Index
Date: 2016-04-25

B C E G I M P Q R S T

## B

BiCubicCurve - Class in convertEIR
  This method implements a bicubic curve.
BiCubicCurve() - Constructor for class convertEIR.BiCubicCurve
BiQuadraticCurve - Class in convertEIR
  This method implements a biquadratic curve.
BiQuadraticCurve() - Constructor for class convertEIR.BiQuadraticCurve

## C

cardinalElectricEirsDuplicatesFile(String) - Method in class convertEIR.ParserResultObject
  This method returns the number of duplicated ElectricEIR found in an input file.
cardinalReformElectricEirsDuplicatesFile(String) - Method in class convertEIR.ParserResultObject
  This method returns the number of duplicated reformulated ElectricEIR in an input file.
convertEIR - package convertEIR
ConvertEIRData - Class in convertEIR
  This program converts chillers performance curves from `idf` -format for EnergyPlus to `mo`-format for Modelica.
ConvertEIRData() - Constructor for class convertEIR.ConvertEIRData
curveToString() - Method in class convertEIR.BiCubicCurve
  This method concatenates the coefficients of the curve into a string.
curveToString() - Method in class convertEIR.BiQuadraticCurve
  This method concatenates the coefficients of the curve into a string.
curveToString() - Method in interface convertEIR.ICurve
curveToString() - Method in class convertEIR.QuadraticCurve
  This method concatenates the coefficients of the curve into a string.

## E

ElectricEIR - Class in convertEIR
  This class represents a chiller from type "ElectricEIR".
ElectricEIR() - Constructor for class convertEIR.ElectricEIR
electricEirsDuplicates(String) - Method in class convertEIR.ParserResultObject
  This method finds duplicated ElectricEIR in the input file and print them in an output file.

## G

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.

## I

ICurve - Interface in convertEIR
  This method implements an interface for chillers curves.

## M

main(String[]) - Static method in class convertEIR.ConvertEIRData
  This is the main routine that starts the program.

## P

parseFile(String) - Method in class convertEIR.Parser
  This is the main routine that finds and stores the electric chillers in arrays.
Parser - Class in convertEIR
  This class is the parser used to get and store electric chillers from an input file.
Parser() - Constructor for class convertEIR.Parser
ParserResultObject - Class in convertEIR
  This class records and prints all electric chillers found in an input file.
ParserResultObject() - Constructor for class convertEIR.ParserResultObject

## Q

QuadraticCurve - Class in convertEIR
  This method implements a quadratic curve.
QuadraticCurve() - Constructor for class convertEIR.QuadraticCurve

## R

ReformElectricEIR - Class in convertEIR
  This class represents a chiller from type "reformulated ElectricEIR".
ReformElectricEIR() - Constructor for class convertEIR.ReformElectricEIR
reformElectricEirsDuplicates(String) - Method in class convertEIR.ParserResultObject
  This method finds duplicated reformulated ElectricEIR in an input file and print them in an output file.
removeDuplicates(ArrayList<String>) - Static method in class convertEIR.ParserResultObject
  This method removes duplicates from an array list.

## S

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.

## T

toMoElectricEirsFile(String) - Method in class convertEIR.ParserResultObject
  This method prints all ElectricEIR in an output file.
toMoRecordString() - Method in class convertEIR.ElectricEIR
  This method is used to convert chillers data into a String.
toMoRecordString() - Method in class convertEIR.ReformElectricEIR
  This method is used to convert chillers data into a String.
toMoReformElectricEirsFile(String) - Method in class convertEIR.ParserResultObject
  This method prints all reformulated ElectricEIR in an output file.

B C E G I M P Q R S T