openstudio::Chiller_EngineDrivenFields Class Reference

#include <Chiller_EngineDriven_FieldEnums.hxx>

Inheritance diagram for openstudio::Chiller_EngineDrivenFields:

Public Types
enum	domain {   Name, CondenserType, NominalCapacity, NominalCOP,   ChilledWaterInletNodeName, ChilledWaterOutletNodeName, CondenserInletNodeName, CondenserOutletNodeName,   MinimumPartLoadRatio, MaximumPartLoadRatio, OptimumPartLoadRatio, DesignCondenserInletTemperature,   TemperatureRiseCoefficient, DesignChilledWaterOutletTemperature, DesignChilledWaterFlowRate, DesignCondenserWaterFlowRate,   Coefficient1ofCapacityRatioCurve, Coefficient2ofCapacityRatioCurve, Coefficient3ofCapacityRatioCurve, Coefficient1ofPowerRatioCurve,   Coefficient2ofPowerRatioCurve, Coefficient3ofPowerRatioCurve, Coefficient1ofFullLoadRatioCurve, Coefficient2ofFullLoadRatioCurve,   Coefficient3ofFullLoadRatioCurve, ChilledWaterOutletTemperatureLowerLimit, FuelUseCurveName, JacketHeatRecoveryCurveName,   LubeHeatRecoveryCurveName, TotalExhaustEnergyCurveName, ExhaustTemperatureCurveName, Coefficient1ofUFactorTimesAreaCurve,   Coefficient2ofUFactorTimesAreaCurve, MaximumExhaustFlowperUnitofPowerOutput, DesignMinimumExhaustTemperature, FuelType,   FuelHigherHeatingValue, DesignHeatRecoveryWaterFlowRate, HeatRecoveryInletNodeName, HeatRecoveryOutletNodeName,   ChillerFlowMode, MaximumTemperatureforHeatRecoveryatHeatRecoveryOutletNode, SizingFactor, BasinHeaterCapacity,   BasinHeaterSetpointTemperature, BasinHeaterOperatingScheduleName }

Public Member Functions
	Chiller_EngineDrivenFields ()
	Chiller_EngineDrivenFields (const std::string &t_name)
	Chiller_EngineDrivenFields (int t_value)
domain	value () const

Static Public Member Functions
static std::string	enumName ()

Detailed Description

Enumeration of Chiller:EngineDriven's Idd and Idf non-extensible fields.

This enumeration provides readable, and semi-robust tags to use instead of bare unsigned integer field indices. (The enumeration value names are more likely to be valid across EnergyPlus and OpenStudio releases, and will break if they become invalid.) See the OPENSTUDIO_ENUM documentation in utilities/core/Enum.hpp. The actual macro call is:

Member Enumeration Documentation

enum openstudio::Chiller_EngineDrivenFields::domain

Enumerator
Name
CondenserType
NominalCapacity
NominalCOP
ChilledWaterInletNodeName
ChilledWaterOutletNodeName
CondenserInletNodeName
CondenserOutletNodeName
MinimumPartLoadRatio
MaximumPartLoadRatio
OptimumPartLoadRatio
DesignCondenserInletTemperature
TemperatureRiseCoefficient
DesignChilledWaterOutletTemperature
DesignChilledWaterFlowRate
DesignCondenserWaterFlowRate
Coefficient1ofCapacityRatioCurve
Coefficient2ofCapacityRatioCurve
Coefficient3ofCapacityRatioCurve
Coefficient1ofPowerRatioCurve
Coefficient2ofPowerRatioCurve
Coefficient3ofPowerRatioCurve
Coefficient1ofFullLoadRatioCurve
Coefficient2ofFullLoadRatioCurve
Coefficient3ofFullLoadRatioCurve
ChilledWaterOutletTemperatureLowerLimit
FuelUseCurveName
JacketHeatRecoveryCurveName
LubeHeatRecoveryCurveName
TotalExhaustEnergyCurveName
ExhaustTemperatureCurveName
Coefficient1ofUFactorTimesAreaCurve
Coefficient2ofUFactorTimesAreaCurve
MaximumExhaustFlowperUnitofPowerOutput
DesignMinimumExhaustTemperature
FuelType
FuelHigherHeatingValue
DesignHeatRecoveryWaterFlowRate
HeatRecoveryInletNodeName
HeatRecoveryOutletNodeName
ChillerFlowMode
MaximumTemperatureforHeatRecoveryatHeatRecoveryOutletNode
SizingFactor
BasinHeaterCapacity
BasinHeaterSetpointTemperature
BasinHeaterOperatingScheduleName

Constructor & Destructor Documentation

openstudio::Chiller_EngineDrivenFields::Chiller_EngineDrivenFields ( )

inline

openstudio::Chiller_EngineDrivenFields::Chiller_EngineDrivenFields ( const std::string &  t_name )

inline

openstudio::Chiller_EngineDrivenFields::Chiller_EngineDrivenFields ( int  t_value )

inline

Member Function Documentation

static std::string openstudio::Chiller_EngineDrivenFields::enumName ( )

inlinestatic

domain openstudio::Chiller_EngineDrivenFields::value ( ) const

inline