Uses of Class
agi.foundation.Bounds

Packages that use Bounds

Package	Description
agi.foundation	Contains commonly used types.
agi.foundation.aircraftpropagation	Contains types for propagating an aircraft through various maneuvers subject to flight phase performance models and wind effects.
agi.foundation.cesium	Contains types used for defining graphical properties of definitional objects to be written out as CZML.
agi.foundation.coordinates	Contains types for quantifying and converting between various coordinate representations.
agi.foundation.geometry.discrete	Contains types which define discretization algorithms and metadata for analysis of spatial geometry.

Uses of Bounds in agi.foundation

Methods in agi.foundation that return Bounds

Modifier and Type	Method and Description
static Bounds	Bounds.getUnbounded() Gets a set of Bounds representing the full range of real values from negative infinity to positive infinity.
static Bounds	Bounds.getUndefined() Gets a set of Bounds with values of Double.NaN.

Methods in agi.foundation with parameters of type Bounds

Modifier and Type	Method and Description
static boolean	Bounds.equals(Bounds left, Bounds right) Returns true if the two instances are exactly equal.
boolean	Bounds.equalsEpsilon(Bounds other, double epsilon) Indicates whether each value of another instance of this type is within the required tolerance of the corresponding value of this instance.
boolean	Bounds.equalsType(Bounds other) Indicates whether another instance of this type is exactly equal to this instance.
static boolean	Bounds.notEquals(Bounds left, Bounds right) Returns true if the two instances are not exactly equal.

Uses of Bounds in agi.foundation.aircraftpropagation

Methods in agi.foundation.aircraftpropagation that return Bounds

Modifier and Type	Method and Description
Bounds	SimpleForwardFlightPropellerPropulsion.getFuelFlowRateLimits() Gets the fuel flow rate limits, typically defined at nominal sea level atmospheric density.
Bounds	SimpleForwardFlightJetPropulsion.getFuelFlowRateLimits() Gets the fuel flow rate limits, typically defined at nominal sea level atmospheric density.
Bounds	SimpleAccelerationPerformanceModel.getLateralLoadLimits() Gets the lateral load limit.
Bounds	SimpleAccelerationPerformanceModel.getLongitudinalLoadLimits() Gets the longitudinal load limits.
Bounds	SimpleForwardFlightPropellerPropulsion.getPowerAvailableLimits() Gets the available power limits, typically defined at nominal sea level atmospheric density.
Bounds	SimpleForwardFlightJetPropulsion.getThrustAvailableLimits() Gets the available thrust limits, typically defined at nominal sea level atmospheric density.
Bounds	SimpleAccelerationPerformanceModel.getVerticalLoadLimits() Gets the vertical load limits.

Methods in agi.foundation.aircraftpropagation that return types with arguments of type Bounds

Modifier and Type	Method and Description
Evaluator<Bounds>	SimpleAccelerationPerformanceModel.getLateralAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider) Gets an evaluator for the lateral acceleration limits of an aircraft.
abstract Evaluator<Bounds>	AccelerationPerformanceModel.getLateralAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider) Gets an evaluator for the lateral acceleration limits of an aircraft.
Evaluator<Bounds>	AccelerationPerformanceModel.getLateralAccelerationLimitsEvaluator(IServiceProvider serviceProvider) Gets an evaluator for the lateral acceleration limits of an aircraft.
Evaluator<Bounds>	SimpleAccelerationPerformanceModel.getLongitudinalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider) Gets an evaluator for the longitudinal acceleration limits of an aircraft.
abstract Evaluator<Bounds>	AccelerationPerformanceModel.getLongitudinalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider) Gets an evaluator for the longitudinal acceleration limits of an aircraft.
Evaluator<Bounds>	AccelerationPerformanceModel.getLongitudinalAccelerationLimitsEvaluator(IServiceProvider serviceProvider) Gets an evaluator for the longitudinal acceleration limits of an aircraft.
Evaluator<Bounds>	SimpleAccelerationPerformanceModel.getVerticalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider) Gets an evaluator for the vertical acceleration limits of an aircraft.
abstract Evaluator<Bounds>	AccelerationPerformanceModel.getVerticalAccelerationLimitsEvaluator(EvaluatorGroup group, IServiceProvider serviceProvider) Gets an evaluator for the vertical acceleration limits of an aircraft.
Evaluator<Bounds>	AccelerationPerformanceModel.getVerticalAccelerationLimitsEvaluator(IServiceProvider serviceProvider) Gets an evaluator for the vertical acceleration limits of an aircraft.

Methods in agi.foundation.aircraftpropagation with parameters of type Bounds

Modifier and Type	Method and Description
void	SimpleForwardFlightPropellerPropulsion.setFuelFlowRateLimits(Bounds value) Sets the fuel flow rate limits, typically defined at nominal sea level atmospheric density.
void	SimpleForwardFlightJetPropulsion.setFuelFlowRateLimits(Bounds value) Sets the fuel flow rate limits, typically defined at nominal sea level atmospheric density.
void	SimpleAccelerationPerformanceModel.setLateralLoadLimits(Bounds value) Sets the lateral load limit.
void	SimpleAccelerationPerformanceModel.setLongitudinalLoadLimits(Bounds value) Sets the longitudinal load limits.
void	SimpleForwardFlightPropellerPropulsion.setPowerAvailableLimits(Bounds value) Sets the available power limits, typically defined at nominal sea level atmospheric density.
void	SimpleForwardFlightJetPropulsion.setThrustAvailableLimits(Bounds value) Sets the available thrust limits, typically defined at nominal sea level atmospheric density.
void	SimpleAccelerationPerformanceModel.setVerticalLoadLimits(Bounds value) Sets the vertical load limits.

Uses of Bounds in agi.foundation.cesium

Methods in agi.foundation.cesium that return types with arguments of type Bounds

Modifier and Type	Method and Description
CesiumProperty<Bounds>	PointGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this point will be displayed.
CesiumProperty<Bounds>	PathGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this path will be displayed.
CesiumProperty<Bounds>	ModelGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this model will be displayed.
CesiumProperty<Bounds>	LabelGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this label will be displayed.
CesiumProperty<Bounds>	EllipsoidGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this ellipsoid will be displayed.
CesiumProperty<Bounds>	CentralBodySurfaceRegionGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this region will be displayed.
CesiumProperty<Bounds>	CentralBodySurfaceCurveGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this curve will be displayed.
CesiumProperty<Bounds>	BillboardGraphics.getDistanceDisplayCondition() Gets the distances from the camera at which this billboard will be displayed.

Method parameters in agi.foundation.cesium with type arguments of type Bounds

Modifier and Type	Method and Description
void	PointGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this point will be displayed.
void	PathGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this path will be displayed.
void	ModelGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this model will be displayed.
void	LabelGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this label will be displayed.
void	EllipsoidGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this ellipsoid will be displayed.
void	CentralBodySurfaceRegionGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this region will be displayed.
void	CentralBodySurfaceCurveGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this curve will be displayed.
void	BillboardGraphics.setDistanceDisplayCondition(CesiumProperty<Bounds> value) Sets the distances from the camera at which this billboard will be displayed.

Uses of Bounds in agi.foundation.coordinates

Methods in agi.foundation.coordinates that return Bounds

Modifier and Type	Method and Description
Bounds	SphericalBounds.getClockBounds() Gets the bounds for the Clock coordinate.
Bounds	CylindricalBounds.getClockBounds() Gets the bounds for the Clock coordinate.
Bounds	SphericalBounds.getConeBounds() Gets the bounds for the Cone coordinate.
Bounds	SphericalBounds.getMagnitudeBounds() Gets the bounds for the Magnitude coordinate.
Bounds	CylindricalBounds.getRadialBounds() Gets the bounds for the Radial coordinate.
Bounds	CartesianBounds.getXBounds() Gets the bounds for the X coordinate.
Bounds	CartesianBounds.getYBounds() Gets the bounds for the Y coordinate.
Bounds	PyramidalBounds.getZBounds() Gets the bounds for the Z coordinate.
Bounds	CylindricalBounds.getZBounds() Gets the bounds for the Z coordinate.
Bounds	CartesianBounds.getZBounds() Gets the bounds for the Z coordinate.
Bounds	PyramidalBounds.getZXAngleBounds() Gets the bounds for the ZXAngle coordinate.
Bounds	PyramidalBounds.getZYAngleBounds() Gets the bounds for the ZYAngle coordinate.

Uses of Bounds in agi.foundation.geometry.discrete

Methods in agi.foundation.geometry.discrete that return Bounds

Modifier and Type	Method and Description
Bounds	ConeCoverageGrid.getBaseRadiusBounds() Gets the cone's base radius bounds.
Bounds	SpheroidCoverageGrid.getClockAngleBounds() Gets the clock angle (azimuthal) bounds.
Bounds	CylinderCoverageGrid.getClockAngleBounds() Gets the bounds for the cylinder's clock angle.
Bounds	ConeCoverageGrid.getClockAngleBounds() Gets the cone clock angle bounds.
Bounds	SpheroidCoverageGrid.getConeAngleBounds() Gets the cone angle (polar) bounds.
Bounds	RectangularPyramidCoverageGrid.getHeightBounds() Gets the height bounds of the pyramid.
Bounds	ExtrudedCentralBodyCoverageGrid.getHeightBounds() Gets the height bounds relative to the reference surface of the UnderlyingGrid (get).
Bounds	CylinderCoverageGrid.getHeightBounds() Gets the height bounds for the cylinder's z coordinate.
Bounds	ConeCoverageGrid.getHeightBounds() Gets the height bounds of the cone.
Bounds	TorusCoverageGrid.getMajorClockAngleBounds() Gets the major clock angle bounds, the clock angle of the torus.
Bounds	TorusCoverageGrid.getMinorClockAngleBounds() Gets the minor clock angle bounds, the clock angle of the circle of revolution.
Bounds	TorusCoverageGrid.getMinorRadiusBounds() Gets the minor radius bounds.
Bounds	SpheroidCoverageGrid.getRadialBounds() Gets the radial bounds, which must be positive.
Bounds	CylinderCoverageGrid.getRadialBounds() Gets the radial bounds for the cylinder's radial coordinate, which must be positive.
Bounds	CuboidCoverageGrid.getXAxisBounds() Gets the bounds in the x-axis.
Bounds	CuboidCoverageGrid.getYAxisBounds() Gets the bounds in the y-axis.
Bounds	CuboidCoverageGrid.getZAxisBounds() Gets the bounds in the z-axis.

Methods in agi.foundation.geometry.discrete with parameters of type Bounds

Modifier and Type	Method and Description
List<Double>	SpecifiedResolutionCoverageGriddingTechnique.grid(Bounds coordinateBounds, boolean isCyclic) Grids the coordinate.
List<Double>	SpecifiedNumberOfPointsCoverageGriddingTechnique.grid(Bounds coordinateBounds, boolean isCyclic) Grids the coordinate.
List<Double>	SpecifiedCollectionCoverageGriddingTechnique.grid(Bounds coordinateBounds, boolean isCyclic) Grids the coordinate.
List<Double>	ICoverageGriddingTechnique.grid(Bounds coordinateBounds, boolean isCyclic) Grids the coordinate.
void	ConeCoverageGrid.setBaseRadiusBounds(Bounds value) Sets the cone's base radius bounds.
void	SpheroidCoverageGrid.setClockAngleBounds(Bounds value) Sets the clock angle (azimuthal) bounds.
void	CylinderCoverageGrid.setClockAngleBounds(Bounds value) Sets the bounds for the cylinder's clock angle.
void	ConeCoverageGrid.setClockAngleBounds(Bounds value) Sets the cone clock angle bounds.
void	SpheroidCoverageGrid.setConeAngleBounds(Bounds value) Sets the cone angle (polar) bounds.
void	RectangularPyramidCoverageGrid.setHeightBounds(Bounds value) Sets the height bounds of the pyramid.
void	ExtrudedCentralBodyCoverageGrid.setHeightBounds(Bounds value) Sets the height bounds relative to the reference surface of the UnderlyingGrid (get).
void	CylinderCoverageGrid.setHeightBounds(Bounds value) Sets the height bounds for the cylinder's z coordinate.
void	ConeCoverageGrid.setHeightBounds(Bounds value) Sets the height bounds of the cone.
void	TorusCoverageGrid.setMajorClockAngleBounds(Bounds value) Sets the major clock angle bounds, the clock angle of the torus.
void	TorusCoverageGrid.setMinorClockAngleBounds(Bounds value) Sets the minor clock angle bounds, the clock angle of the circle of revolution.
void	TorusCoverageGrid.setMinorRadiusBounds(Bounds value) Sets the minor radius bounds.
void	SpheroidCoverageGrid.setRadialBounds(Bounds value) Sets the radial bounds, which must be positive.
void	CylinderCoverageGrid.setRadialBounds(Bounds value) Sets the radial bounds for the cylinder's radial coordinate, which must be positive.
void	CuboidCoverageGrid.setXAxisBounds(Bounds value) Sets the bounds in the x-axis.
void	CuboidCoverageGrid.setYAxisBounds(Bounds value) Sets the bounds in the y-axis.
void	CuboidCoverageGrid.setZAxisBounds(Bounds value) Sets the bounds in the z-axis.

Constructors in agi.foundation.geometry.discrete with parameters of type Bounds

Constructor and Description
ConeCoverageGrid(Bounds clockAngleBounds, Bounds baseRadiusBounds, Bounds heightBounds, ICoverageGriddingTechnique angleGriddingTechnique, ICoverageGriddingTechnique radialGriddingTechnique, ICoverageGriddingTechnique heightGriddingTechnique, ReferenceFrame referenceFrame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a cone grid with the specified parameters.
CuboidCoverageGrid(Bounds xAxisBounds, Bounds yAxisBounds, Bounds zAxisBounds, ICoverageGriddingTechnique xAxisGriddingTechnique, ICoverageGriddingTechnique yAxisGriddingTechnique, ICoverageGriddingTechnique zAxisGriddingTechnique, ReferenceFrame frame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a cuboid grid with a single gridding technique used for each coordinate.
CuboidCoverageGrid(Bounds xAxisBounds, Bounds yAxisBounds, Bounds zAxisBounds, ICoverageGriddingTechnique griddingTechnique, ReferenceFrame frame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a cuboid grid with a single gridding technique used for each coordinate.
CylinderCoverageGrid(Bounds clockAngleBounds, Bounds radialBounds, Bounds heightBounds, ICoverageGriddingTechnique clockAngleGriddingTechnique, ICoverageGriddingTechnique radialGriddingTechnique, ICoverageGriddingTechnique heightGriddingTechnique, ReferenceFrame frame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a cylinder grid with the specified parameters.
ExtrudedCentralBodyCoverageGrid(CentralBodyCoverageGrid centralBodyCoverageGridToExtrude, Bounds heightBounds, ICoverageGriddingTechnique heightGriddingTechnique) Initializes an extruded grid with the input underlying grid.
RectangularPyramidCoverageGrid(double xAxisLength, double yAxisLength, Bounds heightBounds, ICoverageGriddingTechnique zxAngleGriddingTechnique, ICoverageGriddingTechnique zyAngleGriddingTechnique, ICoverageGriddingTechnique heightGriddingTechnique, ReferenceFrame referenceFrame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a rectangular pyramid grid with the specified parameters.
SpheroidCoverageGrid(Bounds clockAngleBounds, Bounds coneAngleBounds, Bounds radialBounds, ICoverageGriddingTechnique clockAngleGriddingTechnique, ICoverageGriddingTechnique coneAngleGriddingTechnique, ICoverageGriddingTechnique radialGriddingTechnique, ReferenceFrame frame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a spheroid grid with the specified parameters.
TorusCoverageGrid(double majorRadius, Bounds minorRadiusBounds, Bounds majorClockAngleBounds, Bounds minorClockAngleBounds, ICoverageGriddingTechnique circleRadiusGriddingTechnique, ICoverageGriddingTechnique majorClockAngleGriddingTechnique, ICoverageGriddingTechnique minorClockAngleGriddingTechnique, ReferenceFrame referenceFrame, boolean useCellVolumeForWeight, boolean saveGridCell) Initializes a torus grid with the specified parameters.