- getCompMotorEfficiency() - Method in class convertEIR.ElectricEIR
-
This method gets the compressor efficiency of the chiller.
- getCompMotorEfficiency() - Method in class convertEIR.ReformElectricEIR
-
This method gets the compressor efficiency of the chiller.
- getCurves() - Method in class convertEIR.ElectricEIR
-
This method gets the curves describing the chiller.
- getCurves() - Method in class convertEIR.ReformElectricEIR
-
This method gets the curves describing the chiller.
- getFunctionNames() - Method in class convertEIR.ElectricEIR
-
This method gets the functions names of the chiller.
- getFunctionNames() - Method in class convertEIR.ReformElectricEIR
-
This method gets the functions names of the chiller.
- getMaxPLR() - Method in class convertEIR.ElectricEIR
-
This method gets the maximum part load ratio of the chiller.
- getMaxPLR() - Method in class convertEIR.ReformElectricEIR
-
This method gets the maximum part load ratio of the chiller.
- getMaxValX() - Method in class convertEIR.BiCubicCurve
-
This method gets the maximum x-value of the curve.
- getMaxValX() - Method in class convertEIR.BiQuadraticCurve
-
This method gets the maximum x-value of the curve.
- getMaxValX() - Method in class convertEIR.QuadraticCurve
-
This method gets the maximum x-value of the curve.
- getMaxValY() - Method in class convertEIR.BiCubicCurve
-
This method gets the maximum y-value of the curve.
- getMaxValY() - Method in class convertEIR.BiQuadraticCurve
-
This method sets the maximum y-value of the curve.
- getMinPLR() - Method in class convertEIR.ElectricEIR
-
This method gets the minimum part load ratio of the chiller.
- getMinPLR() - Method in class convertEIR.ReformElectricEIR
-
This method gets the minimum part load ratio of the chiller.
- getMinULR() - Method in class convertEIR.ElectricEIR
-
This method gets the minimum unloading ratio of the chiller.
- getMinULR() - Method in class convertEIR.ReformElectricEIR
-
This method gets the minimum unloading ratio of the chiller.
- getMinValX() - Method in class convertEIR.BiCubicCurve
-
This method gets the minimum x-value of the curve.
- getMinValX() - Method in class convertEIR.BiQuadraticCurve
-
This method gets the minimum x-value of the curve.
- getMinValX() - Method in class convertEIR.QuadraticCurve
-
This method gets the minimum x-value of the curve.
- getMinValY() - Method in class convertEIR.BiCubicCurve
-
This method gets the minimum y-value of the curve.
- getMinValY() - Method in class convertEIR.BiQuadraticCurve
-
This method gets the minimum y-value of the curve.
- getName() - Method in class convertEIR.ElectricEIR
-
This method gets the name of the chiller.
- getName() - Method in class convertEIR.ReformElectricEIR
-
This method gets the name of the chiller.
- getOptPLR() - Method in class convertEIR.ElectricEIR
-
This method gets the optimum part load ratio of the chiller.
- getOptPLR() - Method in class convertEIR.ReformElectricEIR
-
This method gets the optimum part load ratio of the chiller.
- getRefCapacity() - Method in class convertEIR.ElectricEIR
-
This method gets the reference capacity of the chiller.
- getRefCapacity() - Method in class convertEIR.ReformElectricEIR
-
This method gets the reference capacity of the chiller.
- getRefCop(String) - Method in class convertEIR.ElectricEIR
-
This method gets the reference COP of the chiller.
- getRefCop(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the reference COP of the chiller.
- getStringDefinitionOfElectricEIRObject() - Method in class convertEIR.ElectricEIR
-
This method gets the comments definition of the chiller.
- getStringDefinitionOfReformElectricEIRObject() - Method in class convertEIR.ReformElectricEIR
-
This method gets the comments definition of the chiller.
- saveDuplicates(ArrayList<String>) - Static method in class convertEIR.ParserResultObject
-
This method saves duplicates found in an array list.
- setCoef1(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the first coefficient of the curve.
- setCoef1(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the first coefficient of the curve.
- setCoef1(String) - Method in class convertEIR.QuadraticCurve
-
This method sets the first coefficient of the curve.
- setCoef10(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the tenth coefficient of the curve.
- setCoef2(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the second coefficient of the curve.
- setCoef2(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the second coefficient of the curve.
- setCoef2(String) - Method in class convertEIR.QuadraticCurve
-
This method sets the second coefficient of the curve.
- setCoef3(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the third coefficient of the curve.
- setCoef3(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the third coefficient of the curve.
- setCoef3(String) - Method in class convertEIR.QuadraticCurve
-
This method sets the third coefficient of the curve.
- setCoef4(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the fourth coefficient of the curve.
- setCoef4(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the fourth coefficient of the curve.
- setCoef5(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the fifth coefficient of the curve.
- setCoef5(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the fifth coefficient of the curve.
- setCoef6(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the sixth coefficient of the curve.
- setCoef6(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the sixth coefficient of the curve.
- setCoef7(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the seventh coefficient of the curve.
- setCoef8(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the eight coefficient of the curve.
- setCoef9(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the ninth coefficient of the curve.
- setCompMotorEfficiency(String) - Method in class convertEIR.ElectricEIR
-
This method sets the compressor efficiency of the chiller.
- setCompMotorEfficiency(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the compressor efficiency of the chiller.
- setCurves(ArrayList<ICurve>) - Method in class convertEIR.ElectricEIR
-
This method sets the curves describing the chiller.
- setCurves(ArrayList<ICurve>) - Method in class convertEIR.ReformElectricEIR
-
This method sets the curves describing the chiller.
- setFoundElectricEIRs(ArrayList<ElectricEIR>) - Method in class convertEIR.ParserResultObject
-
This method sets the found electric chillers in an array.
- setFoundReformElectricEIRs(ArrayList<ReformElectricEIR>) - Method in class convertEIR.ParserResultObject
-
This method sets the found reformulated electric chillers in an array.
- setFunctionNames(ArrayList<String>) - Method in class convertEIR.ElectricEIR
-
This method sets the functions names of the chiller.
- setFunctionNames(ArrayList<String>) - Method in class convertEIR.ReformElectricEIR
-
This method sets the functions names of the chiller.
- setMaxPLR(String) - Method in class convertEIR.ElectricEIR
-
This method sets the maximum part load ratio of the chiller.
- setMaxPLR(String) - Method in class convertEIR.ReformElectricEIR
-
This method gets the maximum part load ratio of the chiller.
- setMaxValX(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the maximum x-value of the curve.
- setMaxValX(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the maximum x-value of the curve.
- setMaxValX(String) - Method in class convertEIR.QuadraticCurve
-
This method sets the maximum x-value of the curve.
- setMaxValY(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the maximum y-value of the curve.
- setMaxValY(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the maximum y-value of the curve.
- setMinPLR(String) - Method in class convertEIR.ElectricEIR
-
This method sets the minimum part load ratio of the chiller.
- setMinPLR(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the minimum part load ratio of the chiller.
- setMinULR(String) - Method in class convertEIR.ElectricEIR
-
This method sets the minimum unloading ratio of the chiller.
- setMinULR(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the minimum unloading ratio of the chiller.
- setMinValX(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the minimum x-value of the curve.
- setMinValX(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the minimum x-value of the curve.
- setMinValX(String) - Method in class convertEIR.QuadraticCurve
-
This method sets the minimum x-value of the curve.
- setMinValY(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the minimum y-value of the curve.
- setMinValY(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the minimum y-value of the curve.
- setName(String) - Method in class convertEIR.BiCubicCurve
-
This method sets the name of the curve.
- setName(String) - Method in class convertEIR.BiQuadraticCurve
-
This method sets the name of the curve
- setName(String) - Method in class convertEIR.ElectricEIR
-
This method sets the name of the chiller.
- setName(String) - Method in class convertEIR.QuadraticCurve
-
This method sets the name of the curve.
- setName(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the name of the chiller.
- setOptPLR(String) - Method in class convertEIR.ElectricEIR
-
This method sets the optimum part load ratio of the chiller.
- setOptPLR(String) - Method in class convertEIR.ReformElectricEIR
-
This method gets the optimum part load ratio of the chiller.
- setRefCapacity(String) - Method in class convertEIR.ElectricEIR
-
This method sets the reference capacity of the chiller.
- setRefCapacity(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the reference capacity of the chiller.
- setRefChilledWaterFlowRate(String) - Method in class convertEIR.ElectricEIR
-
This method sets the reference chilled water flowrate of the chiller.
- setRefChilledWaterFlowRate(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the reference chilled water flow rate of the chiller.
- setRefCondenserWaterFlowRate(String) - Method in class convertEIR.ElectricEIR
-
This method sets the reference condenser water flowrate of the chiller.
- setRefCondenserWaterFlowRate(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the condenser water flow rate of the chiller.
- setRefCop(String) - Method in class convertEIR.ElectricEIR
-
This method sets the reference COP of the chiller.
- setRefCop(String) - Method in class convertEIR.ReformElectricEIR
-
This method gets the reference COP of the chiller.
- setRefEnteringCondenserFluidTemp(String) - Method in class convertEIR.ElectricEIR
-
This method gets the reference entering condenser fluid temperature of
the chiller.
- setRefLeavingChilledWaterTemp(String) - Method in class convertEIR.ElectricEIR
-
This method sets the reference leaving chilled water temperature of the
chiller.
- setRefLeavingChilledWaterTemp(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the reference leaving chilled water temperature of the
chiller.
- setRefLeavingCondenserFluidTemp(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the reference leaving condenser water temperature of the
chiller.
- setStringDefinitionOfElectricEIRObject(String) - Method in class convertEIR.ElectricEIR
-
This method sets the comments definition of the chiller.
- setStringDefinitionOfReformElectricEIRObject(String) - Method in class convertEIR.ReformElectricEIR
-
This method sets the comments definition of the chiller.