHoldTime() Gets the duration of time to wait at the waypoint.
Duration	RacetrackHoldProcedure.getMinimumTime() Gets the minimum time to spend in the hold before leaving.
Duration	CircularHoldProcedure.getMinimumTime() Gets the minimum time to spend in the hold before leaving.

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

Modifier and Type	Method and Description
int	ConstantHeightProfile.getMinimumRevolutionsFromTime(Duration minimumTime, SurfaceSegment initialSegment, SurfaceSegment finalSegment, SurfaceSegment oneRevolutionSegment) Get the minimum number of revolutions required to spend a minimum time in a holding procedure.
void	StationaryHoldProcedure.setHoldTime(Duration value) Sets the duration of time to wait at the waypoint.
void	RacetrackHoldProcedure.setMinimumTime(Duration value) Sets the minimum time to spend in the hold before leaving.
void	CircularHoldProcedure.setMinimumTime(Duration value) Sets the minimum time to spend in the hold before leaving.

Constructors in agi.foundation.routedesign with parameters of type Duration

Constructor and Description
CircularHoldProcedure(Ellipsoid shape, Cartographic center, double turningRadius, Duration minimumTime, ClosedTurnDirection turnDirection, HoldingPatternProfile profile) Create a new instance based on the given parameters.
RacetrackHoldProcedure(Ellipsoid surfaceShape, Cartographic centerOfTurnOne, Cartographic centerOfTurnTwo, double turningRadius, Duration minimumTime, ClosedTurnDirection turnDirection, HoldingPatternProfile profile) Create a new instance based on the given parameters.
RacetrackHoldProcedure(Ellipsoid surfaceShape, Cartographic center, double headingAlongTrack, double lengthBetweenTurns, double turnRadius, Duration minimumTime, ClosedTurnDirection turnDirection, HoldingPatternProfile profile) Create a new instance based on the given parameters.
StationaryHoldProcedure(Cartographic waypoint, Duration holdTime) Create a new instance based on the given parameters over the surface of the Earth (get).
StationaryHoldProcedure(double waypointLongitude, double waypointLatitude, Duration holdTime, double heightAboveSurface, RouteHeightReference heightReference) Create a new instance based on the given parameters over the surface of the Earth (get).
StationaryHoldProcedure(double waypointLongitude, double waypointLatitude, Duration holdTime, double heightAboveSurface, TerrainProvider terrainSurface) Create a new instance based on the given parameters over the surface of the Earth (get).

Uses of Duration in agi.foundation.routedesign.advanced

Methods in agi.foundation.routedesign.advanced that return Duration

Modifier and Type	Method and Description
Duration	StandardTransitionProfileSegment.getFinalDuration() Gets the time it takes for the segment to transition from the inclined slope to the final conditions.
Duration	StandardTransitionProfileSegment.getInitialDuration() Gets the time it takes for the segment to transition from the initial conditions to the inclined slope.
Duration	StandardTransitionProfileSegment.getIntermediateDuration() Gets the time it takes for the segment to transition along the inclined slope while ascending or descending.
Duration	StandardTransitionProfileSegment.getTotalDuration() Gets the total time it takes for the segment to complete the transition from the initial conditions through an ascent or descent maneuver and then to connect with the final conditions.
Duration	StandardTransitionProfileSegment.getTotalTime() Gets the total time elapsed over the course of this segment.
abstract Duration	ProfileSegment.getTotalTime() Gets the total time elapsed over the course of this segment.
Duration	ConstantHeightSegment.getTotalTime() Gets the total time elapsed over the course of this segment.
Duration	CompositeProfileSegment.getTotalTime() Gets the total time elapsed over the course of this segment.
Duration	StandardTransitionProfileSegment.getTotalTime(double arcLength) Get the time required to travel the specified arc length.
abstract Duration	ProfileSegment.getTotalTime(double arcLength) Get the time required to travel the specified arc length.
Duration	ConstantHeightSegment.getTotalTime(double arcLength) Get the time required to travel the specified arc length.
Duration	CompositeProfileSegment.getTotalTime(double arcLength) Get the time required to travel the specified arc length.

Methods in agi.foundation.routedesign.advanced that return types with arguments of type Duration

Modifier and Type	Method and Description
List<Duration>	ParametricRouteSegment.getSpecialTimes() Gets the "special times" with respect to the beginning of the segment.

Methods in agi.foundation.routedesign.advanced with parameters of type Duration

Modifier and Type	Method and Description
double	ParametricRouteSegment.getHeading(Duration time) Get the heading at a given time since the start of the segment.
Motion1<Double>	ParametricRouteSegment.getHeading(Duration time, int order) Get the heading and rates at a given time since the start of the segment.
double	StandardTransitionProfileSegment.getHeight(Duration time) Get the value for the height above the TerrainProvider height reference specified by the StandardTransitionProfileSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
double	ProfileSegment.getHeight(Duration time) Get the value for the height above the TerrainProvider height reference specified by the ProfileSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
double	ConstantHeightSegment.getHeight(Duration time) Get the value for the height above the TerrainProvider height reference specified by the ConstantHeightSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
Motion1<Double>	StandardTransitionProfileSegment.getHeight(Duration time, int order) Get the value for the height above the TerrainProvider height reference specified by the StandardTransitionProfileSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
abstract Motion1<Double>	ProfileSegment.getHeight(Duration time, int order) Get the value for the height above the TerrainProvider height reference specified by the ProfileSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
Motion1<Double>	ConstantHeightSegment.getHeight(Duration time, int order) Get the value for the height above the TerrainProvider height reference specified by the ConstantHeightSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
Motion1<Double>	CompositeProfileSegment.getHeight(Duration time, int order) Get the value for the height above the TerrainProvider height reference specified by the CompositeProfileSegment.getHeightReference(agi.foundation.time.Duration) method at the given time.
Motion1<Double>	ParametricRouteSegment.getHeight(Duration time, int order, TerrainProvider heightReference) Get the height and rates at a given time since the start of the segment.
double	ParametricRouteSegment.getHeight(Duration time, TerrainProvider heightReference) Get the height at a given time since the start of the segment.
TerrainProvider	StandardTransitionProfileSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
abstract TerrainProvider	ProfileSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
TerrainProvider	ConstantHeightSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
TerrainProvider	CompositeProfileSegment.getHeightReference(Duration time) Get the TerrainProvider height reference for the profile height at the given time.
abstract int	HoldingPatternProfile.getMinimumRevolutionsFromTime(Duration minimumTime, SurfaceSegment initialSegment, SurfaceSegment finalSegment, SurfaceSegment oneRevolutionSegment) Get the minimum number of revolutions required to spend a minimum time in a holding procedure.
double	StandardTransitionProfileSegment.getSurfaceMotion(Duration time) Get the value for the arc length along the surface path, in meters.
double	ProfileSegment.getSurfaceMotion(Duration time) Get the value for the arc length along the surface path, in meters.
double	ConstantHeightSegment.getSurfaceMotion(Duration time) Get the value for the arc length along the surface path, in meters.
Motion1<Double>	StandardTransitionProfileSegment.getSurfaceMotion(Duration time, int order) Get the value for the arc length and its derivatives along the surface path, in meters and seconds.
abstract Motion1<Double>	ProfileSegment.getSurfaceMotion(Duration time, int order) Get the value for the arc length and its derivatives along the surface path, in meters and seconds.
Motion1<Double>	ConstantHeightSegment.getSurfaceMotion(Duration time, int order) Get the value for the arc length and its derivatives along the surface path, in meters and seconds.
Motion1<Double>	CompositeProfileSegment.getSurfaceMotion(Duration time, int order) Get the value for the arc length and its derivatives along the surface path, in meters and seconds.
Motion1<Cartesian>	ParametricRouteSegment.traverseFixed(Duration time, int order) Produces the position along the route in the fixed frame of the SurfaceShape (get) as a function of time from the start of this segment of the route.

Constructors in agi.foundation.routedesign.advanced with parameters of type Duration

Constructor and Description
CompositeProfileSegment(ProfileSegment firstSegment, Duration timeAtChange, ProfileSegment secondSegment) Create a new instance based on two profile segments and the time at which to transition from one to the next.

Constructor parameters in agi.foundation.routedesign.advanced with type arguments of type Duration

Constructor and Description
CompositeProfileSegment(List<Duration> timeTransitions, List<ProfileSegment> profiles) Create a new instance based on two profile segments and the time at which to transition from one to the next.

Uses of Duration in agi.foundation.segmentpropagation

Methods in agi.foundation.segmentpropagation that return Duration

Modifier and Type	Method and Description
Duration	PropagateSegment.getMaximumDuration() Gets the maximum Duration that this segment may propagate before being stopped.
Duration	FiniteManeuverSegmentResults.getOffset() Gets the offset between the end of the last segment and the time when the engines are ignited.
Duration	HoldSegment.getStep() Gets the default step that the SegmentPropagator should creates states for.
Duration	BasicLaunchSegment.getStep() Gets the default step that the SegmentPropagator should create states for.

Methods in agi.foundation.segmentpropagation that return types with arguments of type Duration

Modifier and Type	Method and Description
ValueDefinition<Duration>	FiniteManeuverSegment.getBurnCenteringBias() Gets a bias to use for burn centering.
ValueDefinition<Duration>	FiniteManeuverSegment.getBurnCenteringDuration() Gets the ValueDefinition that will be used for burn centering.

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

Modifier and Type	Method and Description
SegmentList	BasicLaunchSegment.createSequenceWithPreLaunchHold(Duration preLaunchHoldTime) This helper method returns a SegmentList that contains three parts; an InitialStateSegment, a HoldSegment and this BasicLaunchSegment.
void	PropagateSegment.setMaximumDuration(Duration value) Sets the maximum Duration that this segment may propagate before being stopped.
void	HoldSegment.setStep(Duration value) Sets the default step that the SegmentPropagator should creates states for.
void	BasicLaunchSegment.setStep(Duration value) Sets the default step that the SegmentPropagator should create states for.

Method parameters in agi.foundation.segmentpropagation with type arguments of type Duration

Modifier and Type	Method and Description
void	FiniteManeuverSegment.setBurnCenteringBias(ValueDefinition<Duration> value) Sets a bias to use for burn centering.
void	FiniteManeuverSegment.setBurnCenteringDuration(ValueDefinition<Duration> value) Sets the ValueDefinition that will be used for burn centering.

Constructors in agi.foundation.segmentpropagation with parameters of type Duration

Constructor and Description
BasicLaunchSegment(Duration step) Initializes a new launch segment with the specified step size.
BasicLaunchSegment(Duration step, String motionID, ITimeBasedState launchState) Initializes a new launch segment with the specified step size, launch state, and motion ID.
BasicLaunchSegment(Duration step, String motionID, ITimeBasedState launchState, ITimeBasedState burnoutState) Initializes a new launch segment with the specified step size, launch state, burnout state, and motion ID.

Uses of Duration in agi.foundation.stk

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

Modifier and Type	Method and Description
void	StkAttitudeFile.configureFromAxes(Axes axes, JulianDate start, JulianDate stop, Duration step, int order) Configures this instance with values computed by sampling an Axes over an interval with a fixed step.
void	StkEphemerisFile.configureFromPoint(Point point, JulianDate start, JulianDate stop, Duration step, int order) Configures this instance with values computed by sampling a Point over an interval with a fixed step.

Uses of Duration in agi.foundation.stoppingconditions

Methods in agi.foundation.stoppingconditions that return Duration

Modifier and Type	Method and Description
Duration	DurationStoppingConditionConstraint.getDurationThreshold() Gets the threshold used to compare with the computed Duration.
Duration	DurationStoppingConditionConstraint.getDurationTolerance() Gets the tolerance to be used when comparing the computed Duration with the Threshold (get / set).
Duration	StoppingConditionEvaluator.getNextSampleSuggestion(JulianDate lastNominalDateSampled, Duration otherSuggestedStep, ITimeBasedState state, IntegrationSense direction) Gets the next step that the thing that is sampling this StoppingConditionEvaluator should take.
Duration	JulianDateStoppingConditionConstraint.getTolerance() Gets the tolerance to be used when comparing the computed states time with the Threshold (get / set).

Methods in agi.foundation.stoppingconditions that return types with arguments of type Duration

Modifier and Type	Method and Description
ValueDefinition<Duration>	DurationStoppingCondition.getThreshold() Gets the threshold Duration.

Methods in agi.foundation.stoppingconditions with parameters of type Duration

Modifier and Type	Method and Description
Duration	StoppingConditionEvaluator.getNextSampleSuggestion(JulianDate lastNominalDateSampled, Duration otherSuggestedStep, ITimeBasedState state, IntegrationSense direction) Gets the next step that the thing that is sampling this StoppingConditionEvaluator should take.
void	DurationStoppingConditionConstraint.setDurationThreshold(Duration value) Sets the threshold used to compare with the computed Duration.
void	DurationStoppingConditionConstraint.setDurationTolerance(Duration value) Sets the tolerance to be used when comparing the computed Duration with the Threshold (get / set).
void	JulianDateStoppingConditionConstraint.setTolerance(Duration value) Sets the tolerance to be used when comparing the computed states time with the Threshold (get / set).

Method parameters in agi.foundation.stoppingconditions with type arguments of type Duration

Modifier and Type	Method and Description
void	DurationStoppingCondition.setThreshold(ValueDefinition<Duration> value) Sets the threshold Duration.

Constructors in agi.foundation.stoppingconditions with parameters of type Duration

Constructor and Description
DurationStoppingCondition(Duration threshold) Initializes a new instance.
DurationStoppingConditionConstraint(Duration threshold, Duration tolerance, WhenToCheckConstraint whenToCheck, InequalityCondition inequality, boolean useAbsoluteValue) Initializes a new instance.
JulianDateStoppingConditionConstraint(JulianDate threshold, Duration tolerance, WhenToCheckConstraint whenToCheck, InequalityCondition inequality) Initializes a new instance.

Uses of Duration in agi.foundation.time

Methods in agi.foundation.time that return Duration

Modifier and Type	Method and Description
Duration	Duration.add(Duration other) Adds the specified Duration to this instance.
static Duration	Duration.add(Duration left, Duration right) Adds two specified Duration instances.
Duration	Duration.addDays(double days) Adds a specified number of days to this Duration and returns the new Duration.
Duration	Duration.addSeconds(double seconds) Adds a specified number of seconds to this Duration and returns the new Duration.
Duration	Duration.divide(double constant) Divides the Duration by a constant.
static Duration	Duration.divide(Duration dividend, double divisor) Divides the Duration by a constant.
static Duration	Duration.fromDays(double days) Returns a Duration that represents the specified number of days.
static Duration	Duration.fromDays(double days, TimeStandard standard) Returns a Duration that represents the specified number of days using the specified time standard.
static Duration	Duration.fromHours(double hours) Returns a Duration that represents the specified number of hours.
static Duration	Duration.fromHours(double hours, TimeStandard standard) Returns a Duration that represents the specified number of hours using the specified time standard.
static Duration	Duration.fromMinutes(double minutes) Returns a Duration that represents the specified number of minutes.
static Duration	Duration.fromMinutes(double minutes, TimeStandard standard) Returns a Duration that represents the specified number of minutes using the specified time standard.
static Duration	Duration.fromSeconds(double seconds) Returns a Duration that represents the specified number of seconds.
static Duration	Duration.fromSeconds(double seconds, TimeStandard standard) Returns a Duration that represents the specified number of seconds using the specified time standard.
static Duration	Duration.getMaxValue() Gets the largest possible value of a Duration.
static Duration	Duration.getMinValue() Gets the smallest possible value of a Duration.
static Duration	Duration.getZero() Gets a Duration of 0 days and seconds.
Duration	Duration.multiply(double constant) Multiplies the Duration by a constant.
static Duration	Duration.multiply(Duration left, double right) Multiplies the Duration by a constant.
static Duration	Duration.negate(Duration value) Inverts a specified Duration.
Duration	Duration.subtract(Duration other) Subtracts the specified Duration from this instance.
static Duration	Duration.subtract(Duration left, Duration right) Subtracts a specified Duration from another specified Duration.
Duration	GlobalPositioningSystemDate.subtract(GlobalPositioningSystemDate subtrahend) Subtracts another date from this date.
static Duration	GlobalPositioningSystemDate.subtract(GlobalPositioningSystemDate left, GlobalPositioningSystemDate right) Subtracts a date from another date, yielding a Duration.
Duration	JulianDate.subtract(JulianDate subtrahend) Subtracts another Julian date from this Julian date.
static Duration	JulianDate.subtract(JulianDate left, JulianDate right) Subtracts a Julian date from another Julian date, yielding a Duration.
Duration	TimeIntervalCollection1.toDuration() Returns a Duration representing the span of time represented by the sum of the individual time intervals in the collection.
Duration	TimeIntervalCollection.toDuration() Returns a Duration representing the span of time represented by the sum of the individual time intervals in the collection.
Duration	TimeInterval1.toDuration() Returns a Duration representing the span of time between the Start (get) and Stop (get) of the interval.
Duration	TimeInterval.toDuration() Returns a Duration representing the span of time between the Start (get) and Stop (get) of the interval.

Methods in agi.foundation.time with parameters of type Duration

Modifier and Type	Method and Description
JulianDate	JulianDate.add(Duration duration) Adds a Duration to this Julian date, producing a new Julian date.
GlobalPositioningSystemDate	GlobalPositioningSystemDate.add(Duration duration) Adds a Duration to this date, producing a new date.
Duration	Duration.add(Duration other) Adds the specified Duration to this instance.
static Duration	Duration.add(Duration left, Duration right) Adds two specified Duration instances.
static GlobalPositioningSystemDate	GlobalPositioningSystemDate.add(GlobalPositioningSystemDate left, Duration right) Adds a Duration to a GlobalPositioningSystemDate, producing a new date.
static JulianDate	JulianDate.add(JulianDate left, Duration right) Adds a Duration to a JulianDate, producing a new Julian date.
JulianDate	JulianDate.addClamped(Duration duration) Adds a Duration to this Julian date, producing a new Julian date.
int	Duration.compareTo(Duration other) Compares this instance with another instance of the same type.
double	Duration.divide(Duration divisor) Divides the Duration by another Duration, yield a constant.
static Duration	Duration.divide(Duration dividend, double divisor) Divides the Duration by a constant.
static double	Duration.divide(Duration dividend, Duration divisor) Divides the Duration by another duration.
static boolean	Duration.equals(Duration left, Duration right) Returns true if two Durations are exactly equal, within the limits of floating point precision.
boolean	Duration.equalsEpsilon(Duration other, double epsilon) Returns true if this Duration is within epsilon seconds of the specified Duration.
boolean	Duration.equalsType(Duration other) Returns true if this Duration exactly equals another Duration, within the limits of floating point precision.
static List<JulianDate>	TimeGenerator.fromInterval(JulianDate start, JulianDate stop, Duration step) Generates times at a specified frequency within an interval as well as the stop time.
static List<JulianDate>	TimeGenerator.fromInterval(TimeInterval interval, Duration step) Generates times at a specified frequency within an interval as well as the end of the interval.
static boolean	Duration.greaterThan(Duration left, Duration right) Returns true if left is longer than right.
static boolean	Duration.greaterThanOrEqual(Duration left, Duration right) Returns true if left is longer than or exactly equal to right.
static boolean	Duration.lessThan(Duration left, Duration right) Returns true if left is shorter than right.
static boolean	Duration.lessThanOrEqual(Duration left, Duration right) Returns true if left is shorter than or exactly equal to right.
static Duration	Duration.multiply(Duration left, double right) Multiplies the Duration by a constant.
static Duration	Duration.negate(Duration value) Inverts a specified Duration.
static boolean	Duration.notEquals(Duration left, Duration right) Returns true if two Durations are NOT exactly equal, within the limits of floating point precision.
static List<JulianDate>	TimeGenerator.regularSamplingFromInterval(TimeInterval interval, Duration step) Generates times at regular steps within an interval (not including the end time).
static List<JulianDate>	TimeGenerator.regularSamplingFromInterval(TimeInterval interval, JulianDate startOfSampling, Duration step) Generates times at regular steps within an interval (not including the end time).
static List<JulianDate>	TimeGenerator.regularSamplingFromIntervals(TimeIntervalCollection intervals, Duration step) Generates times at regular steps within a set of intervals (not including the edges of the intervals).
static List<JulianDate>	TimeGenerator.regularSamplingFromIntervals(TimeIntervalCollection intervals, JulianDate startOfSampling, Duration step) Generates times at regular steps within an interval (not including the end time).
JulianDate	JulianDate.subtract(Duration duration) Subtracts a Duration from this Julian date, producing a new Julian date.
GlobalPositioningSystemDate	GlobalPositioningSystemDate.subtract(Duration duration) Subtracts a Duration from this date, producing a new date.
Duration	Duration.subtract(Duration other) Subtracts the specified Duration from this instance.
static Duration	Duration.subtract(Duration left, Duration right) Subtracts a specified Duration from another specified Duration.
static GlobalPositioningSystemDate	GlobalPositioningSystemDate.subtract(GlobalPositioningSystemDate left, Duration right) Subtracts a Duration from a date, yielding a new GlobalPositioningSystemDate.
static JulianDate	JulianDate.subtract(JulianDate left, Duration right) Subtracts a Duration from a Julian date, yielding a new JulianDate.

Uses of Duration in agi.foundation.tracking

Methods in agi.foundation.tracking that return Duration

Modifier and Type	Method and Description
Duration	HistoryGenerator.getHistoryLength() Gets the length of history to keep in memory for each track.

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

Modifier and Type	Method and Description
void	HistoryGenerator.setHistoryLength(Duration value) Sets the length of history to keep in memory for each track.

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

Constructor and Description
HistoryGenerator(TypeLiteral<TEntity> typeLiteralTEntity, EntitySet<TEntity> entities, Duration historyLength) Creates a new instance using the specified EntitySet and Duration.