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VCompareGlobalRoutines.f90
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VCompareGlobalRoutines.f90
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module VCompareGlobalRoutines
USE DataGlobals, ONLY: MaxNameLength, ShowFatalError, ShowWarningError
USE DataVCompareGlobals
USE DataStringGlobals, ONLY: PrognameConversion
PUBLIC
CONTAINS
FUNCTION AddFieldNameToLine(Line,LString,FieldName) RESULT(LineOut)
! FUNCTION INFORMATION:
! AUTHOR Linda K. Lawrie
! DATE WRITTEN March 2004
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS FUNCTION:
! This function adds the field name to the output string. (At "column" 30 or nearest after that
! as possible). Helps to create a "regular" looking output file.
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
! na
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! FUNCTION ARGUMENT DEFINITIONS:
CHARACTER(len=*), INTENT(IN) :: Line
CHARACTER(len=*), INTENT(IN) :: LString
CHARACTER(len=*), INTENT(IN) :: FieldName
CHARACTER(len=LEN(Line)) :: LineOut
! FUNCTION PARAMETER DEFINITIONS:
! na
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! FUNCTION LOCAL VARIABLE DECLARATIONS:
! na
IF (LEN_TRIM(Line) > 29) THEN
LineOut=TRIM(Line)//LString//TRIM(FieldName)
ELSE
LineOut=TRIM(Line)
LineOut(30:)=TRIM(ADJUSTL(LString))//' '//TRIM(FieldName)
ENDIF
RETURN
END FUNCTION AddFieldNameToLine
FUNCTION AddUnitsToLine(Line,UnitsArgChr) RESULT(LineOut)
! FUNCTION INFORMATION:
! AUTHOR Linda K. Lawrie
! DATE WRITTEN March 2004
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS FUNCTION:
! This function adds the Units to the almost filled line.
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
! na
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! FUNCTION ARGUMENT DEFINITIONS:
CHARACTER(len=*), INTENT(IN) :: Line
CHARACTER(len=*), INTENT(IN) :: UnitsArgChr
CHARACTER(len=LEN(Line)) :: LineOut
! FUNCTION PARAMETER DEFINITIONS:
! na
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! FUNCTION LOCAL VARIABLE DECLARATIONS:
! na
LineOut=TRIM(Line)//' {'//TRIM(UnitsArgChr)//'}'
RETURN
END FUNCTION AddUnitsToLine
SUBROUTINE WriteOutIDFLines(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
! SUBROUTINE INFORMATION:
! AUTHOR Linda Lawrie
! DATE WRITTEN March 2004
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS SUBROUTINE:
! This subroutine writes out one IDF object to the indicated LFN.
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
! na
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! SUBROUTINE ARGUMENT DEFINITIONS:
INTEGER, INTENT(IN) :: DifUnit
CHARACTER(len=*), INTENT(IN) :: ObjectName
INTEGER, INTENT(IN) :: CurArgs
CHARACTER(len=*), DIMENSION(:) :: OutArgs
CHARACTER(len=*), DIMENSION(:) :: FieldNames
CHARACTER(len=*), DIMENSION(:) :: FieldUnits
! SUBROUTINE PARAMETER DEFINITIONS:
CHARACTER(len=2), PARAMETER :: CommaString=', '
CHARACTER(len=2), PARAMETER :: SemiString='; '
CHARACTER(len=*), PARAMETER :: fmta="(A)"
CHARACTER(len=*), PARAMETER :: Blank=' '
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! SUBROUTINE LOCAL VARIABLE DECLARATIONS:
CHARACTER(len=2) LString1
CHARACTER(len=5) :: LString2=' !- '
INTEGER Arg
CHARACTER(len=500) :: LineOut
INTEGER :: MaxSize
MaxSize=SIZE(FieldNames)
WRITE(DifUnit,fmta) ' '//TRIM(ObjectName)//','
DO Arg=1,CurArgs
IF (Arg /= CurArgs) THEN
LString1=CommaString
ELSE
LString1=SemiString
ENDIF
LineOut=' '//TRIM(OutArgs(Arg))//LString1
IF (Arg <= MaxSize) THEN
LineOut=AddFieldNameToLine(LineOut,LString2,FieldNames(Arg))
IF (withUnits .and. FieldUnits(Arg) /= Blank) THEN
LineOut=AddUnitsToLine(LineOut,FieldUnits(Arg))
ENDIF
ELSE
LineOut=AddFieldNameToLine(LineOut,LString2,'Extended Field')
ENDIF
Write(DifUnit,fmta) TRIM(LineOut)
ENDDO
WRITE(DifUnit,fmta) ''
RETURN
END SUBROUTINE WriteOutIDFLines
SUBROUTINE WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
! SUBROUTINE INFORMATION:
! AUTHOR Linda Lawrie
! DATE WRITTEN August 2009
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS SUBROUTINE:
! This subroutine writes out one IDF object to the indicated LFN.
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
! na
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! SUBROUTINE ARGUMENT DEFINITIONS:
INTEGER, INTENT(IN) :: DifUnit
CHARACTER(len=*), INTENT(IN) :: ObjectName
INTEGER, INTENT(IN) :: CurArgs
CHARACTER(len=*), DIMENSION(:) :: OutArgs
CHARACTER(len=*), DIMENSION(:), OPTIONAL :: FieldNames
CHARACTER(len=*), DIMENSION(:), OPTIONAL :: FieldUnits
! SUBROUTINE PARAMETER DEFINITIONS:
CHARACTER(len=2), PARAMETER :: CommaString=', '
CHARACTER(len=2), PARAMETER :: SemiString='; '
CHARACTER(len=*), PARAMETER :: fmta="(A)"
CHARACTER(len=*), PARAMETER :: Blank=' '
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! SUBROUTINE LOCAL VARIABLE DECLARATIONS:
CHARACTER(len=2) LString1
CHARACTER(len=5) :: LString2=' !- '
INTEGER Arg
CHARACTER(len=500) :: LineOut
INTEGER :: MaxSize
MaxSize=SIZE(FieldNames)
WRITE(DifUnit,fmta,ADVANCE='NO') ' '//TRIM(ObjectName)//','
DO Arg=1,CurArgs
IF (Arg /= CurArgs) THEN
LString1=CommaString
ELSE
LString1=SemiString
ENDIF
LineOut=TRIM(OutArgs(Arg))//LString1
IF (Arg /= CurArgs) THEN
Write(DifUnit,fmta,ADVANCE='NO') TRIM(LineOut)
ELSE
Write(DifUnit,fmta) TRIM(LineOut)
ENDIF
ENDDO
WRITE(DifUnit,fmta) ''
RETURN
END SUBROUTINE WriteOutIDFLinesAsSingleLine
SUBROUTINE WriteOutPartialIDFLines(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
! SUBROUTINE INFORMATION:
! AUTHOR Linda Lawrie
! DATE WRITTEN March 2004
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS SUBROUTINE:
! This subroutine writes out part of one IDF object to the indicated LFN.
! (no terminating ;) (no terminating blank line)
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
! na
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! SUBROUTINE ARGUMENT DEFINITIONS:
INTEGER, INTENT(IN) :: DifUnit
CHARACTER(len=*), INTENT(IN) :: ObjectName
INTEGER, INTENT(IN) :: CurArgs
CHARACTER(len=*), DIMENSION(:) :: OutArgs
CHARACTER(len=*), DIMENSION(:) :: FieldNames
CHARACTER(len=*), DIMENSION(:) :: FieldUnits
! SUBROUTINE PARAMETER DEFINITIONS:
CHARACTER(len=2), PARAMETER :: CommaString=', '
CHARACTER(len=*), PARAMETER :: fmta="(A)"
CHARACTER(len=*), PARAMETER :: Blank=' '
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! SUBROUTINE LOCAL VARIABLE DECLARATIONS:
CHARACTER(len=2) LString1
CHARACTER(len=5) :: LString2=' !- '
INTEGER Arg
CHARACTER(len=500) :: LineOut
INTEGER :: MaxSize
MaxSize=SIZE(FieldNames)
WRITE(DifUnit,fmta) ' '//TRIM(ObjectName)//','
DO Arg=1,CurArgs
LString1=CommaString
LineOut=' '//TRIM(OutArgs(Arg))//LString1
IF (Arg <= MaxSize) THEN
LineOut=AddFieldNameToLine(LineOut,LString2,FieldNames(Arg))
IF (withUnits .and. FieldUnits(Arg) /= Blank) THEN
LineOut=AddUnitsToLine(LineOut,FieldUnits(Arg))
ENDIF
ELSE
LineOut=AddFieldNameToLine(LineOut,LString2,'Extended Field')
ENDIF
Write(DifUnit,fmta) TRIM(LineOut)
ENDDO
RETURN
END SUBROUTINE WriteOutPartialIDFLines
SUBROUTINE WriteOutIDFLinesAsComments(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
! SUBROUTINE INFORMATION:
! AUTHOR Linda Lawrie
! DATE WRITTEN March 2004
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS SUBROUTINE:
! This subroutine writes out one IDF object to the indicated LFN.
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
! na
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! SUBROUTINE ARGUMENT DEFINITIONS:
INTEGER, INTENT(IN) :: DifUnit
CHARACTER(len=*), INTENT(IN) :: ObjectName
INTEGER, INTENT(IN) :: CurArgs
CHARACTER(len=*), DIMENSION(:) :: OutArgs
CHARACTER(len=*), DIMENSION(:) :: FieldNames
CHARACTER(len=*), DIMENSION(:) :: FieldUnits
! SUBROUTINE PARAMETER DEFINITIONS:
CHARACTER(len=2), PARAMETER :: CommaString=', '
CHARACTER(len=2), PARAMETER :: SemiString='; '
CHARACTER(len=*), PARAMETER :: fmta="(A)"
CHARACTER(len=*), PARAMETER :: Blank=' '
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! SUBROUTINE LOCAL VARIABLE DECLARATIONS:
CHARACTER(len=2) LString1
CHARACTER(len=5) :: LString2=' !- '
INTEGER Arg
CHARACTER(len=500) :: LineOut
INTEGER :: MaxSize
MaxSize=SIZE(FieldNames)
WRITE(DifUnit,fmta) '! '//TRIM(ObjectName)//','
DO Arg=1,CurArgs
IF (Arg /= CurArgs) THEN
LString1=CommaString
ELSE
LString1=SemiString
ENDIF
LineOut='! '//TRIM(OutArgs(Arg))//LString1
IF (Arg <= MaxSize) THEN
LineOut=AddFieldNameToLine(LineOut,LString2,FieldNames(Arg))
IF (withUnits .and. FieldUnits(Arg) /= Blank) THEN
LineOut=AddUnitsToLine(LineOut,FieldUnits(Arg))
ENDIF
ELSE
LineOut=AddFieldNameToLine(LineOut,LString2,'Extended Field')
ENDIF
Write(DifUnit,fmta) TRIM(LineOut)
ENDDO
WRITE(DifUnit,fmta) ''
RETURN
END SUBROUTINE WriteOutIDFLinesAsComments
SUBROUTINE CheckSpecialObjects(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits,Written)
! SUBROUTINE INFORMATION:
! AUTHOR Linda Lawrie
! DATE WRITTEN March 2004
! MODIFIED na
! RE-ENGINEERED na
! PURPOSE OF THIS SUBROUTINE:
! This subroutine writes out some special objects (possibly).
! METHODOLOGY EMPLOYED:
! na
! REFERENCES:
! na
! USE STATEMENTS:
USE InputProcessor, ONLY: MakeUPPERCase,SameString,ProcessNumber
USE General, ONLY: TrimSigDigits
IMPLICIT NONE ! Enforce explicit typing of all variables in this routine
! SUBROUTINE ARGUMENT DEFINITIONS:
INTEGER, INTENT(IN) :: DifUnit
CHARACTER(len=*), INTENT(IN) :: ObjectName
INTEGER, INTENT(IN) :: CurArgs
CHARACTER(len=*), DIMENSION(:) :: OutArgs
CHARACTER(len=*), DIMENSION(:) :: FieldNames
CHARACTER(len=*), DIMENSION(:) :: FieldUnits
LOGICAL, INTENT(Out) :: Written
! SUBROUTINE PARAMETER DEFINITIONS:
CHARACTER(len=2), PARAMETER :: CommaString=', '
CHARACTER(len=2), PARAMETER :: SemiString='; '
CHARACTER(len=*), PARAMETER :: fmta="(A)"
CHARACTER(len=*), PARAMETER :: Blank=' '
CHARACTER(len=*), PARAMETER :: VertexString='X,Y,Z ==> Vertex'
! INTERFACE BLOCK SPECIFICATIONS
! na
! DERIVED TYPE DEFINITIONS
! na
! SUBROUTINE LOCAL VARIABLE DECLARATIONS:
CHARACTER(len=6) LString
INTEGER Arg
CHARACTER(len=500) :: LineOut
INTEGER VArg
INTEGER VArgS
INTEGER VArgE
CHARACTER(len=MaxNameLength) UCRepVarName
INTEGER pos
INTEGER pos2
INTEGER NVert
CHARACTER(len=4) :: VString=' '
INTEGER iCurArgs
LOGICAL compactwarning
LOGICAL :: ErrFlag
INTEGER NVertFieldNum
INTEGER SurfaceSpaceFieldShift
Written=.true.
compactwarning=.false.
! Surface fields shifted by one with the addition of Space Name field
IF (VersionNum < 9.6) THEN
SurfaceSpaceFieldShift = 0
ELSE
SurfaceSpaceFieldShift = 1
ENDIF
IF (VersionNum < 3.0) THEN
SELECT CASE (MakeUPPERCase(ObjectName))
! Changes for readability
CASE ('BUILDING')
IF (OutArgs(3) == '1') THEN
OutArgs(3)='Country'
ENDIF
IF (OutArgs(3) == '2') THEN
OutArgs(3)='Suburbs'
ENDIF
IF (OutArgs(3) == '3') THEN
OutArgs(3)='City'
ENDIF
IF (OutArgs(6) == '-1') THEN
OutArgs(6)='MinimalShadowing'
ENDIF
IF (OutArgs(6) == '0') THEN
OutArgs(6)='FullExterior'
ENDIF
IF (OutArgs(6) == '1') THEN
OutArgs(6)='FullInteriorAndExterior'
ENDIF
iCurArgs=CurArgs
IF (iCurArgs == 8) THEN
IF (MakeUPPERCase(OutArgs(8)) == 'YES') THEN
OutArgs(6)=TRIM(OutArgs(6))//'WithReflections'
OutArgs(8)=Blank
iCurArgs=7
ELSEIF (MakeUPPERCase(OutArgs(8)) == 'NO') THEN
OutArgs(8)=Blank
iCurArgs=7
ENDIF
ENDIF
CALL WriteOutIDFLines(DifUnit,ObjectName,iCurArgs,OutArgs,FieldNames,FieldUnits)
CASE ('SOLUTION ALGORITHM')
IF (OutArgs(1) == '0') THEN
OutArgs(1)='CTF'
ENDIF
IF (MakeUPPERCase(OutArgs(1)) == 'DEFAULT') THEN
OutArgs(1)='CTF'
ENDIF
IF (OutArgs(1) == '2') THEN
OutArgs(1)='EMPD'
ENDIF
IF (OutArgs(1) == '3') THEN
OutArgs(1)='MTF'
ENDIF
CALL WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
CASE ('OUTSIDE CONVECTION ALGORITHM')
IF (OutArgs(1) == '0') THEN
OutArgs(1)='Simple'
ENDIF
IF (OutArgs(1) == '1') THEN
OutArgs(1)='Detailed'
ENDIF
CALL WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
CASE ('INSIDE CONVECTION ALGORITHM')
IF (OutArgs(1) == '0') THEN
OutArgs(1)='Simple'
ENDIF
IF (OutArgs(1) == '1') THEN
OutArgs(1)='Detailed'
ENDIF
CALL WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
CASE ('REPORT VARIABLE')
IF (OutArgs(1) == Blank) THEN
OutArgs(1)='*'
ENDIF
CALL WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
CASE('SURFACE:HEATTRANSFER','SURFACE:HEATTRANSFER:SUB')
IF (MakeUPPERCase(OutArgs(10)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-10)/3
ELSEIF (OutArgs(10) == '') THEN
NVert=(CurArgs-10)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(10),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-10)/3
! Replace in existing with Autocalculate
OutArgs(10) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(10) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,10,OutArgs,FieldNames,FieldUnits)
VArg=11
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
CASE('SURFACE:SHADING:DETACHED','SURFACE:SHADING:DETACHED:FIXED','SURFACE:SHADING:DETACHED:BUILDING')
IF (MakeUPPERCase(OutArgs(3)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-3)/3
ELSEIF (OutArgs(3) == '') THEN
NVert=(CurArgs-3)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(3),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-3)/3
! Replace in existing with Autocalculate
OutArgs(3) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(3) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
IF (ObjectName == 'SURFACE:SHADING:DETACHED') THEN
CALL WriteOutPartialIDFLines(DifUnit,'SURFACE:SHADING:DETACHED:FIXED',3,OutArgs,FieldNames,FieldUnits)
ELSE
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,3,OutArgs,FieldNames,FieldUnits)
ENDIF
VArg=4
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
CASE('SURFACE:SHADING:ATTACHED')
IF (MakeUPPERCase(OutArgs(4)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-4)/3
ELSEIF (OutArgs(4) == '') THEN
NVert=(CurArgs-4)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(4),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-4)/3
! Replace in existing with Autocalculate
OutArgs(4) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(4) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,4,OutArgs,FieldNames,FieldUnits)
VArg=5
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
CASE('WINDOWGLASSSPECTRALDATA')
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,1,OutArgs,FieldNames,FieldUnits)
DO Arg=2,CurArgs,4
VargS=Arg
VargE=Arg+3
IF (VargS+3 > CurArgs) VargE=CurArgs
IF (VArgE /= CurArgs) THEN
LString=','
ELSE
LString=';'
ENDIF
LineOut=' '//TRIM(OutArgs(VArgS))
DO VArg=VargS+1,VargE
LineOut=TRIM(LineOut)//','//OutArgs(Varg)
ENDDO
LineOut=TRIM(LineOut)//LString
WRITE(DifUnit,fmta) TRIM(LineOut)
ENDDO
WRITE(DifUnit,fmta) ''
CASE('FLUIDPROPERTYTEMPERATURES')
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,1,OutArgs,FieldNames,FieldUnits)
DO Arg=2,CurArgs,7
VargS=Arg
VargE=Arg+6
IF (VargS+6 > CurArgs) VargE=CurArgs
IF (VArgE /= CurArgs) THEN
LString=','
ELSE
LString=';'
ENDIF
LineOut=' '//TRIM(OutArgs(VArgS))
DO VArg=VargS+1,VargE
LineOut=TRIM(LineOut)//','//OutArgs(Varg)
ENDDO
LineOut=TRIM(LineOut)//LString
WRITE(DifUnit,fmta) TRIM(LineOut)
ENDDO
WRITE(DifUnit,fmta) ''
CASE('FLUIDPROPERTYSATURATED','FLUIDPROPERTYSUPERHEATED','FLUIDPROPERTYCONCENTRATION')
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,4,OutArgs,FieldNames,FieldUnits)
DO Arg=5,CurArgs,7
VargS=Arg
VargE=Arg+6
IF (VargS+6 > CurArgs) VargE=CurArgs
IF (VArgE /= CurArgs) THEN
LString=','
ELSE
LString=';'
ENDIF
LineOut=' '//TRIM(OutArgs(VArgS))
DO VArg=VargS+1,VargE
LineOut=TRIM(LineOut)//','//OutArgs(Varg)
ENDDO
LineOut=TRIM(LineOut)//LString
WRITE(DifUnit,fmta) TRIM(LineOut)
ENDDO
WRITE(DifUnit,fmta) ''
CASE DEFAULT
Written=.false.
END SELECT
ELSE
SELECT CASE (MakeUPPERCase(ObjectName))
! Special single line formats
CASE ('VERSION','SURFACECONVECTIONALGORITHM:INSIDE','SURFACECONVECTIONALGORITHM:OUTSIDE', &
'HEATBALANCEALGORITHM','ZONECAPACITANCEMULTIPLIER','TIMESTEP','SITE:GROUNDTEMPERATURE:BUILDINGSURFACE', &
'SITE:GROUNDTEMPERATURE:FCFACTORMETHOD','SITE:GROUNDTEMPERATURE:SHALLOW','SITE:GROUNDTEMPERATURE:DEEP', &
'SITE:GROUNDREFLECTANCE','OUTPUT:METER','OUTPUT:METER:METERFILEONLY','OUTPUT:METER:CUMULATIVE', &
'OUTPUT:METER:CUMULATIVE:METERFILEONLY','OUTPUT:VARIABLEDICTIONARY','OUTPUT:SURFACES:LIST', &
'OUTPUT:SURFACES:DRAWING','OUTPUT:SCHEDULES','OUTPUT:CONSTRUCTIONS','SCHEDULE:CONSTANT')
CALL WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
CASE ('SCHEDULE:COMPACT')
compactwarning=.false.
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,2,OutArgs,FieldNames,FieldUnits)
Arg=3
DO WHILE (Arg <= CurArgs)
IF (SameString(OutArgs(Arg)(1:5),'Until')) THEN
IF (Arg+1 /= CurArgs) THEN
LString=','
ELSE
LString=';'
ENDIF
IF (Arg == CurArgs) THEN
LString=';' ! may throw error, is probably same workings as before
! need to write out error message? Output:preprocessor?
compactwarning=.true.
ENDIF
LineOut=' '//trim(OutArgs(Arg))//','//trim(OutArgs(Arg+1))//LString
IF (Len_Trim(LineOut) > 29) THEN
WRITE(DifUnit,fmta) TRIM(LineOut)//' !- '//trim(FieldNames(Arg))
ELSE
LineOut(30:)='!- '//Trim(FieldNames(Arg))
WRITE(DifUnit,fmta) Trim(LineOut)
ENDIF
Arg=Arg+2
ELSE
IF (Arg /= CurArgs) THEN
LString=','
ELSE
LString=';'
ENDIF
LineOut=' '//trim(OutArgs(Arg))//LString
IF (Len_Trim(LineOut) > 29) THEN
WRITE(DifUnit,fmta) TRIM(LineOut)//' !- '//trim(FieldNames(Arg))
ELSE
LineOut(30:)='!- '//Trim(FieldNames(Arg))
WRITE(DifUnit,fmta) Trim(LineOut)
ENDIF
Arg=Arg+1
ENDIF
ENDDO
WRITE(DifUnit,fmta) ''
if (compactwarning) then
CALL writePreProcessorObject(DifUnit,ProgNameConversion,'Warning', &
'Compact Schedule object="'//trim(OutArgs(1))//'" terminated early. Check for accuracy.')
endif
! Changes for readability
CASE ('OUTPUT:VARIABLE')
IF (OutArgs(1) == Blank) THEN
OutArgs(1)='*'
ENDIF
CALL WriteOutIDFLinesAsSingleLine(DifUnit,ObjectName,CurArgs,OutArgs,FieldNames,FieldUnits)
CASE('BUILDINGSURFACE:DETAILED')
NVertFieldNum = 10 + SurfaceSpaceFieldShift
IF (MakeUPPERCase(OutArgs(NVertFieldNum)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-NVertFieldNum)/3
ELSEIF (OutArgs(NVertFieldNum) == '') THEN
NVert=(CurArgs-NVertFieldNum)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(NVertFieldNum),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-NVertFieldNum)/3
! Replace in existing with Autocalculate
OutArgs(NVertFieldNum) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(NVertFieldNum) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,NVertFieldNum,OutArgs,FieldNames,FieldUnits)
VArg=NVertFieldNum + 1
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
CASE('FENESTRATIONSURFACE:DETAILED')
IF (VersionNum < 9.0) THEN
IF (MakeUPPERCase(OutArgs(10)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-10)/3
ELSEIF (OutArgs(10) == '') THEN
NVert=(CurArgs-10)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(10),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-10)/3
! Replace in existing with Autocalculate
OutArgs(10) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(10) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,10,OutArgs,FieldNames,FieldUnits)
VArg=11
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
ELSE
IF (MakeUPPERCase(OutArgs(9)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-9)/3
ELSEIF (OutArgs(9) == '') THEN
NVert=(CurArgs-9)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(9),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-9)/3
! Replace in existing with Autocalculate
OutArgs(9) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(9) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,9,OutArgs,FieldNames,FieldUnits)
VArg=10
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
ENDIF
CASE('WALL:DETAILED','ROOFCEILING:DETAILED','FLOOR:DETAILED')
NVertFieldNum = 9 + SurfaceSpaceFieldShift
IF (MakeUPPERCase(OutArgs(NVertFieldNum)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-NVertFieldNum)/3
ELSEIF (OutArgs(NVertFieldNum) == '') THEN
NVert=(CurArgs-NVertFieldNum)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(NVertFieldNum),ErrFlag)
IF (ErrFlag) THEN
! If failed, default to autocalculate instead
NVert=(CurArgs-NVertFieldNum)/3
! Replace in existing with Autocalculate
OutArgs(NVertFieldNum) = 'Autocalculate'
CALL ShowWarningError('For ' // TRIM(ObjectName) // ' named ''' // TRIM(OutArgs(1)) // &
''', Number of vertices is not a number, defaulting to Autocalculate (N='// &
TRIM(TrimSigDigits(NVert)) //')',Auditf)
ELSE
! Silently trim any float to an integer
OutArgs(NVertFieldNum) = TrimSigDigits(NVert)
ENDIF
ENDIF
! Now we write the first few fields
CALL WriteOutPartialIDFLines(DifUnit,ObjectName,10,OutArgs,FieldNames,FieldUnits)
VArg=NVertFieldNum + 1
DO Arg=1,NVert
IF (Arg /= NVert) THEN
LString=', !- '
ELSE
LString='; !- '
ENDIF
WRITE(VString,'(I4)') Arg
VString=ADJUSTL(VString)
IF (withUnits .and. FieldUnits(VArg) /= Blank) THEN
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)//' {'//TRIM(FieldUnits(VArg))//'}'
ELSE
WRITE(DifUnit,fmta) ' '//TRIM(OutArgs(VArg))//','//TRIM(OutArgs(VArg+1))//','//TRIM(OutArgs(VArg+2))// &
LString//TRIM(VertexString)//' '//TRIM(VString)
ENDIF
VArg=VArg+3
ENDDO
WRITE(DifUnit,fmta) ''
CASE('SHADING:SITE:DETAILED','SHADING:BUILDING:DETAILED')
IF (MakeUPPERCase(OutArgs(3)) == 'AUTOCALCULATE') THEN
NVert=(CurArgs-3)/3
ELSEIF (OutArgs(3) == '') THEN
NVert=(CurArgs-3)/3
ELSE
! Try to read the number of vertices as an integer
NVert = ProcessNumber(OutArgs(3),ErrFlag)