Uses of Class com.hummeling.if97.OutOfRangeException (IF97 by Hummeling Engineering)

Uses of OutOfRangeException in com.hummeling.if97

Methods in com.hummeling.if97 that return OutOfRangeException
Modifier and Type	Method and Description
`(package private) OutOfRangeException`	OutOfRangeException.`convertFromDefault(IF97.UnitSystem unitSystem)`

Methods in com.hummeling.if97 that throw OutOfRangeException
Modifier and Type	Method and Description
`double`	IF97.`compressibilityHS(double enthalpy, double entropy)` Isothermal compressibility as a function of specific enthalpy & specific entropy.
`double`	IF97.`compressibilityPH(double pressure, double enthalpy)` Isothermal compressibility as a function of pressure & specific enthalpy.
`double`	IF97.`compressibilityPT(double pressure, double temperature)` Isothermal compressibility as a function of pressure & temperature.
`double`	IF97.`densityPH(double pressure, double enthalpy)` Density as a function of pressure & specific enthalpy.
`double`	IF97.`densityPT(double pressure, double temperature)` Density as a function of pressure & temperature.
`double`	IF97.`dielectricConstantPH(double pressure, double enthalpy)` Dielectric constant.
`double`	IF97.`dielectricConstantPT(double pressure, double temperature)` Dielectric constant.
`double`	IF97.`dielectricConstantRhoT(double density, double temperature)` Dielectric constant.
`(package private) static double`	IF97.Calculate.`dielectricConstantRhoT(double rho, double T)` Dielectric constant.
`double`	IF97.`dynamicViscosityPH(double pressure, double enthalpy)` Dynamic viscosity as a function of pressure & specific enthalpy.
`double`	IF97.`dynamicViscosityPT(double pressure, double temperature)` Dynamic viscosity.
`double`	IF97.`dynamicViscosityRhoT(double density, double temperature)` Dynamic viscosity.
`(package private) static double`	IF97.Calculate.`dynamicViscosityRhoT(double rho, double T)` Dynamic viscosity.
`(package private) static Region`	Region.`getRegionHS(double enthalpy, double entropy)` Get region as a function of specific enthalpy & specific entropy.
`(package private) static Region`	Region.`getRegionPH(double pressure, double enthalpy)`
`(package private) static Region`	Region.`getRegionPS(double pressure, double entropy)` Get region as a function of pressure & specific entropy.
`(package private) static Region`	Region.`getRegionPT(double pressure, double temperature)`
`(package private) static Region`	Region.`getRegionPT(IF97.UnitSystem unitSystem, double pressure, double temperature)`
`double`	IF97.`isobaricCubicExpansionCoefficientPH(double pressure, double enthalpy)` Isobaric cubic expansion coefficient.
`double`	IF97.`isobaricCubicExpansionCoefficientPT(double pressure, double temperature)` Isobaric cubic expansion coefficient.
`double`	IF97.`isobaricHeatCapacityPH(double pressure, double enthalpy)` Specific isobaric heat capacity as a function of pressure & specific enthalpy.
`double`	IF97.`isobaricHeatCapacityPT(double pressure, double temperature)` Specific isobaric heat capacity as a function of pressure & temperature.
`double`	IF97.`isochoricHeatCapacityPH(double pressure, double enthalpy)` Specific isochoric heat capacity as a function of pressure & specific enthalpy.
`double`	IF97.`isochoricHeatCapacityPT(double pressure, double temperature)` Specific isochoric heat capacity as a function of pressure & temperature.
`double`	IF97.`kinematicViscosityPH(double pressure, double enthalpy)` Kinematic viscosity.
`double`	IF97.`kinematicViscosityPT(double pressure, double temperature)` Kinematic viscosity.
`double`	IF97.`kinematicViscosityRhoT(double density, double temperature)` Kinematic viscosity.
`double`	IF97.`partialDerivativePT(double pressure, double temperature, IF97.Quantity x, IF97.Quantity y, IF97.Quantity z)` Partial derivative of z with respect to x for constant y, as a function of pressure and temperature.
`private static double`	IF97.Calculate.`partialDerivativePT(double p, double T, IF97.Quantity x, IF97.Quantity y, IF97.Quantity z)` Partial derivative of z with respect to x for constant y, as a function of pressure and temperature.
`double`	IF97.`partialDerivativeRhoT(double density, double temperature, IF97.Quantity x, IF97.Quantity y, IF97.Quantity z)` Partial derivative of z with respect to x for constant y, as a function of density and temperature.
`private static double`	IF97.Calculate.`partialDerivativeRhoT(double rho, double T, IF97.Quantity x, IF97.Quantity y, IF97.Quantity z)` Partial derivative of z with respect to x for constant y, as a function of specific volume and temperature.
`double`	IF97.`PrandtlHS(double enthalpy, double entropy)` Prandtl number.
`double`	IF97.`PrandtlPH(double pressure, double enthalpy)` Prandtl number.
`double`	IF97.`PrandtlPT(double pressure, double temperature)` Prandtl number.
`(package private) static double`	IF97.Calculate.`PrandtlPT(double p, double T)` Prandtl number.
`double`	IF97.`pressureHS(double enthalpy, double entropy)` Pressure as a function of specific enthalpy & specific entropy.
`double`	IF97.`refractiveIndexPTLambda(double pressure, double temperature, double wavelength)` Refractive index.
`double`	IF97.`refractiveIndexRhoTLambda(double density, double temperature, double waveLength)` Refractive index.
`(package private) static double`	IF97.Calculate.`refractiveIndexRhoTLambda(double rho, double T, double lambda)` Refractive index.
`double`	IF97.`saturationPressureT(double temperature)` Saturation pressure as a function of temperature.
`double`	IF97.`saturationTemperatureP(double pressure)` Saturation temperature as a function of pressure.
`double`	IF97.`specificEnthalpyPS(double pressure, double entropy)` Specific enthalpy as a function of pressure & specific entropy.
`double`	IF97.`specificEnthalpyPT(double pressure, double temperature)` Specific enthalpy as a function of pressure & temperature.
`double`	IF97.`specificEnthalpyPX(double pressure, double vapourFraction)` Specific enthalpy as a function of pressure & vapour fraction.
`double`	IF97.`specificEnthalpySaturatedLiquidP(double pressure)` Specific enthalpy as a function of pressure for saturated liquid.
`double`	IF97.`specificEnthalpySaturatedLiquidT(double temperature)` Specific enthalpy as a function of temperature for saturated liquid.
`double`	IF97.`specificEnthalpySaturatedVapourP(double pressure)` Specific enthalpy as a function of pressure for saturated vapour.
`double`	IF97.`specificEnthalpySaturatedVapourT(double temperature)` Specific enthalpy as a function of temperature for saturated vapour.
`double`	IF97.`specificEnthalpyTX(double temperature, double vapourFraction)` Specific enthalpy as a function of temperature & vapour fraction.
`double`	IF97.`specificEntropyPH(double pressure, double enthalpy)` Specific entropy as a function of pressure & specific enthalpy.
`double`	IF97.`specificEntropyPT(double pressure, double temperature)` Specific entropy as a function of pressure & temperature.
`double`	IF97.`specificEntropyPX(double pressure, double vapourFraction)` Specific entropy as a function of pressure & vapour fraction.
`double`	IF97.`specificEntropySaturatedLiquidP(double pressure)` Specific entropy as a function of pressure for saturated liquid.
`double`	IF97.`specificEntropySaturatedLiquidT(double temperature)` Specific entropy as a function of temperature for saturated liquid.
`double`	IF97.`specificEntropySaturatedVapourP(double pressure)` Specific entropy as a function of pressure for saturated vapour.
`double`	IF97.`specificEntropySaturatedVapourT(double temperature)` Specific entropy as a function of temperature for saturated vapour.
`double`	IF97.`specificEntropyTX(double temperature, double vapourFraction)` Specific entropy as a function of temperature & vapour fraction.
`double`	IF97.`specificInternalEnergyHS(double enthalpy, double entropy)` Specific internal energy as a function of specific enthalpy & specific entropy.
`double`	IF97.`specificInternalEnergyPH(double pressure, double enthalpy)` Specific internal energy as a function of pressure & specific enthalpy.
`double`	IF97.`specificInternalEnergyPT(double pressure, double temperature)` Specific internal energy as a function of pressure & temperature.
`double`	IF97.`specificVolumePH(double pressure, double enthalpy)` Specific volume as a function of pressure & specific enthalpy.
`double`	IF97.`specificVolumePT(double pressure, double temperature)` Specific volume as a function of pressure & temperature.
`(package private) static double`	IF97.Calculate.`specificVolumePT(double p, double T)` Specific volume as a function of pressure & temperature.
`double`	IF97.`speedOfSoundPT(double pressure, double temperature)` Speed of sound as a function of pressure & temperature.
`(package private) static double`	IF97.Calculate.`speedOfSoundPT(double p, double T)` Speed of sound as a function of pressure & temperature.
`double`	IF97.`surfaceTensionT(double temperature)` Surface tension as a function of temperature.
`(package private) static double`	IF97.Calculate.`surfaceTensionT(double T)` Surface tension as a function of temperature.
`double`	IF97.`temperatureHS(double enthalpy, double entropy)` Temperature.
`double`	IF97.`temperaturePH(double pressure, double enthalpy)` Temperature.
`(package private) static double`	IF97.Calculate.`temperaturePH(double p, double h)` Temperature.
`double`	IF97.`temperaturePS(double pressure, double entropy)` Temperature.
`double`	IF97.`thermalConductivityPH(double pressure, double enthalpy)` Thermal conductivity as a function of pressure & specific enthalpy.
`double`	IF97.`thermalConductivityPT(double pressure, double temperature)` Thermal conductivity as a function of pressure & temperature.
`(package private) static double`	IF97.Calculate.`thermalConductivityPT(double p, double T)` Thermal conductivity as a function of pressure & temperature.
`(package private) static double`	IF97.Calculate.`thermalConductivityRhoT(double rho, double T)`
`double`	IF97.`vapourFractionHS(double enthalpy, double entropy)` Vapour fraction as a function of specific enthalpy & specific entropy.
`double`	IF97.`vapourFractionPS(double pressure, double entropy)` Vapour fraction as a function of pressure & specific entropy.

Uses of Classcom.hummeling.if97.OutOfRangeException

Uses of OutOfRangeException in com.hummeling.if97

Uses of Class
com.hummeling.if97.OutOfRangeException