Uses of Class
agi.foundation.geometry.ScalarDependentOnServiceProvider

Packages that use ScalarDependentOnServiceProvider

Package	Description
agi.foundation.aircraftpropagation	Contains types for propagating an aircraft through various maneuvers subject to flight phase performance models and wind effects.
agi.foundation.celestial	Contains types used in modeling characteristics of celestial objects and celestial phenomena.
agi.foundation.communications.signalpropagation	Contains types for propagating electromagnetic signals along communication links.
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.

Uses of ScalarDependentOnServiceProvider in agi.foundation.aircraftpropagation

Methods in agi.foundation.aircraftpropagation that return ScalarDependentOnServiceProvider

Modifier and Type	Method and Description
ScalarDependentOnServiceProvider	SimpleDescentPerformanceModel.getAirspeed() Gets a scalar which will determine the commanded airspeed.
ScalarDependentOnServiceProvider	SimpleCruisePerformanceModel.getAirspeed() Gets a scalar which will determine the commanded airspeed.
ScalarDependentOnServiceProvider	SimpleClimbPerformanceModel.getAirspeed() Gets a scalar which will determine the commanded airspeed.
ScalarDependentOnServiceProvider	SimpleDescentPerformanceModel.getAltitudeRate() Gets a scalar which will determine the commanded rate of altitude change.
ScalarDependentOnServiceProvider	SimpleClimbPerformanceModel.getAltitudeRate() Gets a scalar which will determine the commanded rate of altitude change.
ScalarDependentOnServiceProvider	SimpleForwardFlightPropellerPropulsion.getDensity() Gets the scalar defining the local atmospheric density.
ScalarDependentOnServiceProvider	SimpleForwardFlightPropellerPropulsion.getDensityRatio() Gets the scalar defining the ratio of the local atmospheric density to a reference density (usually standard mean sea level density).
ScalarDependentOnServiceProvider	SimpleForwardFlightJetPropulsion.getDensityRatio() Gets the scalar defining the ratio of the local atmospheric density to a reference density (usually standard mean sea level density).
ScalarDependentOnServiceProvider	SimpleDescentPerformanceModel.getFuelFlowRate() Gets a scalar which will determine the commanded rate of fuel flow.
ScalarDependentOnServiceProvider	SimpleCruisePerformanceModel.getFuelFlowRate() Gets a scalar which will determine the commanded rate of fuel flow.
ScalarDependentOnServiceProvider	SimpleClimbPerformanceModel.getFuelFlowRate() Gets a scalar which will determine the commanded rate of fuel flow.
ScalarDependentOnServiceProvider	ClimbDescentPerformanceModel.getScalarElement(ClimbDescentCommandedValuesElement element) Gets a ScalarDependentOnServiceProvider that will represent one of the individual commanded values computed by this performance model.
ScalarDependentOnServiceProvider	CruisePerformanceModel.getScalarElement(CruiseCommandedValuesElement element) Gets a ScalarDependentOnServiceProvider that will represent one of the individual commanded values computed by this performance model.

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

Modifier and Type	Method and Description
void	SimpleDescentPerformanceModel.setAirspeed(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded airspeed.
void	SimpleCruisePerformanceModel.setAirspeed(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded airspeed.
void	SimpleClimbPerformanceModel.setAirspeed(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded airspeed.
void	SimpleDescentPerformanceModel.setAltitudeRate(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded rate of altitude change.
void	SimpleClimbPerformanceModel.setAltitudeRate(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded rate of altitude change.
void	SimpleForwardFlightPropellerPropulsion.setDensity(ScalarDependentOnServiceProvider value) Sets the scalar defining the local atmospheric density.
void	SimpleForwardFlightPropellerPropulsion.setDensityRatio(ScalarDependentOnServiceProvider value) Sets the scalar defining the ratio of the local atmospheric density to a reference density (usually standard mean sea level density).
void	SimpleForwardFlightJetPropulsion.setDensityRatio(ScalarDependentOnServiceProvider value) Sets the scalar defining the ratio of the local atmospheric density to a reference density (usually standard mean sea level density).
void	SimpleDescentPerformanceModel.setFuelFlowRate(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded rate of fuel flow.
void	SimpleCruisePerformanceModel.setFuelFlowRate(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded rate of fuel flow.
void	SimpleClimbPerformanceModel.setFuelFlowRate(ScalarDependentOnServiceProvider value) Sets a scalar which will determine the commanded rate of fuel flow.

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

Constructor and Description
SimpleClimbPerformanceModel(ScalarDependentOnServiceProvider trueAirspeed, ScalarDependentOnServiceProvider altitudeRate, ScalarDependentOnServiceProvider fuelFlowRate) Initializes an instance with the provided parameters.
SimpleCruisePerformanceModel(ScalarDependentOnServiceProvider trueAirspeed, ScalarDependentOnServiceProvider fuelFlowRate) Initializes an instance with the provided parameters.
SimpleDescentPerformanceModel(ScalarDependentOnServiceProvider trueAirspeed, ScalarDependentOnServiceProvider altitudeRate, ScalarDependentOnServiceProvider fuelFlowRate) Initializes an instance with the provided parameters.

Uses of ScalarDependentOnServiceProvider in agi.foundation.celestial

Methods in agi.foundation.celestial that return ScalarDependentOnServiceProvider

Modifier and Type	Method and Description
ScalarDependentOnServiceProvider	USStandardAtmosphere1976.getDensity() Gets a ScalarDependentOnServiceProvider that calculates atmospheric density using the U.S.
ScalarDependentOnServiceProvider	USStandardAtmosphere1976.getDensityRatio() Gets a ScalarDependentOnServiceProvider that calculates the ratio of the local density to the density at sea level using the U.S.
ScalarDependentOnServiceProvider	USStandardAtmosphere1976.getPressure() Gets a ScalarDependentOnServiceProvider that calculates atmospheric pressure using the U.S.
ScalarDependentOnServiceProvider	USStandardAtmosphere1976.getSpeedOfSound() Gets a ScalarDependentOnServiceProvider that calculates the speed of sound using the U.S.
ScalarDependentOnServiceProvider	USStandardAtmosphere1976.getTemperature() Gets a ScalarDependentOnServiceProvider that calculates temperature using the U.S.

Uses of ScalarDependentOnServiceProvider in agi.foundation.communications.signalpropagation

Subclasses of ScalarDependentOnServiceProvider in agi.foundation.communications.signalpropagation

Modifier and Type	Class and Description
class	HufnagelValleyRefractiveIndexStructureParameterModel Represents the Hufnagel-Valley (H-V) model for the refractive index structure parameter.
class	RefractiveIndexStructureParameterModel Base class for a modeling the refractive index structure parameter Cn2.

Methods in agi.foundation.communications.signalpropagation that return ScalarDependentOnServiceProvider

Modifier and Type	Method and Description
ScalarDependentOnServiceProvider	CloudFogAttenuationModelItuRP840Version6.getCloudCeiling() Gets or sets a value for the cloud ceiling, in meters.
ScalarDependentOnServiceProvider	CloudFogAttenuationModelItuRP840Version6.getCloudLayerThickness() Gets or sets a value for the cloud layer thickness, in meters.
ScalarDependentOnServiceProvider	CloudFogAttenuationModelItuRP840Version6.getCloudLiquidWaterDensity() Gets or sets the cloud liquid water density, in g/m3.
ScalarDependentOnServiceProvider	CloudFogAttenuationModelItuRP840Version6.getCloudTemperature() Gets or sets the cloud temperature, in kelvin.
ScalarDependentOnServiceProvider	RainAttenuationModelItuRP618Version12.getCustomRainHeight() Gets a custom value for the rain height, in meters.
ScalarDependentOnServiceProvider	RainAttenuationModelItuRP618Version10.getCustomRainHeight() Gets a custom value for the rain height, in meters.
ScalarDependentOnServiceProvider	CraneRainAttenuationModel.getCustomRainHeight() Gets a custom value for the rain height.
ScalarDependentOnServiceProvider	RainAttenuationModelItuRP618Version12.getCustomRainRate() Gets a custom value for the rain rate exceeded 0.01% of the time, in meters per second.
ScalarDependentOnServiceProvider	RainAttenuationModelItuRP618Version10.getCustomRainRate() Gets a custom value for the rain rate exceeded 0.01% of the time, in meters per second.
ScalarDependentOnServiceProvider	CraneRainAttenuationModel.getCustomRainRate() Gets a custom value for the rain rate exceeded 0.01% of the time.
ScalarDependentOnServiceProvider	IonosphericAttenuationModelItuRP531Version13.getMagneticFieldStrength() Gets or sets the magnetic field strength, in tesla.
ScalarDependentOnServiceProvider	RainAttenuationModelItuRP838Version3.getRainHeight() Gets or sets a value for the rain height, in meters.
ScalarDependentOnServiceProvider	RainAttenuationModelItuRP838Version3.getRainRate() Gets or sets a custom value for the rain rate, in m/s.
ScalarDependentOnServiceProvider	TropoScintAttenuationModelItuRP1814.getRefractiveIndexStructureParameterModel() Gets the scalar for computing the refractive index structure parameter.
ScalarDependentOnServiceProvider	TiremPropagationModel3_18.getSurfaceConductivity() Gets the conductivity of the earth's surface.
ScalarDependentOnServiceProvider	TiremPropagationModel.getSurfaceConductivity() Gets the conductivity of the earth's surface.
ScalarDependentOnServiceProvider	TiremPropagationModel3_18.getSurfaceHumidity() Gets the humidity of the earth's surface in grams per cubic meter at the transmitter.
ScalarDependentOnServiceProvider	TiremPropagationModel.getSurfaceHumidity() Gets the humidity of the earth's surface in grams per cubic meter at the transmitter.
ScalarDependentOnServiceProvider	TiremPropagationModel3_18.getSurfaceRefractivity() Gets the refractivity of the earth's surface.
ScalarDependentOnServiceProvider	TiremPropagationModel.getSurfaceRefractivity() Gets the refractivity of the earth's surface.
ScalarDependentOnServiceProvider	TiremPropagationModel3_18.getSurfaceRelativePermittivity() Gets the relative permittivity of the earth's surface.
ScalarDependentOnServiceProvider	TiremPropagationModel.getSurfaceRelativePermittivity() Gets the relative permittivity of the earth's surface.
ScalarDependentOnServiceProvider	SimpleSatcomAtmosphericAttenuationModel.getSurfaceTemperature() Gets temperature in kelvin.
ScalarDependentOnServiceProvider	IonosphericAttenuationModelItuRP531Version13.getTotalElectronContent() Gets or sets the total electron content, in electrons per square meter.
ScalarDependentOnServiceProvider	SimpleSatcomAtmosphericAttenuationModel.getWaterVaporConcentration() Gets water vapor concentration, in g/m^3.
ScalarDependentOnServiceProvider	RefractiveIndexStructureParameterModel.getWindSpeedModel() Gets the wind speed model.

Methods in agi.foundation.communications.signalpropagation with parameters of type ScalarDependentOnServiceProvider

Modifier and Type	Method and Description
protected boolean	RefractiveIndexStructureParameterModel.checkForSameDefinition(ScalarDependentOnServiceProvider other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
void	CloudFogAttenuationModelItuRP840Version6.setCloudCeiling(ScalarDependentOnServiceProvider value) Gets or sets a value for the cloud ceiling, in meters.
void	CloudFogAttenuationModelItuRP840Version6.setCloudLayerThickness(ScalarDependentOnServiceProvider value) Gets or sets a value for the cloud layer thickness, in meters.
void	CloudFogAttenuationModelItuRP840Version6.setCloudLiquidWaterDensity(ScalarDependentOnServiceProvider value) Gets or sets the cloud liquid water density, in g/m3.
void	CloudFogAttenuationModelItuRP840Version6.setCloudTemperature(ScalarDependentOnServiceProvider value) Gets or sets the cloud temperature, in kelvin.
void	RainAttenuationModelItuRP618Version12.setCustomRainHeight(ScalarDependentOnServiceProvider value) Sets a custom value for the rain height, in meters.
void	RainAttenuationModelItuRP618Version10.setCustomRainHeight(ScalarDependentOnServiceProvider value) Sets a custom value for the rain height, in meters.
void	CraneRainAttenuationModel.setCustomRainHeight(ScalarDependentOnServiceProvider value) Sets a custom value for the rain height.
void	RainAttenuationModelItuRP618Version12.setCustomRainRate(ScalarDependentOnServiceProvider value) Sets a custom value for the rain rate exceeded 0.01% of the time, in meters per second.
void	RainAttenuationModelItuRP618Version10.setCustomRainRate(ScalarDependentOnServiceProvider value) Sets a custom value for the rain rate exceeded 0.01% of the time, in meters per second.
void	CraneRainAttenuationModel.setCustomRainRate(ScalarDependentOnServiceProvider value) Sets a custom value for the rain rate exceeded 0.01% of the time.
void	IonosphericAttenuationModelItuRP531Version13.setMagneticFieldStrength(ScalarDependentOnServiceProvider value) Gets or sets the magnetic field strength, in tesla.
void	RainAttenuationModelItuRP838Version3.setRainHeight(ScalarDependentOnServiceProvider value) Gets or sets a value for the rain height, in meters.
void	RainAttenuationModelItuRP838Version3.setRainRate(ScalarDependentOnServiceProvider value) Gets or sets a custom value for the rain rate, in m/s.
void	TropoScintAttenuationModelItuRP1814.setRefractiveIndexStructureParameterModel(ScalarDependentOnServiceProvider value) Sets the scalar for computing the refractive index structure parameter.
void	TiremPropagationModel3_18.setSurfaceConductivity(ScalarDependentOnServiceProvider value) Sets the conductivity of the earth's surface.
void	TiremPropagationModel.setSurfaceConductivity(ScalarDependentOnServiceProvider value) Sets the conductivity of the earth's surface.
void	TiremPropagationModel3_18.setSurfaceHumidity(ScalarDependentOnServiceProvider value) Sets the humidity of the earth's surface in grams per cubic meter at the transmitter.
void	TiremPropagationModel.setSurfaceHumidity(ScalarDependentOnServiceProvider value) Sets the humidity of the earth's surface in grams per cubic meter at the transmitter.
void	TiremPropagationModel3_18.setSurfaceRefractivity(ScalarDependentOnServiceProvider value) Sets the refractivity of the earth's surface.
void	TiremPropagationModel.setSurfaceRefractivity(ScalarDependentOnServiceProvider value) Sets the refractivity of the earth's surface.
void	TiremPropagationModel3_18.setSurfaceRelativePermittivity(ScalarDependentOnServiceProvider value) Sets the relative permittivity of the earth's surface.
void	TiremPropagationModel.setSurfaceRelativePermittivity(ScalarDependentOnServiceProvider value) Sets the relative permittivity of the earth's surface.
void	SimpleSatcomAtmosphericAttenuationModel.setSurfaceTemperature(ScalarDependentOnServiceProvider value) Sets temperature in kelvin.
void	IonosphericAttenuationModelItuRP531Version13.setTotalElectronContent(ScalarDependentOnServiceProvider value) Gets or sets the total electron content, in electrons per square meter.
void	SimpleSatcomAtmosphericAttenuationModel.setWaterVaporConcentration(ScalarDependentOnServiceProvider value) Sets water vapor concentration, in g/m^3.
void	RefractiveIndexStructureParameterModel.setWindSpeedModel(ScalarDependentOnServiceProvider value) Sets the wind speed model.

Constructors in agi.foundation.communications.signalpropagation with parameters of type ScalarDependentOnServiceProvider

Constructor and Description
HufnagelValleyRefractiveIndexStructureParameterModel(ScalarDependentOnServiceProvider windSpeedModel, double groundRefractiveIndexStructureParam) Initializes a new instance with the supplied winds speed model, and nominal ground level refractive index structure parameter.
HufnagelValleyRefractiveIndexStructureParameterModel(ScalarDependentOnServiceProvider windSpeedModel, double groundRefractiveIndexStructureParam, CentralBody centralBody) Initializes a new instance with the supplied winds speed model, and nominal ground level refractive index structure parameter, and a central body used as the altitude reference.
RefractiveIndexStructureParameterModel(ScalarDependentOnServiceProvider windSpeedModel, CentralBody centralBody) Initializes a new instance with a given wind speed model and central body used as the altitude reference.

Uses of ScalarDependentOnServiceProvider in agi.foundation.geometry

Subclasses of ScalarDependentOnServiceProvider in agi.foundation.geometry

Modifier and Type	Class and Description
class	ScalarDynamicPressure A Scalar defining the dynamic pressure at a given location.
class	ScalarEquivalentAirspeed A Scalar defining the equivalent airspeed at a given location.
class	ScalarMachNumber A Scalar defining the Mach number at a given location.

Methods in agi.foundation.geometry that return ScalarDependentOnServiceProvider

Modifier and Type	Method and Description
ScalarDependentOnServiceProvider	ScalarDynamicPressure.getDensity() Gets the atmospheric density scalar.
ScalarDependentOnServiceProvider	ScalarEquivalentAirspeed.getDensityRatio() Gets the density ratio in the atmosphere.
ScalarDependentOnServiceProvider	ScalarMachNumber.getSpeedOfSound() Gets the speed of sound in the atmosphere.
static ScalarDependentOnServiceProvider	ScalarDependentOnServiceProvider.toScalarDependentOnServiceProvider(double value) Converts a constant double value to a ScalarDependentOnServiceProvider.
static ScalarDependentOnServiceProvider	ScalarDependentOnServiceProvider.toScalarDependentOnServiceProvider(Scalar value) Converts a Scalar to a ScalarDependentOnServiceProvider.

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

Modifier and Type	Method and Description
protected boolean	ScalarMachNumber.checkForSameDefinition(ScalarDependentOnServiceProvider other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarEquivalentAirspeed.checkForSameDefinition(ScalarDependentOnServiceProvider other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ScalarDynamicPressure.checkForSameDefinition(ScalarDependentOnServiceProvider other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected abstract boolean	ScalarDependentOnServiceProvider.checkForSameDefinition(ScalarDependentOnServiceProvider other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
void	ScalarDynamicPressure.setDensity(ScalarDependentOnServiceProvider value) Sets the atmospheric density scalar.
void	ScalarEquivalentAirspeed.setDensityRatio(ScalarDependentOnServiceProvider value) Sets the density ratio in the atmosphere.
void	ScalarMachNumber.setSpeedOfSound(ScalarDependentOnServiceProvider value) Sets the speed of sound in the atmosphere.

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

Constructor and Description
ScalarDependentOnServiceProvider(ScalarDependentOnServiceProvider existingInstance, CopyContext context) Initializes a new instance as a copy of an existing instance.
ScalarDynamicPressure(ScalarDependentOnServiceProvider density, VectorDependentOnServiceProvider relativeVelocity) Constructs a scalar that computes the dynamic pressure at a given location.
ScalarEquivalentAirspeed(ScalarDependentOnServiceProvider densityRatio, VectorDependentOnServiceProvider relativeVelocity) Constructs a scalar that computes the equivalent airspeed at a given location.
ScalarMachNumber(ScalarDependentOnServiceProvider speedOfSound, VectorDependentOnServiceProvider relativeVelocity) Constructs a scalar that computes the Mach number at a given location.