Uses of Interface
ucar.unidata.view.sounding.TemperatureCalculator

Packages that use TemperatureCalculator

Package	Description
ucar.unidata.view.sounding	Provides support for aerological diagrams.

Uses of TemperatureCalculator in ucar.unidata.view.sounding

Classes in ucar.unidata.view.sounding that implement TemperatureCalculator

Modifier and Type	Class and Description
protected class	AerologicalDisplay.MyWetTemperatureCalculator Provides support for calculating the saturated portion of a lifted parcel's trajectory.
class	DefaultWetTemperatureCalculator Provides support for the default way of computing a saturation, pseudo- adiabatic trajectory.
class	DryTemperatureCalculator Provides support for calculating the dry portion of the pseud-adiabatic trajectory of a lifted parcel of air.
class	MixingRatioTemperatureCalculator Provides support for calculating temperatures along a saturation mixing-ratio.

Methods in ucar.unidata.view.sounding that return TemperatureCalculator

Modifier and Type	Method and Description
TemperatureCalculator	TemperatureCalculatorFactory.newTemperatureCalculator(visad.Real saturationPressure, visad.Real saturationTemperature) Creats an instance of a temperature calculator from the saturation point.
TemperatureCalculator	MixingRatioTemperatureCalculatorFactory.newTemperatureCalculator(visad.Real saturationPressure, visad.Real saturationTemperature) Returns a temperature calculator for the saturation mixing-ratio.
TemperatureCalculator	DefaultWetTemperatureCalculatorFactory.newTemperatureCalculator(visad.Real saturationPressure, visad.Real saturationTemperature) Returns an instance of a saturation, pseudo-adiabatic trajectory calculator based on the saturation pressure and temperature.
TemperatureCalculator	AerologicalDisplay.MyWetTemperatureCalculatorFactory.newTemperatureCalculator(visad.Real saturationPressure, visad.Real saturationTemperature) Constructs from the saturation point.
TemperatureCalculator	DryTemperatureCalculatorFactory.newTemperatureCalculator(visad.Real startPressure, visad.Real startTemperature) Returns a caculator for the dry portion of a parcel's pseudo-adiabatic trajectory given the starting pressure and temperature.