Gets an AbsorbedDoseRate from an IonizingRadiationAbsorbedDose and a Time
Return
the AbsorbedDoseRate represented by the units
Gets a MetricAcceleration from a MetricSpeed and a Time
Return
the MetricAcceleration represented by the units
Gets an ImperialAcceleration from an ImperialSpeed and a Time
Return
the ImperialAcceleration represented by the units
Gets an AngularAcceleration from an AngularVelocity and a Time
Return
the AngularAcceleration represented by the units
Gets an AngularVelocity from an Angle and a Time
Return
the Angle represented by the units
Gets a MetricAreaDensity from a MetricWeight and a MetricArea
Return
the MetricAreaDensity represented by the units
Gets an ImperialAreaDensity from an ImperialWeight and an ImperialArea
Return
the ImperialAreaDensity represented by the units
Gets a USCustomaryAreaDensity from a USCustomaryWeight and an ImperialArea
Return
the USCustomaryAreaDensity represented by the units
Gets a UKImperialAreaDensity from a UKImperialWeight and an ImperialArea
Return
the UKImperialAreaDensity represented by the units
Gets a MetricCatalyticConcentration from a CatalysticActivity and a MetricVolume
Return
the MetricCatalyticConcentration represented by the units
Gets an ImperialCatalyticConcentration from a CatalysticActivity and an ImperialVolume
Return
the ImperialCatalyticConcentration represented by the units
Gets a USCustomaryCatalyticConcentration from a CatalysticActivity and a USCustomaryVolume
Return
the USCustomaryCatalyticConcentration represented by the units
Gets a UKImperialCatalyticConcentration from a CatalysticActivity and a UKImperialVolume
Return
the UKImperialCatalyticConcentration represented by the units
Gets a MetricDensity from a MetricWeight and a MetricVolume
Return
the MetricDensity represented by the units
Gets an ImperialDensity from an ImperialWeight and an ImperialVolume
Return
the MetricAreaDensity represented by the units
Gets a UKImperialDensity from an ImperialWeight and a UKImperialVolume
Return
the UKImperialDensity represented by the units
Gets a USCustomaryDensity from an ImperialWeight and a USCustomaryVolume
Return
the USCustomaryDensity represented by the units
Gets a USCustomaryDensity from a USCustomaryWeight and a USCustomaryVolume
Return
the USCustomaryDensity represented by the units
Gets a USCustomaryDensity from a USCustomaryWeight and an ImperialVolume
Return
the USCustomaryDensity represented by the units
Gets a UKImperialDensity from a UKImperialWeight and an ImperialVolume
Return
the UKImperialDensity represented by the units
Gets a UKImperialDensity from a UKImperialWeight and a UKImperialVolume
Return
the UKImperialDensity represented by the units
Gets a MetricElectricChargeDensity from an ElectricCharge and a MetricVolume
Return
the MetricElectricChargeDensity represented by the units
Gets an ImperialElectricChargeDensity from an ElectricCharge and an ImperialVolume
Return
the ImperialElectricChargeDensity represented by the units
Gets a USCustomaryElectricChargeDensity from an ElectricCharge and a USCustomaryVolume
Return
the USCustomaryElectricChargeDensity represented by the units
Gets a UKImperialElectricChargeDensity from an ElectricCharge and a UKImperialVolume
Return
the UKImperialElectricChargeDensity represented by the units
Gets a MetricElectricCurrentDensity from an ElectricCurrent and a MetricArea
Return
the MetricElectricCurrentDensity represented by the units
Gets an ImperialElectricCurrentDensity from an ElectricCurrent and an ImperialArea
Return
the ImperialElectricCurrentDensity represented by the units
Gets a MetricElectricFieldStrength from a Voltage and a MetricLength
Return
the MetricElectricFieldStrength represented by the units
Gets an ImperialElectricFieldStrength from a Voltage and an ImperialLength
Return
the ImperialElectricFieldStrength represented by the units
Gets a MetricElectricalConductivity from an ElectricConductance and a MetricLength
Return
the MetricElectricalConductivity represented by the units
Gets an ImperialElectricalConductivity from an ElectricConductance and an ImperialLength
Return
the ImperialElectricalConductivity represented by the units
Gets a MetricEnergyDensity from a MetricAndImperialEnergy and a MetricVolume
Return
the MetricEnergyDensity represented by the units
Gets an ImperialEnergyDensity from a MetricAndImperialEnergy and an ImperialVolume
Return
the ImperialEnergyDensity represented by the units
Gets a UKImperialEnergyDensity from a MetricAndImperialEnergy and a UKImperialVolume
Return
the UKImperialEnergyDensity represented by the units
Gets a USCustomaryEnergyDensity from a MetricAndImperialEnergy and a USCustomaryVolume
Return
the USCustomaryEnergyDensity represented by the units
Gets a MetricEnergyDensity from a MetricEnergy and a MetricVolume
Return
the MetricEnergyDensity represented by the units
Gets an ImperialEnergyDensity from an ImperialEnergy and an ImperialVolume
Return
the ImperialEnergyDensity represented by the units
Gets a UKImperialEnergyDensity from an ImperialEnergy and a UKImperialVolume
Return
the UKImperialEnergyDensity represented by the units
Gets a USCustomaryEnergyDensity from an ImperialEnergy and a USCustomaryVolume
Return
the USCustomaryEnergyDensity represented by the units
Gets an EquivalentDoseRate from an IonizingRadiationEquivalentDose and a Time
Return
the EquivalentDoseRate represented by the units
Gets a MetricExposure from an ElectricCharge and a MetricWeight
Return
the MetricExposure represented by the units
Gets an ImperialExposure from an ElectricCharge and an ImperialWeight
Return
the ImperialExposure represented by the units
Gets a UKImperialExposure from an ElectricCharge and a UKImperialWeight
Return
the UKImperialExposure represented by the units
Gets a USCustomaryExposure from an ElectricCharge and a USCustomaryWeight
Return
the USCustomaryExposure represented by the units
Gets a MetricAndUKImperialHeatCapacity from a MetricAndImperialEnergy and a MetricAndUKImperialTemperature
Return
the MetricAndUKImperialHeatCapacity represented by the units
Gets a MetricHeatCapacity from a MetricEnergy and a MetricAndUKImperialTemperature
Return
the MetricHeatCapacity represented by the units
Gets a UKImperialHeatCapacity from an ImperialEnergy and a MetricAndUKImperialTemperature
Return
the UKImperialHeatCapacity represented by the units
Gets a USCustomaryHeatCapacity from a MetricAndImperialEnergy and a USCustomaryTemperature
Return
the USCustomaryHeatCapacity represented by the units
Gets a USCustomaryHeatCapacity from an ImperialEnergy and a USCustomaryTemperature
Return
the USCustomaryHeatCapacity represented by the units
Gets a MetricIrradiance from a MetricAndImperialPower and a MetricArea
Return
the MetricIrradiance represented by the units
Gets an ImperialIrradiance from a MetricAndImperialPower and an ImperialArea
Return
the ImperialIrradiance represented by the units
Gets a MetricIrradiance from a MetricPower and a MetricArea
Return
the MetricIrradiance represented by the units
Gets an ImperialIrradiance from an ImperialPower and an ImperialArea
Return
the ImperialIrradiance represented by the units
Gets a MetricAndImperialJolt from a MetricAndImperialAcceleration and a Time
Return
the MetricAndImperialJolt represented by the units
Gets a MetricJolt from a MetricAcceleration and a Time
Return
the MetricJolt represented by the units
Gets an ImperialJolt from an ImperialAcceleration and a Time
Return
the ImperialJolt represented by the units
Gets a MetricKinematicViscosity from a MetricArea and a Time
Return
the MetricKinematicViscosity represented by the units
Gets an ImperialKinematicViscosity from an ImperialArea and a Time
Return
the ImperialKinematicViscosity represented by the units
Gets a MetricLinearChargeDensity from an ElectricCharge and a MetricLength
Return
the MetricLinearChargeDensity represented by the units
Gets an ImperialLinearChargeDensity from an ElectricCharge and an ImperialLength
Return
the ImperialLinearChargeDensity represented by the units
Gets a MetricLinearMassDensity from a MetricWeight and a MetricLength
Return
the MetricLinearMassDensity represented by the units
Gets an ImperialLinearMassDensity from an ImperialWeight and an ImperialLength
Return
the ImperialLinearMassDensity represented by the units
Gets a USCustomaryLinearMassDensity from a USCustomaryWeight and an ImperialLength
Return
the USCustomaryLinearMassDensity represented by the units
Gets a UKImperialLinearMassDensity from a UKImperialWeight and an ImperialLength
Return
the UKImperialLinearMassDensity represented by the units
Gets a MetricMagneticFieldStrength from an ElectricCurrent and a MetricLength
Return
the MetricMagneticFieldStrength represented by the units
Gets an ImperialMagneticFieldStrength from an ElectricCurrent and an ImperialLength
Return
the ImperialMagneticFieldStrength represented by the units
Gets a MetricMassFlowRate from a MetricWeight and a Time
Return
the MetricMassFlowRate represented by the units
Gets an ImperialMassFlowRate from an ImperialWeight and a Time
Return
the ImperialMassFlowRate represented by the units
Gets a USCustomaryMassFlowRate from a USCustomaryWeight and a Time
Return
the USCustomaryMassFlowRate represented by the units
Gets a UKImperialMassFlowRate from a UKImperialWeight and a Time
Return
the UKImperialMassFlowRate represented by the units
Gets a MetricMassFlux from a MetricMassFlowRate and a MetricArea
Return
the MetricMassFlux represented by the units
Gets an ImperialMassFlux from a MetricMassFlowRate and an ImperialArea
Return
the ImperialMassFlux represented by the units
Gets a UKImperialMassFlux from a MetricMassFlowRate and an ImperialArea
Return
the UKImperialMassFlux represented by the units
Gets a USCustomaryMassFlux from a MetricMassFlowRate and an ImperialArea
Return
the USCustomaryMassFlux represented by the units
Gets a MetricMolality from an AmountOfSubstance and a MetricWeight
Return
the MetricMolality represented by the units
Gets an ImperialMolality from an AmountOfSubstance and an ImperialWeight
Return
the ImperialMolality represented by the units
Gets a UKImperialMolality from an AmountOfSubstance and a UKImperialWeight
Return
the UKImperialMolality represented by the units
Gets a USCustomaryMolality from an AmountOfSubstance and a USCustomaryWeight
Return
the USCustomaryMolality represented by the units
Gets a MetricAndImperialMolarEnergy from a MetricAndImperialEnergy and an AmountOfSubstance
Return
the MetricAndImperialMolarEnergy represented by the units
Gets a MetricMolarEnergy from a MetricEnergy and an AmountOfSubstance
Return
the MetricMolarEnergy represented by the units
Gets an ImperialMolarEnergy from an ImperialEnergy and an AmountOfSubstance
Return
the ImperialMolarEnergy represented by the units
Gets a MetricAndUKImperialMolarEntropy from a MetricAndUKImperialHeatCapacity and an AmountOfSubstance
Return
the MetricAndUKImperialMolarEntropy represented by the units
Gets a MetricMolarEntropy from a MetricHeatCapacity and an AmountOfSubstance
Return
the MetricMolarEntropy represented by the units
Gets a UKImperialMolarEntropy from a UKImperialHeatCapacity and an AmountOfSubstance
Return
the UKImperialMolarEntropy represented by the units
Gets a USCustomaryMolarEntropy from a USCustomaryHeatCapacity and an AmountOfSubstance
Return
the USCustomaryMolarEntropy represented by the units
Gets a MetricMolarMass from a MetricWeight and an AmountOfSubstance
Return
the MetricMolarMass represented by the units
Gets an ImperialMolarMass from an ImperialWeight and an AmountOfSubstance
Return
the ImperialMolarMass represented by the units
Gets a USCustomaryMolarMass from a USCustomaryWeight and an AmountOfSubstance
Return
the USCustomaryMolarMass represented by the units
Gets a UKImperialMolarMass from a UKImperialWeight and an AmountOfSubstance
Return
the UKImperialMolarMass represented by the units
Gets a MetricMolarVolume from a MetricVolume and an AmountOfSubstance
Return
the MetricMolarVolume represented by the units
Gets an ImperialMolarVolume from an ImperialVolume and an AmountOfSubstance
Return
the ImperialMolarVolume represented by the units
Gets a USCustomaryMolarVolume from a USCustomaryVolume and an AmountOfSubstance
Return
the USCustomaryMolarVolume represented by the units
Gets a UKImperialMolarVolume from a UKImperialVolume and an AmountOfSubstance
Return
the UKImperialMolarVolume represented by the units
Gets a MetricMolarity from an AmountOfSubstance and a MetricVolume
Return
the MetricMolarity represented by the units
Gets an ImperialMolarity from an AmountOfSubstance and an ImperialVolume
Return
the ImperialMolarity represented by the units
Gets a USCustomaryMolarity from an AmountOfSubstance and a USCustomaryVolume
Return
the USCustomaryMolarity represented by the units
Gets a UKImperialMolarity from an AmountOfSubstance and a UKImperialVolume
Return
the UKImperialMolarity represented by the units
Gets a MetricPermeability from an ElectricInductance and a MetricLength
Return
the MetricPermeability represented by the units
Gets an ImperialPermeability from an ElectricInductance and an ImperialLength
Return
the ImperialPermeability represented by the units
Gets a MetricPermittivity from an ElectricCapacitance and a MetricLength
Return
the MetricPermittivity represented by the units
Gets an ImperialPermittivity from an ElectricCapacitance and an ImperialLength
Return
the ImperialPermittivity represented by the units
Gets a MetricAndImperialCombinedPower from a MetricAndImperialNamedEnergyUnit and a Time
Return
the MetricAndImperialCombinedPower represented by the units
Gets a MetricCombinedPower from a MetricNamedEnergyUnit and a Time
Return
the MetricCombinedPower represented by the units
Gets an ImperialCombinedPower from a ImperialNamedEnergyUnit and a Time
Return
the MetricAndImperialPower represented by the units
Gets a MetricRadiance from a MetricAndImperialRadiantIntensity and a MetricArea
Return
the MetricRadiance represented by the units
Gets an ImperialRadiance from a MetricAndImperialRadiantIntensity and an ImperialArea
Return
the ImperialRadiance represented by the units
Gets a MetricRadiance from a MetricRadiantIntensity and a MetricArea
Return
the MetricRadiance represented by the units
Gets an ImperialRadiance from an ImperialRadiantIntensity and an ImperialArea
Return
the ImperialRadiance represented by the units
Gets a MetricAndImperialRadiantIntensity from a MetricAndImperialPower and a SolidAngle
Return
the MetricAndImperialRadiantIntensity represented by the units
Gets a MetricRadiantIntensity from a MetricPower and a SolidAngle
Return
the MetricRadiantIntensity represented by the units
Gets an ImperialRadiantIntensity from an ImperialPower and a SolidAngle
Return
the ImperialRadiantIntensity represented by the units
Gets a Reluctance from an ElectricCurrent and a MagneticFlux
Return
the Reluctance represented by the units
Gets a MetricAndImperialSnap from a MetricAndImperialJolt and a Time
Return
the MetricAndImperialSnap represented by the units
Gets a MetricSnap from a MetricJolt and a Time
Return
the MetricSnap represented by the units
Gets an ImperialSnap from an ImperialJolt and a Time
Return
the ImperialSnap represented by the units
Gets a MetricSpecificEnergy from a MetricAndImperialEnergy and a MetricWeight
Return
the MetricSpecificEnergy represented by the units
Gets an ImperialSpecificEnergy from a MetricAndImperialEnergy and an ImperialWeight
Return
the ImperialSpecificEnergy represented by the units
Gets a UKImperialSpecificEnergy from a MetricAndImperialEnergy and a UKImperialWeight
Return
the UKImperialSpecificEnergy represented by the units
Gets a USCustomarySpecificEnergy from a MetricAndImperialEnergy and a USCustomaryWeight
Return
the USCustomarySpecificEnergy represented by the units
Gets a MetricSpecificEnergy from a MetricEnergy and a MetricWeight
Return
the MetricSpecificEnergy represented by the units
Gets an ImperialSpecificEnergy from an ImperialEnergy and an ImperialWeight
Return
the ImperialSpecificEnergy represented by the units
Gets a UKImperialSpecificEnergy from an ImperialEnergy and a UKImperialWeight
Return
the UKImperialSpecificEnergy represented by the units
Gets a USCustomarySpecificEnergy from an ImperialEnergy and a USCustomaryWeight
Return
the USCustomarySpecificEnergy represented by the units
Gets a MetricSpecificHeatCapacity from a MetricAndUKImperialHeatCapacity and a MetricWeight
Return
the MetricSpecificHeatCapacity represented by the units
Gets a UKImperialSpecificHeatCapacity from a MetricAndUKImperialHeatCapacity and an ImperialWeight
Return
the UKImperialSpecificHeatCapacity represented by the units
Gets a UKImperialSpecificHeatCapacity from a MetricAndUKImperialHeatCapacity and a UKImperialWeight
Return
the UKImperialSpecificHeatCapacity represented by the units
Gets a MetricSpecificHeatCapacity from a MetricHeatCapacity and a MetricWeight
Return
the MetricSpecificHeatCapacity represented by the units
Gets a UKImperialSpecificHeatCapacity from a UKImperialHeatCapacity and an ImperialWeight
Return
the UKImperialSpecificHeatCapacity represented by the units
Gets a UKImperialSpecificHeatCapacity from a UKImperialHeatCapacity and a UKImperialWeight
Return
the UKImperialSpecificHeatCapacity represented by the units
Gets a USCustomarySpecificHeatCapacity from a USCustomaryHeatCapacity and a UKImperialWeight
Return
the USCustomarySpecificHeatCapacity represented by the units
Gets a USCustomarySpecificHeatCapacity from a USCustomaryHeatCapacity and a UKImperialWeight
Return
the USCustomarySpecificHeatCapacity represented by the units
Gets a MetricSpecificHeatCapacity from a MetricSpecificEnergy and a MetricAndUKImperialTemperature
Return
the MetricSpecificHeatCapacity represented by the units
Gets a UKImperialSpecificHeatCapacity from an ImperialSpecificEnergy and a MetricAndUKImperialTemperature
Return
the UKImperialSpecificHeatCapacity represented by the units
Gets a USCustomarySpecificHeatCapacity from an ImperialSpecificEnergy and a USCustomaryTemperature
Return
the USCustomarySpecificHeatCapacity represented by the units
Gets a UKImperialSpecificHeatCapacity from a UKImperialSpecificEnergy and a MetricAndUKImperialTemperature
Return
the UKImperialSpecificHeatCapacity represented by the units
Gets a USCustomarySpecificHeatCapacity from a USCustomarySpecificEnergy and a USCustomaryTemperature
Return
the USCustomarySpecificHeatCapacity represented by the units
Gets a MetricSpecificVolume from a MetricVolume and a MetricWeight
Return
the MetricSpecificVolume represented by the units
Gets a MetricSpecificVolume from an ImperialVolume and an ImperialWeight
Return
the MetricSpecificVolume represented by the units
Gets a UKImperialSpecificVolume from an ImperialVolume and a UKImperialWeight
Return
the UKImperialSpecificVolume represented by the units
Gets a USCustomarySpecificVolume from an ImperialVolume and a USCustomaryWeight
Return
the USCustomarySpecificVolume represented by the units
Gets a USCustomarySpecificVolume from a USCustomaryVolume and a USCustomaryWeight
Return
the USCustomarySpecificVolume represented by the units
Gets a USCustomarySpecificVolume from a USCustomaryVolume and an ImperialWeight
Return
the USCustomarySpecificVolume represented by the units
Gets a UKImperialSpecificVolume from a UKImperialVolume and an ImperialWeight
Return
the UKImperialSpecificVolume represented by the units
Gets a UKImperialSpecificVolume from a UKImperialVolume and a UKImperialWeight
Return
the UKImperialSpecificVolume represented by the units
Gets a MetricSpecificWeight from a MetricForce and a MetricVolume
Return
the MetricSpecificWeight represented by the units
Gets an ImperialSpecificWeight from an ImperialForce and an ImperialVolume
Return
the MetricAreaSpecificWeight represented by the units
Gets a UKImperialSpecificWeight from an ImperialForce and a UKImperialVolume
Return
the UKImperialSpecificWeight represented by the units
Gets a USCustomarySpecificWeight from an ImperialForce and a USCustomaryVolume
Return
the USCustomarySpecificWeight represented by the units
Gets a USCustomarySpecificWeight from a USCustomaryForce and a USCustomaryVolume
Return
the USCustomarySpecificWeight represented by the units
Gets a USCustomarySpecificWeight from a USCustomaryForce and an ImperialVolume
Return
the USCustomarySpecificWeight represented by the units
Gets a UKImperialSpecificWeight from a UKImperialForce and an ImperialVolume
Return
the UKImperialSpecificWeight represented by the units
Gets a UKImperialSpecificWeight from a UKImperialForce and a UKImperialVolume
Return
the UKImperialSpecificWeight represented by the units
Gets a MetricSpeed from a MetricLength and a Time
Return
the MetricSpeed represented by the units
Gets an ImperialSpeed from an ImperialLength and a Time
Return
the ImperialSpeed represented by the units
Gets a MetricSurfaceChargeDensity from an ElectricCharge and a MetricArea
Return
the MetricSurfaceChargeDensity represented by the units
Gets an ImperialSurfaceChargeDensity from an ElectricCharge and an ImperialArea
Return
the ImperialSurfaceChargeDensity represented by the units
Gets a MetricSurfaceTension from a MetricForce and a MetricLength
Return
the MetricSurfaceTension represented by the units
Gets an ImperialSurfaceTension from an ImperialForce and an ImperialLength
Return
the ImperialSurfaceTension represented by the units
Gets a USCustomarySurfaceTension from a USCustomaryForce and an ImperialLength
Return
the USCustomarySurfaceTension represented by the units
Gets a UKImperialSurfaceTension from a UKImperialForce and an ImperialLength
Return
the UKImperialSurfaceTension represented by the units
Gets a MetricAndUKImperialThermalConductance from a MetricAndImperialPower and a MetricAndUKImperialTemperature
Return
the MetricAndUKImperialThermalConductance represented by the units
Gets a MetricThermalConductance from a MetricPower and a MetricAndUKImperialTemperature
Return
the MetricThermalConductance represented by the units
Gets a UKImperialThermalConductance from an ImperialPower and a MetricAndUKImperialTemperature
Return
the UKImperialThermalConductance represented by the units
Gets a USCustomaryThermalConductance from a MetricAndImperialPower and a USCustomaryTemperature
Return
the USCustomaryThermalConductance represented by the units
Gets a USCustomaryThermalConductance from an ImperialPower and a USCustomaryTemperature
Return
the USCustomaryThermalConductance represented by the units
Gets a MetricThermalConductivity from a MetricAndUKImperialThermalConductance and a MetricLength
Return
the MetricThermalConductivity represented by the units
Gets a UKImperialThermalConductivity from a MetricAndUKImperialThermalConductance and an ImperialLength
Return
the UKImperialThermalConductivity represented by the units
Gets a MetricThermalConductivity from a MetricThermalConductance and a MetricLength
Return
the MetricThermalConductivity represented by the units
Gets a UKImperialThermalConductivity from a UKImperialThermalConductance and an ImperialLength
Return
the UKImperialThermalConductivity represented by the units
Gets a USCustomaryThermalConductivity from a USCustomaryThermalConductance and an ImperialLength
Return
the USCustomaryThermalConductivity represented by the units
Gets a MetricAndUKImperialThermalResistance from a MetricAndUKImperialTemperature and a MetricAndImperialPower
Return
the MetricAndUKImperialThermalResistance represented by the units
Gets a MetricThermalResistance from a MetricAndUKImperialTemperature and a MetricPower
Return
the MetricThermalResistance represented by the units
Gets a UKImperialThermalResistance from a MetricAndUKImperialTemperature and an ImperialPower
Return
the UKImperialThermalResistance represented by the units
Gets a USCustomaryThermalResistance from a USCustomaryTemperature and a MetricAndImperialPower
Return
the USCustomaryThermalResistance represented by the units
Gets a USCustomaryThermalResistance from a USCustomaryTemperature and an ImperialPower
Return
the USCustomaryThermalResistance represented by the units
@JvmName(name = "imperialUndefinedPerImperialUndefined") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<NumeratorQuantity, NumeratorUnit, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( NumeratorUnit, DenominatorUnit )
@JvmName(name = "imperialUndefinedPerImperialDefined") ,
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MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<NumeratorQuantity, NumeratorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Imperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( NumeratorUnit, WrappedUndefinedExtendedUnit.Imperial (DenominatorUnit) )
@JvmName(name = "imperialDefinedPerImperialUndefined") ,
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MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Imperial<NumeratorQuantity, NumeratorUnit>, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( WrappedUndefinedExtendedUnit.Imperial (NumeratorUnit), DenominatorUnit )
@JvmName(name = "imperialDefinedPerImperialDefined") ,
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MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Imperial<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Imperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( WrappedUndefinedExtendedUnit.Imperial (NumeratorUnit), WrappedUndefinedExtendedUnit.Imperial (DenominatorUnit) )
@JvmName(name = "imperialReciprocalPerImperialUndefined") ,
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MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.Imperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.Imperial<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.Imperial ( UndefinedMultipliedUnit.Imperial ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "imperialReciprocalPerImperialDefined") ,
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MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.Imperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.Imperial<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Imperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.Imperial ( UndefinedMultipliedUnit.Imperial ( ReciprocalUnit, WrappedUndefinedExtendedUnit.Imperial (DenominatorUnit) ) )
@JvmName(name = "imperialUndefinedPerImperialReciprocal") ,
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@JvmName(name = "imperialDefinedPerImperialReciprocal") ,
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MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.Imperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Imperial<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.Imperial ( UndefinedMultipliedUnit.Imperial ( WrappedUndefinedExtendedUnit.Imperial (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "imperialReciprocalPerImperialReciprocal") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "imperialReciprocalPerImperialDivided") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.Imperial<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.Imperial ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "imperialDividedPerImperialReciprocal") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.Imperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( UndefinedMultipliedUnit.Imperial (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "imperialDividedPerImperialUndefined") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.Imperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "imperialDividedPerImperialDefined") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.Imperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Imperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.Imperial (DenominatorUnit) ) )
@JvmName(name = "imperialUndefinedPerImperialDivided") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.Imperial<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( UndefinedMultipliedUnit.Imperial ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "imperialDefinedPerImperialDivided") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.Imperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Imperial<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( UndefinedMultipliedUnit.Imperial ( WrappedUndefinedExtendedUnit.Imperial (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "imperialDividedPerImperialDivided") ,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Imperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.Imperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.Imperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Imperial ( UndefinedMultipliedUnit.Imperial ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.Imperial ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( NumeratorUnit, DenominatorUnit )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( NumeratorUnit, WrappedUndefinedExtendedUnit.Metric (DenominatorUnit) )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( WrappedUndefinedExtendedUnit.Metric (NumeratorUnit), DenominatorUnit )
@JvmName(name = "metricDefinedPerMetricDefined") ,
MeasurementUsage.UsedInMetric, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Metric<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Metric<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( WrappedUndefinedExtendedUnit.Metric (NumeratorUnit), WrappedUndefinedExtendedUnit.Metric (DenominatorUnit) )
@JvmName(name = "metricReciprocalPerMetricUndefined") ,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.Metric<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.Metric<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.Metric ( UndefinedMultipliedUnit.Metric ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "metricReciprocalPerMetricDefined") ,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.Metric<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.Metric<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Metric<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.Metric ( UndefinedMultipliedUnit.Metric ( ReciprocalUnit, WrappedUndefinedExtendedUnit.Metric (DenominatorUnit) ) )
@JvmName(name = "metricUndefinedPerMetricReciprocal") ,
MeasurementUsage.UsedInMetric, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.Metric<NumeratorQuantity, NumeratorUnit, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedMultipliedUnit.Metric ( NumeratorUnit, ReciprocalUnit )
@JvmName(name = "metricDefinedPerMetricReciprocal") ,
MeasurementUsage.UsedInMetric, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.Metric<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Metric<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.Metric ( UndefinedMultipliedUnit.Metric ( WrappedUndefinedExtendedUnit.Metric (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "metricReciprocalPerMetricReciprocal") ,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "metricReciprocalPerMetricDivided") ,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.Metric<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.Metric ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "metricDividedPerMetricReciprocal") ,
MeasurementUsage.UsedInMetric, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.Metric<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( UndefinedMultipliedUnit.Metric (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "metricDividedPerMetricUndefined") ,
MeasurementUsage.UsedInMetric, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.Metric<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "metricDividedPerMetricDefined") ,
MeasurementUsage.UsedInMetric, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.Metric<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.Metric<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.Metric (DenominatorUnit) ) )
@JvmName(name = "metricUndefinedPerMetricDivided") ,
MeasurementUsage.UsedInMetric, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.Metric<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( UndefinedMultipliedUnit.Metric ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricDefinedPerMetricDivided") ,
MeasurementUsage.UsedInMetric, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.Metric<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.Metric<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( UndefinedMultipliedUnit.Metric ( WrappedUndefinedExtendedUnit.Metric (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricDividedPerMetricDivided") ,
MeasurementUsage.UsedInMetric, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.Metric<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.Metric<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.Metric<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.Metric ( UndefinedMultipliedUnit.Metric ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.Metric ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
@JvmName(name = "metricAndImperialUndefinedPerMetricAndImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( NumeratorUnit, DenominatorUnit )
@JvmName(name = "metricAndImperialUndefinedPerMetricAndImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( NumeratorUnit, WrappedUndefinedExtendedUnit.MetricAndImperial (DenominatorUnit) )
@JvmName(name = "metricAndImperialDefinedPerMetricAndImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit>, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( WrappedUndefinedExtendedUnit.MetricAndImperial (NumeratorUnit), DenominatorUnit )
@JvmName(name = "metricAndImperialDefinedPerMetricAndImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( WrappedUndefinedExtendedUnit.MetricAndImperial (NumeratorUnit), WrappedUndefinedExtendedUnit.MetricAndImperial (DenominatorUnit) )
@JvmName(name = "metricAndImperialReciprocalPerMetricAndImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.MetricAndImperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "metricAndImperialReciprocalPerMetricAndImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.MetricAndImperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.MetricAndImperial<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial ( ReciprocalUnit, WrappedUndefinedExtendedUnit.MetricAndImperial (DenominatorUnit) ) )
@JvmName(name = "metricAndImperialUndefinedPerMetricAndImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedMultipliedUnit.MetricAndImperial ( NumeratorUnit, ReciprocalUnit )
@JvmName(name = "metricAndImperialDefinedPerMetricAndImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.MetricAndImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial ( WrappedUndefinedExtendedUnit.MetricAndImperial (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "metricAndImperialReciprocalPerMetricAndImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "metricAndImperialReciprocalPerMetricAndImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.MetricAndImperial ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "metricAndImperialDividedPerMetricAndImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "metricAndImperialDividedPerMetricAndImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "metricAndImperialDividedPerMetricAndImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.MetricAndImperial (DenominatorUnit) ) )
@JvmName(name = "metricAndImperialUndefinedPerMetricAndImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricAndImperialDefinedPerMetricAndImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndImperial<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial ( WrappedUndefinedExtendedUnit.MetricAndImperial (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricAndImperialDividedPerMetricAndImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndImperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.MetricAndImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndImperial ( UndefinedMultipliedUnit.MetricAndImperial ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.MetricAndImperial ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
@JvmName(name = "metricAndUKImperialUndefinedPerMetricAndUKImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( NumeratorUnit, DenominatorUnit )
@JvmName(name = "metricAndUKImperialUndefinedPerMetricAndUKImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( NumeratorUnit, WrappedUndefinedExtendedUnit.MetricAndUKImperial (DenominatorUnit) )
@JvmName(name = "metricAndUKImperialDefinedPerMetricAndUKImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit>, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( WrappedUndefinedExtendedUnit.MetricAndUKImperial (NumeratorUnit), DenominatorUnit )
@JvmName(name = "metricAndUKImperialDefinedPerMetricAndUKImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( WrappedUndefinedExtendedUnit.MetricAndUKImperial (NumeratorUnit), WrappedUndefinedExtendedUnit.MetricAndUKImperial (DenominatorUnit) )
@JvmName(name = "metricAndUKImperialReciprocalPerMetricAndUKImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.MetricAndUKImperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "metricAndUKImperialReciprocalPerMetricAndUKImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.MetricAndUKImperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.MetricAndUKImperial<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial ( ReciprocalUnit, WrappedUndefinedExtendedUnit.MetricAndUKImperial (DenominatorUnit) ) )
@JvmName(name = "metricAndUKImperialUndefinedPerMetricAndUKImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedMultipliedUnit.MetricAndUKImperial ( NumeratorUnit, ReciprocalUnit )
@JvmName(name = "metricAndUKImperialDefinedPerMetricAndUKImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.MetricAndUKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial ( WrappedUndefinedExtendedUnit.MetricAndUKImperial (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "metricAndUKImperialReciprocalPerMetricAndUKImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "metricAndUKImperialReciprocalPerMetricAndUKImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.MetricAndUKImperial ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "metricAndUKImperialDividedPerMetricAndUKImperialReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "metricAndUKImperialDividedPerMetricAndUKImperialUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "metricAndUKImperialDividedPerMetricAndUKImperialDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.MetricAndUKImperial (DenominatorUnit) ) )
@JvmName(name = "metricAndUKImperialUndefinedPerMetricAndUKImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricAndUKImperialDefinedPerMetricAndUKImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUKImperial<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial ( WrappedUndefinedExtendedUnit.MetricAndUKImperial (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricAndUKImperialDividedPerMetricAndUKImperialDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUKImperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.MetricAndUKImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUKImperial ( UndefinedMultipliedUnit.MetricAndUKImperial ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.MetricAndUKImperial ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
@JvmName(name = "metricAndUSCustomaryUndefinedPerMetricAndUSCustomaryUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( NumeratorUnit, DenominatorUnit )
@JvmName(name = "metricAndUSCustomaryUndefinedPerMetricAndUSCustomaryDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( NumeratorUnit, WrappedUndefinedExtendedUnit.MetricAndUSCustomary (DenominatorUnit) )
@JvmName(name = "metricAndUSCustomaryDefinedPerMetricAndUSCustomaryUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit>, DenominatorQuantity, DenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( WrappedUndefinedExtendedUnit.MetricAndUSCustomary (NumeratorUnit), DenominatorUnit )
@JvmName(name = "metricAndUSCustomaryDefinedPerMetricAndUSCustomaryDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( WrappedUndefinedExtendedUnit.MetricAndUSCustomary (NumeratorUnit), WrappedUndefinedExtendedUnit.MetricAndUSCustomary (DenominatorUnit) )
@JvmName(name = "metricAndUSCustomaryReciprocalPerMetricAndUSCustomaryUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.MetricAndUSCustomary<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "metricAndUSCustomaryReciprocalPerMetricAndUSCustomaryDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.MetricAndUSCustomary<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.MetricAndUSCustomary<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary ( ReciprocalUnit, WrappedUndefinedExtendedUnit.MetricAndUSCustomary (DenominatorUnit) ) )
@JvmName(name = "metricAndUSCustomaryUndefinedPerMetricAndUSCustomaryReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedMultipliedUnit.MetricAndUSCustomary ( NumeratorUnit, ReciprocalUnit )
@JvmName(name = "metricAndUSCustomaryDefinedPerMetricAndUSCustomaryReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.MetricAndUSCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary ( WrappedUndefinedExtendedUnit.MetricAndUSCustomary (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "metricAndUSCustomaryReciprocalPerMetricAndUSCustomaryReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "metricAndUSCustomaryReciprocalPerMetricAndUSCustomaryDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.MetricAndUSCustomary ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "metricAndUSCustomaryDividedPerMetricAndUSCustomaryReciprocal") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "metricAndUSCustomaryDividedPerMetricAndUSCustomaryUndefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "metricAndUSCustomaryDividedPerMetricAndUSCustomaryDefined") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.MetricAndUSCustomary (DenominatorUnit) ) )
@JvmName(name = "metricAndUSCustomaryUndefinedPerMetricAndUSCustomaryDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricAndUSCustomaryDefinedPerMetricAndUSCustomaryDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.MetricAndUSCustomary<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary ( WrappedUndefinedExtendedUnit.MetricAndUSCustomary (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "metricAndUSCustomaryDividedPerMetricAndUSCustomaryDivided") ,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInMetric,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.MetricAndUSCustomary<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.MetricAndUSCustomary<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.MetricAndUSCustomary ( UndefinedMultipliedUnit.MetricAndUSCustomary ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.MetricAndUSCustomary ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( NumeratorUnit, DenominatorUnit )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( NumeratorUnit, WrappedUndefinedExtendedUnit.UKImperial (DenominatorUnit) )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( WrappedUndefinedExtendedUnit.UKImperial (NumeratorUnit), DenominatorUnit )
@JvmName(name = "ukImperialDefinedPerUKImperialDefined") ,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.UKImperial<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.UKImperial<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( WrappedUndefinedExtendedUnit.UKImperial (NumeratorUnit), WrappedUndefinedExtendedUnit.UKImperial (DenominatorUnit) )
@JvmName(name = "ukImperialReciprocalPerUKImperialUndefined") ,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.UKImperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.UKImperial<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "ukImperialReciprocalPerUKImperialDefined") ,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.UKImperial<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.UKImperial<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.UKImperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial ( ReciprocalUnit, WrappedUndefinedExtendedUnit.UKImperial (DenominatorUnit) ) )
@JvmName(name = "ukImperialUndefinedPerUKImperialReciprocal") ,
MeasurementUsage.UsedInUKImperial, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.UKImperial<NumeratorQuantity, NumeratorUnit, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedMultipliedUnit.UKImperial ( NumeratorUnit, ReciprocalUnit )
@JvmName(name = "ukImperialDefinedPerUKImperialReciprocal") ,
MeasurementUsage.UsedInUKImperial, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.UKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.UKImperial<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial ( WrappedUndefinedExtendedUnit.UKImperial (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "ukImperialReciprocalPerUKImperialReciprocal") ,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "ukImperialReciprocalPerUKImperialDivided") ,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.UKImperial<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.UKImperial ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "ukImperialDividedPerUKImperialReciprocal") ,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.UKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "ukImperialDividedPerUKImperialUndefined") ,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.UKImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "ukImperialDividedPerUKImperialDefined") ,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.UKImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.UKImperial<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.UKImperial (DenominatorUnit) ) )
@JvmName(name = "ukImperialUndefinedPerUKImperialDivided") ,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.UKImperial<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "ukImperialDefinedPerUKImperialDivided") ,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.UKImperial<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.UKImperial<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial ( WrappedUndefinedExtendedUnit.UKImperial (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "ukImperialDividedPerUKImperialDivided") ,
MeasurementUsage.UsedInUKImperial, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUKImperial, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUKImperial> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.UKImperial<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.UKImperial<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.UKImperial<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.UKImperial ( UndefinedMultipliedUnit.UKImperial ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.UKImperial ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( NumeratorUnit, DenominatorUnit )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( NumeratorUnit, WrappedUndefinedExtendedUnit.USCustomary (DenominatorUnit) )
NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( WrappedUndefinedExtendedUnit.USCustomary (NumeratorUnit), DenominatorUnit )
@JvmName(name = "usCustomaryDefinedPerUSCustomaryDefined") ,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.USCustomary<NumeratorQuantity, NumeratorUnit>, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.USCustomary<DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( WrappedUndefinedExtendedUnit.USCustomary (NumeratorUnit), WrappedUndefinedExtendedUnit.USCustomary (DenominatorUnit) )
@JvmName(name = "usCustomaryReciprocalPerUSCustomaryUndefined") ,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.USCustomary<UndefinedQuantityType.Multiplying<ReciprocalQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.USCustomary<ReciprocalQuantity, ReciprocalUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary ( ReciprocalUnit, DenominatorUnit ) )
@JvmName(name = "usCustomaryReciprocalPerUSCustomaryDefined") ,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedReciprocalUnit.USCustomary<UndefinedQuantityType.Multiplying<ReciprocalQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.USCustomary<ReciprocalQuantity, ReciprocalUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.USCustomary<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary ( ReciprocalUnit, WrappedUndefinedExtendedUnit.USCustomary (DenominatorUnit) ) )
@JvmName(name = "usCustomaryUndefinedPerUSCustomaryReciprocal") ,
MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.USCustomary<NumeratorQuantity, NumeratorUnit, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedMultipliedUnit.USCustomary ( NumeratorUnit, ReciprocalUnit )
@JvmName(name = "usCustomaryDefinedPerUSCustomaryReciprocal") ,
MeasurementUsage.UsedInUSCustomary, ReciprocalQuantity : UndefinedQuantityType, ReciprocalUnit : AbstractUndefinedScientificUnit<ReciprocalQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<ReciprocalQuantity, ReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedMultipliedUnit.USCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.USCustomary<NumeratorQuantity, NumeratorUnit>, ReciprocalQuantity, ReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedReciprocalUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary ( WrappedUndefinedExtendedUnit.USCustomary (NumeratorUnit) ReciprocalUnit )
@JvmName(name = "usCustomaryReciprocalPerUSCustomaryReciprocal") ,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<DenominatorReciprocalQuantity, DenominatorReciprocalUnit, NumeratorReciprocalQuantity, NumeratorReciprocalUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( DenominatorReciprocalUnit, NumeratorReciprocalUnit )
@JvmName(name = "usCustomaryReciprocalPerUSCustomaryDivided") ,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedReciprocalUnit<NumeratorReciprocalQuantity, NumeratorReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<DenominatorDenominatorQuantity, DenominatorDenominatorUnit, UndefinedQuantityType.Multiplying<NumeratorReciprocalQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.USCustomary<NumeratorReciprocalQuantity, NumeratorReciprocalUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( DenominatorDenominatorUnit, UndefinedMultipliedUnit.USCustomary ( NumeratorReciprocalUnit, DenominatorNumeratorUnit ) )
@JvmName(name = "usCustomaryDividedPerUSCustomaryReciprocal") ,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorReciprocalQuantity : UndefinedQuantityType, DenominatorReciprocalUnit : AbstractUndefinedScientificUnit<DenominatorReciprocalQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedReciprocalUnit<DenominatorReciprocalQuantity, DenominatorReciprocalUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorReciprocalQuantity>, UndefinedMultipliedUnit.USCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorReciprocalQuantity, DenominatorReciprocalUnit>, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary (NumeratorNumeratorUnit, DenominatorReciprocalUnit) NumeratorDenominatorUnit )
@JvmName(name = "usCustomaryDividedPerUSCustomaryUndefined") ,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorQuantity>, UndefinedMultipliedUnit.USCustomary<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorQuantity, DenominatorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( NumeratorNumeratorUnit (NumeratorDenominatorUnit, DenominatorUnit) )
@JvmName(name = "usCustomaryDividedPerUSCustomaryDefined") ,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, DenominatorUnit : DefinedScientificUnit<DenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, UndefinedQuantityType.Extended<DenominatorQuantity>>, UndefinedMultipliedUnit.USCustomary<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, UndefinedQuantityType.Extended<DenominatorQuantity>, WrappedUndefinedExtendedUnit.USCustomary<DenominatorQuantity, DenominatorUnit>>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( NumeratorNumeratorUnit ( NumeratorDenominatorUnit, WrappedUndefinedExtendedUnit.USCustomary (DenominatorUnit) ) )
@JvmName(name = "usCustomaryUndefinedPerUSCustomaryDivided") ,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<UndefinedQuantityType.Multiplying<NumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.USCustomary<NumeratorQuantity, NumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary ( NumeratorUnit, DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "usCustomaryDefinedPerUSCustomaryDivided") ,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<UndefinedQuantityType.Multiplying<UndefinedQuantityType.Extended<NumeratorQuantity>, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.USCustomary<UndefinedQuantityType.Extended<NumeratorQuantity>, WrappedUndefinedExtendedUnit.USCustomary<NumeratorQuantity, NumeratorUnit>, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary ( WrappedUndefinedExtendedUnit.USCustomary (NumeratorUnit), DenominatorDenominatorUnit ), DenominatorNumeratorUnit )
@JvmName(name = "usCustomaryDividedPerUSCustomaryDivided") ,
MeasurementUsage.UsedInUSCustomary, NumeratorDenominatorQuantity : UndefinedQuantityType, NumeratorDenominatorUnit : AbstractUndefinedScientificUnit<NumeratorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, NumeratorUnit : UndefinedDividedUnit<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, NumeratorDenominatorQuantity, NumeratorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary, DenominatorNumeratorQuantity : UndefinedQuantityType, DenominatorNumeratorUnit : AbstractUndefinedScientificUnit<DenominatorNumeratorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorDenominatorQuantity : UndefinedQuantityType, DenominatorDenominatorUnit : AbstractUndefinedScientificUnit<DenominatorDenominatorQuantity>,
MeasurementUsage.UsedInUSCustomary, DenominatorUnit : UndefinedDividedUnit<DenominatorNumeratorQuantity, DenominatorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>,
MeasurementUsage.UsedInUSCustomary> NumeratorUnit.per(denominator: DenominatorUnit): UndefinedDividedUnit.USCustomary<UndefinedQuantityType.Multiplying<NumeratorNumeratorQuantity, DenominatorDenominatorQuantity>, UndefinedMultipliedUnit.USCustomary<NumeratorNumeratorQuantity, NumeratorNumeratorUnit, DenominatorDenominatorQuantity, DenominatorDenominatorUnit>, UndefinedQuantityType.Multiplying<NumeratorDenominatorQuantity, DenominatorNumeratorQuantity>, UndefinedMultipliedUnit.USCustomary<NumeratorDenominatorQuantity, NumeratorDenominatorUnit, DenominatorNumeratorQuantity, DenominatorNumeratorUnit>>NumeratorUnit per DenominatorUnit ->UndefinedDividedUnit.USCustomary ( UndefinedMultipliedUnit.USCustomary ( NumeratorNumeratorUnit, DenominatorDenominatorUnit ), UndefinedMultipliedUnit.USCustomary ( NumeratorDenominatorUnit, DenominatorNumeratorUnit ), )
Gets a MetricVolumetricFlow from a MetricVolume and a Time
Return
the MetricVolumetricFlow represented by the units
Gets an ImperialVolumetricFlow from an ImperialVolume and a Time
Return
the ImperialVolumetricFlow represented by the units
Gets a UKImperialVolumetricFlow from a UKImperialVolume and a Time
Return
the UKImperialVolumetricFlow represented by the units
Gets a USCustomaryVolumetricFlow from a USCustomaryVolume and a Time
Return
the USCustomaryVolumetricFlow represented by the units
Gets a MetricVolumetricFlux from a MetricVolumetricFlow and a MetricArea
Return
the MetricVolumetricFlux represented by the units
Gets an ImperialVolumetricFlux from a MetricVolumetricFlow and an ImperialArea
Return
the ImperialVolumetricFlux represented by the units
Gets a UKImperialVolumetricFlux from a MetricVolumetricFlow and an ImperialArea
Return
the UKImperialVolumetricFlux represented by the units
Gets a USCustomaryVolumetricFlux from a MetricVolumetricFlow and an ImperialArea
Return
the USCustomaryVolumetricFlux represented by the units
Gets a MetricYank from a MetricForce and a Time
Return
the MetricYank represented by the units
Gets an ImperialYank from an ImperialForce and a Time
Return
the ImperialYank represented by the units
Gets a UKImperialYank from a UKImperialForce and a Time
Return
the UKImperialYank represented by the units
Gets a USCustomaryYank from a USCustomaryForce and a Time
Return
the USCustomaryYank represented by the units