@classmethod
def _create_datadict(cls, internal_name):
    """Creates an object depending on `internal_name`

        Args:
            internal_name (str): IDD name

        Raises:
            ValueError: if `internal_name` cannot be matched to a data dictionary object

        """
    if internal_name.lower() == 'lead input':
        from pyidf.energyplus import LeadInput
        return LeadInput()
    if internal_name.lower() == 'simulation data':
        from pyidf.energyplus import SimulationData
        return SimulationData()
    if internal_name.lower() == 'version':
        from pyidf.simulation_parameters import Version
        return Version()
    if internal_name.lower() == 'simulationcontrol':
        from pyidf.simulation_parameters import SimulationControl
        return SimulationControl()
    if internal_name.lower() == 'building':
        from pyidf.simulation_parameters import Building
        return Building()
    if internal_name.lower() == 'shadowcalculation':
        from pyidf.simulation_parameters import ShadowCalculation
        return ShadowCalculation()
    if internal_name.lower() == 'surfaceconvectionalgorithm:inside':
        from pyidf.simulation_parameters import SurfaceConvectionAlgorithmInside
        return SurfaceConvectionAlgorithmInside()
    if internal_name.lower() == 'surfaceconvectionalgorithm:outside':
        from pyidf.simulation_parameters import SurfaceConvectionAlgorithmOutside
        return SurfaceConvectionAlgorithmOutside()
    if internal_name.lower() == 'heatbalancealgorithm':
        from pyidf.simulation_parameters import HeatBalanceAlgorithm
        return HeatBalanceAlgorithm()
    if internal_name.lower(
        ) == 'heatbalancesettings:conductionfinitedifference':
        from pyidf.simulation_parameters import HeatBalanceSettingsConductionFiniteDifference
        return HeatBalanceSettingsConductionFiniteDifference()
    if internal_name.lower() == 'zoneairheatbalancealgorithm':
        from pyidf.simulation_parameters import ZoneAirHeatBalanceAlgorithm
        return ZoneAirHeatBalanceAlgorithm()
    if internal_name.lower() == 'zoneaircontaminantbalance':
        from pyidf.simulation_parameters import ZoneAirContaminantBalance
        return ZoneAirContaminantBalance()
    if internal_name.lower() == 'zoneairmassflowconservation':
        from pyidf.simulation_parameters import ZoneAirMassFlowConservation
        return ZoneAirMassFlowConservation()
    if internal_name.lower() == 'zonecapacitancemultiplier:researchspecial':
        from pyidf.simulation_parameters import ZoneCapacitanceMultiplierResearchSpecial
        return ZoneCapacitanceMultiplierResearchSpecial()
    if internal_name.lower() == 'timestep':
        from pyidf.simulation_parameters import Timestep
        return Timestep()
    if internal_name.lower() == 'convergencelimits':
        from pyidf.simulation_parameters import ConvergenceLimits
        return ConvergenceLimits()
    if internal_name.lower() == 'programcontrol':
        from pyidf.simulation_parameters import ProgramControl
        return ProgramControl()
    if internal_name.lower() == 'compliance:building':
        from pyidf.compliance_objects import ComplianceBuilding
        return ComplianceBuilding()
    if internal_name.lower() == 'site:location':
        from pyidf.location_and_climate import SiteLocation
        return SiteLocation()
    if internal_name.lower() == 'sizingperiod:designday':
        from pyidf.location_and_climate import SizingPeriodDesignDay
        return SizingPeriodDesignDay()
    if internal_name.lower() == 'sizingperiod:weatherfiledays':
        from pyidf.location_and_climate import SizingPeriodWeatherFileDays
        return SizingPeriodWeatherFileDays()
    if internal_name.lower() == 'sizingperiod:weatherfileconditiontype':
        from pyidf.location_and_climate import SizingPeriodWeatherFileConditionType
        return SizingPeriodWeatherFileConditionType()
    if internal_name.lower() == 'runperiod':
        from pyidf.location_and_climate import RunPeriod
        return RunPeriod()
    if internal_name.lower() == 'runperiod:customrange':
        from pyidf.location_and_climate import RunPeriodCustomRange
        return RunPeriodCustomRange()
    if internal_name.lower() == 'runperiodcontrol:specialdays':
        from pyidf.location_and_climate import RunPeriodControlSpecialDays
        return RunPeriodControlSpecialDays()
    if internal_name.lower() == 'runperiodcontrol:daylightsavingtime':
        from pyidf.location_and_climate import RunPeriodControlDaylightSavingTime
        return RunPeriodControlDaylightSavingTime()
    if internal_name.lower() == 'weatherproperty:skytemperature':
        from pyidf.location_and_climate import WeatherPropertySkyTemperature
        return WeatherPropertySkyTemperature()
    if internal_name.lower() == 'site:weatherstation':
        from pyidf.location_and_climate import SiteWeatherStation
        return SiteWeatherStation()
    if internal_name.lower() == 'site:heightvariation':
        from pyidf.location_and_climate import SiteHeightVariation
        return SiteHeightVariation()
    if internal_name.lower() == 'site:groundtemperature:buildingsurface':
        from pyidf.location_and_climate import SiteGroundTemperatureBuildingSurface
        return SiteGroundTemperatureBuildingSurface()
    if internal_name.lower() == 'site:groundtemperature:fcfactormethod':
        from pyidf.location_and_climate import SiteGroundTemperatureFcfactorMethod
        return SiteGroundTemperatureFcfactorMethod()
    if internal_name.lower() == 'site:groundtemperature:shallow':
        from pyidf.location_and_climate import SiteGroundTemperatureShallow
        return SiteGroundTemperatureShallow()
    if internal_name.lower() == 'site:groundtemperature:deep':
        from pyidf.location_and_climate import SiteGroundTemperatureDeep
        return SiteGroundTemperatureDeep()
    if internal_name.lower(
        ) == 'site:groundtemperature:undisturbed:finitedifference':
        from pyidf.location_and_climate import SiteGroundTemperatureUndisturbedFiniteDifference
        return SiteGroundTemperatureUndisturbedFiniteDifference()
    if internal_name.lower(
        ) == 'site:groundtemperature:undisturbed:kusudaachenbach':
        from pyidf.location_and_climate import SiteGroundTemperatureUndisturbedKusudaAchenbach
        return SiteGroundTemperatureUndisturbedKusudaAchenbach()
    if internal_name.lower() == 'site:groundtemperature:undisturbed:xing':
        from pyidf.location_and_climate import SiteGroundTemperatureUndisturbedXing
        return SiteGroundTemperatureUndisturbedXing()
    if internal_name.lower() == 'site:grounddomain:slab':
        from pyidf.location_and_climate import SiteGroundDomainSlab
        return SiteGroundDomainSlab()
    if internal_name.lower() == 'site:grounddomain:basement':
        from pyidf.location_and_climate import SiteGroundDomainBasement
        return SiteGroundDomainBasement()
    if internal_name.lower() == 'site:groundreflectance':
        from pyidf.location_and_climate import SiteGroundReflectance
        return SiteGroundReflectance()
    if internal_name.lower() == 'site:groundreflectance:snowmodifier':
        from pyidf.location_and_climate import SiteGroundReflectanceSnowModifier
        return SiteGroundReflectanceSnowModifier()
    if internal_name.lower() == 'site:watermainstemperature':
        from pyidf.location_and_climate import SiteWaterMainsTemperature
        return SiteWaterMainsTemperature()
    if internal_name.lower() == 'site:precipitation':
        from pyidf.location_and_climate import SitePrecipitation
        return SitePrecipitation()
    if internal_name.lower() == 'roofirrigation':
        from pyidf.location_and_climate import RoofIrrigation
        return RoofIrrigation()
    if internal_name.lower() == 'site:solarandvisiblespectrum':
        from pyidf.location_and_climate import SiteSolarAndVisibleSpectrum
        return SiteSolarAndVisibleSpectrum()
    if internal_name.lower() == 'scheduletypelimits':
        from pyidf.schedules import ScheduleTypeLimits
        return ScheduleTypeLimits()
    if internal_name.lower() == 'schedule:day:hourly':
        from pyidf.schedules import ScheduleDayHourly
        return ScheduleDayHourly()
    if internal_name.lower() == 'schedule:day:interval':
        from pyidf.schedules import ScheduleDayInterval
        return ScheduleDayInterval()
    if internal_name.lower() == 'schedule:week:daily':
        from pyidf.schedules import ScheduleWeekDaily
        return ScheduleWeekDaily()
    if internal_name.lower() == 'schedule:week:compact':
        from pyidf.schedules import ScheduleWeekCompact
        return ScheduleWeekCompact()
    if internal_name.lower() == 'schedule:constant':
        from pyidf.schedules import ScheduleConstant
        return ScheduleConstant()
    if internal_name.lower() == 'schedule:file':
        from pyidf.schedules import ScheduleFile
        return ScheduleFile()
    if internal_name.lower() == 'material':
        from pyidf.surface_construction_elements import Material
        return Material()
    if internal_name.lower() == 'material:nomass':
        from pyidf.surface_construction_elements import MaterialNoMass
        return MaterialNoMass()
    if internal_name.lower() == 'material:infraredtransparent':
        from pyidf.surface_construction_elements import MaterialInfraredTransparent
        return MaterialInfraredTransparent()
    if internal_name.lower() == 'material:airgap':
        from pyidf.surface_construction_elements import MaterialAirGap
        return MaterialAirGap()
    if internal_name.lower() == 'material:roofvegetation':
        from pyidf.surface_construction_elements import MaterialRoofVegetation
        return MaterialRoofVegetation()
    if internal_name.lower() == 'windowmaterial:simpleglazingsystem':
        from pyidf.surface_construction_elements import WindowMaterialSimpleGlazingSystem
        return WindowMaterialSimpleGlazingSystem()
    if internal_name.lower() == 'windowmaterial:glazing':
        from pyidf.surface_construction_elements import WindowMaterialGlazing
        return WindowMaterialGlazing()
    if internal_name.lower() == 'windowmaterial:glazinggroup:thermochromic':
        from pyidf.surface_construction_elements import WindowMaterialGlazingGroupThermochromic
        return WindowMaterialGlazingGroupThermochromic()
    if internal_name.lower(
        ) == 'windowmaterial:glazing:refractionextinctionmethod':
        from pyidf.surface_construction_elements import WindowMaterialGlazingRefractionExtinctionMethod
        return WindowMaterialGlazingRefractionExtinctionMethod()
    if internal_name.lower() == 'windowmaterial:gas':
        from pyidf.surface_construction_elements import WindowMaterialGas
        return WindowMaterialGas()
    if internal_name.lower() == 'windowgap:supportpillar':
        from pyidf.surface_construction_elements import WindowGapSupportPillar
        return WindowGapSupportPillar()
    if internal_name.lower() == 'windowgap:deflectionstate':
        from pyidf.surface_construction_elements import WindowGapDeflectionState
        return WindowGapDeflectionState()
    if internal_name.lower() == 'windowmaterial:gasmixture':
        from pyidf.surface_construction_elements import WindowMaterialGasMixture
        return WindowMaterialGasMixture()
    if internal_name.lower() == 'windowmaterial:gap':
        from pyidf.surface_construction_elements import WindowMaterialGap
        return WindowMaterialGap()
    if internal_name.lower() == 'windowmaterial:shade':
        from pyidf.surface_construction_elements import WindowMaterialShade
        return WindowMaterialShade()
    if internal_name.lower() == 'windowmaterial:complexshade':
        from pyidf.surface_construction_elements import WindowMaterialComplexShade
        return WindowMaterialComplexShade()
    if internal_name.lower() == 'windowmaterial:blind':
        from pyidf.surface_construction_elements import WindowMaterialBlind
        return WindowMaterialBlind()
    if internal_name.lower() == 'windowmaterial:screen':
        from pyidf.surface_construction_elements import WindowMaterialScreen
        return WindowMaterialScreen()
    if internal_name.lower() == 'windowmaterial:shade:equivalentlayer':
        from pyidf.surface_construction_elements import WindowMaterialShadeEquivalentLayer
        return WindowMaterialShadeEquivalentLayer()
    if internal_name.lower() == 'windowmaterial:drape:equivalentlayer':
        from pyidf.surface_construction_elements import WindowMaterialDrapeEquivalentLayer
        return WindowMaterialDrapeEquivalentLayer()
    if internal_name.lower() == 'windowmaterial:blind:equivalentlayer':
        from pyidf.surface_construction_elements import WindowMaterialBlindEquivalentLayer
        return WindowMaterialBlindEquivalentLayer()
    if internal_name.lower() == 'windowmaterial:screen:equivalentlayer':
        from pyidf.surface_construction_elements import WindowMaterialScreenEquivalentLayer
        return WindowMaterialScreenEquivalentLayer()
    if internal_name.lower() == 'windowmaterial:glazing:equivalentlayer':
        from pyidf.surface_construction_elements import WindowMaterialGlazingEquivalentLayer
        return WindowMaterialGlazingEquivalentLayer()
    if internal_name.lower() == 'windowmaterial:gap:equivalentlayer':
        from pyidf.surface_construction_elements import WindowMaterialGapEquivalentLayer
        return WindowMaterialGapEquivalentLayer()
    if internal_name.lower(
        ) == 'materialproperty:moisturepenetrationdepth:settings':
        from pyidf.surface_construction_elements import MaterialPropertyMoisturePenetrationDepthSettings
        return MaterialPropertyMoisturePenetrationDepthSettings()
    if internal_name.lower() == 'materialproperty:phasechange':
        from pyidf.surface_construction_elements import MaterialPropertyPhaseChange
        return MaterialPropertyPhaseChange()
    if internal_name.lower() == 'materialproperty:variablethermalconductivity':
        from pyidf.surface_construction_elements import MaterialPropertyVariableThermalConductivity
        return MaterialPropertyVariableThermalConductivity()
    if internal_name.lower(
        ) == 'materialproperty:heatandmoisturetransfer:settings':
        from pyidf.surface_construction_elements import MaterialPropertyHeatAndMoistureTransferSettings
        return MaterialPropertyHeatAndMoistureTransferSettings()
    if internal_name.lower(
        ) == 'materialproperty:heatandmoisturetransfer:sorptionisotherm':
        from pyidf.surface_construction_elements import MaterialPropertyHeatAndMoistureTransferSorptionIsotherm
        return MaterialPropertyHeatAndMoistureTransferSorptionIsotherm()
    if internal_name.lower(
        ) == 'materialproperty:heatandmoisturetransfer:suction':
        from pyidf.surface_construction_elements import MaterialPropertyHeatAndMoistureTransferSuction
        return MaterialPropertyHeatAndMoistureTransferSuction()
    if internal_name.lower(
        ) == 'materialproperty:heatandmoisturetransfer:redistribution':
        from pyidf.surface_construction_elements import MaterialPropertyHeatAndMoistureTransferRedistribution
        return MaterialPropertyHeatAndMoistureTransferRedistribution()
    if internal_name.lower(
        ) == 'materialproperty:heatandmoisturetransfer:diffusion':
        from pyidf.surface_construction_elements import MaterialPropertyHeatAndMoistureTransferDiffusion
        return MaterialPropertyHeatAndMoistureTransferDiffusion()
    if internal_name.lower(
        ) == 'materialproperty:heatandmoisturetransfer:thermalconductivity':
        from pyidf.surface_construction_elements import MaterialPropertyHeatAndMoistureTransferThermalConductivity
        return MaterialPropertyHeatAndMoistureTransferThermalConductivity()
    if internal_name.lower() == 'construction':
        from pyidf.surface_construction_elements import Construction
        return Construction()
    if internal_name.lower() == 'construction:cfactorundergroundwall':
        from pyidf.surface_construction_elements import ConstructionCfactorUndergroundWall
        return ConstructionCfactorUndergroundWall()
    if internal_name.lower() == 'construction:ffactorgroundfloor':
        from pyidf.surface_construction_elements import ConstructionFfactorGroundFloor
        return ConstructionFfactorGroundFloor()
    if internal_name.lower() == 'construction:internalsource':
        from pyidf.surface_construction_elements import ConstructionInternalSource
        return ConstructionInternalSource()
    if internal_name.lower() == 'windowthermalmodel:params':
        from pyidf.surface_construction_elements import WindowThermalModelParams
        return WindowThermalModelParams()
    if internal_name.lower() == 'construction:complexfenestrationstate':
        from pyidf.surface_construction_elements import ConstructionComplexFenestrationState
        return ConstructionComplexFenestrationState()
    if internal_name.lower() == 'construction:windowequivalentlayer':
        from pyidf.surface_construction_elements import ConstructionWindowEquivalentLayer
        return ConstructionWindowEquivalentLayer()
    if internal_name.lower() == 'construction:windowdatafile':
        from pyidf.surface_construction_elements import ConstructionWindowDataFile
        return ConstructionWindowDataFile()
    if internal_name.lower() == 'globalgeometryrules':
        from pyidf.thermal_zones_and_surfaces import GlobalGeometryRules
        return GlobalGeometryRules()
    if internal_name.lower() == 'geometrytransform':
        from pyidf.thermal_zones_and_surfaces import GeometryTransform
        return GeometryTransform()
    if internal_name.lower() == 'zone':
        from pyidf.thermal_zones_and_surfaces import Zone
        return Zone()
    if internal_name.lower() == 'zonegroup':
        from pyidf.thermal_zones_and_surfaces import ZoneGroup
        return ZoneGroup()
    if internal_name.lower() == 'buildingsurface:detailed':
        from pyidf.thermal_zones_and_surfaces import BuildingSurfaceDetailed
        return BuildingSurfaceDetailed()
    if internal_name.lower() == 'wall:detailed':
        from pyidf.thermal_zones_and_surfaces import WallDetailed
        return WallDetailed()
    if internal_name.lower() == 'roofceiling:detailed':
        from pyidf.thermal_zones_and_surfaces import RoofCeilingDetailed
        return RoofCeilingDetailed()
    if internal_name.lower() == 'floor:detailed':
        from pyidf.thermal_zones_and_surfaces import FloorDetailed
        return FloorDetailed()
    if internal_name.lower() == 'wall:exterior':
        from pyidf.thermal_zones_and_surfaces import WallExterior
        return WallExterior()
    if internal_name.lower() == 'wall:adiabatic':
        from pyidf.thermal_zones_and_surfaces import WallAdiabatic
        return WallAdiabatic()
    if internal_name.lower() == 'wall:underground':
        from pyidf.thermal_zones_and_surfaces import WallUnderground
        return WallUnderground()
    if internal_name.lower() == 'wall:interzone':
        from pyidf.thermal_zones_and_surfaces import WallInterzone
        return WallInterzone()
    if internal_name.lower() == 'roof':
        from pyidf.thermal_zones_and_surfaces import Roof
        return Roof()
    if internal_name.lower() == 'ceiling:adiabatic':
        from pyidf.thermal_zones_and_surfaces import CeilingAdiabatic
        return CeilingAdiabatic()
    if internal_name.lower() == 'ceiling:interzone':
        from pyidf.thermal_zones_and_surfaces import CeilingInterzone
        return CeilingInterzone()
    if internal_name.lower() == 'floor:groundcontact':
        from pyidf.thermal_zones_and_surfaces import FloorGroundContact
        return FloorGroundContact()
    if internal_name.lower() == 'floor:adiabatic':
        from pyidf.thermal_zones_and_surfaces import FloorAdiabatic
        return FloorAdiabatic()
    if internal_name.lower() == 'floor:interzone':
        from pyidf.thermal_zones_and_surfaces import FloorInterzone
        return FloorInterzone()
    if internal_name.lower() == 'fenestrationsurface:detailed':
        from pyidf.thermal_zones_and_surfaces import FenestrationSurfaceDetailed
        return FenestrationSurfaceDetailed()
    if internal_name.lower() == 'window':
        from pyidf.thermal_zones_and_surfaces import Window
        return Window()
    if internal_name.lower() == 'door':
        from pyidf.thermal_zones_and_surfaces import Door
        return Door()
    if internal_name.lower() == 'glazeddoor':
        from pyidf.thermal_zones_and_surfaces import GlazedDoor
        return GlazedDoor()
    if internal_name.lower() == 'window:interzone':
        from pyidf.thermal_zones_and_surfaces import WindowInterzone
        return WindowInterzone()
    if internal_name.lower() == 'door:interzone':
        from pyidf.thermal_zones_and_surfaces import DoorInterzone
        return DoorInterzone()
    if internal_name.lower() == 'glazeddoor:interzone':
        from pyidf.thermal_zones_and_surfaces import GlazedDoorInterzone
        return GlazedDoorInterzone()
    if internal_name.lower() == 'windowproperty:shadingcontrol':
        from pyidf.thermal_zones_and_surfaces import WindowPropertyShadingControl
        return WindowPropertyShadingControl()
    if internal_name.lower() == 'windowproperty:frameanddivider':
        from pyidf.thermal_zones_and_surfaces import WindowPropertyFrameAndDivider
        return WindowPropertyFrameAndDivider()
    if internal_name.lower() == 'windowproperty:airflowcontrol':
        from pyidf.thermal_zones_and_surfaces import WindowPropertyAirflowControl
        return WindowPropertyAirflowControl()
    if internal_name.lower() == 'windowproperty:stormwindow':
        from pyidf.thermal_zones_and_surfaces import WindowPropertyStormWindow
        return WindowPropertyStormWindow()
    if internal_name.lower() == 'internalmass':
        from pyidf.thermal_zones_and_surfaces import InternalMass
        return InternalMass()
    if internal_name.lower() == 'shading:site':
        from pyidf.thermal_zones_and_surfaces import ShadingSite
        return ShadingSite()
    if internal_name.lower() == 'shading:building':
        from pyidf.thermal_zones_and_surfaces import ShadingBuilding
        return ShadingBuilding()
    if internal_name.lower() == 'shading:site:detailed':
        from pyidf.thermal_zones_and_surfaces import ShadingSiteDetailed
        return ShadingSiteDetailed()
    if internal_name.lower() == 'shading:building:detailed':
        from pyidf.thermal_zones_and_surfaces import ShadingBuildingDetailed
        return ShadingBuildingDetailed()
    if internal_name.lower() == 'shading:overhang':
        from pyidf.thermal_zones_and_surfaces import ShadingOverhang
        return ShadingOverhang()
    if internal_name.lower() == 'shading:overhang:projection':
        from pyidf.thermal_zones_and_surfaces import ShadingOverhangProjection
        return ShadingOverhangProjection()
    if internal_name.lower() == 'shading:fin':
        from pyidf.thermal_zones_and_surfaces import ShadingFin
        return ShadingFin()
    if internal_name.lower() == 'shading:fin:projection':
        from pyidf.thermal_zones_and_surfaces import ShadingFinProjection
        return ShadingFinProjection()
    if internal_name.lower() == 'shading:zone:detailed':
        from pyidf.thermal_zones_and_surfaces import ShadingZoneDetailed
        return ShadingZoneDetailed()
    if internal_name.lower() == 'shadingproperty:reflectance':
        from pyidf.thermal_zones_and_surfaces import ShadingPropertyReflectance
        return ShadingPropertyReflectance()
    if internal_name.lower() == 'surfaceproperty:heattransferalgorithm':
        from pyidf.advanced_construction import SurfacePropertyHeatTransferAlgorithm
        return SurfacePropertyHeatTransferAlgorithm()
    if internal_name.lower(
        ) == 'surfaceproperty:heattransferalgorithm:multiplesurface':
        from pyidf.advanced_construction import SurfacePropertyHeatTransferAlgorithmMultipleSurface
        return SurfacePropertyHeatTransferAlgorithmMultipleSurface()
    if internal_name.lower(
        ) == 'surfaceproperty:heattransferalgorithm:surfacelist':
        from pyidf.advanced_construction import SurfacePropertyHeatTransferAlgorithmSurfaceList
        return SurfacePropertyHeatTransferAlgorithmSurfaceList()
    if internal_name.lower(
        ) == 'surfaceproperty:heattransferalgorithm:construction':
        from pyidf.advanced_construction import SurfacePropertyHeatTransferAlgorithmConstruction
        return SurfacePropertyHeatTransferAlgorithmConstruction()
    if internal_name.lower() == 'surfacecontrol:movableinsulation':
        from pyidf.advanced_construction import SurfaceControlMovableInsulation
        return SurfaceControlMovableInsulation()
    if internal_name.lower() == 'surfaceproperty:othersidecoefficients':
        from pyidf.advanced_construction import SurfacePropertyOtherSideCoefficients
        return SurfacePropertyOtherSideCoefficients()
    if internal_name.lower() == 'surfaceproperty:othersideconditionsmodel':
        from pyidf.advanced_construction import SurfacePropertyOtherSideConditionsModel
        return SurfacePropertyOtherSideConditionsModel()
    if internal_name.lower(
        ) == 'surfaceconvectionalgorithm:inside:adaptivemodelselections':
        from pyidf.advanced_construction import SurfaceConvectionAlgorithmInsideAdaptiveModelSelections
        return SurfaceConvectionAlgorithmInsideAdaptiveModelSelections()
    if internal_name.lower(
        ) == 'surfaceconvectionalgorithm:outside:adaptivemodelselections':
        from pyidf.advanced_construction import SurfaceConvectionAlgorithmOutsideAdaptiveModelSelections
        return SurfaceConvectionAlgorithmOutsideAdaptiveModelSelections()
    if internal_name.lower() == 'surfaceconvectionalgorithm:inside:usercurve':
        from pyidf.advanced_construction import SurfaceConvectionAlgorithmInsideUserCurve
        return SurfaceConvectionAlgorithmInsideUserCurve()
    if internal_name.lower() == 'surfaceconvectionalgorithm:outside:usercurve':
        from pyidf.advanced_construction import SurfaceConvectionAlgorithmOutsideUserCurve
        return SurfaceConvectionAlgorithmOutsideUserCurve()
    if internal_name.lower() == 'surfaceproperty:convectioncoefficients':
        from pyidf.advanced_construction import SurfacePropertyConvectionCoefficients
        return SurfacePropertyConvectionCoefficients()
    if internal_name.lower(
        ) == 'surfaceproperty:convectioncoefficients:multiplesurface':
        from pyidf.advanced_construction import SurfacePropertyConvectionCoefficientsMultipleSurface
        return SurfacePropertyConvectionCoefficientsMultipleSurface()
    if internal_name.lower() == 'surfaceproperties:vaporcoefficients':
        from pyidf.advanced_construction import SurfacePropertiesVaporCoefficients
        return SurfacePropertiesVaporCoefficients()
    if internal_name.lower() == 'surfaceproperty:exteriornaturalventedcavity':
        from pyidf.advanced_construction import SurfacePropertyExteriorNaturalVentedCavity
        return SurfacePropertyExteriorNaturalVentedCavity()
    if internal_name.lower() == 'surfaceproperty:solarincidentinside':
        from pyidf.advanced_construction import SurfacePropertySolarIncidentInside
        return SurfacePropertySolarIncidentInside()
    if internal_name.lower(
        ) == 'complexfenestrationproperty:solarabsorbedlayers':
        from pyidf.advanced_construction import ComplexFenestrationPropertySolarAbsorbedLayers
        return ComplexFenestrationPropertySolarAbsorbedLayers()
    if internal_name.lower() == 'groundheattransfer:control':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferControl
        return GroundHeatTransferControl()
    if internal_name.lower() == 'groundheattransfer:slab:materials':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabMaterials
        return GroundHeatTransferSlabMaterials()
    if internal_name.lower() == 'groundheattransfer:slab:matlprops':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabMatlProps
        return GroundHeatTransferSlabMatlProps()
    if internal_name.lower() == 'groundheattransfer:slab:boundconds':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabBoundConds
        return GroundHeatTransferSlabBoundConds()
    if internal_name.lower() == 'groundheattransfer:slab:bldgprops':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabBldgProps
        return GroundHeatTransferSlabBldgProps()
    if internal_name.lower() == 'groundheattransfer:slab:insulation':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabInsulation
        return GroundHeatTransferSlabInsulation()
    if internal_name.lower() == 'groundheattransfer:slab:equivalentslab':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabEquivalentSlab
        return GroundHeatTransferSlabEquivalentSlab()
    if internal_name.lower() == 'groundheattransfer:slab:autogrid':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabAutoGrid
        return GroundHeatTransferSlabAutoGrid()
    if internal_name.lower() == 'groundheattransfer:slab:manualgrid':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferSlabManualGrid
        return GroundHeatTransferSlabManualGrid()
    if internal_name.lower() == 'groundheattransfer:basement:simparameters':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementSimParameters
        return GroundHeatTransferBasementSimParameters()
    if internal_name.lower() == 'groundheattransfer:basement:matlprops':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementMatlProps
        return GroundHeatTransferBasementMatlProps()
    if internal_name.lower() == 'groundheattransfer:basement:insulation':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementInsulation
        return GroundHeatTransferBasementInsulation()
    if internal_name.lower() == 'groundheattransfer:basement:surfaceprops':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementSurfaceProps
        return GroundHeatTransferBasementSurfaceProps()
    if internal_name.lower() == 'groundheattransfer:basement:bldgdata':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementBldgData
        return GroundHeatTransferBasementBldgData()
    if internal_name.lower() == 'groundheattransfer:basement:interior':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementInterior
        return GroundHeatTransferBasementInterior()
    if internal_name.lower() == 'groundheattransfer:basement:combldg':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementComBldg
        return GroundHeatTransferBasementComBldg()
    if internal_name.lower() == 'groundheattransfer:basement:equivslab':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementEquivSlab
        return GroundHeatTransferBasementEquivSlab()
    if internal_name.lower() == 'groundheattransfer:basement:equivautogrid':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementEquivAutoGrid
        return GroundHeatTransferBasementEquivAutoGrid()
    if internal_name.lower() == 'groundheattransfer:basement:autogrid':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementAutoGrid
        return GroundHeatTransferBasementAutoGrid()
    if internal_name.lower() == 'groundheattransfer:basement:manualgrid':
        from pyidf.detailed_ground_heat_transfer import GroundHeatTransferBasementManualGrid
        return GroundHeatTransferBasementManualGrid()
    if internal_name.lower() == 'roomairmodeltype':
        from pyidf.room_air_models import RoomAirModelType
        return RoomAirModelType()
    if internal_name.lower() == 'roomair:temperaturepattern:userdefined':
        from pyidf.room_air_models import RoomAirTemperaturePatternUserDefined
        return RoomAirTemperaturePatternUserDefined()
    if internal_name.lower() == 'roomair:temperaturepattern:constantgradient':
        from pyidf.room_air_models import RoomAirTemperaturePatternConstantGradient
        return RoomAirTemperaturePatternConstantGradient()
    if internal_name.lower() == 'roomair:temperaturepattern:twogradient':
        from pyidf.room_air_models import RoomAirTemperaturePatternTwoGradient
        return RoomAirTemperaturePatternTwoGradient()
    if internal_name.lower(
        ) == 'roomair:temperaturepattern:nondimensionalheight':
        from pyidf.room_air_models import RoomAirTemperaturePatternNondimensionalHeight
        return RoomAirTemperaturePatternNondimensionalHeight()
    if internal_name.lower() == 'roomair:temperaturepattern:surfacemapping':
        from pyidf.room_air_models import RoomAirTemperaturePatternSurfaceMapping
        return RoomAirTemperaturePatternSurfaceMapping()
    if internal_name.lower() == 'roomair:node':
        from pyidf.room_air_models import RoomAirNode
        return RoomAirNode()
    if internal_name.lower(
        ) == 'roomairsettings:onenodedisplacementventilation':
        from pyidf.room_air_models import RoomAirSettingsOneNodeDisplacementVentilation
        return RoomAirSettingsOneNodeDisplacementVentilation()
    if internal_name.lower(
        ) == 'roomairsettings:threenodedisplacementventilation':
        from pyidf.room_air_models import RoomAirSettingsThreeNodeDisplacementVentilation
        return RoomAirSettingsThreeNodeDisplacementVentilation()
    if internal_name.lower() == 'roomairsettings:crossventilation':
        from pyidf.room_air_models import RoomAirSettingsCrossVentilation
        return RoomAirSettingsCrossVentilation()
    if internal_name.lower(
        ) == 'roomairsettings:underfloorairdistributioninterior':
        from pyidf.room_air_models import RoomAirSettingsUnderFloorAirDistributionInterior
        return RoomAirSettingsUnderFloorAirDistributionInterior()
    if internal_name.lower(
        ) == 'roomairsettings:underfloorairdistributionexterior':
        from pyidf.room_air_models import RoomAirSettingsUnderFloorAirDistributionExterior
        return RoomAirSettingsUnderFloorAirDistributionExterior()
    if internal_name.lower() == 'roomair:node:airflownetwork':
        from pyidf.room_air_models import RoomAirNodeAirflowNetwork
        return RoomAirNodeAirflowNetwork()
    if internal_name.lower(
        ) == 'roomair:node:airflownetwork:adjacentsurfacelist':
        from pyidf.room_air_models import RoomAirNodeAirflowNetworkAdjacentSurfaceList
        return RoomAirNodeAirflowNetworkAdjacentSurfaceList()
    if internal_name.lower() == 'roomair:node:airflownetwork:internalgains':
        from pyidf.room_air_models import RoomAirNodeAirflowNetworkInternalGains
        return RoomAirNodeAirflowNetworkInternalGains()
    if internal_name.lower() == 'roomair:node:airflownetwork:hvacequipment':
        from pyidf.room_air_models import RoomAirNodeAirflowNetworkHvacequipment
        return RoomAirNodeAirflowNetworkHvacequipment()
    if internal_name.lower() == 'roomairsettings:airflownetwork':
        from pyidf.room_air_models import RoomAirSettingsAirflowNetwork
        return RoomAirSettingsAirflowNetwork()
    if internal_name.lower() == 'people':
        from pyidf.internal_gains import People
        return People()
    if internal_name.lower() == 'comfortviewfactorangles':
        from pyidf.internal_gains import ComfortViewFactorAngles
        return ComfortViewFactorAngles()
    if internal_name.lower() == 'lights':
        from pyidf.internal_gains import Lights
        return Lights()
    if internal_name.lower() == 'electricequipment':
        from pyidf.internal_gains import ElectricEquipment
        return ElectricEquipment()
    if internal_name.lower() == 'gasequipment':
        from pyidf.internal_gains import GasEquipment
        return GasEquipment()
    if internal_name.lower() == 'hotwaterequipment':
        from pyidf.internal_gains import HotWaterEquipment
        return HotWaterEquipment()
    if internal_name.lower() == 'steamequipment':
        from pyidf.internal_gains import SteamEquipment
        return SteamEquipment()
    if internal_name.lower() == 'otherequipment':
        from pyidf.internal_gains import OtherEquipment
        return OtherEquipment()
    if internal_name.lower() == 'electricequipment:ite:aircooled':
        from pyidf.internal_gains import ElectricEquipmentIteAirCooled
        return ElectricEquipmentIteAirCooled()
    if internal_name.lower() == 'zonebaseboard:outdoortemperaturecontrolled':
        from pyidf.internal_gains import ZoneBaseboardOutdoorTemperatureControlled
        return ZoneBaseboardOutdoorTemperatureControlled()
    if internal_name.lower() == 'swimmingpool:indoor':
        from pyidf.internal_gains import SwimmingPoolIndoor
        return SwimmingPoolIndoor()
    if internal_name.lower() == 'zonecontaminantsourceandsink:carbondioxide':
        from pyidf.internal_gains import ZoneContaminantSourceAndSinkCarbonDioxide
        return ZoneContaminantSourceAndSinkCarbonDioxide()
    if internal_name.lower(
        ) == 'zonecontaminantsourceandsink:generic:constant':
        from pyidf.internal_gains import ZoneContaminantSourceAndSinkGenericConstant
        return ZoneContaminantSourceAndSinkGenericConstant()
    if internal_name.lower(
        ) == 'surfacecontaminantsourceandsink:generic:pressuredriven':
        from pyidf.internal_gains import SurfaceContaminantSourceAndSinkGenericPressureDriven
        return SurfaceContaminantSourceAndSinkGenericPressureDriven()
    if internal_name.lower(
        ) == 'zonecontaminantsourceandsink:generic:cutoffmodel':
        from pyidf.internal_gains import ZoneContaminantSourceAndSinkGenericCutoffModel
        return ZoneContaminantSourceAndSinkGenericCutoffModel()
    if internal_name.lower(
        ) == 'zonecontaminantsourceandsink:generic:decaysource':
        from pyidf.internal_gains import ZoneContaminantSourceAndSinkGenericDecaySource
        return ZoneContaminantSourceAndSinkGenericDecaySource()
    if internal_name.lower(
        ) == 'surfacecontaminantsourceandsink:generic:boundarylayerdiffusion':
        from pyidf.internal_gains import SurfaceContaminantSourceAndSinkGenericBoundaryLayerDiffusion
        return SurfaceContaminantSourceAndSinkGenericBoundaryLayerDiffusion()
    if internal_name.lower(
        ) == 'surfacecontaminantsourceandsink:generic:depositionvelocitysink':
        from pyidf.internal_gains import SurfaceContaminantSourceAndSinkGenericDepositionVelocitySink
        return SurfaceContaminantSourceAndSinkGenericDepositionVelocitySink()
    if internal_name.lower(
        ) == 'zonecontaminantsourceandsink:generic:depositionratesink':
        from pyidf.internal_gains import ZoneContaminantSourceAndSinkGenericDepositionRateSink
        return ZoneContaminantSourceAndSinkGenericDepositionRateSink()
    if internal_name.lower() == 'daylighting:controls':
        from pyidf.daylighting import DaylightingControls
        return DaylightingControls()
    if internal_name.lower() == 'daylighting:delight:controls':
        from pyidf.daylighting import DaylightingDelightControls
        return DaylightingDelightControls()
    if internal_name.lower() == 'daylighting:delight:referencepoint':
        from pyidf.daylighting import DaylightingDelightReferencePoint
        return DaylightingDelightReferencePoint()
    if internal_name.lower() == 'daylighting:delight:complexfenestration':
        from pyidf.daylighting import DaylightingDelightComplexFenestration
        return DaylightingDelightComplexFenestration()
    if internal_name.lower() == 'daylightingdevice:tubular':
        from pyidf.daylighting import DaylightingDeviceTubular
        return DaylightingDeviceTubular()
    if internal_name.lower() == 'daylightingdevice:shelf':
        from pyidf.daylighting import DaylightingDeviceShelf
        return DaylightingDeviceShelf()
    if internal_name.lower() == 'daylightingdevice:lightwell':
        from pyidf.daylighting import DaylightingDeviceLightWell
        return DaylightingDeviceLightWell()
    if internal_name.lower() == 'output:daylightfactors':
        from pyidf.daylighting import OutputDaylightFactors
        return OutputDaylightFactors()
    if internal_name.lower() == 'output:illuminancemap':
        from pyidf.daylighting import OutputIlluminanceMap
        return OutputIlluminanceMap()
    if internal_name.lower() == 'outputcontrol:illuminancemap:style':
        from pyidf.daylighting import OutputControlIlluminanceMapStyle
        return OutputControlIlluminanceMapStyle()
    if internal_name.lower() == 'zoneinfiltration:designflowrate':
        from pyidf.zone_airflow import ZoneInfiltrationDesignFlowRate
        return ZoneInfiltrationDesignFlowRate()
    if internal_name.lower() == 'zoneinfiltration:effectiveleakagearea':
        from pyidf.zone_airflow import ZoneInfiltrationEffectiveLeakageArea
        return ZoneInfiltrationEffectiveLeakageArea()
    if internal_name.lower() == 'zoneinfiltration:flowcoefficient':
        from pyidf.zone_airflow import ZoneInfiltrationFlowCoefficient
        return ZoneInfiltrationFlowCoefficient()
    if internal_name.lower() == 'zoneventilation:designflowrate':
        from pyidf.zone_airflow import ZoneVentilationDesignFlowRate
        return ZoneVentilationDesignFlowRate()
    if internal_name.lower() == 'zoneventilation:windandstackopenarea':
        from pyidf.zone_airflow import ZoneVentilationWindandStackOpenArea
        return ZoneVentilationWindandStackOpenArea()
    if internal_name.lower() == 'zoneairbalance:outdoorair':
        from pyidf.zone_airflow import ZoneAirBalanceOutdoorAir
        return ZoneAirBalanceOutdoorAir()
    if internal_name.lower() == 'zonemixing':
        from pyidf.zone_airflow import ZoneMixing
        return ZoneMixing()
    if internal_name.lower() == 'zonecrossmixing':
        from pyidf.zone_airflow import ZoneCrossMixing
        return ZoneCrossMixing()
    if internal_name.lower() == 'zonerefrigerationdoormixing':
        from pyidf.zone_airflow import ZoneRefrigerationDoorMixing
        return ZoneRefrigerationDoorMixing()
    if internal_name.lower() == 'zoneearthtube':
        from pyidf.zone_airflow import ZoneEarthtube
        return ZoneEarthtube()
    if internal_name.lower() == 'zonecooltower:shower':
        from pyidf.zone_airflow import ZoneCoolTowerShower
        return ZoneCoolTowerShower()
    if internal_name.lower() == 'zonethermalchimney':
        from pyidf.zone_airflow import ZoneThermalChimney
        return ZoneThermalChimney()
    if internal_name.lower() == 'airflownetwork:simulationcontrol':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkSimulationControl
        return AirflowNetworkSimulationControl()
    if internal_name.lower() == 'airflownetwork:multizone:zone':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneZone
        return AirflowNetworkMultiZoneZone()
    if internal_name.lower() == 'airflownetwork:multizone:surface':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneSurface
        return AirflowNetworkMultiZoneSurface()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:referencecrackconditions':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneReferenceCrackConditions
        return AirflowNetworkMultiZoneReferenceCrackConditions()
    if internal_name.lower() == 'airflownetwork:multizone:surface:crack':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneSurfaceCrack
        return AirflowNetworkMultiZoneSurfaceCrack()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:surface:effectiveleakagearea':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneSurfaceEffectiveLeakageArea
        return AirflowNetworkMultiZoneSurfaceEffectiveLeakageArea()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:component:detailedopening':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneComponentDetailedOpening
        return AirflowNetworkMultiZoneComponentDetailedOpening()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:component:simpleopening':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneComponentSimpleOpening
        return AirflowNetworkMultiZoneComponentSimpleOpening()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:component:horizontalopening':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneComponentHorizontalOpening
        return AirflowNetworkMultiZoneComponentHorizontalOpening()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:component:zoneexhaustfan':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneComponentZoneExhaustFan
        return AirflowNetworkMultiZoneComponentZoneExhaustFan()
    if internal_name.lower() == 'airflownetwork:multizone:externalnode':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneExternalNode
        return AirflowNetworkMultiZoneExternalNode()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:windpressurecoefficientarray':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneWindPressureCoefficientArray
        return AirflowNetworkMultiZoneWindPressureCoefficientArray()
    if internal_name.lower(
        ) == 'airflownetwork:multizone:windpressurecoefficientvalues':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkMultiZoneWindPressureCoefficientValues
        return AirflowNetworkMultiZoneWindPressureCoefficientValues()
    if internal_name.lower() == 'airflownetwork:distribution:node':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionNode
        return AirflowNetworkDistributionNode()
    if internal_name.lower() == 'airflownetwork:distribution:component:leak':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentLeak
        return AirflowNetworkDistributionComponentLeak()
    if internal_name.lower(
        ) == 'airflownetwork:distribution:component:leakageratio':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentLeakageRatio
        return AirflowNetworkDistributionComponentLeakageRatio()
    if internal_name.lower() == 'airflownetwork:distribution:component:duct':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentDuct
        return AirflowNetworkDistributionComponentDuct()
    if internal_name.lower() == 'airflownetwork:distribution:component:fan':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentFan
        return AirflowNetworkDistributionComponentFan()
    if internal_name.lower() == 'airflownetwork:distribution:component:coil':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentCoil
        return AirflowNetworkDistributionComponentCoil()
    if internal_name.lower(
        ) == 'airflownetwork:distribution:component:heatexchanger':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentHeatExchanger
        return AirflowNetworkDistributionComponentHeatExchanger()
    if internal_name.lower(
        ) == 'airflownetwork:distribution:component:terminalunit':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentTerminalUnit
        return AirflowNetworkDistributionComponentTerminalUnit()
    if internal_name.lower(
        ) == 'airflownetwork:distribution:component:constantpressuredrop':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionComponentConstantPressureDrop
        return AirflowNetworkDistributionComponentConstantPressureDrop()
    if internal_name.lower() == 'airflownetwork:distribution:linkage':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkDistributionLinkage
        return AirflowNetworkDistributionLinkage()
    if internal_name.lower() == 'airflownetwork:occupantventilationcontrol':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkOccupantVentilationControl
        return AirflowNetworkOccupantVentilationControl()
    if internal_name.lower() == 'airflownetwork:intrazone:node':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkIntraZoneNode
        return AirflowNetworkIntraZoneNode()
    if internal_name.lower() == 'airflownetwork:intrazone:linkage':
        from pyidf.natural_ventilation_and_duct_leakage import AirflowNetworkIntraZoneLinkage
        return AirflowNetworkIntraZoneLinkage()
    if internal_name.lower() == 'exterior:lights':
        from pyidf.exterior_equipment import ExteriorLights
        return ExteriorLights()
    if internal_name.lower() == 'exterior:fuelequipment':
        from pyidf.exterior_equipment import ExteriorFuelEquipment
        return ExteriorFuelEquipment()
    if internal_name.lower() == 'exterior:waterequipment':
        from pyidf.exterior_equipment import ExteriorWaterEquipment
        return ExteriorWaterEquipment()
    if internal_name.lower() == 'hvactemplate:thermostat':
        from pyidf.hvac_templates import HvactemplateThermostat
        return HvactemplateThermostat()
    if internal_name.lower() == 'hvactemplate:zone:idealloadsairsystem':
        from pyidf.hvac_templates import HvactemplateZoneIdealLoadsAirSystem
        return HvactemplateZoneIdealLoadsAirSystem()
    if internal_name.lower() == 'hvactemplate:zone:baseboardheat':
        from pyidf.hvac_templates import HvactemplateZoneBaseboardHeat
        return HvactemplateZoneBaseboardHeat()
    if internal_name.lower() == 'hvactemplate:zone:fancoil':
        from pyidf.hvac_templates import HvactemplateZoneFanCoil
        return HvactemplateZoneFanCoil()
    if internal_name.lower() == 'hvactemplate:zone:ptac':
        from pyidf.hvac_templates import HvactemplateZonePtac
        return HvactemplateZonePtac()
    if internal_name.lower() == 'hvactemplate:zone:pthp':
        from pyidf.hvac_templates import HvactemplateZonePthp
        return HvactemplateZonePthp()
    if internal_name.lower() == 'hvactemplate:zone:watertoairheatpump':
        from pyidf.hvac_templates import HvactemplateZoneWaterToAirHeatPump
        return HvactemplateZoneWaterToAirHeatPump()
    if internal_name.lower() == 'hvactemplate:zone:vrf':
        from pyidf.hvac_templates import HvactemplateZoneVrf
        return HvactemplateZoneVrf()
    if internal_name.lower() == 'hvactemplate:zone:unitary':
        from pyidf.hvac_templates import HvactemplateZoneUnitary
        return HvactemplateZoneUnitary()
    if internal_name.lower() == 'hvactemplate:zone:vav':
        from pyidf.hvac_templates import HvactemplateZoneVav
        return HvactemplateZoneVav()
    if internal_name.lower() == 'hvactemplate:zone:vav:fanpowered':
        from pyidf.hvac_templates import HvactemplateZoneVavFanPowered
        return HvactemplateZoneVavFanPowered()
    if internal_name.lower() == 'hvactemplate:zone:vav:heatandcool':
        from pyidf.hvac_templates import HvactemplateZoneVavHeatAndCool
        return HvactemplateZoneVavHeatAndCool()
    if internal_name.lower() == 'hvactemplate:zone:constantvolume':
        from pyidf.hvac_templates import HvactemplateZoneConstantVolume
        return HvactemplateZoneConstantVolume()
    if internal_name.lower() == 'hvactemplate:zone:dualduct':
        from pyidf.hvac_templates import HvactemplateZoneDualDuct
        return HvactemplateZoneDualDuct()
    if internal_name.lower() == 'hvactemplate:system:vrf':
        from pyidf.hvac_templates import HvactemplateSystemVrf
        return HvactemplateSystemVrf()
    if internal_name.lower() == 'hvactemplate:system:unitary':
        from pyidf.hvac_templates import HvactemplateSystemUnitary
        return HvactemplateSystemUnitary()
    if internal_name.lower() == 'hvactemplate:system:unitaryheatpump:airtoair':
        from pyidf.hvac_templates import HvactemplateSystemUnitaryHeatPumpAirToAir
        return HvactemplateSystemUnitaryHeatPumpAirToAir()
    if internal_name.lower() == 'hvactemplate:system:unitarysystem':
        from pyidf.hvac_templates import HvactemplateSystemUnitarySystem
        return HvactemplateSystemUnitarySystem()
    if internal_name.lower() == 'hvactemplate:system:vav':
        from pyidf.hvac_templates import HvactemplateSystemVav
        return HvactemplateSystemVav()
    if internal_name.lower() == 'hvactemplate:system:packagedvav':
        from pyidf.hvac_templates import HvactemplateSystemPackagedVav
        return HvactemplateSystemPackagedVav()
    if internal_name.lower() == 'hvactemplate:system:constantvolume':
        from pyidf.hvac_templates import HvactemplateSystemConstantVolume
        return HvactemplateSystemConstantVolume()
    if internal_name.lower() == 'hvactemplate:system:dualduct':
        from pyidf.hvac_templates import HvactemplateSystemDualDuct
        return HvactemplateSystemDualDuct()
    if internal_name.lower() == 'hvactemplate:system:dedicatedoutdoorair':
        from pyidf.hvac_templates import HvactemplateSystemDedicatedOutdoorAir
        return HvactemplateSystemDedicatedOutdoorAir()
    if internal_name.lower() == 'hvactemplate:plant:chilledwaterloop':
        from pyidf.hvac_templates import HvactemplatePlantChilledWaterLoop
        return HvactemplatePlantChilledWaterLoop()
    if internal_name.lower() == 'hvactemplate:plant:chiller':
        from pyidf.hvac_templates import HvactemplatePlantChiller
        return HvactemplatePlantChiller()
    if internal_name.lower() == 'hvactemplate:plant:chiller:objectreference':
        from pyidf.hvac_templates import HvactemplatePlantChillerObjectReference
        return HvactemplatePlantChillerObjectReference()
    if internal_name.lower() == 'hvactemplate:plant:tower':
        from pyidf.hvac_templates import HvactemplatePlantTower
        return HvactemplatePlantTower()
    if internal_name.lower() == 'hvactemplate:plant:tower:objectreference':
        from pyidf.hvac_templates import HvactemplatePlantTowerObjectReference
        return HvactemplatePlantTowerObjectReference()
    if internal_name.lower() == 'hvactemplate:plant:hotwaterloop':
        from pyidf.hvac_templates import HvactemplatePlantHotWaterLoop
        return HvactemplatePlantHotWaterLoop()
    if internal_name.lower() == 'hvactemplate:plant:boiler':
        from pyidf.hvac_templates import HvactemplatePlantBoiler
        return HvactemplatePlantBoiler()
    if internal_name.lower() == 'hvactemplate:plant:boiler:objectreference':
        from pyidf.hvac_templates import HvactemplatePlantBoilerObjectReference
        return HvactemplatePlantBoilerObjectReference()
    if internal_name.lower() == 'hvactemplate:plant:mixedwaterloop':
        from pyidf.hvac_templates import HvactemplatePlantMixedWaterLoop
        return HvactemplatePlantMixedWaterLoop()
    if internal_name.lower() == 'designspecification:outdoorair':
        from pyidf.hvac_design_objects import DesignSpecificationOutdoorAir
        return DesignSpecificationOutdoorAir()
    if internal_name.lower() == 'designspecification:zoneairdistribution':
        from pyidf.hvac_design_objects import DesignSpecificationZoneAirDistribution
        return DesignSpecificationZoneAirDistribution()
    if internal_name.lower() == 'sizing:parameters':
        from pyidf.hvac_design_objects import SizingParameters
        return SizingParameters()
    if internal_name.lower() == 'sizing:zone':
        from pyidf.hvac_design_objects import SizingZone
        return SizingZone()
    if internal_name.lower() == 'designspecification:zonehvac:sizing':
        from pyidf.hvac_design_objects import DesignSpecificationZoneHvacSizing
        return DesignSpecificationZoneHvacSizing()
    if internal_name.lower() == 'sizing:system':
        from pyidf.hvac_design_objects import SizingSystem
        return SizingSystem()
    if internal_name.lower() == 'sizing:plant':
        from pyidf.hvac_design_objects import SizingPlant
        return SizingPlant()
    if internal_name.lower() == 'outputcontrol:sizing:style':
        from pyidf.hvac_design_objects import OutputControlSizingStyle
        return OutputControlSizingStyle()
    if internal_name.lower() == 'zonecontrol:humidistat':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlHumidistat
        return ZoneControlHumidistat()
    if internal_name.lower() == 'zonecontrol:thermostat':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlThermostat
        return ZoneControlThermostat()
    if internal_name.lower() == 'zonecontrol:thermostat:operativetemperature':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlThermostatOperativeTemperature
        return ZoneControlThermostatOperativeTemperature()
    if internal_name.lower() == 'zonecontrol:thermostat:thermalcomfort':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlThermostatThermalComfort
        return ZoneControlThermostatThermalComfort()
    if internal_name.lower(
        ) == 'zonecontrol:thermostat:temperatureandhumidity':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlThermostatTemperatureAndHumidity
        return ZoneControlThermostatTemperatureAndHumidity()
    if internal_name.lower() == 'thermostatsetpoint:singleheating':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointSingleHeating
        return ThermostatSetpointSingleHeating()
    if internal_name.lower() == 'thermostatsetpoint:singlecooling':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointSingleCooling
        return ThermostatSetpointSingleCooling()
    if internal_name.lower() == 'thermostatsetpoint:singleheatingorcooling':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointSingleHeatingOrCooling
        return ThermostatSetpointSingleHeatingOrCooling()
    if internal_name.lower() == 'thermostatsetpoint:dualsetpoint':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointDualSetpoint
        return ThermostatSetpointDualSetpoint()
    if internal_name.lower(
        ) == 'thermostatsetpoint:thermalcomfort:fanger:singleheating':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointThermalComfortFangerSingleHeating
        return ThermostatSetpointThermalComfortFangerSingleHeating()
    if internal_name.lower(
        ) == 'thermostatsetpoint:thermalcomfort:fanger:singlecooling':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointThermalComfortFangerSingleCooling
        return ThermostatSetpointThermalComfortFangerSingleCooling()
    if internal_name.lower(
        ) == 'thermostatsetpoint:thermalcomfort:fanger:singleheatingorcooling':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointThermalComfortFangerSingleHeatingOrCooling
        return ThermostatSetpointThermalComfortFangerSingleHeatingOrCooling()
    if internal_name.lower(
        ) == 'thermostatsetpoint:thermalcomfort:fanger:dualsetpoint':
        from pyidf.zone_hvac_controls_and_thermostats import ThermostatSetpointThermalComfortFangerDualSetpoint
        return ThermostatSetpointThermalComfortFangerDualSetpoint()
    if internal_name.lower() == 'zonecontrol:thermostat:stageddualsetpoint':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlThermostatStagedDualSetpoint
        return ZoneControlThermostatStagedDualSetpoint()
    if internal_name.lower() == 'zonecontrol:contaminantcontroller':
        from pyidf.zone_hvac_controls_and_thermostats import ZoneControlContaminantController
        return ZoneControlContaminantController()
    if internal_name.lower() == 'zonehvac:idealloadsairsystem':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacIdealLoadsAirSystem
        return ZoneHvacIdealLoadsAirSystem()
    if internal_name.lower() == 'zonehvac:fourpipefancoil':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacFourPipeFanCoil
        return ZoneHvacFourPipeFanCoil()
    if internal_name.lower() == 'zonehvac:windowairconditioner':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacWindowAirConditioner
        return ZoneHvacWindowAirConditioner()
    if internal_name.lower() == 'zonehvac:packagedterminalairconditioner':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacPackagedTerminalAirConditioner
        return ZoneHvacPackagedTerminalAirConditioner()
    if internal_name.lower() == 'zonehvac:packagedterminalheatpump':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacPackagedTerminalHeatPump
        return ZoneHvacPackagedTerminalHeatPump()
    if internal_name.lower() == 'zonehvac:watertoairheatpump':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacWaterToAirHeatPump
        return ZoneHvacWaterToAirHeatPump()
    if internal_name.lower() == 'zonehvac:dehumidifier:dx':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacDehumidifierDx
        return ZoneHvacDehumidifierDx()
    if internal_name.lower() == 'zonehvac:energyrecoveryventilator':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacEnergyRecoveryVentilator
        return ZoneHvacEnergyRecoveryVentilator()
    if internal_name.lower() == 'zonehvac:energyrecoveryventilator:controller':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacEnergyRecoveryVentilatorController
        return ZoneHvacEnergyRecoveryVentilatorController()
    if internal_name.lower() == 'zonehvac:unitventilator':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacUnitVentilator
        return ZoneHvacUnitVentilator()
    if internal_name.lower() == 'zonehvac:unitheater':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacUnitHeater
        return ZoneHvacUnitHeater()
    if internal_name.lower() == 'zonehvac:evaporativecoolerunit':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacEvaporativeCoolerUnit
        return ZoneHvacEvaporativeCoolerUnit()
    if internal_name.lower() == 'zonehvac:outdoorairunit':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacOutdoorAirUnit
        return ZoneHvacOutdoorAirUnit()
    if internal_name.lower() == 'zonehvac:outdoorairunit:equipmentlist':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacOutdoorAirUnitEquipmentList
        return ZoneHvacOutdoorAirUnitEquipmentList()
    if internal_name.lower(
        ) == 'zonehvac:terminalunit:variablerefrigerantflow':
        from pyidf.zone_hvac_forced_air_units import ZoneHvacTerminalUnitVariableRefrigerantFlow
        return ZoneHvacTerminalUnitVariableRefrigerantFlow()
    if internal_name.lower() == 'zonehvac:baseboard:radiantconvective:water':
        from pyidf.zone_hvac_radiative import ZoneHvacBaseboardRadiantConvectiveWater
        return ZoneHvacBaseboardRadiantConvectiveWater()
    if internal_name.lower() == 'zonehvac:baseboard:radiantconvective:steam':
        from pyidf.zone_hvac_radiative import ZoneHvacBaseboardRadiantConvectiveSteam
        return ZoneHvacBaseboardRadiantConvectiveSteam()
    if internal_name.lower(
        ) == 'zonehvac:baseboard:radiantconvective:electric':
        from pyidf.zone_hvac_radiative import ZoneHvacBaseboardRadiantConvectiveElectric
        return ZoneHvacBaseboardRadiantConvectiveElectric()
    if internal_name.lower() == 'zonehvac:baseboard:convective:water':
        from pyidf.zone_hvac_radiative import ZoneHvacBaseboardConvectiveWater
        return ZoneHvacBaseboardConvectiveWater()
    if internal_name.lower() == 'zonehvac:baseboard:convective:electric':
        from pyidf.zone_hvac_radiative import ZoneHvacBaseboardConvectiveElectric
        return ZoneHvacBaseboardConvectiveElectric()
    if internal_name.lower() == 'zonehvac:lowtemperatureradiant:variableflow':
        from pyidf.zone_hvac_radiative import ZoneHvacLowTemperatureRadiantVariableFlow
        return ZoneHvacLowTemperatureRadiantVariableFlow()
    if internal_name.lower() == 'zonehvac:lowtemperatureradiant:constantflow':
        from pyidf.zone_hvac_radiative import ZoneHvacLowTemperatureRadiantConstantFlow
        return ZoneHvacLowTemperatureRadiantConstantFlow()
    if internal_name.lower() == 'zonehvac:lowtemperatureradiant:electric':
        from pyidf.zone_hvac_radiative import ZoneHvacLowTemperatureRadiantElectric
        return ZoneHvacLowTemperatureRadiantElectric()
    if internal_name.lower() == 'zonehvac:lowtemperatureradiant:surfacegroup':
        from pyidf.zone_hvac_radiative import ZoneHvacLowTemperatureRadiantSurfaceGroup
        return ZoneHvacLowTemperatureRadiantSurfaceGroup()
    if internal_name.lower() == 'zonehvac:hightemperatureradiant':
        from pyidf.zone_hvac_radiative import ZoneHvacHighTemperatureRadiant
        return ZoneHvacHighTemperatureRadiant()
    if internal_name.lower() == 'zonehvac:ventilatedslab':
        from pyidf.zone_hvac_radiative import ZoneHvacVentilatedSlab
        return ZoneHvacVentilatedSlab()
    if internal_name.lower() == 'zonehvac:ventilatedslab:slabgroup':
        from pyidf.zone_hvac_radiative import ZoneHvacVentilatedSlabSlabGroup
        return ZoneHvacVentilatedSlabSlabGroup()
    if internal_name.lower() == 'airterminal:singleduct:uncontrolled':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctUncontrolled
        return AirTerminalSingleDuctUncontrolled()
    if internal_name.lower() == 'airterminal:singleduct:constantvolume:reheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctConstantVolumeReheat
        return AirTerminalSingleDuctConstantVolumeReheat()
    if internal_name.lower() == 'airterminal:singleduct:vav:noreheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctVavNoReheat
        return AirTerminalSingleDuctVavNoReheat()
    if internal_name.lower() == 'airterminal:singleduct:vav:reheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctVavReheat
        return AirTerminalSingleDuctVavReheat()
    if internal_name.lower(
        ) == 'airterminal:singleduct:vav:reheat:variablespeedfan':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctVavReheatVariableSpeedFan
        return AirTerminalSingleDuctVavReheatVariableSpeedFan()
    if internal_name.lower(
        ) == 'airterminal:singleduct:vav:heatandcool:noreheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctVavHeatAndCoolNoReheat
        return AirTerminalSingleDuctVavHeatAndCoolNoReheat()
    if internal_name.lower(
        ) == 'airterminal:singleduct:vav:heatandcool:reheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctVavHeatAndCoolReheat
        return AirTerminalSingleDuctVavHeatAndCoolReheat()
    if internal_name.lower() == 'airterminal:singleduct:seriespiu:reheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctSeriesPiuReheat
        return AirTerminalSingleDuctSeriesPiuReheat()
    if internal_name.lower() == 'airterminal:singleduct:parallelpiu:reheat':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctParallelPiuReheat
        return AirTerminalSingleDuctParallelPiuReheat()
    if internal_name.lower(
        ) == 'airterminal:singleduct:constantvolume:fourpipeinduction':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctConstantVolumeFourPipeInduction
        return AirTerminalSingleDuctConstantVolumeFourPipeInduction()
    if internal_name.lower(
        ) == 'airterminal:singleduct:constantvolume:fourpipebeam':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctConstantVolumeFourPipeBeam
        return AirTerminalSingleDuctConstantVolumeFourPipeBeam()
    if internal_name.lower(
        ) == 'airterminal:singleduct:constantvolume:cooledbeam':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctConstantVolumeCooledBeam
        return AirTerminalSingleDuctConstantVolumeCooledBeam()
    if internal_name.lower() == 'airterminal:singleduct:inletsidemixer':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctInletSideMixer
        return AirTerminalSingleDuctInletSideMixer()
    if internal_name.lower() == 'airterminal:singleduct:supplysidemixer':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalSingleDuctSupplySideMixer
        return AirTerminalSingleDuctSupplySideMixer()
    if internal_name.lower() == 'airterminal:dualduct:constantvolume':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalDualDuctConstantVolume
        return AirTerminalDualDuctConstantVolume()
    if internal_name.lower() == 'airterminal:dualduct:vav':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalDualDuctVav
        return AirTerminalDualDuctVav()
    if internal_name.lower() == 'airterminal:dualduct:vav:outdoorair':
        from pyidf.zone_hvac_air_loop_terminal_units import AirTerminalDualDuctVavOutdoorAir
        return AirTerminalDualDuctVavOutdoorAir()
    if internal_name.lower() == 'zonehvac:airdistributionunit':
        from pyidf.zone_hvac_air_loop_terminal_units import ZoneHvacAirDistributionUnit
        return ZoneHvacAirDistributionUnit()
    if internal_name.lower() == 'zonehvac:equipmentlist':
        from pyidf.zone_hvac_equipment_connections import ZoneHvacEquipmentList
        return ZoneHvacEquipmentList()
    if internal_name.lower() == 'zonehvac:equipmentconnections':
        from pyidf.zone_hvac_equipment_connections import ZoneHvacEquipmentConnections
        return ZoneHvacEquipmentConnections()
    if internal_name.lower() == 'fan:constantvolume':
        from pyidf.fans import FanConstantVolume
        return FanConstantVolume()
    if internal_name.lower() == 'fan:variablevolume':
        from pyidf.fans import FanVariableVolume
        return FanVariableVolume()
    if internal_name.lower() == 'fan:onoff':
        from pyidf.fans import FanOnOff
        return FanOnOff()
    if internal_name.lower() == 'fan:zoneexhaust':
        from pyidf.fans import FanZoneExhaust
        return FanZoneExhaust()
    if internal_name.lower() == 'fanperformance:nightventilation':
        from pyidf.fans import FanPerformanceNightVentilation
        return FanPerformanceNightVentilation()
    if internal_name.lower() == 'fan:componentmodel':
        from pyidf.fans import FanComponentModel
        return FanComponentModel()
    if internal_name.lower() == 'coil:cooling:water':
        from pyidf.coils import CoilCoolingWater
        return CoilCoolingWater()
    if internal_name.lower() == 'coil:cooling:water:detailedgeometry':
        from pyidf.coils import CoilCoolingWaterDetailedGeometry
        return CoilCoolingWaterDetailedGeometry()
    if internal_name.lower() == 'coil:cooling:dx:singlespeed':
        from pyidf.coils import CoilCoolingDxSingleSpeed
        return CoilCoolingDxSingleSpeed()
    if internal_name.lower() == 'coil:cooling:dx:twospeed':
        from pyidf.coils import CoilCoolingDxTwoSpeed
        return CoilCoolingDxTwoSpeed()
    if internal_name.lower() == 'coil:cooling:dx:multispeed':
        from pyidf.coils import CoilCoolingDxMultiSpeed
        return CoilCoolingDxMultiSpeed()
    if internal_name.lower() == 'coil:cooling:dx:variablespeed':
        from pyidf.coils import CoilCoolingDxVariableSpeed
        return CoilCoolingDxVariableSpeed()
    if internal_name.lower(
        ) == 'coil:cooling:dx:twostagewithhumiditycontrolmode':
        from pyidf.coils import CoilCoolingDxTwoStageWithHumidityControlMode
        return CoilCoolingDxTwoStageWithHumidityControlMode()
    if internal_name.lower() == 'coilperformance:dx:cooling':
        from pyidf.coils import CoilPerformanceDxCooling
        return CoilPerformanceDxCooling()
    if internal_name.lower() == 'coil:cooling:dx:variablerefrigerantflow':
        from pyidf.coils import CoilCoolingDxVariableRefrigerantFlow
        return CoilCoolingDxVariableRefrigerantFlow()
    if internal_name.lower() == 'coil:heating:dx:variablerefrigerantflow':
        from pyidf.coils import CoilHeatingDxVariableRefrigerantFlow
        return CoilHeatingDxVariableRefrigerantFlow()
    if internal_name.lower(
        ) == 'coil:cooling:dx:variablerefrigerantflow:fluidtemperaturecontrol':
        from pyidf.coils import CoilCoolingDxVariableRefrigerantFlowFluidTemperatureControl
        return CoilCoolingDxVariableRefrigerantFlowFluidTemperatureControl()
    if internal_name.lower(
        ) == 'coil:heating:dx:variablerefrigerantflow:fluidtemperaturecontrol':
        from pyidf.coils import CoilHeatingDxVariableRefrigerantFlowFluidTemperatureControl
        return CoilHeatingDxVariableRefrigerantFlowFluidTemperatureControl()
    if internal_name.lower() == 'coil:heating:water':
        from pyidf.coils import CoilHeatingWater
        return CoilHeatingWater()
    if internal_name.lower() == 'coil:heating:steam':
        from pyidf.coils import CoilHeatingSteam
        return CoilHeatingSteam()
    if internal_name.lower() == 'coil:heating:electric':
        from pyidf.coils import CoilHeatingElectric
        return CoilHeatingElectric()
    if internal_name.lower() == 'coil:heating:electric:multistage':
        from pyidf.coils import CoilHeatingElectricMultiStage
        return CoilHeatingElectricMultiStage()
    if internal_name.lower() == 'coil:heating:gas':
        from pyidf.coils import CoilHeatingGas
        return CoilHeatingGas()
    if internal_name.lower() == 'coil:heating:gas:multistage':
        from pyidf.coils import CoilHeatingGasMultiStage
        return CoilHeatingGasMultiStage()
    if internal_name.lower() == 'coil:heating:desuperheater':
        from pyidf.coils import CoilHeatingDesuperheater
        return CoilHeatingDesuperheater()
    if internal_name.lower() == 'coil:heating:dx:singlespeed':
        from pyidf.coils import CoilHeatingDxSingleSpeed
        return CoilHeatingDxSingleSpeed()
    if internal_name.lower() == 'coil:heating:dx:multispeed':
        from pyidf.coils import CoilHeatingDxMultiSpeed
        return CoilHeatingDxMultiSpeed()
    if internal_name.lower() == 'coil:heating:dx:variablespeed':
        from pyidf.coils import CoilHeatingDxVariableSpeed
        return CoilHeatingDxVariableSpeed()
    if internal_name.lower(
        ) == 'coil:cooling:watertoairheatpump:parameterestimation':
        from pyidf.coils import CoilCoolingWaterToAirHeatPumpParameterEstimation
        return CoilCoolingWaterToAirHeatPumpParameterEstimation()
    if internal_name.lower(
        ) == 'coil:heating:watertoairheatpump:parameterestimation':
        from pyidf.coils import CoilHeatingWaterToAirHeatPumpParameterEstimation
        return CoilHeatingWaterToAirHeatPumpParameterEstimation()
    if internal_name.lower() == 'coil:cooling:watertoairheatpump:equationfit':
        from pyidf.coils import CoilCoolingWaterToAirHeatPumpEquationFit
        return CoilCoolingWaterToAirHeatPumpEquationFit()
    if internal_name.lower(
        ) == 'coil:cooling:watertoairheatpump:variablespeedequationfit':
        from pyidf.coils import CoilCoolingWaterToAirHeatPumpVariableSpeedEquationFit
        return CoilCoolingWaterToAirHeatPumpVariableSpeedEquationFit()
    if internal_name.lower() == 'coil:heating:watertoairheatpump:equationfit':
        from pyidf.coils import CoilHeatingWaterToAirHeatPumpEquationFit
        return CoilHeatingWaterToAirHeatPumpEquationFit()
    if internal_name.lower(
        ) == 'coil:heating:watertoairheatpump:variablespeedequationfit':
        from pyidf.coils import CoilHeatingWaterToAirHeatPumpVariableSpeedEquationFit
        return CoilHeatingWaterToAirHeatPumpVariableSpeedEquationFit()
    if internal_name.lower() == 'coil:waterheating:airtowaterheatpump:pumped':
        from pyidf.coils import CoilWaterHeatingAirToWaterHeatPumpPumped
        return CoilWaterHeatingAirToWaterHeatPumpPumped()
    if internal_name.lower() == 'coil:waterheating:airtowaterheatpump:wrapped':
        from pyidf.coils import CoilWaterHeatingAirToWaterHeatPumpWrapped
        return CoilWaterHeatingAirToWaterHeatPumpWrapped()
    if internal_name.lower(
        ) == 'coil:waterheating:airtowaterheatpump:variablespeed':
        from pyidf.coils import CoilWaterHeatingAirToWaterHeatPumpVariableSpeed
        return CoilWaterHeatingAirToWaterHeatPumpVariableSpeed()
    if internal_name.lower() == 'coil:waterheating:desuperheater':
        from pyidf.coils import CoilWaterHeatingDesuperheater
        return CoilWaterHeatingDesuperheater()
    if internal_name.lower() == 'coilsystem:cooling:dx':
        from pyidf.coils import CoilSystemCoolingDx
        return CoilSystemCoolingDx()
    if internal_name.lower() == 'coilsystem:heating:dx':
        from pyidf.coils import CoilSystemHeatingDx
        return CoilSystemHeatingDx()
    if internal_name.lower(
        ) == 'coilsystem:cooling:water:heatexchangerassisted':
        from pyidf.coils import CoilSystemCoolingWaterHeatExchangerAssisted
        return CoilSystemCoolingWaterHeatExchangerAssisted()
    if internal_name.lower() == 'coilsystem:cooling:dx:heatexchangerassisted':
        from pyidf.coils import CoilSystemCoolingDxHeatExchangerAssisted
        return CoilSystemCoolingDxHeatExchangerAssisted()
    if internal_name.lower() == 'coil:cooling:dx:singlespeed:thermalstorage':
        from pyidf.coils import CoilCoolingDxSingleSpeedThermalStorage
        return CoilCoolingDxSingleSpeedThermalStorage()
    if internal_name.lower() == 'evaporativecooler:direct:celdekpad':
        from pyidf.evaporative_coolers import EvaporativeCoolerDirectCelDekPad
        return EvaporativeCoolerDirectCelDekPad()
    if internal_name.lower() == 'evaporativecooler:indirect:celdekpad':
        from pyidf.evaporative_coolers import EvaporativeCoolerIndirectCelDekPad
        return EvaporativeCoolerIndirectCelDekPad()
    if internal_name.lower() == 'evaporativecooler:indirect:wetcoil':
        from pyidf.evaporative_coolers import EvaporativeCoolerIndirectWetCoil
        return EvaporativeCoolerIndirectWetCoil()
    if internal_name.lower() == 'evaporativecooler:indirect:researchspecial':
        from pyidf.evaporative_coolers import EvaporativeCoolerIndirectResearchSpecial
        return EvaporativeCoolerIndirectResearchSpecial()
    if internal_name.lower() == 'evaporativecooler:direct:researchspecial':
        from pyidf.evaporative_coolers import EvaporativeCoolerDirectResearchSpecial
        return EvaporativeCoolerDirectResearchSpecial()
    if internal_name.lower() == 'humidifier:steam:electric':
        from pyidf.humidifiers_and_dehumidifiers import HumidifierSteamElectric
        return HumidifierSteamElectric()
    if internal_name.lower() == 'humidifier:steam:gas':
        from pyidf.humidifiers_and_dehumidifiers import HumidifierSteamGas
        return HumidifierSteamGas()
    if internal_name.lower() == 'dehumidifier:desiccant:nofans':
        from pyidf.humidifiers_and_dehumidifiers import DehumidifierDesiccantNoFans
        return DehumidifierDesiccantNoFans()
    if internal_name.lower() == 'dehumidifier:desiccant:system':
        from pyidf.humidifiers_and_dehumidifiers import DehumidifierDesiccantSystem
        return DehumidifierDesiccantSystem()
    if internal_name.lower() == 'heatexchanger:airtoair:flatplate':
        from pyidf.heat_recovery import HeatExchangerAirToAirFlatPlate
        return HeatExchangerAirToAirFlatPlate()
    if internal_name.lower() == 'heatexchanger:airtoair:sensibleandlatent':
        from pyidf.heat_recovery import HeatExchangerAirToAirSensibleAndLatent
        return HeatExchangerAirToAirSensibleAndLatent()
    if internal_name.lower() == 'heatexchanger:desiccant:balancedflow':
        from pyidf.heat_recovery import HeatExchangerDesiccantBalancedFlow
        return HeatExchangerDesiccantBalancedFlow()
    if internal_name.lower(
        ) == 'heatexchanger:desiccant:balancedflow:performancedatatype1':
        from pyidf.heat_recovery import HeatExchangerDesiccantBalancedFlowPerformanceDataType1
        return HeatExchangerDesiccantBalancedFlowPerformanceDataType1()
    if internal_name.lower() == 'airloophvac:unitarysystem':
        from pyidf.unitary_equipment import AirLoopHvacUnitarySystem
        return AirLoopHvacUnitarySystem()
    if internal_name.lower() == 'unitarysystemperformance:multispeed':
        from pyidf.unitary_equipment import UnitarySystemPerformanceMultispeed
        return UnitarySystemPerformanceMultispeed()
    if internal_name.lower() == 'airloophvac:unitary:furnace:heatonly':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryFurnaceHeatOnly
        return AirLoopHvacUnitaryFurnaceHeatOnly()
    if internal_name.lower() == 'airloophvac:unitary:furnace:heatcool':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryFurnaceHeatCool
        return AirLoopHvacUnitaryFurnaceHeatCool()
    if internal_name.lower() == 'airloophvac:unitaryheatonly':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryHeatOnly
        return AirLoopHvacUnitaryHeatOnly()
    if internal_name.lower() == 'airloophvac:unitaryheatcool':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryHeatCool
        return AirLoopHvacUnitaryHeatCool()
    if internal_name.lower() == 'airloophvac:unitaryheatpump:airtoair':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryHeatPumpAirToAir
        return AirLoopHvacUnitaryHeatPumpAirToAir()
    if internal_name.lower() == 'airloophvac:unitaryheatpump:watertoair':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryHeatPumpWaterToAir
        return AirLoopHvacUnitaryHeatPumpWaterToAir()
    if internal_name.lower(
        ) == 'airloophvac:unitaryheatcool:vavchangeoverbypass':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryHeatCoolVavchangeoverBypass
        return AirLoopHvacUnitaryHeatCoolVavchangeoverBypass()
    if internal_name.lower(
        ) == 'airloophvac:unitaryheatpump:airtoair:multispeed':
        from pyidf.unitary_equipment import AirLoopHvacUnitaryHeatPumpAirToAirMultiSpeed
        return AirLoopHvacUnitaryHeatPumpAirToAirMultiSpeed()
    if internal_name.lower() == 'airconditioner:variablerefrigerantflow':
        from pyidf.variable_refrigerant_flow_equipment import AirConditionerVariableRefrigerantFlow
        return AirConditionerVariableRefrigerantFlow()
    if internal_name.lower(
        ) == 'airconditioner:variablerefrigerantflow:fluidtemperaturecontrol':
        from pyidf.variable_refrigerant_flow_equipment import AirConditionerVariableRefrigerantFlowFluidTemperatureControl
        return AirConditionerVariableRefrigerantFlowFluidTemperatureControl()
    if internal_name.lower() == 'zoneterminalunitlist':
        from pyidf.variable_refrigerant_flow_equipment import ZoneTerminalUnitList
        return ZoneTerminalUnitList()
    if internal_name.lower() == 'controller:watercoil':
        from pyidf.controllers import ControllerWaterCoil
        return ControllerWaterCoil()
    if internal_name.lower() == 'controller:outdoorair':
        from pyidf.controllers import ControllerOutdoorAir
        return ControllerOutdoorAir()
    if internal_name.lower() == 'controller:mechanicalventilation':
        from pyidf.controllers import ControllerMechanicalVentilation
        return ControllerMechanicalVentilation()
    if internal_name.lower() == 'airloophvac:controllerlist':
        from pyidf.controllers import AirLoopHvacControllerList
        return AirLoopHvacControllerList()
    if internal_name.lower() == 'airloophvac':
        from pyidf.air_distribution import AirLoopHvac
        return AirLoopHvac()
    if internal_name.lower() == 'airloophvac:outdoorairsystem:equipmentlist':
        from pyidf.air_distribution import AirLoopHvacOutdoorAirSystemEquipmentList
        return AirLoopHvacOutdoorAirSystemEquipmentList()
    if internal_name.lower() == 'airloophvac:outdoorairsystem':
        from pyidf.air_distribution import AirLoopHvacOutdoorAirSystem
        return AirLoopHvacOutdoorAirSystem()
    if internal_name.lower() == 'outdoorair:mixer':
        from pyidf.air_distribution import OutdoorAirMixer
        return OutdoorAirMixer()
    if internal_name.lower() == 'airloophvac:supplypath':
        from pyidf.air_distribution import AirLoopHvacSupplyPath
        return AirLoopHvacSupplyPath()
    if internal_name.lower() == 'airloophvac:returnpath':
        from pyidf.air_distribution import AirLoopHvacReturnPath
        return AirLoopHvacReturnPath()
    if internal_name.lower() == 'branch':
        from pyidf.node import Branch
        return Branch()
    if internal_name.lower() == 'connectorlist':
        from pyidf.node import ConnectorList
        return ConnectorList()
    if internal_name.lower() == 'outdoorair:node':
        from pyidf.node import OutdoorAirNode
        return OutdoorAirNode()
    if internal_name.lower() == 'pipe:adiabatic':
        from pyidf.node import PipeAdiabatic
        return PipeAdiabatic()
    if internal_name.lower() == 'pipe:adiabatic:steam':
        from pyidf.node import PipeAdiabaticSteam
        return PipeAdiabaticSteam()
    if internal_name.lower() == 'pipe:indoor':
        from pyidf.node import PipeIndoor
        return PipeIndoor()
    if internal_name.lower() == 'pipe:outdoor':
        from pyidf.node import PipeOutdoor
        return PipeOutdoor()
    if internal_name.lower() == 'pipe:underground':
        from pyidf.node import PipeUnderground
        return PipeUnderground()
    if internal_name.lower() == 'pipingsystem:underground:domain':
        from pyidf.node import PipingSystemUndergroundDomain
        return PipingSystemUndergroundDomain()
    if internal_name.lower() == 'pipingsystem:underground:pipecircuit':
        from pyidf.node import PipingSystemUndergroundPipeCircuit
        return PipingSystemUndergroundPipeCircuit()
    if internal_name.lower() == 'pipingsystem:underground:pipesegment':
        from pyidf.node import PipingSystemUndergroundPipeSegment
        return PipingSystemUndergroundPipeSegment()
    if internal_name.lower() == 'duct':
        from pyidf.node import Duct
        return Duct()
    if internal_name.lower() == 'pump:variablespeed':
        from pyidf.pumps import PumpVariableSpeed
        return PumpVariableSpeed()
    if internal_name.lower() == 'pump:constantspeed':
        from pyidf.pumps import PumpConstantSpeed
        return PumpConstantSpeed()
    if internal_name.lower() == 'pump:variablespeed:condensate':
        from pyidf.pumps import PumpVariableSpeedCondensate
        return PumpVariableSpeedCondensate()
    if internal_name.lower() == 'headeredpumps:constantspeed':
        from pyidf.pumps import HeaderedPumpsConstantSpeed
        return HeaderedPumpsConstantSpeed()
    if internal_name.lower() == 'headeredpumps:variablespeed':
        from pyidf.pumps import HeaderedPumpsVariableSpeed
        return HeaderedPumpsVariableSpeed()
    if internal_name.lower() == 'temperingvalve':
        from pyidf.plant import TemperingValve
        return TemperingValve()
    if internal_name.lower() == 'loadprofile:plant':
        from pyidf.non import LoadProfilePlant
        return LoadProfilePlant()
    if internal_name.lower() == 'solarcollectorperformance:flatplate':
        from pyidf.solar_collectors import SolarCollectorPerformanceFlatPlate
        return SolarCollectorPerformanceFlatPlate()
    if internal_name.lower() == 'solarcollector:flatplate:water':
        from pyidf.solar_collectors import SolarCollectorFlatPlateWater
        return SolarCollectorFlatPlateWater()
    if internal_name.lower() == 'solarcollector:flatplate:photovoltaicthermal':
        from pyidf.solar_collectors import SolarCollectorFlatPlatePhotovoltaicThermal
        return SolarCollectorFlatPlatePhotovoltaicThermal()
    if internal_name.lower(
        ) == 'solarcollectorperformance:photovoltaicthermal:simple':
        from pyidf.solar_collectors import SolarCollectorPerformancePhotovoltaicThermalSimple
        return SolarCollectorPerformancePhotovoltaicThermalSimple()
    if internal_name.lower() == 'solarcollector:integralcollectorstorage':
        from pyidf.solar_collectors import SolarCollectorIntegralCollectorStorage
        return SolarCollectorIntegralCollectorStorage()
    if internal_name.lower(
        ) == 'solarcollectorperformance:integralcollectorstorage':
        from pyidf.solar_collectors import SolarCollectorPerformanceIntegralCollectorStorage
        return SolarCollectorPerformanceIntegralCollectorStorage()
    if internal_name.lower() == 'solarcollector:unglazedtranspired':
        from pyidf.solar_collectors import SolarCollectorUnglazedTranspired
        return SolarCollectorUnglazedTranspired()
    if internal_name.lower(
        ) == 'solarcollector:unglazedtranspired:multisystem':
        from pyidf.solar_collectors import SolarCollectorUnglazedTranspiredMultisystem
        return SolarCollectorUnglazedTranspiredMultisystem()
    if internal_name.lower() == 'boiler:hotwater':
        from pyidf.plant_heating_and_cooling_equipment import BoilerHotWater
        return BoilerHotWater()
    if internal_name.lower() == 'boiler:steam':
        from pyidf.plant_heating_and_cooling_equipment import BoilerSteam
        return BoilerSteam()
    if internal_name.lower() == 'chiller:electric:eir':
        from pyidf.plant_heating_and_cooling_equipment import ChillerElectricEir
        return ChillerElectricEir()
    if internal_name.lower() == 'chiller:electric:reformulatedeir':
        from pyidf.plant_heating_and_cooling_equipment import ChillerElectricReformulatedEir
        return ChillerElectricReformulatedEir()
    if internal_name.lower() == 'chiller:electric':
        from pyidf.plant_heating_and_cooling_equipment import ChillerElectric
        return ChillerElectric()
    if internal_name.lower() == 'chiller:absorption:indirect':
        from pyidf.plant_heating_and_cooling_equipment import ChillerAbsorptionIndirect
        return ChillerAbsorptionIndirect()
    if internal_name.lower() == 'chiller:absorption':
        from pyidf.plant_heating_and_cooling_equipment import ChillerAbsorption
        return ChillerAbsorption()
    if internal_name.lower() == 'chiller:constantcop':
        from pyidf.plant_heating_and_cooling_equipment import ChillerConstantCop
        return ChillerConstantCop()
    if internal_name.lower() == 'chiller:enginedriven':
        from pyidf.plant_heating_and_cooling_equipment import ChillerEngineDriven
        return ChillerEngineDriven()
    if internal_name.lower() == 'chiller:combustionturbine':
        from pyidf.plant_heating_and_cooling_equipment import ChillerCombustionTurbine
        return ChillerCombustionTurbine()
    if internal_name.lower() == 'chillerheater:absorption:directfired':
        from pyidf.plant_heating_and_cooling_equipment import ChillerHeaterAbsorptionDirectFired
        return ChillerHeaterAbsorptionDirectFired()
    if internal_name.lower() == 'chillerheater:absorption:doubleeffect':
        from pyidf.plant_heating_and_cooling_equipment import ChillerHeaterAbsorptionDoubleEffect
        return ChillerHeaterAbsorptionDoubleEffect()
    if internal_name.lower() == 'heatpump:watertowater:equationfit:heating':
        from pyidf.plant_heating_and_cooling_equipment import HeatPumpWaterToWaterEquationFitHeating
        return HeatPumpWaterToWaterEquationFitHeating()
    if internal_name.lower() == 'heatpump:watertowater:equationfit:cooling':
        from pyidf.plant_heating_and_cooling_equipment import HeatPumpWaterToWaterEquationFitCooling
        return HeatPumpWaterToWaterEquationFitCooling()
    if internal_name.lower(
        ) == 'heatpump:watertowater:parameterestimation:cooling':
        from pyidf.plant_heating_and_cooling_equipment import HeatPumpWaterToWaterParameterEstimationCooling
        return HeatPumpWaterToWaterParameterEstimationCooling()
    if internal_name.lower(
        ) == 'heatpump:watertowater:parameterestimation:heating':
        from pyidf.plant_heating_and_cooling_equipment import HeatPumpWaterToWaterParameterEstimationHeating
        return HeatPumpWaterToWaterParameterEstimationHeating()
    if internal_name.lower() == 'districtcooling':
        from pyidf.plant_heating_and_cooling_equipment import DistrictCooling
        return DistrictCooling()
    if internal_name.lower() == 'districtheating':
        from pyidf.plant_heating_and_cooling_equipment import DistrictHeating
        return DistrictHeating()
    if internal_name.lower() == 'plantcomponent:temperaturesource':
        from pyidf.plant_heating_and_cooling_equipment import PlantComponentTemperatureSource
        return PlantComponentTemperatureSource()
    if internal_name.lower() == 'centralheatpumpsystem':
        from pyidf.plant_heating_and_cooling_equipment import CentralHeatPumpSystem
        return CentralHeatPumpSystem()
    if internal_name.lower() == 'chillerheaterperformance:electric:eir':
        from pyidf.plant_heating_and_cooling_equipment import ChillerHeaterPerformanceElectricEir
        return ChillerHeaterPerformanceElectricEir()
    if internal_name.lower() == 'coolingtower:singlespeed':
        from pyidf.condenser_equipment_and_heat_exchangers import CoolingTowerSingleSpeed
        return CoolingTowerSingleSpeed()
    if internal_name.lower() == 'coolingtower:twospeed':
        from pyidf.condenser_equipment_and_heat_exchangers import CoolingTowerTwoSpeed
        return CoolingTowerTwoSpeed()
    if internal_name.lower() == 'coolingtower:variablespeed:merkel':
        from pyidf.condenser_equipment_and_heat_exchangers import CoolingTowerVariableSpeedMerkel
        return CoolingTowerVariableSpeedMerkel()
    if internal_name.lower() == 'coolingtower:variablespeed':
        from pyidf.condenser_equipment_and_heat_exchangers import CoolingTowerVariableSpeed
        return CoolingTowerVariableSpeed()
    if internal_name.lower() == 'coolingtowerperformance:cooltools':
        from pyidf.condenser_equipment_and_heat_exchangers import CoolingTowerPerformanceCoolTools
        return CoolingTowerPerformanceCoolTools()
    if internal_name.lower() == 'coolingtowerperformance:yorkcalc':
        from pyidf.condenser_equipment_and_heat_exchangers import CoolingTowerPerformanceYorkCalc
        return CoolingTowerPerformanceYorkCalc()
    if internal_name.lower() == 'evaporativefluidcooler:singlespeed':
        from pyidf.condenser_equipment_and_heat_exchangers import EvaporativeFluidCoolerSingleSpeed
        return EvaporativeFluidCoolerSingleSpeed()
    if internal_name.lower() == 'evaporativefluidcooler:twospeed':
        from pyidf.condenser_equipment_and_heat_exchangers import EvaporativeFluidCoolerTwoSpeed
        return EvaporativeFluidCoolerTwoSpeed()
    if internal_name.lower() == 'fluidcooler:singlespeed':
        from pyidf.condenser_equipment_and_heat_exchangers import FluidCoolerSingleSpeed
        return FluidCoolerSingleSpeed()
    if internal_name.lower() == 'fluidcooler:twospeed':
        from pyidf.condenser_equipment_and_heat_exchangers import FluidCoolerTwoSpeed
        return FluidCoolerTwoSpeed()
    if internal_name.lower() == 'groundheatexchanger:vertical':
        from pyidf.condenser_equipment_and_heat_exchangers import GroundHeatExchangerVertical
        return GroundHeatExchangerVertical()
    if internal_name.lower() == 'groundheatexchanger:pond':
        from pyidf.condenser_equipment_and_heat_exchangers import GroundHeatExchangerPond
        return GroundHeatExchangerPond()
    if internal_name.lower() == 'groundheatexchanger:surface':
        from pyidf.condenser_equipment_and_heat_exchangers import GroundHeatExchangerSurface
        return GroundHeatExchangerSurface()
    if internal_name.lower() == 'groundheatexchanger:horizontaltrench':
        from pyidf.condenser_equipment_and_heat_exchangers import GroundHeatExchangerHorizontalTrench
        return GroundHeatExchangerHorizontalTrench()
    if internal_name.lower() == 'groundheatexchanger:slinky':
        from pyidf.condenser_equipment_and_heat_exchangers import GroundHeatExchangerSlinky
        return GroundHeatExchangerSlinky()
    if internal_name.lower() == 'heatexchanger:fluidtofluid':
        from pyidf.condenser_equipment_and_heat_exchangers import HeatExchangerFluidToFluid
        return HeatExchangerFluidToFluid()
    if internal_name.lower() == 'waterheater:mixed':
        from pyidf.water_heaters_and_thermal_storage import WaterHeaterMixed
        return WaterHeaterMixed()
    if internal_name.lower() == 'waterheater:stratified':
        from pyidf.water_heaters_and_thermal_storage import WaterHeaterStratified
        return WaterHeaterStratified()
    if internal_name.lower() == 'waterheater:sizing':
        from pyidf.water_heaters_and_thermal_storage import WaterHeaterSizing
        return WaterHeaterSizing()
    if internal_name.lower() == 'waterheater:heatpump:pumpedcondenser':
        from pyidf.water_heaters_and_thermal_storage import WaterHeaterHeatPumpPumpedCondenser
        return WaterHeaterHeatPumpPumpedCondenser()
    if internal_name.lower() == 'waterheater:heatpump:wrappedcondenser':
        from pyidf.water_heaters_and_thermal_storage import WaterHeaterHeatPumpWrappedCondenser
        return WaterHeaterHeatPumpWrappedCondenser()
    if internal_name.lower() == 'thermalstorage:ice:simple':
        from pyidf.water_heaters_and_thermal_storage import ThermalStorageIceSimple
        return ThermalStorageIceSimple()
    if internal_name.lower() == 'thermalstorage:ice:detailed':
        from pyidf.water_heaters_and_thermal_storage import ThermalStorageIceDetailed
        return ThermalStorageIceDetailed()
    if internal_name.lower() == 'thermalstorage:chilledwater:mixed':
        from pyidf.water_heaters_and_thermal_storage import ThermalStorageChilledWaterMixed
        return ThermalStorageChilledWaterMixed()
    if internal_name.lower() == 'thermalstorage:chilledwater:stratified':
        from pyidf.water_heaters_and_thermal_storage import ThermalStorageChilledWaterStratified
        return ThermalStorageChilledWaterStratified()
    if internal_name.lower() == 'plantloop':
        from pyidf.plant import PlantLoop
        return PlantLoop()
    if internal_name.lower() == 'condenserloop':
        from pyidf.plant import CondenserLoop
        return CondenserLoop()
    if internal_name.lower() == 'plantequipmentlist':
        from pyidf.plant import PlantEquipmentList
        return PlantEquipmentList()
    if internal_name.lower() == 'condenserequipmentlist':
        from pyidf.plant import CondenserEquipmentList
        return CondenserEquipmentList()
    if internal_name.lower() == 'plantequipmentoperation:uncontrolled':
        from pyidf.plant import PlantEquipmentOperationUncontrolled
        return PlantEquipmentOperationUncontrolled()
    if internal_name.lower() == 'plantequipmentoperation:coolingload':
        from pyidf.plant import PlantEquipmentOperationCoolingLoad
        return PlantEquipmentOperationCoolingLoad()
    if internal_name.lower() == 'plantequipmentoperation:heatingload':
        from pyidf.plant import PlantEquipmentOperationHeatingLoad
        return PlantEquipmentOperationHeatingLoad()
    if internal_name.lower() == 'plantequipmentoperation:outdoordrybulb':
        from pyidf.plant import PlantEquipmentOperationOutdoorDryBulb
        return PlantEquipmentOperationOutdoorDryBulb()
    if internal_name.lower() == 'plantequipmentoperation:outdoorwetbulb':
        from pyidf.plant import PlantEquipmentOperationOutdoorWetBulb
        return PlantEquipmentOperationOutdoorWetBulb()
    if internal_name.lower(
        ) == 'plantequipmentoperation:outdoorrelativehumidity':
        from pyidf.plant import PlantEquipmentOperationOutdoorRelativeHumidity
        return PlantEquipmentOperationOutdoorRelativeHumidity()
    if internal_name.lower() == 'plantequipmentoperation:outdoordewpoint':
        from pyidf.plant import PlantEquipmentOperationOutdoorDewpoint
        return PlantEquipmentOperationOutdoorDewpoint()
    if internal_name.lower() == 'plantequipmentoperation:componentsetpoint':
        from pyidf.plant import PlantEquipmentOperationComponentSetpoint
        return PlantEquipmentOperationComponentSetpoint()
    if internal_name.lower() == 'plantequipmentoperation:thermalenergystorage':
        from pyidf.plant import PlantEquipmentOperationThermalEnergyStorage
        return PlantEquipmentOperationThermalEnergyStorage()
    if internal_name.lower(
        ) == 'plantequipmentoperation:outdoordrybulbdifference':
        from pyidf.plant import PlantEquipmentOperationOutdoorDryBulbDifference
        return PlantEquipmentOperationOutdoorDryBulbDifference()
    if internal_name.lower(
        ) == 'plantequipmentoperation:outdoorwetbulbdifference':
        from pyidf.plant import PlantEquipmentOperationOutdoorWetBulbDifference
        return PlantEquipmentOperationOutdoorWetBulbDifference()
    if internal_name.lower(
        ) == 'plantequipmentoperation:outdoordewpointdifference':
        from pyidf.plant import PlantEquipmentOperationOutdoorDewpointDifference
        return PlantEquipmentOperationOutdoorDewpointDifference()
    if internal_name.lower() == 'plantequipmentoperationschemes':
        from pyidf.plant import PlantEquipmentOperationSchemes
        return PlantEquipmentOperationSchemes()
    if internal_name.lower() == 'condenserequipmentoperationschemes':
        from pyidf.plant import CondenserEquipmentOperationSchemes
        return CondenserEquipmentOperationSchemes()
    if internal_name.lower() == 'energymanagementsystem:sensor':
        from pyidf.energy_management_system import EnergyManagementSystemSensor
        return EnergyManagementSystemSensor()
    if internal_name.lower() == 'energymanagementsystem:actuator':
        from pyidf.energy_management_system import EnergyManagementSystemActuator
        return EnergyManagementSystemActuator()
    if internal_name.lower() == 'energymanagementsystem:programcallingmanager':
        from pyidf.energy_management_system import EnergyManagementSystemProgramCallingManager
        return EnergyManagementSystemProgramCallingManager()
    if internal_name.lower() == 'energymanagementsystem:outputvariable':
        from pyidf.energy_management_system import EnergyManagementSystemOutputVariable
        return EnergyManagementSystemOutputVariable()
    if internal_name.lower() == 'energymanagementsystem:meteredoutputvariable':
        from pyidf.energy_management_system import EnergyManagementSystemMeteredOutputVariable
        return EnergyManagementSystemMeteredOutputVariable()
    if internal_name.lower() == 'energymanagementsystem:trendvariable':
        from pyidf.energy_management_system import EnergyManagementSystemTrendVariable
        return EnergyManagementSystemTrendVariable()
    if internal_name.lower() == 'energymanagementsystem:internalvariable':
        from pyidf.energy_management_system import EnergyManagementSystemInternalVariable
        return EnergyManagementSystemInternalVariable()
    if internal_name.lower(
        ) == 'energymanagementsystem:curveortableindexvariable':
        from pyidf.energy_management_system import EnergyManagementSystemCurveOrTableIndexVariable
        return EnergyManagementSystemCurveOrTableIndexVariable()
    if internal_name.lower(
        ) == 'energymanagementsystem:constructionindexvariable':
        from pyidf.energy_management_system import EnergyManagementSystemConstructionIndexVariable
        return EnergyManagementSystemConstructionIndexVariable()
    if internal_name.lower() == 'externalinterface':
        from pyidf.external_interface import ExternalInterface
        return ExternalInterface()
    if internal_name.lower() == 'externalinterface:schedule':
        from pyidf.external_interface import ExternalInterfaceSchedule
        return ExternalInterfaceSchedule()
    if internal_name.lower() == 'externalinterface:variable':
        from pyidf.external_interface import ExternalInterfaceVariable
        return ExternalInterfaceVariable()
    if internal_name.lower() == 'externalinterface:actuator':
        from pyidf.external_interface import ExternalInterfaceActuator
        return ExternalInterfaceActuator()
    if internal_name.lower() == 'externalinterface:functionalmockupunitimport':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitImport
        return ExternalInterfaceFunctionalMockupUnitImport()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitimport:from:variable':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitImportFromVariable
        return ExternalInterfaceFunctionalMockupUnitImportFromVariable()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitimport:to:schedule':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitImportToSchedule
        return ExternalInterfaceFunctionalMockupUnitImportToSchedule()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitimport:to:actuator':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitImportToActuator
        return ExternalInterfaceFunctionalMockupUnitImportToActuator()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitimport:to:variable':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitImportToVariable
        return ExternalInterfaceFunctionalMockupUnitImportToVariable()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitexport:from:variable':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitExportFromVariable
        return ExternalInterfaceFunctionalMockupUnitExportFromVariable()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitexport:to:schedule':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitExportToSchedule
        return ExternalInterfaceFunctionalMockupUnitExportToSchedule()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitexport:to:actuator':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitExportToActuator
        return ExternalInterfaceFunctionalMockupUnitExportToActuator()
    if internal_name.lower(
        ) == 'externalinterface:functionalmockupunitexport:to:variable':
        from pyidf.external_interface import ExternalInterfaceFunctionalMockupUnitExportToVariable
        return ExternalInterfaceFunctionalMockupUnitExportToVariable()
    if internal_name.lower() == 'zonehvac:forcedair:userdefined':
        from pyidf.user_defined_hvac_and_plant_component_models import ZoneHvacForcedAirUserDefined
        return ZoneHvacForcedAirUserDefined()
    if internal_name.lower() == 'airterminal:singleduct:userdefined':
        from pyidf.user_defined_hvac_and_plant_component_models import AirTerminalSingleDuctUserDefined
        return AirTerminalSingleDuctUserDefined()
    if internal_name.lower() == 'coil:userdefined':
        from pyidf.user_defined_hvac_and_plant_component_models import CoilUserDefined
        return CoilUserDefined()
    if internal_name.lower() == 'plantcomponent:userdefined':
        from pyidf.user_defined_hvac_and_plant_component_models import PlantComponentUserDefined
        return PlantComponentUserDefined()
    if internal_name.lower() == 'plantequipmentoperation:userdefined':
        from pyidf.user_defined_hvac_and_plant_component_models import PlantEquipmentOperationUserDefined
        return PlantEquipmentOperationUserDefined()
    if internal_name.lower() == 'availabilitymanager:scheduled':
        from pyidf.system_availability_managers import AvailabilityManagerScheduled
        return AvailabilityManagerScheduled()
    if internal_name.lower() == 'availabilitymanager:scheduledon':
        from pyidf.system_availability_managers import AvailabilityManagerScheduledOn
        return AvailabilityManagerScheduledOn()
    if internal_name.lower() == 'availabilitymanager:scheduledoff':
        from pyidf.system_availability_managers import AvailabilityManagerScheduledOff
        return AvailabilityManagerScheduledOff()
    if internal_name.lower() == 'availabilitymanager:optimumstart':
        from pyidf.system_availability_managers import AvailabilityManagerOptimumStart
        return AvailabilityManagerOptimumStart()
    if internal_name.lower() == 'availabilitymanager:nightcycle':
        from pyidf.system_availability_managers import AvailabilityManagerNightCycle
        return AvailabilityManagerNightCycle()
    if internal_name.lower() == 'availabilitymanager:differentialthermostat':
        from pyidf.system_availability_managers import AvailabilityManagerDifferentialThermostat
        return AvailabilityManagerDifferentialThermostat()
    if internal_name.lower() == 'availabilitymanager:hightemperatureturnoff':
        from pyidf.system_availability_managers import AvailabilityManagerHighTemperatureTurnOff
        return AvailabilityManagerHighTemperatureTurnOff()
    if internal_name.lower() == 'availabilitymanager:hightemperatureturnon':
        from pyidf.system_availability_managers import AvailabilityManagerHighTemperatureTurnOn
        return AvailabilityManagerHighTemperatureTurnOn()
    if internal_name.lower() == 'availabilitymanager:lowtemperatureturnoff':
        from pyidf.system_availability_managers import AvailabilityManagerLowTemperatureTurnOff
        return AvailabilityManagerLowTemperatureTurnOff()
    if internal_name.lower() == 'availabilitymanager:lowtemperatureturnon':
        from pyidf.system_availability_managers import AvailabilityManagerLowTemperatureTurnOn
        return AvailabilityManagerLowTemperatureTurnOn()
    if internal_name.lower() == 'availabilitymanager:nightventilation':
        from pyidf.system_availability_managers import AvailabilityManagerNightVentilation
        return AvailabilityManagerNightVentilation()
    if internal_name.lower() == 'availabilitymanager:hybridventilation':
        from pyidf.system_availability_managers import AvailabilityManagerHybridVentilation
        return AvailabilityManagerHybridVentilation()
    if internal_name.lower() == 'availabilitymanagerassignmentlist':
        from pyidf.system_availability_managers import AvailabilityManagerAssignmentList
        return AvailabilityManagerAssignmentList()
    if internal_name.lower() == 'setpointmanager:scheduled':
        from pyidf.setpoint_managers import SetpointManagerScheduled
        return SetpointManagerScheduled()
    if internal_name.lower() == 'setpointmanager:scheduled:dualsetpoint':
        from pyidf.setpoint_managers import SetpointManagerScheduledDualSetpoint
        return SetpointManagerScheduledDualSetpoint()
    if internal_name.lower() == 'setpointmanager:outdoorairreset':
        from pyidf.setpoint_managers import SetpointManagerOutdoorAirReset
        return SetpointManagerOutdoorAirReset()
    if internal_name.lower() == 'setpointmanager:singlezone:reheat':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneReheat
        return SetpointManagerSingleZoneReheat()
    if internal_name.lower() == 'setpointmanager:singlezone:heating':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneHeating
        return SetpointManagerSingleZoneHeating()
    if internal_name.lower() == 'setpointmanager:singlezone:cooling':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneCooling
        return SetpointManagerSingleZoneCooling()
    if internal_name.lower() == 'setpointmanager:singlezone:humidity:minimum':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneHumidityMinimum
        return SetpointManagerSingleZoneHumidityMinimum()
    if internal_name.lower() == 'setpointmanager:singlezone:humidity:maximum':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneHumidityMaximum
        return SetpointManagerSingleZoneHumidityMaximum()
    if internal_name.lower() == 'setpointmanager:mixedair':
        from pyidf.setpoint_managers import SetpointManagerMixedAir
        return SetpointManagerMixedAir()
    if internal_name.lower() == 'setpointmanager:outdoorairpretreat':
        from pyidf.setpoint_managers import SetpointManagerOutdoorAirPretreat
        return SetpointManagerOutdoorAirPretreat()
    if internal_name.lower() == 'setpointmanager:warmest':
        from pyidf.setpoint_managers import SetpointManagerWarmest
        return SetpointManagerWarmest()
    if internal_name.lower() == 'setpointmanager:coldest':
        from pyidf.setpoint_managers import SetpointManagerColdest
        return SetpointManagerColdest()
    if internal_name.lower() == 'setpointmanager:returnairbypassflow':
        from pyidf.setpoint_managers import SetpointManagerReturnAirBypassFlow
        return SetpointManagerReturnAirBypassFlow()
    if internal_name.lower() == 'setpointmanager:warmesttemperatureflow':
        from pyidf.setpoint_managers import SetpointManagerWarmestTemperatureFlow
        return SetpointManagerWarmestTemperatureFlow()
    if internal_name.lower() == 'setpointmanager:multizone:heating:average':
        from pyidf.setpoint_managers import SetpointManagerMultiZoneHeatingAverage
        return SetpointManagerMultiZoneHeatingAverage()
    if internal_name.lower() == 'setpointmanager:multizone:cooling:average':
        from pyidf.setpoint_managers import SetpointManagerMultiZoneCoolingAverage
        return SetpointManagerMultiZoneCoolingAverage()
    if internal_name.lower(
        ) == 'setpointmanager:multizone:minimumhumidity:average':
        from pyidf.setpoint_managers import SetpointManagerMultiZoneMinimumHumidityAverage
        return SetpointManagerMultiZoneMinimumHumidityAverage()
    if internal_name.lower(
        ) == 'setpointmanager:multizone:maximumhumidity:average':
        from pyidf.setpoint_managers import SetpointManagerMultiZoneMaximumHumidityAverage
        return SetpointManagerMultiZoneMaximumHumidityAverage()
    if internal_name.lower() == 'setpointmanager:multizone:humidity:minimum':
        from pyidf.setpoint_managers import SetpointManagerMultiZoneHumidityMinimum
        return SetpointManagerMultiZoneHumidityMinimum()
    if internal_name.lower() == 'setpointmanager:multizone:humidity:maximum':
        from pyidf.setpoint_managers import SetpointManagerMultiZoneHumidityMaximum
        return SetpointManagerMultiZoneHumidityMaximum()
    if internal_name.lower() == 'setpointmanager:followoutdoorairtemperature':
        from pyidf.setpoint_managers import SetpointManagerFollowOutdoorAirTemperature
        return SetpointManagerFollowOutdoorAirTemperature()
    if internal_name.lower() == 'setpointmanager:followsystemnodetemperature':
        from pyidf.setpoint_managers import SetpointManagerFollowSystemNodeTemperature
        return SetpointManagerFollowSystemNodeTemperature()
    if internal_name.lower() == 'setpointmanager:followgroundtemperature':
        from pyidf.setpoint_managers import SetpointManagerFollowGroundTemperature
        return SetpointManagerFollowGroundTemperature()
    if internal_name.lower() == 'setpointmanager:condenserenteringreset':
        from pyidf.setpoint_managers import SetpointManagerCondenserEnteringReset
        return SetpointManagerCondenserEnteringReset()
    if internal_name.lower() == 'setpointmanager:condenserenteringreset:ideal':
        from pyidf.setpoint_managers import SetpointManagerCondenserEnteringResetIdeal
        return SetpointManagerCondenserEnteringResetIdeal()
    if internal_name.lower() == 'setpointmanager:singlezone:onestagecooling':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneOneStageCooling
        return SetpointManagerSingleZoneOneStageCooling()
    if internal_name.lower() == 'setpointmanager:singlezone:onestageheating':
        from pyidf.setpoint_managers import SetpointManagerSingleZoneOneStageHeating
        return SetpointManagerSingleZoneOneStageHeating()
    if internal_name.lower(
        ) == 'setpointmanager:returntemperature:chilledwater':
        from pyidf.setpoint_managers import SetpointManagerReturnTemperatureChilledWater
        return SetpointManagerReturnTemperatureChilledWater()
    if internal_name.lower() == 'setpointmanager:returntemperature:hotwater':
        from pyidf.setpoint_managers import SetpointManagerReturnTemperatureHotWater
        return SetpointManagerReturnTemperatureHotWater()
    if internal_name.lower() == 'refrigeration:case':
        from pyidf.refrigeration import RefrigerationCase
        return RefrigerationCase()
    if internal_name.lower() == 'refrigeration:compressorrack':
        from pyidf.refrigeration import RefrigerationCompressorRack
        return RefrigerationCompressorRack()
    if internal_name.lower() == 'refrigeration:caseandwalkinlist':
        from pyidf.refrigeration import RefrigerationCaseAndWalkInList
        return RefrigerationCaseAndWalkInList()
    if internal_name.lower() == 'refrigeration:condenser:aircooled':
        from pyidf.refrigeration import RefrigerationCondenserAirCooled
        return RefrigerationCondenserAirCooled()
    if internal_name.lower() == 'refrigeration:condenser:evaporativecooled':
        from pyidf.refrigeration import RefrigerationCondenserEvaporativeCooled
        return RefrigerationCondenserEvaporativeCooled()
    if internal_name.lower() == 'refrigeration:condenser:watercooled':
        from pyidf.refrigeration import RefrigerationCondenserWaterCooled
        return RefrigerationCondenserWaterCooled()
    if internal_name.lower() == 'refrigeration:condenser:cascade':
        from pyidf.refrigeration import RefrigerationCondenserCascade
        return RefrigerationCondenserCascade()
    if internal_name.lower() == 'refrigeration:gascooler:aircooled':
        from pyidf.refrigeration import RefrigerationGasCoolerAirCooled
        return RefrigerationGasCoolerAirCooled()
    if internal_name.lower() == 'refrigeration:transferloadlist':
        from pyidf.refrigeration import RefrigerationTransferLoadList
        return RefrigerationTransferLoadList()
    if internal_name.lower() == 'refrigeration:subcooler':
        from pyidf.refrigeration import RefrigerationSubcooler
        return RefrigerationSubcooler()
    if internal_name.lower() == 'refrigeration:compressor':
        from pyidf.refrigeration import RefrigerationCompressor
        return RefrigerationCompressor()
    if internal_name.lower() == 'refrigeration:compressorlist':
        from pyidf.refrigeration import RefrigerationCompressorList
        return RefrigerationCompressorList()
    if internal_name.lower() == 'refrigeration:system':
        from pyidf.refrigeration import RefrigerationSystem
        return RefrigerationSystem()
    if internal_name.lower() == 'refrigeration:transcriticalsystem':
        from pyidf.refrigeration import RefrigerationTranscriticalSystem
        return RefrigerationTranscriticalSystem()
    if internal_name.lower() == 'refrigeration:secondarysystem':
        from pyidf.refrigeration import RefrigerationSecondarySystem
        return RefrigerationSecondarySystem()
    if internal_name.lower() == 'refrigeration:walkin':
        from pyidf.refrigeration import RefrigerationWalkIn
        return RefrigerationWalkIn()
    if internal_name.lower() == 'refrigeration:airchiller':
        from pyidf.refrigeration import RefrigerationAirChiller
        return RefrigerationAirChiller()
    if internal_name.lower() == 'demandmanagerassignmentlist':
        from pyidf.demand_limiting_controls import DemandManagerAssignmentList
        return DemandManagerAssignmentList()
    if internal_name.lower() == 'demandmanager:exteriorlights':
        from pyidf.demand_limiting_controls import DemandManagerExteriorLights
        return DemandManagerExteriorLights()
    if internal_name.lower() == 'demandmanager:lights':
        from pyidf.demand_limiting_controls import DemandManagerLights
        return DemandManagerLights()
    if internal_name.lower() == 'demandmanager:electricequipment':
        from pyidf.demand_limiting_controls import DemandManagerElectricEquipment
        return DemandManagerElectricEquipment()
    if internal_name.lower() == 'demandmanager:thermostats':
        from pyidf.demand_limiting_controls import DemandManagerThermostats
        return DemandManagerThermostats()
    if internal_name.lower() == 'demandmanager:ventilation':
        from pyidf.demand_limiting_controls import DemandManagerVentilation
        return DemandManagerVentilation()
    if internal_name.lower() == 'generator:internalcombustionengine':
        from pyidf.electric_load_center import GeneratorInternalCombustionEngine
        return GeneratorInternalCombustionEngine()
    if internal_name.lower() == 'generator:combustionturbine':
        from pyidf.electric_load_center import GeneratorCombustionTurbine
        return GeneratorCombustionTurbine()
    if internal_name.lower() == 'generator:microturbine':
        from pyidf.electric_load_center import GeneratorMicroTurbine
        return GeneratorMicroTurbine()
    if internal_name.lower() == 'generator:photovoltaic':
        from pyidf.electric_load_center import GeneratorPhotovoltaic
        return GeneratorPhotovoltaic()
    if internal_name.lower() == 'photovoltaicperformance:simple':
        from pyidf.electric_load_center import PhotovoltaicPerformanceSimple
        return PhotovoltaicPerformanceSimple()
    if internal_name.lower() == 'photovoltaicperformance:equivalentone-diode':
        from pyidf.electric_load_center import PhotovoltaicPerformanceEquivalentOneDiode
        return PhotovoltaicPerformanceEquivalentOneDiode()
    if internal_name.lower() == 'photovoltaicperformance:sandia':
        from pyidf.electric_load_center import PhotovoltaicPerformanceSandia
        return PhotovoltaicPerformanceSandia()
    if internal_name.lower() == 'generator:fuelcell':
        from pyidf.electric_load_center import GeneratorFuelCell
        return GeneratorFuelCell()
    if internal_name.lower() == 'generator:fuelcell:powermodule':
        from pyidf.electric_load_center import GeneratorFuelCellPowerModule
        return GeneratorFuelCellPowerModule()
    if internal_name.lower() == 'generator:fuelcell:airsupply':
        from pyidf.electric_load_center import GeneratorFuelCellAirSupply
        return GeneratorFuelCellAirSupply()
    if internal_name.lower() == 'generator:fuelcell:watersupply':
        from pyidf.electric_load_center import GeneratorFuelCellWaterSupply
        return GeneratorFuelCellWaterSupply()
    if internal_name.lower() == 'generator:fuelcell:auxiliaryheater':
        from pyidf.electric_load_center import GeneratorFuelCellAuxiliaryHeater
        return GeneratorFuelCellAuxiliaryHeater()
    if internal_name.lower(
        ) == 'generator:fuelcell:exhaustgastowaterheatexchanger':
        from pyidf.electric_load_center import GeneratorFuelCellExhaustGasToWaterHeatExchanger
        return GeneratorFuelCellExhaustGasToWaterHeatExchanger()
    if internal_name.lower() == 'generator:fuelcell:electricalstorage':
        from pyidf.electric_load_center import GeneratorFuelCellElectricalStorage
        return GeneratorFuelCellElectricalStorage()
    if internal_name.lower() == 'generator:fuelcell:inverter':
        from pyidf.electric_load_center import GeneratorFuelCellInverter
        return GeneratorFuelCellInverter()
    if internal_name.lower() == 'generator:fuelcell:stackcooler':
        from pyidf.electric_load_center import GeneratorFuelCellStackCooler
        return GeneratorFuelCellStackCooler()
    if internal_name.lower() == 'generator:microchp':
        from pyidf.electric_load_center import GeneratorMicroChp
        return GeneratorMicroChp()
    if internal_name.lower() == 'generator:microchp:nonnormalizedparameters':
        from pyidf.electric_load_center import GeneratorMicroChpNonNormalizedParameters
        return GeneratorMicroChpNonNormalizedParameters()
    if internal_name.lower() == 'generator:fuelsupply':
        from pyidf.electric_load_center import GeneratorFuelSupply
        return GeneratorFuelSupply()
    if internal_name.lower() == 'generator:windturbine':
        from pyidf.electric_load_center import GeneratorWindTurbine
        return GeneratorWindTurbine()
    if internal_name.lower() == 'electricloadcenter:generators':
        from pyidf.electric_load_center import ElectricLoadCenterGenerators
        return ElectricLoadCenterGenerators()
    if internal_name.lower() == 'electricloadcenter:inverter:simple':
        from pyidf.electric_load_center import ElectricLoadCenterInverterSimple
        return ElectricLoadCenterInverterSimple()
    if internal_name.lower() == 'electricloadcenter:inverter:functionofpower':
        from pyidf.electric_load_center import ElectricLoadCenterInverterFunctionOfPower
        return ElectricLoadCenterInverterFunctionOfPower()
    if internal_name.lower() == 'electricloadcenter:inverter:lookuptable':
        from pyidf.electric_load_center import ElectricLoadCenterInverterLookUpTable
        return ElectricLoadCenterInverterLookUpTable()
    if internal_name.lower() == 'electricloadcenter:storage:simple':
        from pyidf.electric_load_center import ElectricLoadCenterStorageSimple
        return ElectricLoadCenterStorageSimple()
    if internal_name.lower() == 'electricloadcenter:storage:battery':
        from pyidf.electric_load_center import ElectricLoadCenterStorageBattery
        return ElectricLoadCenterStorageBattery()
    if internal_name.lower() == 'electricloadcenter:transformer':
        from pyidf.electric_load_center import ElectricLoadCenterTransformer
        return ElectricLoadCenterTransformer()
    if internal_name.lower() == 'electricloadcenter:distribution':
        from pyidf.electric_load_center import ElectricLoadCenterDistribution
        return ElectricLoadCenterDistribution()
    if internal_name.lower() == 'wateruse:equipment':
        from pyidf.water_systems import WaterUseEquipment
        return WaterUseEquipment()
    if internal_name.lower() == 'wateruse:connections':
        from pyidf.water_systems import WaterUseConnections
        return WaterUseConnections()
    if internal_name.lower() == 'wateruse:storage':
        from pyidf.water_systems import WaterUseStorage
        return WaterUseStorage()
    if internal_name.lower() == 'wateruse:well':
        from pyidf.water_systems import WaterUseWell
        return WaterUseWell()
    if internal_name.lower() == 'wateruse:raincollector':
        from pyidf.water_systems import WaterUseRainCollector
        return WaterUseRainCollector()
    if internal_name.lower(
        ) == 'faultmodel:temperaturesensoroffset:outdoorair':
        from pyidf.operational_faults import FaultModelTemperatureSensorOffsetOutdoorAir
        return FaultModelTemperatureSensorOffsetOutdoorAir()
    if internal_name.lower() == 'faultmodel:humiditysensoroffset:outdoorair':
        from pyidf.operational_faults import FaultModelHumiditySensorOffsetOutdoorAir
        return FaultModelHumiditySensorOffsetOutdoorAir()
    if internal_name.lower() == 'faultmodel:enthalpysensoroffset:outdoorair':
        from pyidf.operational_faults import FaultModelEnthalpySensorOffsetOutdoorAir
        return FaultModelEnthalpySensorOffsetOutdoorAir()
    if internal_name.lower() == 'faultmodel:pressuresensoroffset:outdoorair':
        from pyidf.operational_faults import FaultModelPressureSensorOffsetOutdoorAir
        return FaultModelPressureSensorOffsetOutdoorAir()
    if internal_name.lower() == 'faultmodel:temperaturesensoroffset:returnair':
        from pyidf.operational_faults import FaultModelTemperatureSensorOffsetReturnAir
        return FaultModelTemperatureSensorOffsetReturnAir()
    if internal_name.lower() == 'faultmodel:enthalpysensoroffset:returnair':
        from pyidf.operational_faults import FaultModelEnthalpySensorOffsetReturnAir
        return FaultModelEnthalpySensorOffsetReturnAir()
    if internal_name.lower() == 'faultmodel:thermostatoffset':
        from pyidf.operational_faults import FaultModelThermostatOffset
        return FaultModelThermostatOffset()
    if internal_name.lower() == 'faultmodel:humidistatoffset':
        from pyidf.operational_faults import FaultModelHumidistatOffset
        return FaultModelHumidistatOffset()
    if internal_name.lower() == 'faultmodel:fouling:airfilter':
        from pyidf.operational_faults import FaultModelFoulingAirFilter
        return FaultModelFoulingAirFilter()
    if internal_name.lower() == 'faultmodel:fouling:coil':
        from pyidf.operational_faults import FaultModelFoulingCoil
        return FaultModelFoulingCoil()
    if internal_name.lower() == 'curve:linear':
        from pyidf.performance_curves import CurveLinear
        return CurveLinear()
    if internal_name.lower() == 'curve:quadlinear':
        from pyidf.performance_curves import CurveQuadLinear
        return CurveQuadLinear()
    if internal_name.lower() == 'curve:quadratic':
        from pyidf.performance_curves import CurveQuadratic
        return CurveQuadratic()
    if internal_name.lower() == 'curve:cubic':
        from pyidf.performance_curves import CurveCubic
        return CurveCubic()
    if internal_name.lower() == 'curve:quartic':
        from pyidf.performance_curves import CurveQuartic
        return CurveQuartic()
    if internal_name.lower() == 'curve:exponent':
        from pyidf.performance_curves import CurveExponent
        return CurveExponent()
    if internal_name.lower() == 'curve:bicubic':
        from pyidf.performance_curves import CurveBicubic
        return CurveBicubic()
    if internal_name.lower() == 'curve:biquadratic':
        from pyidf.performance_curves import CurveBiquadratic
        return CurveBiquadratic()
    if internal_name.lower() == 'curve:quadraticlinear':
        from pyidf.performance_curves import CurveQuadraticLinear
        return CurveQuadraticLinear()
    if internal_name.lower() == 'curve:cubiclinear':
        from pyidf.performance_curves import CurveCubicLinear
        return CurveCubicLinear()
    if internal_name.lower() == 'curve:triquadratic':
        from pyidf.performance_curves import CurveTriquadratic
        return CurveTriquadratic()
    if internal_name.lower() == 'curve:functional:pressuredrop':
        from pyidf.performance_curves import CurveFunctionalPressureDrop
        return CurveFunctionalPressureDrop()
    if internal_name.lower() == 'curve:fanpressurerise':
        from pyidf.performance_curves import CurveFanPressureRise
        return CurveFanPressureRise()
    if internal_name.lower() == 'curve:exponentialskewnormal':
        from pyidf.performance_curves import CurveExponentialSkewNormal
        return CurveExponentialSkewNormal()
    if internal_name.lower() == 'curve:sigmoid':
        from pyidf.performance_curves import CurveSigmoid
        return CurveSigmoid()
    if internal_name.lower() == 'curve:rectangularhyperbola1':
        from pyidf.performance_curves import CurveRectangularHyperbola1
        return CurveRectangularHyperbola1()
    if internal_name.lower() == 'curve:rectangularhyperbola2':
        from pyidf.performance_curves import CurveRectangularHyperbola2
        return CurveRectangularHyperbola2()
    if internal_name.lower() == 'curve:exponentialdecay':
        from pyidf.performance_curves import CurveExponentialDecay
        return CurveExponentialDecay()
    if internal_name.lower() == 'curve:doubleexponentialdecay':
        from pyidf.performance_curves import CurveDoubleExponentialDecay
        return CurveDoubleExponentialDecay()
    if internal_name.lower() == 'curve:chillerpartloadwithlift':
        from pyidf.performance_curves import CurveChillerPartLoadWithLift
        return CurveChillerPartLoadWithLift()
    if internal_name.lower() == 'fluidproperties:name':
        from pyidf.fluid_properties import FluidPropertiesName
        return FluidPropertiesName()
    if internal_name.lower() == 'fluidproperties:glycolconcentration':
        from pyidf.fluid_properties import FluidPropertiesGlycolConcentration
        return FluidPropertiesGlycolConcentration()
    if internal_name.lower() == 'fluidproperties:temperatures':
        from pyidf.fluid_properties import FluidPropertiesTemperatures
        return FluidPropertiesTemperatures()
    if internal_name.lower() == 'fluidproperties:saturated':
        from pyidf.fluid_properties import FluidPropertiesSaturated
        return FluidPropertiesSaturated()
    if internal_name.lower() == 'fluidproperties:superheated':
        from pyidf.fluid_properties import FluidPropertiesSuperheated
        return FluidPropertiesSuperheated()
    if internal_name.lower() == 'fluidproperties:concentration':
        from pyidf.fluid_properties import FluidPropertiesConcentration
        return FluidPropertiesConcentration()
    if internal_name.lower() == 'currencytype':
        from pyidf.economics import CurrencyType
        return CurrencyType()
    if internal_name.lower() == 'componentcost:adjustments':
        from pyidf.economics import ComponentCostAdjustments
        return ComponentCostAdjustments()
    if internal_name.lower() == 'componentcost:reference':
        from pyidf.economics import ComponentCostReference
        return ComponentCostReference()
    if internal_name.lower() == 'componentcost:lineitem':
        from pyidf.economics import ComponentCostLineItem
        return ComponentCostLineItem()
    if internal_name.lower() == 'utilitycost:tariff':
        from pyidf.economics import UtilityCostTariff
        return UtilityCostTariff()
    if internal_name.lower() == 'utilitycost:qualify':
        from pyidf.economics import UtilityCostQualify
        return UtilityCostQualify()
    if internal_name.lower() == 'utilitycost:charge:simple':
        from pyidf.economics import UtilityCostChargeSimple
        return UtilityCostChargeSimple()
    if internal_name.lower() == 'utilitycost:charge:block':
        from pyidf.economics import UtilityCostChargeBlock
        return UtilityCostChargeBlock()
    if internal_name.lower() == 'utilitycost:ratchet':
        from pyidf.economics import UtilityCostRatchet
        return UtilityCostRatchet()
    if internal_name.lower() == 'utilitycost:variable':
        from pyidf.economics import UtilityCostVariable
        return UtilityCostVariable()
    if internal_name.lower() == 'utilitycost:computation':
        from pyidf.economics import UtilityCostComputation
        return UtilityCostComputation()
    if internal_name.lower() == 'lifecyclecost:parameters':
        from pyidf.economics import LifeCycleCostParameters
        return LifeCycleCostParameters()
    if internal_name.lower() == 'lifecyclecost:recurringcosts':
        from pyidf.economics import LifeCycleCostRecurringCosts
        return LifeCycleCostRecurringCosts()
    if internal_name.lower() == 'lifecyclecost:nonrecurringcost':
        from pyidf.economics import LifeCycleCostNonrecurringCost
        return LifeCycleCostNonrecurringCost()
    if internal_name.lower() == 'lifecyclecost:usepriceescalation':
        from pyidf.economics import LifeCycleCostUsePriceEscalation
        return LifeCycleCostUsePriceEscalation()
    if internal_name.lower() == 'lifecyclecost:useadjustment':
        from pyidf.economics import LifeCycleCostUseAdjustment
        return LifeCycleCostUseAdjustment()
    if internal_name.lower() == 'parametric:setvalueforrun':
        from pyidf.parametrics import ParametricSetValueForRun
        return ParametricSetValueForRun()
    if internal_name.lower() == 'parametric:logic':
        from pyidf.parametrics import ParametricLogic
        return ParametricLogic()
    if internal_name.lower() == 'parametric:runcontrol':
        from pyidf.parametrics import ParametricRunControl
        return ParametricRunControl()
    if internal_name.lower() == 'parametric:filenamesuffix':
        from pyidf.parametrics import ParametricFileNameSuffix
        return ParametricFileNameSuffix()
    if internal_name.lower() == 'output:variabledictionary':
        from pyidf.output_reporting import OutputVariableDictionary
        return OutputVariableDictionary()
    if internal_name.lower() == 'output:surfaces:list':
        from pyidf.output_reporting import OutputSurfacesList
        return OutputSurfacesList()
    if internal_name.lower() == 'output:surfaces:drawing':
        from pyidf.output_reporting import OutputSurfacesDrawing
        return OutputSurfacesDrawing()
    if internal_name.lower() == 'output:schedules':
        from pyidf.output_reporting import OutputSchedules
        return OutputSchedules()
    if internal_name.lower() == 'output:constructions':
        from pyidf.output_reporting import OutputConstructions
        return OutputConstructions()
    if internal_name.lower() == 'output:energymanagementsystem':
        from pyidf.output_reporting import OutputEnergyManagementSystem
        return OutputEnergyManagementSystem()
    if internal_name.lower() == 'outputcontrol:surfacecolorscheme':
        from pyidf.output_reporting import OutputControlSurfaceColorScheme
        return OutputControlSurfaceColorScheme()
    if internal_name.lower() == 'output:table:summaryreports':
        from pyidf.output_reporting import OutputTableSummaryReports
        return OutputTableSummaryReports()
    if internal_name.lower() == 'output:table:timebins':
        from pyidf.output_reporting import OutputTableTimeBins
        return OutputTableTimeBins()
    if internal_name.lower() == 'output:table:monthly':
        from pyidf.output_reporting import OutputTableMonthly
        return OutputTableMonthly()
    if internal_name.lower() == 'output:table:annual':
        from pyidf.output_reporting import OutputTableAnnual
        return OutputTableAnnual()
    if internal_name.lower() == 'outputcontrol:table:style':
        from pyidf.output_reporting import OutputControlTableStyle
        return OutputControlTableStyle()
    if internal_name.lower() == 'outputcontrol:reportingtolerances':
        from pyidf.output_reporting import OutputControlReportingTolerances
        return OutputControlReportingTolerances()
    if internal_name.lower() == 'output:variable':
        from pyidf.output_reporting import OutputVariable
        return OutputVariable()
    if internal_name.lower() == 'output:meter':
        from pyidf.output_reporting import OutputMeter
        return OutputMeter()
    if internal_name.lower() == 'output:meter:meterfileonly':
        from pyidf.output_reporting import OutputMeterMeterFileOnly
        return OutputMeterMeterFileOnly()
    if internal_name.lower() == 'output:meter:cumulative':
        from pyidf.output_reporting import OutputMeterCumulative
        return OutputMeterCumulative()
    if internal_name.lower() == 'output:meter:cumulative:meterfileonly':
        from pyidf.output_reporting import OutputMeterCumulativeMeterFileOnly
        return OutputMeterCumulativeMeterFileOnly()
    if internal_name.lower() == 'meter:custom':
        from pyidf.output_reporting import MeterCustom
        return MeterCustom()
    if internal_name.lower() == 'meter:customdecrement':
        from pyidf.output_reporting import MeterCustomDecrement
        return MeterCustomDecrement()
    if internal_name.lower() == 'output:sqlite':
        from pyidf.output_reporting import OutputSqlite
        return OutputSqlite()
    if internal_name.lower() == 'output:environmentalimpactfactors':
        from pyidf.output_reporting import OutputEnvironmentalImpactFactors
        return OutputEnvironmentalImpactFactors()
    if internal_name.lower() == 'environmentalimpactfactors':
        from pyidf.output_reporting import EnvironmentalImpactFactors
        return EnvironmentalImpactFactors()
    if internal_name.lower() == 'fuelfactors':
        from pyidf.output_reporting import FuelFactors
        return FuelFactors()
    if internal_name.lower() == 'output:diagnostics':
        from pyidf.output_reporting import OutputDiagnostics
        return OutputDiagnostics()
    if internal_name.lower() == 'output:debuggingdata':
        from pyidf.output_reporting import OutputDebuggingData
        return OutputDebuggingData()
    if internal_name.lower() == 'output:preprocessormessage':
        from pyidf.output_reporting import OutputPreprocessorMessage
        return OutputPreprocessorMessage()
    if internal_name.lower() == 'schedule:day:list':
        from pyidf.schedules import ScheduleDayList
        return ScheduleDayList()
    if internal_name.lower() == 'schedule:year':
        from pyidf.schedules import ScheduleYear
        return ScheduleYear()
    if internal_name.lower() == 'schedule:compact':
        from pyidf.schedules import ScheduleCompact
        return ScheduleCompact()
    if internal_name.lower() == 'materialproperty:glazingspectraldata':
        from pyidf.surface_construction_elements import MaterialPropertyGlazingSpectralData
        return MaterialPropertyGlazingSpectralData()
    if internal_name.lower() == 'zonelist':
        from pyidf.thermal_zones_and_surfaces import ZoneList
        return ZoneList()
    if internal_name.lower() == 'airloophvac:zonesplitter':
        from pyidf.air_distribution import AirLoopHvacZoneSplitter
        return AirLoopHvacZoneSplitter()
    if internal_name.lower() == 'airloophvac:supplyplenum':
        from pyidf.air_distribution import AirLoopHvacSupplyPlenum
        return AirLoopHvacSupplyPlenum()
    if internal_name.lower() == 'airloophvac:zonemixer':
        from pyidf.air_distribution import AirLoopHvacZoneMixer
        return AirLoopHvacZoneMixer()
    if internal_name.lower() == 'airloophvac:returnplenum':
        from pyidf.air_distribution import AirLoopHvacReturnPlenum
        return AirLoopHvacReturnPlenum()
    if internal_name.lower() == 'branchlist':
        from pyidf.pumps import BranchList
        return BranchList()
    if internal_name.lower() == 'connector:mixer':
        from pyidf.node import ConnectorMixer
        return ConnectorMixer()
    if internal_name.lower() == 'nodelist':
        from pyidf.node import NodeList
        return NodeList()
    if internal_name.lower() == 'outdoorair:nodelist':
        from pyidf.node import OutdoorAirNodeList
        return OutdoorAirNodeList()
    if internal_name.lower() == 'energymanagementsystem:program':
        from pyidf.energy_management_system import EnergyManagementSystemProgram
        return EnergyManagementSystemProgram()
    if internal_name.lower() == 'energymanagementsystem:subroutine':
        from pyidf.energy_management_system import EnergyManagementSystemSubroutine
        return EnergyManagementSystemSubroutine()
    if internal_name.lower() == 'energymanagementsystem:globalvariable':
        from pyidf.energy_management_system import EnergyManagementSystemGlobalVariable
        return EnergyManagementSystemGlobalVariable()
    if internal_name.lower() == 'zonehvac:refrigerationchillerset':
        from pyidf.refrigeration import ZoneHvacRefrigerationChillerSet
        return ZoneHvacRefrigerationChillerSet()
    if internal_name.lower() == 'matrix:twodimension':
        from pyidf.refrigeration import MatrixTwoDimension
        return MatrixTwoDimension()
    if internal_name.lower() == 'table:oneindependentvariable':
        from pyidf.performance_tables import TableOneIndependentVariable
        return TableOneIndependentVariable()
    if internal_name.lower() == 'table:twoindependentvariables':
        from pyidf.performance_tables import TableTwoIndependentVariables
        return TableTwoIndependentVariables()
    if internal_name.lower() == 'table:multivariablelookup':
        from pyidf.performance_tables import TableMultiVariableLookup
        return TableMultiVariableLookup()
    if internal_name.lower() == 'connector:splitter':
        from pyidf.node import ConnectorSplitter
        return ConnectorSplitter()
    raise ValueError('No DataDictionary known for {}'.format(internal_name))
