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2020 Enumeration
Changes 8
E

ParameterType

Description:
An enumerated type listing all of the data type interpretation that Autodesk Revit supports. 
public enum ParameterType
Name Description
E Invalid The parameter type is invalid. This value should not be used.
E Text The parameter data should be interpreted as a string of text.
E Integer The parameter data should be interpreted as a whole number, positive or negative.
E Number The parameter data should be interpreted as a real number, possibly including decimal points.
E Length The parameter data represents a length.
E Area The parameter data represents an area.
E Volume The parameter data represents a volume.
E Angle The parameter data represents an angle.
E URL A text string that represents a web address.
E Material The value of this property is considered to be a material.
E YesNo A boolean value that will be represented as Yes or No.
E Force The data value will be represented as a force.
E LinearForce The data value will be represented as a linear force.
E AreaForce The data value will be represented as an area force.
E Moment The data value will be represented as a moment.
E NumberOfPoles A parameter value that represents the number of poles, as used in electrical disciplines.
E FixtureUnit A parameter value that represents the fixture units, as used in piping disciplines.
E FamilyType A parameter used to control the type of a family nested within another family.
E LoadClassification A parameter value that represents the load classification units, as used in electrical disciplines.
E Image The value of this parameter is the id of an image.
E MultilineText The value of this parameter will be represented as multiline text.
E HVACDensity The data value will be represented as a HVACDensity.
E HVACEnergy The data value will be represented as a HVACEnergy.
E HVACFriction The data value will be represented as a HVACFriction.
E HVACPower The data value will be represented as a HVACPower.
E HVACPowerDensity The data value will be represented as a HVACPowerDensity.
E HVACPressure The data value will be represented as a HVACPressure.
E HVACTemperature The data value will be represented as a HVACTemperature.
E HVACVelocity The data value will be represented as a HVACVelocity.
E HVACAirflow The data value will be represented as a HVACAirflow.
E HVACDuctSize The data value will be represented as a HVACDuctSize.
E HVACCrossSection The data value will be represented as a HVACCrossSection.
E HVACHeatGain The data value will be represented as a HVACHeatGain.
E ElectricalCurrent The data value will be represented as an ElectricalCurrent.
E ElectricalPotential The data value will be represented as an ElectricalPotential.
E ElectricalFrequency The data value will be represented as an ElectricalFrequency.
E ElectricalIlluminance The data value will be represented as an ElectricalIlluminance.
E ElectricalLuminousFlux The data value will be represented as an ElectricalLuminousFlux.
E ElectricalPower The data value will be represented as an ElectricalPower.
E HVACRoughness The data value will be represented as a HVACRoughness.
E ElectricalApparentPower The data value will be represented as an ElectricalApparentPower.
E ElectricalPowerDensity The data value will be represented as an ElectricalPowerDensity.
E PipingDensity The data value will be represented as a PipingDensity.
E PipingFlow The data value will be represented as a PipingFlow.
E PipingFriction The data value will be represented as a PipingFriction.
E PipingPressure The data value will be represented as a PipingPressure.
E PipingTemperature The data value will be represented as a PipingTemperature.
E PipingVelocity The data value will be represented as a PipingVelocity.
E PipingViscosity The data value will be represented as a PipingViscosity.
E PipeSize The data value will be represented as a PipeSize.
E PipingRoughness The data value will be represented as a PipingRoughness.
E Stress The data value will be represented as a Stress.
E UnitWeight The data value will be represented as a UnitWeight.
E ThermalExpansion The data value will be represented as a ThermalExpansion.
E LinearMoment The data value will be represented as a LinearMoment.
E ForcePerLength The data value will be represented as a ForcePerLength.
E ForceLengthPerAngle The data value will be represented as a ForceLengthPerAngle.
E LinearForcePerLength The data value will be represented as a LinearForcePerLength.
E LinearForceLengthPerAngle The data value will be represented as a LinearForceLengthPerAngle.
E AreaForcePerLength The data value will be represented as an AreaForcePerLength.
E PipingVolume The data value will be represented as a PipingVolume.
E HVACViscosity The data value will be represented as a HVACViscosity.
E HVACCoefficientOfHeatTransfer The data value will be represented as a HVACCoefficientOfHeatTransfer.
E HVACAirflowDensity The data value will be represented as a HVACAirflowDensity.
E Slope The data value will be represented as a Slope.
E HVACCoolingLoad The data value will be represented as a HVACCoolingLoad.
E HVACCoolingLoadDividedByArea The data value will be represented as a HVACCoolingLoadDividedByArea.
E HVACCoolingLoadDividedByVolume The data value will be represented as a HVACCoolingLoadDividedByVolume.
E HVACHeatingLoad The data value will be represented as a HVACHeatingLoad.
E HVACHeatingLoadDividedByArea The data value will be represented as a HVACHeatingLoadDividedByArea.
E HVACHeatingLoadDividedByVolume The data value will be represented as a HVACHeatingLoadDividedByVolume.
E HVACAirflowDividedByVolume The data value will be represented as a HVACAirflowDividedByVolume.
E HVACAirflowDividedByCoolingLoad The data value will be represented as a HVACAirflowDividedByCoolingLoad.
E HVACAreaDividedByCoolingLoad The data value will be represented as a HVACAreaDividedByCoolingLoad.
E WireSize The data value will be represented as a WireSize.
E HVACSlope The data value will be represented as a HVACSlope.
E PipingSlope The data value will be represented as a PipingSlope.
E Currency The data value will be represented as a Currency.
E ElectricalEfficacy The data value will be represented as an ElectricalEfficacy.
E ElectricalWattage The data value will be represented as an ElectricalWattage.
E ColorTemperature The data value will be represented as a ColorTemperature.
E ElectricalLuminousIntensity The data value will be represented as an ElectricalLuminousIntensity.
E ElectricalLuminance The data value will be represented as an ElectricalLuminance.
E HVACAreaDividedByHeatingLoad The data value will be represented as a HVACAreaDividedByHeatingLoad.
E HVACFactor The data value will be represented as a HVACFactor.
E ElectricalTemperature The data value will be represented as a ElectricalTemperature.
E ElectricalCableTraySize The data value will be represented as a ElectricalCableTraySize.
E ElectricalConduitSize The data value will be represented as a ElectricalConduitSize.
E ReinforcementVolume The data value will be represented as a ReinforcementVolume.
E ReinforcementLength The data value will be represented as a ReinforcementLength.
E ElectricalDemandFactor The data value will be represented as a ElectricalDemandFactor.
E HVACDuctInsulationThickness The data value will be represented as a HVACDuctInsulationThickness.
E HVACDuctLiningThickness The data value will be represented as a HVACDuctLiningThickness.
E PipeInsulationThickness The data value will be represented as a PipeInsulationThickness.
E HVACThermalResistance The data value will be represented as a HVACThermalResistance.
E HVACThermalMass The data value will be represented as a HVACThermalMass.
E Acceleration The data value will be represented as an Acceleration.
E BarDiameter The data value will be represented as a BarDiameter.
E CrackWidth The data value will be represented as a CrackWidth.
E DisplacementDeflection The data value will be represented as a DisplacementDeflection.
E Energy The data value will be represented as an Energy.
E StructuralFrequency The data value will be represented as a StructuralFrequency.
E Mass The data value will be represented as a Mass.
E MassPerUnitLength The data value will be represented as a MassPerUnitLength.
E MomentOfInertia The data value will be represented as a MomentOfInertia.
E SurfaceArea The data value will be represented as a SurfaceArea.
E Period The data value will be represented as a Period.
E Pulsation The data value will be represented as a Pulsation.
E ReinforcementArea The data value will be represented as a ReinforcementArea.
E ReinforcementAreaPerUnitLength The data value will be represented as a ReinforcementAreaPerUnitLength.
E ReinforcementCover The data value will be represented as a ReinforcementCover.
E ReinforcementSpacing The data value will be represented as a ReinforcementSpacing.
E Rotation The data value will be represented as a Rotation.
E SectionArea The data value will be represented as a SectionArea.
E SectionDimension The data value will be represented as a SectionDimension.
E SectionModulus The data value will be represented as a SectionModulus.
E SectionProperty The data value will be represented as a SectionProperty.
E StructuralVelocity The data value will be represented as a StructuralVelocity.
E WarpingConstant The data value will be represented as a WarpingConstant.
E Weight The data value will be represented as a Weight.
E WeightPerUnitLength The data value will be represented as a WeightPerUnitLength.
E HVACThermalConductivity The data value will be represented as a HVACThermalConductivity.
E HVACSpecificHeat The data value will be represented as a HVACSpecificHeat.
E HVACSpecificHeatOfVaporization The data value will be represented as a HVACSpecificHeatOfVaporization.
E HVACPermeability The data value will be represented as a HVACPermeability.
E ElectricalResistivity The data value will be represented as a ElectricalResistivity.
E MassDensity The data value will be represented as a MassDensity.
E MassPerUnitArea The data value will be represented as a MassPerUnitArea.
E PipeDimension The value of this parameter will be a Pipe Dimension
E PipeMass The value of this parameter will be the Pipe Mass
E PipeMassPerUnitLength The value of this parameter will be the Pipe Mass per Unit Length
E HVACTemperatureDifference The data value will be represented as a HVACTemperatureDifference.
E PipingTemperatureDifference The data value will be represented as a PipingTemperatureDifference.
E ElectricalTemperatureDifference The data value will be represented as an ElectricalTemperatureDifference.
E TimeInterval The data value will be represented as a TimeInterval
E Speed The data value will be represented as a Speed