Uses of Class
agi.foundation.geometry.Scalar

Packages that use Scalar

Package	Description
agi.foundation.access.constraints	Contains types used in modeling constraints applied to the calculation of access.
agi.foundation.aircraftpropagation	Contains types for propagating an aircraft through various maneuvers subject to flight phase performance models and wind effects.
agi.foundation.celestial	Contains types used in modeling characteristics of celestial objects and celestial phenomena.
agi.foundation.cesium	Contains types used for defining graphical properties of definitional objects to be written out as CZML.
agi.foundation.communications.antennas	Contains types for representing antennas, defining gain patterns, 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.geometry.discrete	Contains types which define discretization algorithms and metadata for analysis of spatial geometry.
agi.foundation.navigation	Contains types useful in modeling navigation processes which utilize the Global Positioning System (GPS).
agi.foundation.navigation.advanced	Contains types used in GPS communications modeling.
agi.foundation.navigation.models	Contains types representing more detailed navigation-related models.
agi.foundation.numericalmethods	Contains general numerical algorithms.
agi.foundation.platforms	Contains types used in modeling various mechanical platforms such as satellites, facilities, aircraft, etc.
agi.foundation.propagators	Contains types used in producing the state of an object from a known element set.
agi.foundation.radar	Contains types that perform radar system performance analysis.
agi.foundation.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.

Uses of Scalar in agi.foundation.access.constraints

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

Modifier and Type	Method and Description
Scalar	CentralBodyEllipticCylindricalAccessConstraint.getEllipseHeading() Gets the angle between North and the x semiaxis of the constraint ellipse.
Scalar	CovarianceSeparationConstraint.getReceiverSigmaFactor() Gets the number of standard deviations of position uncertainty to take into account for the Receiver (get).
Scalar	ScalarConstraint.getScalar() Gets the scalar function to compare to MinimumValue (get / set) and MaximumValue (get / set).
Scalar	CentralBodySurfaceRegionSensorVolumeConstraint.getSensorTolerance() Gets or sets the tolerance, in meters, for the error in the sensor boundary.
Scalar	CovarianceSeparationConstraint.getTransmitterSigmaFactor() Gets the number of standard deviations of position uncertainty to take into account for the Transmitter (get).
Scalar	CentralBodyEllipticCylindricalAccessConstraint.getXSemiaxisLength() Gets the constraint ellipse x semiaxis length.
Scalar	CentralBodyEllipticCylindricalAccessConstraint.getYSemiaxisLength() Gets the constraint ellipse y semiaxis length.

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

Modifier and Type	Method and Description
void	CentralBodyEllipticCylindricalAccessConstraint.setEllipseHeading(Scalar value) Sets the angle between North and the x semiaxis of the constraint ellipse.
void	CovarianceSeparationConstraint.setReceiverSigmaFactor(Scalar value) Sets the number of standard deviations of position uncertainty to take into account for the Receiver (get).
void	ScalarConstraint.setScalar(Scalar value) Sets the scalar function to compare to MinimumValue (get / set) and MaximumValue (get / set).
void	CentralBodySurfaceRegionSensorVolumeConstraint.setSensorTolerance(Scalar value) Gets or sets the tolerance, in meters, for the error in the sensor boundary.
void	CovarianceSeparationConstraint.setTransmitterSigmaFactor(Scalar value) Sets the number of standard deviations of position uncertainty to take into account for the Transmitter (get).
void	CentralBodyEllipticCylindricalAccessConstraint.setXSemiaxisLength(Scalar value) Sets the constraint ellipse x semiaxis length.
void	CentralBodyEllipticCylindricalAccessConstraint.setYSemiaxisLength(Scalar value) Sets the constraint ellipse y semiaxis length.

Constructors in agi.foundation.access.constraints with parameters of type Scalar

Constructor and Description
CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength) Initializes a new instance with the specified values, with the Earth as the central body and the fidelity set to high.
CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength, CentralBody centralBody, CentralBodyEllipticCylindricalAccessConstraint.ModelFidelity fidelity) Initializes a new instance with the specified values.
CentralBodyEllipticCylindricalAccessConstraint(IServiceProvider constrainedObject, IServiceProvider ellipseCenterLocation, Scalar ellipseHeading, Scalar xSemiaxisLength, Scalar ySemiaxisLength, CentralBodyEllipticCylindricalAccessConstraint.ModelFidelity fidelity) Initializes a new instance with the specified values, with the Earth as the central body.
ScalarConstraint(IServiceProvider constrainedObject, Scalar scalar, double minimumValue) Initializes a new instance with the specified constrained object, scalar, and minimum value.
ScalarConstraint(IServiceProvider constrainedObject, Scalar scalar, double minimumValue, double maximumValue) Initializes a new instance with the specified constrained object, scalar, minimum value, and maximum value.
ScalarConstraint(Scalar scalar, double minimumValue) Initializes a new instance with the specified scalar and minimum value.
ScalarConstraint(Scalar scalar, double minimumValue, double maximumValue) Initializes a new instance with the specified scalar, minimum value, and maximum value.

Uses of Scalar in agi.foundation.aircraftpropagation

Methods in agi.foundation.aircraftpropagation that return Scalar

Modifier and Type	Method and Description
Scalar	SimpleFixedWingForwardFlightAerodynamics.getAngleOfAttack() Gets a Scalar which provides the value of the angle of attack.
Scalar	SimpleFixedWingCoordinatedFlight.getAngleOfAttack() Gets the angle of attack of the aircraft.
Scalar	SimpleFixedWingCoordinatedFlight.getBankAngle() Gets the bank angle of the aircraft.
Scalar	SimpleFixedWingForwardFlightAerodynamics.getDynamicPressure() Gets a Scalar which provides the value of the dynamic pressure.
Scalar	SimpleForwardFlightPropellerPropulsion.getFuelFlowRate() Gets the fuel flow rate.
Scalar	SimpleForwardFlightJetPropulsion.getFuelFlowRate() Gets the fuel flow rate.
Scalar	SimpleFixedWingCoordinatedFlight.getGravityModel() Gets the model defining the magnitude of the gravitational acceleration.
Scalar	SimpleFixedWingCoordinatedFlight.getMass() Gets the aircraft mass.
Scalar	AircraftMotionElement.getMass() Gets the mass used to determine the equations of motion.
Scalar	SimpleForwardFlightPropellerPropulsion.getPowerRequired() Gets the power required.
Scalar	SimpleForwardFlightJetPropulsion.getPowerRequired() Gets the power required.
Scalar	SimpleForwardFlightPropellerPropulsion.getThrottleSetting() Gets the throttle setting.
Scalar	SimpleForwardFlightJetPropulsion.getThrottleSetting() Gets the throttle setting.
Scalar	SimpleForwardFlightPropellerPropulsion.getThrustRequired() Gets the required thrust.
Scalar	SimpleForwardFlightJetPropulsion.getThrustRequired() Gets the required thrust.
Scalar	SimpleFixedWingCoordinatedFlight.getThrustRequired() Gets the thrust force required to statically trim the forces acting on the aircraft.

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

Modifier and Type	Method and Description
void	SimpleFixedWingForwardFlightAerodynamics.setAngleOfAttack(Scalar value) Sets a Scalar which provides the value of the angle of attack.
void	SimpleFixedWingForwardFlightAerodynamics.setDynamicPressure(Scalar value) Sets a Scalar which provides the value of the dynamic pressure.
void	SimpleFixedWingCoordinatedFlight.setGravityModel(Scalar value) Sets the model defining the magnitude of the gravitational acceleration.
void	SimpleFixedWingCoordinatedFlight.setMass(Scalar value) Sets the aircraft mass.
void	AircraftMotionElement.setMass(Scalar value) Sets the mass used to determine the equations of motion.
void	SimpleForwardFlightPropellerPropulsion.setThrustRequired(Scalar value) Sets the required thrust.
void	SimpleForwardFlightJetPropulsion.setThrustRequired(Scalar value) Sets the required thrust.

Constructors in agi.foundation.aircraftpropagation with parameters of type Scalar

Constructor and Description
SimpleFixedWingCoordinatedFlight(Point referencePoint, WindModel windModel, SimpleFixedWingForwardFlightAerodynamics aerodynamicModel, Scalar mass, Scalar gravityModel) Initializes a new instance with the specified parameters.

Uses of Scalar in agi.foundation.celestial

Subclasses of Scalar in agi.foundation.celestial

Modifier and Type	Class and Description
class	ScalarAtmosphericDensity Abstract base class for all atmospheric models used to calculate density.
class	ScalarDensityJacchia1970 Calculates atmospheric density according to the Jacchia 1970 model.
class	ScalarDensityJacchiaRoberts Calculates atmospheric density according to the Jacchia-Roberts model.
class	ScalarDensityMsis2000 Calculates atmospheric density according to the NRLMSISE 2000 model.
class	ScalarDensityMsis86 Calculates atmospheric density according to the MSIS 1986 model.
class	ScalarDensityMsis90 Calculates atmospheric density according to the MSIS 1990 model.
class	ScalarOccultation A class that provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType.
class	ScalarOccultationCylindrical Provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType using the cylindrical shadow model.
class	ScalarOccultationDualCone Provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType using the dual cone shadow model.
class	ScalarOccultationNoShadow This is a ScalarOccultation for use with SimpleSolarRadiationForce.
class	ScalarOccultationRegulatedDualCone Provides evaluators for percentage of occultation/eclipse at a position, as well as EclipseType using the dual cone shadow model.
class	ScalarVariableArea A Scalar that enables interpolation of spacecraft area data from .dat files to use as a reference area for AtmosphericDragForce and SimpleSolarRadiationForce.
class	ScalarVariableAreaArgumentLatitude A Scalar that enables interpolation of spacecraft area data to use as a reference area for AtmosphericDragForce and SimpleSolarRadiationForce.
class	ScalarVariableAreaJulianDate A Scalar that enables interpolation of spacecraft area data to use as a reference area for AtmosphericDragForce and SimpleSolarRadiationForce.

Methods in agi.foundation.celestial that return Scalar

Modifier and Type	Method and Description
Scalar	AtmosphericDragForce.getCoefficientOfDrag() Gets the drag coefficient of the object.
Scalar	SimpleSolarRadiationForce.getCoefficientOfReflectivity() Gets the coefficient of reflectivity.
Scalar	MagneticCoilTorque.getCurrent() Gets the electric current passing through the coil.
Scalar	SimpleSolarRadiationForce.getLuminosity() Gets the Scalar describing the solar luminosity.
Scalar	NPlateSolarRadiationForce.getLuminosity() Gets the solar luminosity used to model the solar radiation pressure.
Scalar	SolarRadiationBoundaryMitigation.getMass() Gets the Scalar describing the mass of the object being corrected.
Scalar	SimpleSolarRadiationForce.getReferenceArea() Gets the Scalar representing the normalized area of the surface.
Scalar	AtmosphericDragForce.getReferenceArea() Gets the cross-sectional area of the object.
Scalar	ReactionWheelTorque.getSpinMagnitude() Gets the magnitude of the spin rate of the reaction wheel with respect to the spacecraft body frame.
Scalar	SolarRadiationPlate.getSwitchingScalar(Axes bodyAxes, Vector toSunVector) Gets a scalar that is used to determine whether this plate is facing a direction within 90 degrees of the incident sunlight direction at a given time.
Scalar	DragTwoDofSolarPanelPlate.getSwitchingScalar(Axes bodyAxes, Vector toSunVector, Vector velocity) Gets a scalar that is used to determine whether this plate is facing a direction within 90 degrees of the incident atmosphere direction at a given time.
abstract Scalar	DragPlate.getSwitchingScalar(Axes bodyAxes, Vector toSunVector, Vector velocity) Gets a scalar that is used to determine whether this plate is facing a direction within 90 degrees of the incident atmosphere direction at a given time.
Scalar	DragOneDofSolarPanelPlate.getSwitchingScalar(Axes bodyAxes, Vector toSunVector, Vector velocity) Gets a scalar that is used to determine whether this plate is facing a direction within 90 degrees of the incident atmosphere direction at a given time.
Scalar	DragBodyPlate.getSwitchingScalar(Axes bodyAxes, Vector toSunVector, Vector velocity) Gets a scalar that is used to determine whether this plate is facing a direction within 90 degrees of the incident atmosphere direction at a given time.

Methods in agi.foundation.celestial with parameters of type Scalar

Modifier and Type	Method and Description
protected boolean	ScalarVariableArea.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarAtmosphericDensity.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarOccultation.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
static Vector	ContinuousThrustForceModel.createIspThrustVector(Scalar isp, Scalar massFlowRate, Axes burnAxes, Cartesian thrustDirection) Creates a thrust Vector where the thrust is computed from the isp, and massFlowRate pointing in the thrustDirection in the specified burnAxes.
static MagneticCoilTorque	MagneticCoilTorque.createMagneticCoilTorqueUsingIgrfCofModel(String filename, Point bodyCenterOfMass, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes) Creates a new magnetic coil torque that uses an InternationalGeomagneticReferenceFieldVector to describe the magnetic field and a Point to describe the position of the spacecraft.
static MagneticCoilTorque	MagneticCoilTorque.createMagneticCoilTorqueUsingIgrfTxtModel(String filename, Point bodyCenterOfMass, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes) Creates a new magnetic coil torque that uses an InternationalGeomagneticReferenceFieldVector to describe the magnetic field and a Point to describe the position of the spacecraft.
static MagneticCoilTorque	MagneticCoilTorque.createMagneticCoilTorqueUsingWmmModel(String filename, Point bodyCenterOfMass, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes) Creates a new magnetic coil torque that uses a WorldMagneticModelVector to describe the magnetic field and a Point to describe the position of the spacecraft.
static Vector	ContinuousThrustForceModel.createVeThrustVector(Scalar exhaustSpeed, Scalar massFlowRate, Axes burnAxes, Vector thrustDirection) Creates a thrust Vector where the thrust is computed from the exhaustSpeed, and massFlowRate pointing in the thrustDirection in the specified burnAxes.
void	AtmosphericDragForce.setCoefficientOfDrag(Scalar value) Sets the drag coefficient of the object.
void	SimpleSolarRadiationForce.setCoefficientOfReflectivity(Scalar value) Sets the coefficient of reflectivity.
void	MagneticCoilTorque.setCurrent(Scalar value) Sets the electric current passing through the coil.
void	SimpleSolarRadiationForce.setLuminosity(Scalar value) Sets the Scalar describing the solar luminosity.
void	NPlateSolarRadiationForce.setLuminosity(Scalar value) Sets the solar luminosity used to model the solar radiation pressure.
void	SolarRadiationBoundaryMitigation.setMass(Scalar value) Sets the Scalar describing the mass of the object being corrected.
void	SimpleSolarRadiationForce.setReferenceArea(Scalar value) Sets the Scalar representing the normalized area of the surface.
void	AtmosphericDragForce.setReferenceArea(Scalar value) Sets the cross-sectional area of the object.
void	ReactionWheelTorque.setSpinMagnitude(Scalar value) Sets the magnitude of the spin rate of the reaction wheel with respect to the spacecraft body frame.

Constructors in agi.foundation.celestial with parameters of type Scalar

Constructor and Description
AtmosphericDragForce(ScalarAtmosphericDensity density, Scalar coefficientOfDrag, Scalar referenceArea) Initializes a Vector describing the drag force on an object.
MagneticCoilTorque(Vector magneticFieldVector, double numberOfLoops, Scalar current, Cartesian directedArea, Axes bodyAxes) Initializes the magnetic coil torque model.
MagneticCoilTorque(Vector magneticFieldVector, double numberOfLoops, Scalar current, Vector directedArea, Axes bodyAxes) Initializes the magnetic coil torque model.
OffAxisTorque(Scalar thrustMagnitude, UnitCartesian thrustAxis, Cartesian offset, Axes bodyAxes) Initializes a model of the torque generated by a thruster that is not aligned with the center of mass of a vehicle.
ReactionWheelTorque(Scalar spinMagnitude, UnitCartesian spinAxis, double spinAxisInertia, Axes bodyAxes) Initializes the reaction wheel torque model.
SimpleSolarRadiationForce(Point targetPoint, Scalar reflectivityCoefficient, Scalar referenceArea) Creates a instance based on the given target point and its coefficients.
SimpleSolarRadiationForce(ScalarOccultation occultationFactor, Scalar reflectivityCoefficient, Scalar referenceArea) Creates a instance based on a given ScalarOccultation and the coefficients of reflectivity.
SolarRadiationBoundaryMitigation(PropagationPointElement statePosition, CentralBody centralBody, double gravitationalParameter, SimpleSolarRadiationForce forceToCorrect, Scalar mass) Creates an instance.

Uses of Scalar in agi.foundation.cesium

Methods in agi.foundation.cesium that return Scalar

Modifier and Type	Method and Description
Scalar	ScalarCesiumProperty.getScalar() Gets the scalar.

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

Modifier and Type	Method and Description
void	ScalarCesiumProperty.setScalar(Scalar value) Sets the scalar.
static ScalarCesiumProperty	ScalarCesiumProperty.toScalarCesiumProperty(Scalar value) Converts a Scalar to a ScalarCesiumProperty.

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

Constructor and Description
ScalarCesiumProperty(Scalar scalar) Initializes a new instance with the provided Scalar.

Uses of Scalar in agi.foundation.communications.antennas

Methods in agi.foundation.communications.antennas that return Scalar

Modifier and Type	Method and Description
Scalar	ScalarWeightLinkExtension.getScalarWeight() Gets the Scalar used to compute the link computational weight.
Scalar	StaticDirection.getWeightingMetric() Gets the associated weighting metric.

Methods in agi.foundation.communications.antennas with parameters of type Scalar

Modifier and Type	Method and Description
void	ScalarWeightLinkExtension.setScalarWeight(Scalar value) Sets the Scalar used to compute the link computational weight.
void	StaticDirection.setWeightingMetric(Scalar value) Sets the associated weighting metric.

Constructors in agi.foundation.communications.antennas with parameters of type Scalar

Constructor and Description
ScalarWeightLinkExtension(Scalar scalarWeight) Initializes a new instance given an instance of the Scalar type.
StaticDirection(UnitCartesian direction, TimeIntervalCollection availability, Scalar weightingMetric) Initializes a new instance.

Uses of Scalar in agi.foundation.coverage

Methods in agi.foundation.coverage that return Scalar

Modifier and Type	Method and Description
Scalar	CoverageResults.getTotalWeight() Gets a Scalar representing the total weight for all the points.

Constructors in agi.foundation.coverage with parameters of type Scalar

Constructor and Description
CoverageResults(Scalar totalWeight, List<CoverageGridPointWithResults> gridPoints) Create a new instance based on the given grid points and total statistical weight.

Uses of Scalar in agi.foundation.coverage.figureofmerit

Methods in agi.foundation.coverage.figureofmerit that return Scalar

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

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

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 TimeSampledValues	TimeSampledValues.computeData(TimeIntervalCollection intervals, TimeInterval samplingInterval, Duration step, Scalar function) Compute the figure of merit data for the given set of results.

Uses of Scalar in agi.foundation.geometry

Subclasses of Scalar in agi.foundation.geometry

Modifier and Type	Class and Description
class	CommunicationLinkScalar Base class for scalars representing values associated with a CommunicationLink (get / set).
class	CommunicationObjectScalar Base class for scalars representing values associated with a CommunicationObject (get / set).
class	ParameterizedOnStateScalar A scalar that is defined by a TimeBasedStateParameter at the time of evaluation.
class	ParameterizedScalar A scalar that is defined by a DoubleParameter at the time of evaluation.
class	ScalarAbsoluteValue A Scalar representing the absolute value of another scalar.
class	ScalarAngleBetweenVectors A scalar representing the instantaneous angle between two vectors which may vary over time.
class	ScalarAngleInRange A Scalar that maps an angle produced by another scalar to a desired range.
class	ScalarAngleSmallSpan A Scalar that represents the small span between two scalars that represent angles.
class	ScalarAntennaGainInLinkDirection A scalar which represents the antenna gain for the intended signal in the direction of the specified communication link.
class	ScalarBitErrorRate<TModulation extends DigitalModulation> A scalar which represents the bit error rate (BER) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToInterference A scalar which represents the carrier to interference ratio C/I from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoise A scalar which represents the carrier to noise ratio C/N from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoiseDensity A scalar which represents the carrier to noise density ratio C/No from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoiseDensityPlusInterference A scalar which represents the carrier to noise density plus interference ratio C/(N0+I0) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCarrierToNoisePlusInterference A scalar which represents the carrier to noise plus interference ratio C/(N+I) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarCartographicElement A Scalar that computes an element of a Cartographic.
class	ScalarCosine A Scalar representing the cosine of another scalar.
class	ScalarDelaunayElement A Scalar that computes a given element from a DynamicDelaunayElements.
class	ScalarDelayedByLink A scalar which wraps another scalar while delaying it by a time specified by a LinkDelayEvaluator obtained from a LinkPath.
class	ScalarDeltaSphericalElement A Scalar that computes the difference in the clock or cone angle, or the difference of the the radius between two Points relative to a common parent.
class	ScalarDerivative A Scalar (get / set) representing the derivative of the specified Order (get / set) of a given Scalar (get / set).
class	ScalarDihedralAngle A scalar representing the angle between two vectors measured about a given axis.
class	ScalarDopplerConeAngle A simple geometric scalar that returns an angle in the range 0, π/2.
class	ScalarDotProduct A Scalar defined by the dot product of two vectors which may vary over time.
class	ScalarEffectiveIsotropicRadiatedPower A scalar which represents the "effective isotropic radiated power" or "equivalent isotropic radiated power" (EIRP) for the link specified by the CommunicationLink (get / set).
class	ScalarEnergyPerBitToNoiseDensity<TModulation extends DigitalModulation> A scalar which represents the energy per bit to noise density ratio Eb/No from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarEquinoctialElement A Scalar that computes a given element from a DynamicEquinoctialElements.
class	ScalarExponent A Scalar representing another scalar raised to the power of a scalar exponent, along with up to the second derivative.
class	ScalarFixed A fixed scalar, representing a constant real valued function.
class	ScalarFixedAtJulianDate A Scalar which is defined by the instantaneous value of another scalar at a specified JulianDate.
class	ScalarGpsCommunicationsReceiverChannelNoise Generates GPS receiver noise based on the communications signals it is tracking.
class	ScalarGrazingAltitudeBetweenTwoPoints Calculates the altitude of the point on the line of sight vector between two objects nearest the ellipsoid that defines the input CentralBody (get / set).
class	ScalarInterpolator A Scalar with its value, derivative, etc.
class	ScalarInverseTangent A scalar representing the instantaneous angle as the inverse tangent of two scalar values.
class	ScalarJammingToSignal A scalar which represents the interference to carrier ratio I/C (also known as the jamming to signal ratio J/S) from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarKozaiIzsakMeanElement A Scalar that computes a given element from a DynamicKozaiIzsakMeanElements.
class	ScalarMaximumValue A Scalar that returns the larger of the two scalars based upon their comparison at the specified order.
class	ScalarMinimumValue A Scalar that returns the smaller of the two scalars based upon their comparison at the specified order.
class	ScalarModifiedKeplerianElement A Scalar that computes a given element from a DynamicModifiedKeplerianElements.
class	ScalarNoisePlusInterference A scalar which represents the noise plus interference ratio N+I from a receiver, as computed from the SignalProcessor identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarPointElement A Scalar that returns one element of a Points evaluated motion.
class	ScalarPolarizationEfficiency A scalar which represents the computed polarization efficiency which is defined as the ratio of the received power, after accounting for polarization mismatch, to the total power in the signal before accounting for the polarization mismatch.
class	ScalarPowerAtReceiverOutput A scalar which represents the power of the intended signal at the receiver output as identified by the ISignalOutputService and which must be available on the CommunicationObject (get / set).
class	ScalarProduct A Scalar defined by the multiplication of a list of scalars which may vary over time.
class	ScalarPropagationLoss A scalar which represents the loss in power on a signal propagating along the link specified by the CommunicationLink (get / set).
class	ScalarReceivedIsotropicPower A scalar which represents the "received isotropic power" (RIP) for the link specified by the CommunicationLink (get / set).
class	ScalarReceivedPowerFluxDensity A scalar which represents the received power flux density for the link specified by the CommunicationLink (get / set).
class	ScalarRouteHeading A scalar that defines the heading of the platform along a route.
class	ScalarRouteHeight A scalar representation of the height dynamics of the route with respect to the given terrain reference surface.
class	ScalarRouteSurfaceSpeed A scalar representing the speed along the ellipsoid surface upon which the route is defined.
class	ScalarRouteTotalSpeed A scalar representing the total speed with respect to the ellipsoid surface upon which the route is defined.
class	ScalarSine A Scalar representing the sine of another scalar.
class	ScalarSphericalElement A Scalar representing one of the three values of a Spherical coordinate.
class	ScalarSquintAngle A Scalar that computes the angle that subtends the velocity vector of the ViewingObject (get / set) and the displacement vector between the ViewingObject (get / set) and the TargetObject (get / set) projected onto the x-y plane in the viewing object's AxesVehicleVelocityLocalHorizontal.
class	ScalarSum A Scalar defined by the addition of a list of scalars which may vary over time.
class	ScalarVectorElement A Scalar that returns one element of a Vectors evaluated motion.
class	VectorMagnitude A scalar representing the magnitude of a vector as the vector changes over time.

Methods in agi.foundation.geometry that return Scalar

Modifier and Type	Method and Description
Scalar	Scalar.add(double scalar) Adds a fixed scalar to this one.
static Scalar	Scalar.add(double left, Scalar right) Adds two scalars together.
Scalar	Scalar.add(Scalar scalar) Adds another scalar to this one.
static Scalar	Scalar.add(Scalar left, double right) Adds two scalars together.
static Scalar	Scalar.add(Scalar left, Scalar right) Adds two scalars together.
Scalar	ScalarDependentOnServiceProvider.applyServiceProvider(IServiceProvider serviceProvider) Gets a Scalar that can be used to find the value of this scalar function at a given JulianDate.
Scalar	Scalar.createScalarDerivative(int order) Constructs a scalar which represents a derivative of this scalar.
Scalar	Scalar.divide(double scalar) Divides this scalar (numerator) by a fixed value (denominator).
static Scalar	Scalar.divide(double left, Scalar right) Divides one scalar from another (left/right).
Scalar	Scalar.divide(Scalar scalar) Divides this scalar (numerator) by another one (denominator).
static Scalar	Scalar.divide(Scalar left, double right) Divides one scalar from another (left/right).
static Scalar	Scalar.divide(Scalar left, Scalar right) Divides one scalar from another (left/right).
Scalar	Vector.dot(Vector vector) Produce the vector dot product between this vector and another one.
Scalar	PointAtAltitude.getAltitude() Gets the altitude of the point.
Scalar	ScalarSine.getArgument() Gets the argument to the sine function.
Scalar	ScalarCosine.getArgument() Gets the argument to the cosine function.
Scalar	ScalarAbsoluteValue.getArgument() Gets the argument to the absolute value function.
Scalar	ScalarExponent.getBase() Gets the value to raise to the given Exponent (get / set).
Scalar	VectorBPlane.getBDotR() Returns a Scalar that represents the value of this VectorBPlane doted with the B-Plane R vector.
Scalar	VectorBPlane.getBDotT() Returns a Scalar that represents the value of this VectorBPlane doted with the B-Plane T vector.
Scalar	ScalarExponent.getExponent() Gets the exponent for the Base (get / set).
Scalar	ScalarFixedAtJulianDate.getFixedScalar() Gets the Scalar that will be evaluated at the FixedAt (get / set) date.
Scalar	ScalarAngleInRange.getInnerScalar() Gets the scalar that produces an angle.
Scalar	ScalarMinimumValue.getOne() Gets the first Scalar.
Scalar	ScalarMaximumValue.getOne() Gets the first Scalar.
Scalar	ScalarAngleSmallSpan.getOne() Gets the first Scalar that produces an angle.
Scalar	ScalarDerivative.getScalar() Gets the scalar.
Scalar	Vector.getScalarElement(CartesianElement element, Axes referenceAxes) Gets a Scalar representing the X, Y, Z, or Magnitude of this vector.
Scalar	Vector.getScalarElement(CartesianElement element, Axes referenceAxes, int order) Gets a Scalar representing the X, Y, Z, or Magnitude of this vector, or any derivative of those elements.
Scalar	Point.getScalarElement(CartesianElement element, ReferenceFrame referenceFrame) Returns a Scalar representing the X, Y, Z, or Magnitude of this point.
Scalar	Point.getScalarElement(CartesianElement element, ReferenceFrame referenceFrame, int order) Returns a Scalar representing the X, Y, Z, or Magnitude, or any derivative of those elements of this point.
Scalar	ScalarDelayedByLink.getScalarToDelay() Gets the scalar which is delayed by the PathForTimeDelay (get / set).
Scalar	ScalarInverseTangent.getScalarX() Gets the scalar corresponding to the x-value of atan2(y, x).
Scalar	ScalarInverseTangent.getScalarY() Gets the scalar corresponding to the y-value of atan2(y, x).
Scalar	VectorScaled.getScaleFactor() Gets the factor by which to scale the Vector (get / set).
Scalar	ScalarMinimumValue.getTwo() Gets the second Scalar.
Scalar	ScalarMaximumValue.getTwo() Gets the second Scalar.
Scalar	ScalarAngleSmallSpan.getTwo() Gets the second Scalar that produces an angle.
Scalar	Scalar.multiply(double scalar) Multiplies this scalar with a fixed value.
static Scalar	Scalar.multiply(double left, Scalar right) Multiplies two scalars together.
Scalar	Scalar.multiply(Scalar scalar) Multiplies another scalar with this one.
static Scalar	Scalar.multiply(Scalar left, double right) Multiplies two scalars together.
static Scalar	Scalar.multiply(Scalar left, Scalar right) Multiplies two scalars together.
Scalar	Scalar.power(double exponent) Raises this scalar to the given fixed exponent.
Scalar	Scalar.subtract(double scalar) Subtracts a fixed scalar from this one.
static Scalar	Scalar.subtract(double left, Scalar right) Subtracts one scalar from another.
Scalar	Scalar.subtract(Scalar scalar) Subtracts another scalar from this one.
static Scalar	Scalar.subtract(Scalar left, double right) Subtracts one scalar from another.
static Scalar	Scalar.subtract(Scalar left, Scalar right) Subtracts one scalar from another.
static Scalar	Scalar.toScalar(double value) Converts a constant double value to a Scalar.

Methods in agi.foundation.geometry that return types with arguments of type Scalar

Modifier and Type	Method and Description
DefinitionalObjectCollection<Scalar>	ScalarSum.getScalarsToAdd() Gets the list of scalars to add together.
DefinitionalObjectCollection<Scalar>	ScalarProduct.getScalarsToMultiply() Gets the list of scalars to multiply together.

Methods in agi.foundation.geometry with parameters of type Scalar

Modifier and Type	Method and Description
static Scalar	Scalar.add(double left, Scalar right) Adds two scalars together.
Scalar	Scalar.add(Scalar scalar) Adds another scalar to this one.
static Scalar	Scalar.add(Scalar left, double right) Adds two scalars together.
static Scalar	Scalar.add(Scalar left, Scalar right) Adds two scalars together.
protected boolean	ScalarRouteTotalSpeed.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarRouteSurfaceSpeed.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarRouteHeight.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarRouteHeading.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarSquintAngle.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarGrazingAltitudeBetweenTwoPoints.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDopplerConeAngle.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDeltaSphericalElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarCartographicElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	VectorMagnitude.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarVectorElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarSum.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarSphericalElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarSine.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarProduct.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarPointElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarModifiedKeplerianElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarMinimumValue.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarMaximumValue.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarKozaiIzsakMeanElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarInverseTangent.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarInterpolator.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarFixedAtJulianDate.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarFixed.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarExponent.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarEquinoctialElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDotProduct.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDihedralAngle.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDerivative.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDelayedByLink.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDelaunayElement.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarCosine.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarAngleSmallSpan.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarAngleInRange.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarAngleBetweenVectors.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarAbsoluteValue.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected abstract boolean	Scalar.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ParameterizedScalar.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ParameterizedOnStateScalar.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	CommunicationObjectScalar.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	CommunicationLinkScalar.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
static Scalar	Scalar.divide(double left, Scalar right) Divides one scalar from another (left/right).
Vector	Vector.divide(Scalar factor) Divide this vector by a scale factor.
Scalar	Scalar.divide(Scalar scalar) Divides this scalar (numerator) by another one (denominator).
static Scalar	Scalar.divide(Scalar left, double right) Divides one scalar from another (left/right).
static Scalar	Scalar.divide(Scalar left, Scalar right) Divides one scalar from another (left/right).
static Vector	Vector.divide(Vector vector, Scalar factor) Divide a vector by a scalar.
MotionEvaluator1<Cartesian>	DynamicCovariance3By3.getEllipsoidSizeEvaluator(Scalar sigmaFactor) Constructs an evaluator that calculates dimensions of the ellipsoid containing the uncertainty of a position over time.
MotionEvaluator1<Cartesian>	DynamicCovariance3By3.getEllipsoidSizeEvaluator(Scalar sigmaFactor, EvaluatorGroup group) Constructs an evaluator that calculates dimensions of the ellipsoid containing the uncertainty of a position over time.
static Scalar	Scalar.multiply(double left, Scalar right) Multiplies two scalars together.
Vector	Vector.multiply(Scalar factor) Multiply this vector by a scale factor.
Scalar	Scalar.multiply(Scalar scalar) Multiplies another scalar with this one.
static Scalar	Scalar.multiply(Scalar left, double right) Multiplies two scalars together.
static Scalar	Scalar.multiply(Scalar left, Scalar right) Multiplies two scalars together.
static Vector	Vector.multiply(Scalar factor, Vector vector) Multiply a vector by a scalar.
static Vector	Vector.multiply(Vector vector, Scalar factor) Multiply a vector by a scalar.
void	PointAtAltitude.setAltitude(Scalar value) Sets the altitude of the point.
void	ScalarSine.setArgument(Scalar value) Sets the argument to the sine function.
void	ScalarCosine.setArgument(Scalar value) Sets the argument to the cosine function.
void	ScalarAbsoluteValue.setArgument(Scalar value) Sets the argument to the absolute value function.
void	ScalarExponent.setBase(Scalar value) Sets the value to raise to the given Exponent (get / set).
void	ScalarExponent.setExponent(Scalar value) Sets the exponent for the Base (get / set).
void	ScalarFixedAtJulianDate.setFixedScalar(Scalar value) Sets the Scalar that will be evaluated at the FixedAt (get / set) date.
void	ScalarAngleInRange.setInnerScalar(Scalar value) Sets the scalar that produces an angle.
void	ScalarMinimumValue.setOne(Scalar value) Sets the first Scalar.
void	ScalarMaximumValue.setOne(Scalar value) Sets the first Scalar.
void	ScalarAngleSmallSpan.setOne(Scalar value) Sets the first Scalar that produces an angle.
void	ScalarDerivative.setScalar(Scalar value) Sets the scalar.
void	ScalarDelayedByLink.setScalarToDelay(Scalar value) Sets the scalar which is delayed by the PathForTimeDelay (get / set).
void	ScalarInverseTangent.setScalarX(Scalar value) Sets the scalar corresponding to the x-value of atan2(y, x).
void	ScalarInverseTangent.setScalarY(Scalar value) Sets the scalar corresponding to the y-value of atan2(y, x).
void	VectorScaled.setScaleFactor(Scalar value) Sets the factor by which to scale the Vector (get / set).
void	ScalarMinimumValue.setTwo(Scalar value) Sets the second Scalar.
void	ScalarMaximumValue.setTwo(Scalar value) Sets the second Scalar.
void	ScalarAngleSmallSpan.setTwo(Scalar value) Sets the second Scalar that produces an angle.
static Scalar	Scalar.subtract(double left, Scalar right) Subtracts one scalar from another.
Scalar	Scalar.subtract(Scalar scalar) Subtracts another scalar from this one.
static Scalar	Scalar.subtract(Scalar left, double right) Subtracts one scalar from another.
static Scalar	Scalar.subtract(Scalar left, Scalar right) Subtracts one scalar from another.
static ScalarDependentOnServiceProvider	ScalarDependentOnServiceProvider.toScalarDependentOnServiceProvider(Scalar value) Converts a Scalar to a ScalarDependentOnServiceProvider.

Constructors in agi.foundation.geometry with parameters of type Scalar

Constructor and Description
PointAtAltitude(Point referencePoint, CentralBody centralBody, Scalar altitude) Initializes a new instance from a reference point, body, and altitude scalar.
Scalar(Scalar existingInstance, CopyContext context) Initializes a new instance as a copy of an existing instance.
ScalarAbsoluteValue(Scalar argument) Constructs a function which represents the absolute value of a given value.
ScalarAngleInRange(Scalar innerScalar) Initializes an instance.
ScalarAngleInRange(Scalar innerScalar, double angularRangeMinimum, double angularRangeMaximum) Initializes an instance.
ScalarAngleSmallSpan(Scalar one, Scalar two) Initializes the scalar.
ScalarCosine(Scalar argument) Constructs a function which represents the cosine of a given value.
ScalarDelayedByLink(Scalar scalarToDelay, IServiceProvider link, LinkRole directionOfDelay) Initialize a new instance based on the given scalar delayed by the given link.
ScalarDelayedByLink(Scalar scalarToDelay, LinkPath linkPath, LinkRole directionOfDelay) Initialize a new instance based on the given scalar delayed by the given link.
ScalarDerivative(Scalar scalar, int order) Initializes a new instance of the ScalarDerivative class to represent the derivative of a given scalar.
ScalarExponent(Scalar value, Scalar exponent) Constructs a function which represents a given base raised to some exponent..
ScalarFixedAtJulianDate(Scalar fixedScalar, ValueDefinition<JulianDate> fixedAt) Initializes a new instance.
ScalarInverseTangent(Scalar y, Scalar x) Constructs the angle from the provided values as atan2(y, x).
ScalarMaximumValue(Scalar one, Scalar two) Initializes the scalar.
ScalarMaximumValue(Scalar one, Scalar two, int order) Initializes the scalar.
ScalarMinimumValue(Scalar one, Scalar two) Initializes the scalar.
ScalarMinimumValue(Scalar one, Scalar two, int order) Initializes the scalar.
ScalarProduct(Scalar... scalars) Constructs the product of the given Scalars.
ScalarSine(Scalar argument) Constructs a function which represents the sine of a given value.
ScalarSum(Scalar... scalars) Constructs the sum of the given Scalars.
VectorScaled(Vector vectorToScale, Scalar scaleFactor) Construct a new vector scaled by the given factor.

Constructor parameters in agi.foundation.geometry with type arguments of type Scalar

Constructor and Description
ScalarProduct(Iterable<? extends Scalar> scalars) Constructs the product of the list of Scalars.
ScalarSum(Iterable<? extends Scalar> scalars) Constructs the sum of a list of Scalars.

Uses of Scalar in agi.foundation.geometry.discrete

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

Modifier and Type	Method and Description
Scalar	CoverageGridPoint.getWeight() Gets the weight representing the relative importance of this grid point with respect to the entire grid.

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

Constructor and Description
CoverageGridPoint(Point position, Scalar weight, ICoverageGridCell coverageGridCell, ReferenceFrame referenceFrame) Creates a new instance based on the given point, weight, grid cell, and reference frame.
CoverageGridPoint(Point position, Scalar weight, ICoverageGridCell coverageGridCell, ReferenceFrame referenceFrame, CentralBody centralBody) Creates a new instance based on the given point, weight, grid cell, central body, and reference frame.
CoverageGridPoint(Point position, Scalar weight, ReferenceFrame referenceFrame) Creates a new instance based on the given point, weight, and reference frame.
CoverageGridPoint(Point position, Scalar weight, ReferenceFrame referenceFrame, CentralBody centralBody) Creates a new instance based on the given point, weight, central body, and reference frame.

Constructor parameters in agi.foundation.geometry.discrete with type arguments of type Scalar

Constructor and Description
SpecifiedCoverageGrid(ReferenceFrame referenceFrame, List<Point> gridPoints, List<Scalar> weights) Initializes the grid with the specified parameters.

Uses of Scalar in agi.foundation.navigation

Methods in agi.foundation.navigation that return Scalar

Modifier and Type	Method and Description
abstract Scalar	GpsReceiverNoiseModel.getTotalNoiseScalar(IServiceProvider transmitter, IServiceProvider receiver) Gets a scalar representing the total noise at a specified GPS receiver, in meters, when receiving a signal from a specified GPS satellite transmitter.
Scalar	ConstantGpsReceiverNoiseModel.getTotalNoiseScalar(IServiceProvider transmitter, IServiceProvider receiver) Gets a scalar representing the total noise at a specified GPS receiver, in meters, when receiving a signal from a specified GPS satellite transmitter.

Uses of Scalar in agi.foundation.navigation.advanced

Methods in agi.foundation.navigation.advanced that return Scalar

Modifier and Type	Method and Description
Scalar	GpsCommunicationsNoiseModel.getTotalNoiseScalar(IServiceProvider transmitter, IServiceProvider receiver) Gets a scalar representing the total noise at a specified NavigationReceiverChannel, in meters, when receiving a signal from a specified GPS satellite transmitter.

Uses of Scalar in agi.foundation.navigation.models

Subclasses of Scalar in agi.foundation.navigation.models

Modifier and Type	Class and Description
class	ScalarSaastamoinenTroposphericCorrection A Scalar for calculating the Saastamoinen tropospheric correction.
class	ScalarSingleFrequencyIonosphericCorrection A Scalar for calculating the IS-GPS-200D single frequency ionospheric error correction.

Methods in agi.foundation.navigation.models that return Scalar

Modifier and Type	Method and Description
Scalar	SingleFrequencyIonosphericCorrectionModel.getScalar(IServiceProvider transmitter, IServiceProvider receiver) A Scalar that can be evaluated to determine the single frequency ionospheric error correction.
Scalar	SaastamoinenTroposphericCorrectionModel.getScalar(IServiceProvider transmitter, IServiceProvider receiver) A Scalar that can be evaluated to determine the tropospheric error.
abstract Scalar	GpsReceiverErrorModel.getScalar(IServiceProvider transmitter, IServiceProvider receiver) Gets a scalar representing a model value using a specified GPS receiver, when receiving a signal from a specified GPS satellite transmitter.

Methods in agi.foundation.navigation.models with parameters of type Scalar

Modifier and Type	Method and Description
protected boolean	ScalarSingleFrequencyIonosphericCorrection.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarSaastamoinenTroposphericCorrection.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.

Uses of Scalar in agi.foundation.numericalmethods

Methods in agi.foundation.numericalmethods that return Scalar

Modifier and Type	Method and Description
Scalar	ScalarDifferenceOfSegmentInequalityConstraint.getScalar() Gets the Scalar to compute a value to compare to the BoundValue (get / set).
Scalar	ScalarDifferenceOfSegmentCostFunction.getScalar() Gets the Scalar to compute a value to minimize or maximize.
Scalar	ScalarDifferenceOfSegmentConstraint.getScalar() Gets the Scalar to compute a value to compare to the DesiredValue (get / set).
Scalar	ScalarAtEndOfSegmentInequalityConstraint.getScalar() Gets the Scalar to compute a value to compare to the BoundValue (get / set).
Scalar	ScalarAtEndOfSegmentCostFunction.getScalar() Gets the Scalar to compute a value to minimize or maximize.
Scalar	ScalarAtEndOfSegmentConstraint.getScalar() Gets the Scalar to compute a value to compare to the DesiredValue (get / set).
Scalar	ScalarAtEndOfNumericalSegmentConstraint.getScalar() Gets the Scalar to compute a value to compare to the DesiredValue (get / set).
Scalar	ExtremeValueOfSegmentInequalityConstraint.getScalar() Gets the Scalar to compute a value to compare to the BoundValue (get / set).
Scalar	ExtremeValueOfSegmentCostFunction.getScalar() Gets the Scalar to compute a value to minimize or maximize.
Scalar	ExtremeValueOfSegmentConstraint.getScalar() Gets the Scalar to compute a value to compare to the DesiredValue (get / set).

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

Modifier and Type	Method and Description
void	ScalarDifferenceOfSegmentInequalityConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the BoundValue (get / set).
void	ScalarDifferenceOfSegmentCostFunction.setScalar(Scalar value) Sets the Scalar to compute a value to minimize or maximize.
void	ScalarDifferenceOfSegmentConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the DesiredValue (get / set).
void	ScalarAtEndOfSegmentInequalityConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the BoundValue (get / set).
void	ScalarAtEndOfSegmentCostFunction.setScalar(Scalar value) Sets the Scalar to compute a value to minimize or maximize.
void	ScalarAtEndOfSegmentConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the DesiredValue (get / set).
void	ScalarAtEndOfNumericalSegmentConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the DesiredValue (get / set).
void	ExtremeValueOfSegmentInequalityConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the BoundValue (get / set).
void	ExtremeValueOfSegmentCostFunction.setScalar(Scalar value) Sets the Scalar to compute a value to minimize or maximize.
void	ExtremeValueOfSegmentConstraint.setScalar(Scalar value) Sets the Scalar to compute a value to compare to the DesiredValue (get / set).

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

Constructor and Description
ExtremeValueOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType) Initializes a new instance.
ExtremeValueOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType, SolverConstraintScaling scaling) Initializes a new instance.
ExtremeValueOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType, SolverConstraintScaling scaling, double weight) Initializes a new instance.
ExtremeValueOfSegmentCostFunction(CostFunctionGoal goal, Scalar scalar, SegmentDefinition segment, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType) Initializes a new instance.
ExtremeValueOfSegmentCostFunction(CostFunctionGoal goal, Scalar scalar, SegmentDefinition segment, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType, CostFunctionScaling scaling, double weight) Initializes a new instance.
ExtremeValueOfSegmentInequalityConstraint(InequalityBoundType boundType, Scalar scalar, SegmentDefinition segment, double boundValue, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType) Initializes a new instance.
ExtremeValueOfSegmentInequalityConstraint(InequalityBoundType boundType, Scalar scalar, SegmentDefinition segment, double boundValue, double tolerance, TimeBasedStateParameter parameter, ExtremumType extremumType, InequalityConstraintScaling scaling, double weight) Initializes a new instance.
ScalarAtEndOfNumericalSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance) Initializes a new instance.
ScalarAtEndOfNumericalSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, EndsOfSegment endOfSegment) Initializes a new instance.
ScalarAtEndOfNumericalSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, EndsOfSegment endOfSegment, SolverConstraintScaling scaling) Initializes a new instance.
ScalarAtEndOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment) Initializes a new instance.
ScalarAtEndOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment, SolverConstraintScaling scaling) Initializes a new instance.
ScalarAtEndOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment, SolverConstraintScaling scaling, double weight) Initializes a new instance.
ScalarAtEndOfSegmentCostFunction(Scalar scalar, SegmentDefinition segment, CostFunctionGoal goal, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment) Initializes a new instance.
ScalarAtEndOfSegmentCostFunction(Scalar scalar, SegmentDefinition segment, CostFunctionGoal goal, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment, CostFunctionScaling scaling) Initializes a new instance.
ScalarAtEndOfSegmentCostFunction(Scalar scalar, SegmentDefinition segment, CostFunctionGoal goal, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment, CostFunctionScaling scaling, double weight) Initializes a new instance.
ScalarAtEndOfSegmentInequalityConstraint(Scalar scalar, SegmentDefinition segment, InequalityBoundType boundType, double boundValue, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment) Initializes a new instance.
ScalarAtEndOfSegmentInequalityConstraint(Scalar scalar, SegmentDefinition segment, InequalityBoundType boundType, double boundValue, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment, InequalityConstraintScaling scaling) Initializes a new instance.
ScalarAtEndOfSegmentInequalityConstraint(Scalar scalar, SegmentDefinition segment, InequalityBoundType boundType, double boundValue, double tolerance, TimeBasedStateParameter parameter, EndsOfSegment endOfSegment, InequalityConstraintScaling scaling, double weight) Initializes a new instance.
ScalarDifferenceOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, ScalarConstraintDifference constraintDifference) Initializes a new instance.
ScalarDifferenceOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, ScalarConstraintDifference constraintDifference, SolverConstraintScaling scaling) Initializes a new instance.
ScalarDifferenceOfSegmentConstraint(Scalar scalar, SegmentDefinition segment, double desiredValue, double tolerance, ScalarConstraintDifference constraintDifference, SolverConstraintScaling scaling, double weight) Initializes a new instance.
ScalarDifferenceOfSegmentCostFunction(Scalar scalar, SegmentDefinition segment, CostFunctionGoal goal, double tolerance, ScalarConstraintDifference costFunctionDifference) Initializes a new instance.
ScalarDifferenceOfSegmentCostFunction(Scalar scalar, SegmentDefinition segment, CostFunctionGoal goal, double tolerance, ScalarConstraintDifference costFunctionDifference, CostFunctionScaling scaling) Initializes a new instance.
ScalarDifferenceOfSegmentCostFunction(Scalar scalar, SegmentDefinition segment, CostFunctionGoal goal, double tolerance, ScalarConstraintDifference costFunctionDifference, CostFunctionScaling scaling, double weight) Initializes a new instance.
ScalarDifferenceOfSegmentInequalityConstraint(Scalar scalar, SegmentDefinition segment, InequalityBoundType boundType, double boundValue, double tolerance, ScalarConstraintDifference constraintDifference) Initializes a new instance.
ScalarDifferenceOfSegmentInequalityConstraint(Scalar scalar, SegmentDefinition segment, InequalityBoundType boundType, double boundValue, double tolerance, ScalarConstraintDifference constraintDifference, InequalityConstraintScaling scaling) Initializes a new instance.
ScalarDifferenceOfSegmentInequalityConstraint(Scalar scalar, SegmentDefinition segment, InequalityBoundType boundType, double boundValue, double tolerance, ScalarConstraintDifference constraintDifference, InequalityConstraintScaling scaling, double weight) Initializes a new instance.

Uses of Scalar in agi.foundation.platforms

Methods in agi.foundation.platforms that return Scalar

Modifier and Type	Method and Description
Scalar	ScalarGraphicsParameter.getScalar() Gets the Scalar (get / set) to use.

Methods in agi.foundation.platforms with parameters of type Scalar

Modifier and Type	Method and Description
void	ScalarGraphicsParameter.setScalar(Scalar value) Sets the Scalar (get / set) to use.

Constructors in agi.foundation.platforms with parameters of type Scalar

Constructor and Description
ScalarGraphicsParameter(Scalar scalar) Initializes a new instance with the specified scalar.

Uses of Scalar in agi.foundation.propagators

Methods in agi.foundation.propagators that return Scalar

Modifier and Type	Method and Description
Scalar	AuxiliaryStateScalar.getAuxiliaryScalar() Gets the scalar to evaluate and store for output during propagation.
Scalar	PropagationScalar.getIntegrationValue() Gets a Scalar object that is parameterized on this scalar value during integration.
Scalar	PropagationNewtonianPoint.getMass() Gets the total point mass of the body on which the forces are applied.
Scalar	PropagationScalar.getScalarDerivative() Gets the derivative of the highest Order (get) which specifies the motion of this scalar parameter over time.

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

Modifier and Type	Method and Description
void	AuxiliaryStateScalar.setAuxiliaryScalar(Scalar value) Sets the scalar to evaluate and store for output during propagation.
void	PropagationNewtonianPoint.setMass(Scalar value) Sets the total point mass of the body on which the forces are applied.
void	PropagationScalar.setScalarDerivative(Scalar value) Sets the derivative of the highest Order (get) which specifies the motion of this scalar parameter over time.

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

Constructor and Description
AuxiliaryStateScalar(Scalar value) Initializes a new instance based on the given scalar value.

Uses of Scalar in agi.foundation.radar

Subclasses of Scalar in agi.foundation.radar

Modifier and Type	Class and Description
class	DwellTimeScalar A SingleTargetRadarLinkScalar which represents the radar waveform dwell time, in seconds.
class	EffectiveIsotropicRadiatedPowerScalar A SingleTargetRadarLinkScalar which represents the effective isotropic radiated power (EIRP), in Watts, of the radar transmitter.
class	IntegratedPulseCountScalar A SingleTargetRadarLinkScalar which represents the number of pulses integrated in the received waveform.
class	MitchellWalkerProbabilityOfDetectionScalar A SingleTargetRadarLinkScalar which represents the Mitchell-Walker probability of detection model.
class	MonostaticAmbiguousTargetRangeScalar A SingleTargetRadarLinkScalar which represents the radar ambiguous target range.
class	MonostaticAmbiguousTargetVelocityScalar A SingleTargetRadarLinkScalar which represents the radar ambiguous target velocity.
class	PulseIntegrationTimeScalar A SingleTargetRadarLinkScalar which represents the time, in seconds, it takes for the radar receiver to integrate the number of pulses in the received waveform.
class	ReceiveAntennaGainScalar A SingleTargetRadarLinkScalar which represents the radar receiver antenna gain, as a unitless ratio, in the direction of the target object.
class	ReceiveAntennaOutputInterferencePowerScalar A SingleTargetRadarLinkScalar which represents the interference power level at the output of the receive radar antenna.
class	ReceiveAntennaOutputPowerScalar A SingleTargetRadarLinkScalar which represents the power level at the output of the receive radar antenna.
class	SignalToNoiseRatioScalar A SingleTargetRadarLinkScalar which represents the signal-to-noise (unitless ratio), either single pulse or integrated and with or without interference effects, at the output of the radar receiver.
class	SingleTargetRadarLinkScalar A scalar which represents a two way radar transmission from a transmitter, scattered off of a target, and back to a receiver.
class	TargetRadarCrossSectionScalar A SingleTargetRadarLinkScalar which represents the radar cross section of the target object, in meters squared.
class	TargetScatteredPowerScalar A SingleTargetRadarLinkScalar which represents the power, in Watts, scattered from the target object in the direction of the radar receiver.
class	TargetToReceiverDopplerFrequencyScalar A SingleTargetRadarLinkScalar which represents the doppler shifted frequency of the signal scattered from the target, in hertz, at the radar receiver.
class	TargetToReceiverDopplerShiftScalar A SingleTargetRadarLinkScalar which represents the total doppler shift of the transmitted signal, in hertz, at the radar receiver.
class	TargetToReceiverPropagationLossScalar A SingleTargetRadarLinkScalar which represents the total propagation loss, as a unitless ratio, between the target object and the radar receiver.
class	TargetToReceiverReceivedIsotropicPowerScalar A SingleTargetRadarLinkScalar which represents the received isotropic power (RIP), in Watts, for the link between the target object and radar receiver.
class	TransmitAntennaGainScalar A SingleTargetRadarLinkScalar which represents the radar transmit antenna gain, as a unitless ratio, in the direction of the target object.
class	TransmitterToTargetDopplerFrequencyScalar A SingleTargetRadarLinkScalar which represents the doppler shifted transmit frequency, in hertz, at the target object.
class	TransmitterToTargetDopplerShiftScalar A SingleTargetRadarLinkScalar which represents the doppler shift of the transmit frequency, in hertz, at the target object.
class	TransmitterToTargetPropagationLossScalar A SingleTargetRadarLinkScalar which represents the total propagation loss, as a unitless ratio, between the radar transmitter and the target object.
class	TransmitterToTargetReceivedIsotropicPowerScalar A SingleTargetRadarLinkScalar which represents the received isotropic power (RIP), in Watts, for the link between the radar transmitter and the target object.

Methods in agi.foundation.radar with parameters of type Scalar

Modifier and Type	Method and Description
protected boolean	SingleTargetRadarLinkScalar.checkForSameDefinition(Scalar other) Checks to determine if another instance has the same definition as this instance and returns true if it does.

Uses of Scalar in agi.foundation.segmentpropagation

Methods in agi.foundation.segmentpropagation that return Scalar

Modifier and Type	Method and Description
Scalar	ImpulsiveManeuverInformation.getExhaustVelocity() Gets the exhaust velocity in meters per second.
Scalar	SeedFiniteManeuverOperator.getFuelFlowRateScalar() Gets the scalar representing the fuel flow rate.
Scalar	SingleValueStateUpdater.getValue() Gets the value that will be used to update the state.

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

Modifier and Type	Method and Description
static SingleValueStateUpdater	SingleValueStateUpdater.createAddSingleValueToScalar(Scalar value, String elementIdentifier) Creates a SingleValueStateUpdater where the value will be added to the scalar value in the propagated state.
static ScalarStoppingCondition	FiniteManeuverSegment.createLimitedFuelStoppingCondition(Scalar fuelAmount, double fuelAmountThreshold, String stoppingConditionIdentification, boolean stopPropagation) Creates a ScalarStoppingCondition that will stop when the quantity of fuel reaches the specified value.
static ScalarStoppingCondition	FiniteManeuverSegment.createLimitedFuelStoppingCondition(Scalar fuelAmount, double fuelAmountThreshold, String stoppingConditionIdentification, boolean stopPropagation, double tolerance) Creates a ScalarStoppingCondition that will stop when the fuel amount reaches the specified value.
static SingleValueStateUpdater	SingleValueStateUpdater.createMultiplySingleValueToScalar(Scalar value, String elementIdentifier) Creates a SingleValueStateUpdater where the value will be multiplied with the scalar value in the propagated state.
static ScalarStoppingCondition	FiniteManeuverSegment.createOutOfFuelStoppingCondition(Scalar fuelAmount, String stoppingConditionIdentification, boolean stopPropagation) Creates a ScalarStoppingCondition that will stop when the fuel amount becomes 0.
static ScalarStoppingCondition	FiniteManeuverSegment.createOutOfFuelStoppingCondition(Scalar fuelAmount, String stoppingConditionIdentification, boolean stopPropagation, double tolerance) Creates a ScalarStoppingCondition that will stop when the fuel amount becomes 0.
static SingleValueStateUpdater	SingleValueStateUpdater.createSetSingleValueToScalar(Scalar value, String elementIdentifier) Creates a SingleValueStateUpdater where the value will be set to the scalar value in the propagated state.
void	ImpulsiveManeuverInformation.setExhaustVelocity(Scalar value) Sets the exhaust velocity in meters per second.
void	SeedFiniteManeuverOperator.setFuelFlowRateScalar(Scalar value) Sets the scalar representing the fuel flow rate.
void	SingleValueStateUpdater.setValue(Scalar value) Sets the value that will be used to update the state.

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

Constructor and Description
ImpulsiveManeuverInformation(String propagationElementIdentification, Cartesian deltaV, Axes orientationAxes, String fuelMassIdentification, String dryMassIdentification, Scalar exhaustVelocity, InvalidFuelStateBehavior whatToDo) Initializes a new instance.
ImpulsiveManeuverInformation(String propagationElementIdentification, Cartesian deltaV, String fuelMassIdentification, String dryMassIdentification, Scalar exhaustVelocity, InvalidFuelStateBehavior whatToDo) Initializes a new instance.
SeedFiniteManeuverOperator(SwitchableSegment switchableManeuverSegment, String propagationElement, Scalar fuelFlowScalar, DurationStoppingCondition stoppingCondition) Initializes a new instance.
SingleValueStateUpdater(Scalar value, SingleValueUpdaterCallback callback) Initializes a new instance.

Uses of Scalar in agi.foundation.stoppingconditions

Methods in agi.foundation.stoppingconditions that return Scalar

Modifier and Type	Method and Description
Scalar	ScalarStoppingConditionConstraint.getScalar() Gets the Scalar (get / set) whose evaluator will compute the value to compare with the Threshold (get / set).
Scalar	ScalarStoppingCondition.getScalar() Gets the Scalar that will computed at every propagation step to form a function that will be sampled to determine if propagation should stop.

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

Modifier and Type	Method and Description
void	ScalarStoppingConditionConstraint.setScalar(Scalar value) Sets the Scalar (get / set) whose evaluator will compute the value to compare with the Threshold (get / set).
void	ScalarStoppingCondition.setScalar(Scalar value) Sets the Scalar that will computed at every propagation step to form a function that will be sampled to determine if propagation should stop.

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

Constructor and Description
ScalarStoppingCondition(Scalar scalar, double threshold, double valueTolerance, StopType type) Initializes a new instance.
ScalarStoppingCondition(Scalar scalar, double valueTolerance, StopType type) Initializes a new instance.
ScalarStoppingConditionConstraint(Scalar scalar, double threshold, double tolerance, WhenToCheckConstraint whenToCheck, InequalityCondition inequality, boolean useAbsoluteValue) Initializes a new instance.