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ReadWQBoundaryCondition.f90
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ReadWQBoundaryCondition.f90
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!> This subroutine reads the simulation parameters.
Subroutine ReadWQBoundaryCondition(MeshParam,HydroParam,LimnoParam,hydroConfiguration,wqConfiguration,IniTime,FinalTime)
Use domain_types
Use MeshVars
Use LimnologyVars
Use Hydrodynamic
Integer i,j,k,iElem,iEdge,iNode1,iNode2,Face,iLayer,iRange
Integer:: idate(6)
character(len=20):: str
Integer:: NObjTemp,NObjSal,NObjIM,NObjDom,NObjPom,NObjPO4,NObjPAIM,NObjNH4,NObjNO3,NObjSiO2,NObjO2,NObjDBO,NObjDic
Integer:: NObjTempRange,NObjSalRange,NObjIMRange,NObjDomRange,NObjPomRange,NObjPO4Range,NObjPAIMRange,NObjNH4Range,NObjNO3Range,NObjSiO2Range,NObjO2Range,NObjDBORange,NObjDicRange
Integer(c_int):: numberOfBoundaryConditions
type(HydrodynamicConfiguration) :: hydroConfiguration
type(WaterQualityConfiguration) :: wqConfiguration
type(BoundaryCondition), dimension(:), pointer :: wqboundaryConditions
type(NonVerticallyIntegratedRange), pointer :: nonVerticallyIntegratedCell(:)
!integer, pointer :: objectIds(:)
type(HydrodynamicBoundaryConditionCell), pointer :: boundaryConditionCells(:)
type(TimeSeries), pointer :: hydrotimeSeries(:)
Integer:: IniTime !< Initial time of simulation (unix time)
Integer:: FinalTime !< Final time of simulation (unix time)
type(MeshGridParam) :: MeshParam
type(LimnologyParam) :: LimnoParam
type(HydrodynamicParam) :: HydroParam
LimnoParam%NuDLoadTemp = 0 !< Number of boundary conditions of Water temperature
NObjTemp = 0 !pegar o número de linhas referente ao maior arquivo
NObjTempRange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDLoadSal = 0 !< Number of boundary conditions of Water temperature
NObjSal = 0 !pegar o número de linhas referente ao maior arquivo
NObjSalRange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDLoadPom = 0 !< Number of boundary conditions of Water temperature
NObjPom = 0 !pegar o número de linhas referente ao maior arquivo
NObjPomRange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDLoadDom = 0 !< Number of boundary conditions of Water temperature
NObjDom = 0 !pegar o número de linhas referente ao maior arquivo
NObjDomRange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDLoadIM = 0 !< Number of boundary conditions of Water temperature
NObjIM = 0 !pegar o número de linhas referente ao maior arquivo
NObjIMRange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuPLoadPO4 = 0 !< Number of boundary conditions of Water temperature
NObjPO4 = 0 !pegar o número de linhas referente ao maior arquivo
NObjPO4Range = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDLoadIM = 0 !< Number of boundary conditions of Water temperature
NObjIM = 0 !pegar o número de linhas referente ao maior arquivo
NObjIMRange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuNLoadNH4 = 0 !< Number of boundary conditions of Water temperature
NObjNH4 = 0 !pegar o número de linhas referente ao maior arquivo
NObjNH4Range = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuNLoadNO3 = 0 !< Number of boundary conditions of Water temperature
NObjNO3 = 0 !pegar o número de linhas referente ao maior arquivo
NObjNO3Range = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuSiLoadSiO2 = 0 !< Number of boundary conditions of Water temperature
NObjSiO2 = 0 !pegar o número de linhas referente ao maior arquivo
NObjSiO2Range = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuO2LoadO2 = 0 !< Number of boundary conditions of Water temperature
NObjO2 = 0 !pegar o número de linhas referente ao maior arquivo
NObjO2Range = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDBOLoadDBO = 0 !< Number of boundary conditions of Water temperature
NObjDBO = 0 !pegar o número de linhas referente ao maior arquivo
NObjDBORange = 0 !pegar o número máximo de faixas na vertical
LimnoParam%NuDicLoadDic = 0 !< Number of boundary conditions of Water temperature
NObjDic = 0 !pegar o número de linhas referente ao maior arquivo
NObjDicRange = 0 !pegar o número máximo de faixas na vertical
call c_f_pointer(wqConfiguration%boundaryConditions, wqboundaryConditions, [wqConfiguration%numberOfBoundaryConditions])
Do i = 1,wqConfiguration%numberOfBoundaryConditions
! 1. Water Temperature (Index == 1)
! 1.1 Mapping cells/layers with boundary condition of Water Temperature
If (trim(wqboundaryConditions(i)%conditionType) == "Water Temperature") Then ! Mapping cells/layers with boundary condition of Water Temperature
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadTemp = LimnoParam%NuDLoadTemp + 1
NObjTempRange = Max(NObjTempRange,1)
NObjTemp = Max(NObjTemp, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadTemp = LimnoParam%NuDLoadTemp + 1
NObjTempRange = Max(NObjTempRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjTemp = Max(NObjTemp,1)
Else
NObjTemp = Max(NObjTemp, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Salinity") Then !Salinity
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadSal = LimnoParam%NuDLoadSal + 1
NObjSalRange = Max(NObjSalRange,1)
NObjSal = Max(NObjSal, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadSal = LimnoParam%NuDLoadSal + 1
NObjSalRange = Max(NObjSalRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjSal = Max(NObjSal,1)
Else
NObjSal = Max(NObjSal, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Organic Matter") Then !Organic Matter
If (LimnoParam%InclMatOrgSplit == 1) Then
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
NObjPomRange = Max(NObjPomRange,1)
NObjPom = Max(NObjPom, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
NObjPomRange = Max(NObjPomRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjPom = Max(NObjPom,1)
Else
NObjPom = Max(NObjPom, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadDom = LimnoParam%NuDLoadDom + 1
NObjDomRange = Max(NObjDomRange,1)
NObjDom = Max(NObjDom, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadDom = LimnoParam%NuDLoadDom + 1
NObjDomRange = Max(NObjDomRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjDom = Max(NObjDom,1)
Else
NObjDom = Max(NObjDom, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
Else
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
NObjPomRange = Max(NObjPomRange,1)
NObjPom = Max(NObjPom, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
NObjPomRange = Max(NObjPomRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjPom = Max(NObjPom,1)
Else
NObjPom = Max(NObjPom, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
EndIf
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Inorganic Matter") Then !Inorganic Matter
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadIM = LimnoParam%NuDLoadIM + 1
NObjIMRange = Max(NObjIMRange,1)
NObjIM = Max(NObjIM, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadIM = LimnoParam%NuDLoadIM + 1
NObjIMRange = Max(NObjIMRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjIM = Max(NObjIM,1)
Else
NObjIM = Max(NObjIM, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Orthophosphate (PO4)") Then !Orthophosphate (PO4)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuPLoadPO4 = LimnoParam%NuPLoadPO4 + 1
NObjPO4Range = Max(NObjPO4Range,1)
NObjPO4 = Max(NObjPO4, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuPLoadPO4 = LimnoParam%NuPLoadPO4 + 1
NObjPO4Range = Max(NObjPO4Range,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjPO4 = Max(NObjPO4,1)
Else
NObjPO4 = Max(NObjPO4, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Particulate Absorbed Inorganic Phosphorus (PAIM)") Then !Particulate Absorbed Inorganic Phosphorus (PAIM)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDLoadIM = LimnoParam%NuDLoadIM + 1
NObjIMRange = Max(NObjIMRange,1)
NObjIM = Max(NObjIM, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDLoadIM = LimnoParam%NuDLoadIM + 1
NObjIMRange = Max(NObjIMRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjIM = Max(NObjIM,1)
Else
NObjIM = Max(NObjIM, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Ammonium (NH4)") Then !Ammonium (NH4)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuNLoadNH4 = LimnoParam%NuNLoadNH4 + 1
NObjNH4Range = Max(NObjNH4Range,1)
NObjNH4 = Max(NObjNH4, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuNLoadNH4 = LimnoParam%NuNLoadNH4 + 1
NObjNH4Range = Max(NObjNH4Range,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjNH4 = Max(NObjNH4,1)
Else
NObjNH4 = Max(NObjNH4, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Nitrate (NO3)") Then !Nitrate (NO3)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuNLoadNO3 = LimnoParam%NuNLoadNO3 + 1
NObjNO3Range = Max(NObjNO3Range,1)
NObjNO3 = Max(NObjNO3, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuNLoadNO3 = LimnoParam%NuNLoadNO3 + 1
NObjNO3Range = Max(NObjNO3Range,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjNO3 = Max(NObjNO3,1)
Else
NObjNO3 = Max(NObjNO3, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Silicate (SiO2)") Then !Silicate (SiO2)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuSiLoadSiO2 = LimnoParam%NuSiLoadSiO2 + 1
NObjSiO2Range = Max(NObjSiO2Range,1)
NObjSiO2 = Max(NObjSiO2, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuSiLoadSiO2 = LimnoParam%NuSiLoadSiO2 + 1
NObjSiO2Range = Max(NObjSiO2Range,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjSiO2 = Max(NObjSiO2,1)
Else
NObjSiO2 = Max(NObjSiO2, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Dissolved Oxygen (O2)") Then !Silicate (SiO2)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuO2LoadO2 = LimnoParam%NuO2LoadO2 + 1
NObjO2Range = Max(NObjO2Range,1)
NObjO2 = Max(NObjO2, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuO2LoadO2 = LimnoParam%NuO2LoadO2 + 1
NObjO2Range = Max(NObjO2Range,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjO2 = Max(NObjO2,1)
Else
NObjO2 = Max(NObjO2, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Biological Oxygen Demand (BOD)") Then !Biological Oxygen Demand (BOD)
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDBOLoadDBO = LimnoParam%NuDBOLoadDBO + 1
NObjDBORange = Max(NObjDBORange,1)
NObjDBO = Max(NObjDBO, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDBOLoadDBO = LimnoParam%NuDBOLoadDBO + 1
NObjDBORange = Max(NObjDBORange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjDBO = Max(NObjDBO,1)
Else
NObjDBO = Max(NObjDBO, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Dissolved Inorganic Carbon") Then !Dissolved Inorganic Carbon
Do j = 1,wqboundaryConditions(i)%cellsLength
If (wqboundaryConditions(i)%verticallyIntegrated) Then
LimnoParam%NuDicLoadDic = LimnoParam%NuDicLoadDic + 1
NObjDicRange = Max(NObjDicRange,1)
NObjDic = Max(NObjDic, wqboundaryConditions(i)%timeSeriesListSize)
Else
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
LimnoParam%NuDicLoadDic = LimnoParam%NuDicLoadDic + 1
NObjDicRange = Max(NObjDicRange,wqboundaryConditions(i)%rangesSize)
If (nonVerticallyIntegratedCell(iRange)%function==1) Then
NObjDic = Max(NObjDic,1)
Else
NObjDic = Max(NObjDic, nonVerticallyIntegratedCell(iRange)%timeSeriesListSize)
EndIf
EndDo
EndIf
EndDo
EndIf
EndDo
! 1.2 Allocating Boundary conditions
Allocate(LimnoParam%uDLoadTemp(MeshParam%KMax,MeshParam%nElem))
If (NObjTemp<2) NObjTemp = 2
Allocate (LimnoParam%TempnTime(LimnoParam%NuDLoadTemp))
Allocate (LimnoParam%TempValue(LimnoParam%NuDLoadTemp,NObjTemp))
Allocate (LimnoParam%TempTime(LimnoParam%NuDLoadTemp,NObjTemp))
Allocate (LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp))
Allocate (LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp))
Allocate (LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,2))
Allocate(LimnoParam%uDLoadSal(MeshParam%KMax,MeshParam%nElem))
If (NObjSal<2) NObjSal = 2
Allocate (LimnoParam%SalnTime(LimnoParam%NuDLoadSal))
Allocate (LimnoParam%SalValue(LimnoParam%NuDLoadSal,NObjSal))
Allocate (LimnoParam%SalTime(LimnoParam%NuDLoadSal,NObjSal))
Allocate (LimnoParam%SalSmallm(LimnoParam%NuDLoadSal))
Allocate (LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal))
Allocate (LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,2))
Allocate(LimnoParam%uDLoadPom(MeshParam%KMax,MeshParam%nElem))
If (NObjPom<2) NObjPom = 2
Allocate (LimnoParam%PomnTime(LimnoParam%NuDLoadPom))
Allocate (LimnoParam%PomValue(LimnoParam%NuDLoadPom,NObjPom))
Allocate (LimnoParam%PomTime(LimnoParam%NuDLoadPom,NObjPom))
Allocate (LimnoParam%PomSmallm(LimnoParam%NuDLoadPom))
Allocate (LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom))
Allocate (LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,2))
Allocate(LimnoParam%uDLoadDom(MeshParam%KMax,MeshParam%nElem))
If (NObjDom<2) NObjDom = 2
Allocate (LimnoParam%DomnTime(LimnoParam%NuDLoadDom))
Allocate (LimnoParam%DomValue(LimnoParam%NuDLoadDom,NObjPom))
Allocate (LimnoParam%DomTime(LimnoParam%NuDLoadDom,NObjPom))
Allocate (LimnoParam%DomSmallm(LimnoParam%NuDLoadDom))
Allocate (LimnoParam%DomCapitalM(LimnoParam%NuDLoadDom))
Allocate (LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,2))
Allocate(LimnoParam%uDLoadIM(MeshParam%KMax,MeshParam%nElem))
If (NObjIM<2) NObjIM = 2
Allocate (LimnoParam%IMnTime(LimnoParam%NuDLoadIM))
Allocate (LimnoParam%IMValue(LimnoParam%NuDLoadIM,NObjIM))
Allocate (LimnoParam%IMTime(LimnoParam%NuDLoadIM,NObjIM))
Allocate (LimnoParam%IMSmallm(LimnoParam%NuDLoadIM))
Allocate (LimnoParam%IMCapitalM(LimnoParam%NuDLoadIM))
Allocate (LimnoParam%NIMIndex(LimnoParam%NuDLoadIM,2))
Allocate(LimnoParam%uPLoadPO4(MeshParam%KMax,MeshParam%nElem))
If (NObjPO4<2) NObjPO4 = 2
Allocate (LimnoParam%PO4nTime(LimnoParam%NuPLoadPO4))
Allocate (LimnoParam%PO4Value(LimnoParam%NuPLoadPO4,NObjPO4))
Allocate (LimnoParam%PO4Time(LimnoParam%NuPLoadPO4,NObjPO4))
Allocate (LimnoParam%PO4Smallm(LimnoParam%NuPLoadPO4))
Allocate (LimnoParam%PO4CapitalM(LimnoParam%NuPLoadPO4))
Allocate (LimnoParam%NPO4Index(LimnoParam%NuPLoadPO4,2))
Allocate(LimnoParam%uPLoadPAIM(MeshParam%KMax,MeshParam%nElem))
If (NObjPAIM<2) NObjPAIM = 2
Allocate (LimnoParam%PAIMnTime(LimnoParam%NuPLoadPAIM))
Allocate (LimnoParam%PAIMValue(LimnoParam%NuPLoadPAIM,NObjPAIM))
Allocate (LimnoParam%PAIMTime(LimnoParam%NuPLoadPAIM,NObjPAIM))
Allocate (LimnoParam%PAIMSmallm(LimnoParam%NuPLoadPAIM))
Allocate (LimnoParam%PAIMCapitalM(LimnoParam%NuPLoadPAIM))
Allocate (LimnoParam%NPAIMIndex(LimnoParam%NuPLoadPAIM,2))
Allocate(LimnoParam%uNLoadNH4(MeshParam%KMax,MeshParam%nElem))
If (NObjNH4<2) NObjNH4 = 2
Allocate (LimnoParam%NH4nTime(LimnoParam%NuNLoadNH4))
Allocate (LimnoParam%NH4Value(LimnoParam%NuNLoadNH4,NObjNH4))
Allocate (LimnoParam%NH4Time(LimnoParam%NuNLoadNH4,NObjNH4))
Allocate (LimnoParam%NH4Smallm(LimnoParam%NuNLoadNH4))
Allocate (LimnoParam%NH4CapitalM(LimnoParam%NuNLoadNH4))
Allocate (LimnoParam%NNH4Index(LimnoParam%NuNLoadNH4,2))
Allocate(LimnoParam%uNLoadNO3(MeshParam%KMax,MeshParam%nElem))
If (NObjNO3<2) NObjNO3 = 2
Allocate (LimnoParam%NO3nTime(LimnoParam%NuNLoadNO3))
Allocate (LimnoParam%NO3Value(LimnoParam%NuNLoadNO3,NObjNO3))
Allocate (LimnoParam%NO3Time(LimnoParam%NuNLoadNO3,NObjNO3))
Allocate (LimnoParam%NO3Smallm(LimnoParam%NuNLoadNO3))
Allocate (LimnoParam%NO3CapitalM(LimnoParam%NuNLoadNO3))
Allocate (LimnoParam%NNO3Index(LimnoParam%NuNLoadNO3,2))
Allocate(LimnoParam%uSiLoadSiO2(MeshParam%KMax,MeshParam%nElem))
If (NObjSiO2<2) NObjSiO2 = 2
Allocate (LimnoParam%SiO2nTime(LimnoParam%NuSiLoadSiO2))
Allocate (LimnoParam%SiO2Value(LimnoParam%NuSiLoadSiO2,NObjSiO2))
Allocate (LimnoParam%SiO2Time(LimnoParam%NuSiLoadSiO2,NObjSiO2))
Allocate (LimnoParam%SiO2Smallm(LimnoParam%NuSiLoadSiO2))
Allocate (LimnoParam%SiO2CapitalM(LimnoParam%NuSiLoadSiO2))
Allocate (LimnoParam%NSiO2Index(LimnoParam%NuSiLoadSiO2,2))
Allocate(LimnoParam%uO2LoadO2(MeshParam%KMax,MeshParam%nElem))
If (NObjO2<2) NObjO2 = 2
Allocate (LimnoParam%O2nTime(LimnoParam%NuO2LoadO2))
Allocate (LimnoParam%O2Value(LimnoParam%NuO2LoadO2,NObjO2))
Allocate (LimnoParam%O2Time(LimnoParam%NuO2LoadO2,NObjO2))
Allocate (LimnoParam%O2Smallm(LimnoParam%NuO2LoadO2))
Allocate (LimnoParam%O2CapitalM(LimnoParam%NuO2LoadO2))
Allocate (LimnoParam%NO2Index(LimnoParam%NuO2LoadO2,2))
Allocate(LimnoParam%uDLoadDBO(MeshParam%KMax,MeshParam%nElem))
If (NObjDBO<2) NObjDBO = 2
Allocate (LimnoParam%DBOnTime(LimnoParam%NuDBOLoadDBO))
Allocate (LimnoParam%DBOValue(LimnoParam%NuDBOLoadDBO,NObjDBO))
Allocate (LimnoParam%DBOTime(LimnoParam%NuDBOLoadDBO,NObjDBO))
Allocate (LimnoParam%DBOSmallm(LimnoParam%NuDBOLoadDBO))
Allocate (LimnoParam%DBOCapitalM(LimnoParam%NuDBOLoadDBO))
Allocate (LimnoParam%NDBOIndex(LimnoParam%NuDBOLoadDBO,2))
Allocate(LimnoParam%uDLoadDic(MeshParam%KMax,MeshParam%nElem))
If (NObjDic<2) NObjDic = 2
Allocate (LimnoParam%DicnTime(LimnoParam%NuDicLoadDic))
Allocate (LimnoParam%DicValue(LimnoParam%NuDicLoadDic,NObjDic))
Allocate (LimnoParam%DicTime(LimnoParam%NuDicLoadDic,NObjDic))
Allocate (LimnoParam%DicSmallm(LimnoParam%NuDicLoadDic))
Allocate (LimnoParam%DicCapitalM(LimnoParam%NuDicLoadDic))
Allocate (LimnoParam%NDicIndex(LimnoParam%NuDicLoadDic,2))
LimnoParam%NuDLoadTemp = 0
LimnoParam%NuDLoadSal = 0
LimnoParam%NuDLoadPom = 0
LimnoParam%NuDLoadDom = 0
LimnoParam%NuDLoadIM = 0
LimnoParam%NuPLoadPO4 = 0
LimnoParam%NuPLoadPAIM = 0
LimnoParam%NuNLoadNH4 = 0
LimnoParam%NuNLoadNO3 = 0
LimnoParam%NuSiLoadSiO2 = 0
LimnoParam%NuO2LoadO2 = 0
LimnoParam%NuDBOLoadDBO = 0
LimnoParam%NuDicLoadDic = 0
Do i = 1,wqConfiguration%numberOfBoundaryConditions
!
call c_f_pointer(wqboundaryConditions(i)%cells, boundaryConditionCells, [wqboundaryConditions(i)%cellsLength])
If (trim(wqboundaryConditions(i)%conditionType) == "Water Temperature") Then !Water Temperature
If (wqboundaryConditions(i)%verticallyIntegrated) Then ! Vertically Integrated
iRange = 1
If (wqboundaryConditions(i)%conditionFunction == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadTemp = LimnoParam%NuDLoadTemp + 1
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,1) = 1
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%TempnTime(LimnoParam%NuDLoadTemp) = 2
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,1) = IniTime
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,2) = FinalTime
LimnoParam%TempValue(LimnoParam%NuDLoadTemp,:) = wqboundaryConditions(i)%constantValue
EndDo
ElseIf (wqboundaryConditions(i)%conditionFunction == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadTemp = LimnoParam%NuDLoadTemp + 1
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,1) = 1
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,2) = boundaryConditionCells(k)%cellId + 1
If (wqboundaryConditions(i)%timeSeriesListSize<2) Then
LimnoParam%TempnTime(LimnoParam%NuDLoadTemp) = 2
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,1) = IniTime
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,2) = FinalTime
LimnoParam%TempValue(LimnoParam%NuDLoadTemp,:) = wqboundaryConditions(i)%constantValue
Else
LimnoParam%TempnTime(LimnoParam%NuDLoadTemp) = wqboundaryConditions(i)%timeSeriesListSize
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
call c_f_pointer(wqboundaryConditions(i)%timeSeriesList, hydrotimeSeries, [wqboundaryConditions(i)%timeSeriesListSize])
Do j = 1, LimnoParam%TempnTime(LimnoParam%NuDLoadTemp)
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%TempValue(LimnoParam%NuDLoadTemp,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
Else ! Non Vertically Integrated
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
If (nonVerticallyIntegratedCell(iRange)%function == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadTemp = LimnoParam%NuDLoadTemp + 1
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%TempnTime(LimnoParam%NuDLoadTemp) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,1) = IniTime
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,2) = FinalTime
LimnoParam%TempValue(LimnoParam%NuDLoadTemp,:) = nonVerticallyIntegratedCell(iRange)%Value
EndDo
ElseIf (nonVerticallyIntegratedCell(iRange)%function == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadTemp = LimnoParam%NuDLoadTemp + 1
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NTempIndex(LimnoParam%NuDLoadTemp,2) = boundaryConditionCells(k)%cellId + 1
If (nonVerticallyIntegratedCell(iRange)%timeSeriesListSize<2) Then
LimnoParam%TempnTime(LimnoParam%NuDLoadTemp) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,1) = IniTime
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,2) = FinalTime
call c_f_pointer(nonVerticallyIntegratedCell(iRange)%timeSeriesList, hydrotimeSeries, [nonVerticallyIntegratedCell(iRange)%timeSeriesListSize])
LimnoParam%TempValue(LimnoParam%NuDLoadTemp,:) = hydrotimeSeries(1)%value1
Else
LimnoParam%TempnTime(LimnoParam%NuDLoadTemp) = nonVerticallyIntegratedCell(iRange)%timeSeriesListSize
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%TempSmallm(LimnoParam%NuDLoadTemp) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%TempCapitalM(LimnoParam%NuDLoadTemp) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
call c_f_pointer(nonVerticallyIntegratedCell(iRange)%timeSeriesList, hydrotimeSeries, [nonVerticallyIntegratedCell(iRange)%timeSeriesListSize])
Do j = 1, LimnoParam%TempnTime(LimnoParam%NuDLoadTemp)
LimnoParam%TempTime(LimnoParam%NuDLoadTemp,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%TempValue(LimnoParam%NuDLoadTemp,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
EndDo
EndIf
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Salinity") Then !Salinity
If (wqboundaryConditions(i)%verticallyIntegrated) Then ! Vertically Integrated
iRange = 1
If (wqboundaryConditions(i)%conditionFunction == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadSal = LimnoParam%NuDLoadSal + 1
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,1) = 1
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%SalnTime(LimnoParam%NuDLoadSal) = 2
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%SalTime(LimnoParam%NuDLoadSal,1) = IniTime
LimnoParam%SalTime(LimnoParam%NuDLoadSal,2) = FinalTime
LimnoParam%SalValue(LimnoParam%NuDLoadSal,:) = wqboundaryConditions(i)%constantValue
EndDo
ElseIf (wqboundaryConditions(i)%conditionFunction == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadSal = LimnoParam%NuDLoadSal + 1
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,1) = 1
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,2) = boundaryConditionCells(k)%cellId + 1
If (wqboundaryConditions(i)%timeSeriesListSize<2) Then
LimnoParam%SalnTime(LimnoParam%NuDLoadSal) = 2
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%SalTime(LimnoParam%NuDLoadSal,1) = IniTime
LimnoParam%SalTime(LimnoParam%NuDLoadSal,2) = FinalTime
LimnoParam%SalValue(LimnoParam%NuDLoadSal,:) = wqboundaryConditions(i)%constantValue
Else
LimnoParam%SalnTime(LimnoParam%NuDLoadSal) = wqboundaryConditions(i)%timeSeriesListSize
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
call c_f_pointer(wqboundaryConditions(i)%timeSeriesList, hydrotimeSeries, [wqboundaryConditions(i)%timeSeriesListSize])
Do j = 1, LimnoParam%SalnTime(LimnoParam%NuDLoadSal)
LimnoParam%SalTime(LimnoParam%NuDLoadSal,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%SalValue(LimnoParam%NuDLoadSal,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
Else ! Non Vertically Integrated
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
If (nonVerticallyIntegratedCell(iRange)%function == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadSal = LimnoParam%NuDLoadSal + 1
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%SalnTime(LimnoParam%NuDLoadSal) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
LimnoParam%SalTime(LimnoParam%NuDLoadSal,1) = IniTime
LimnoParam%SalTime(LimnoParam%NuDLoadSal,2) = FinalTime
LimnoParam%SalValue(LimnoParam%NuDLoadSal,:) = nonVerticallyIntegratedCell(iRange)%Value
EndDo
ElseIf (nonVerticallyIntegratedCell(iRange)%function == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadSal = LimnoParam%NuDLoadSal + 1
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NSalIndex(LimnoParam%NuDLoadSal,2) = boundaryConditionCells(k)%cellId + 1
If (nonVerticallyIntegratedCell(iRange)%timeSeriesListSize<2) Then
LimnoParam%SalnTime(LimnoParam%NuDLoadSal) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
LimnoParam%SalTime(LimnoParam%NuDLoadSal,1) = IniTime
LimnoParam%SalTime(LimnoParam%NuDLoadSal,2) = FinalTime
call c_f_pointer(nonVerticallyIntegratedCell(iRange)%timeSeriesList, hydrotimeSeries, [nonVerticallyIntegratedCell(iRange)%timeSeriesListSize])
LimnoParam%SalValue(LimnoParam%NuDLoadSal,:) = hydrotimeSeries(1)%value1
Else
LimnoParam%SalnTime(LimnoParam%NuDLoadSal) = nonVerticallyIntegratedCell(iRange)%timeSeriesListSize
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%SalSmallm(LimnoParam%NuDLoadSal) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%SalCapitalM(LimnoParam%NuDLoadSal) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
call c_f_pointer(nonVerticallyIntegratedCell(iRange)%timeSeriesList, hydrotimeSeries, [nonVerticallyIntegratedCell(iRange)%timeSeriesListSize])
Do j = 1, LimnoParam%SalnTime(LimnoParam%NuDLoadSal)
LimnoParam%SalTime(LimnoParam%NuDLoadSal,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%SalValue(LimnoParam%NuDLoadSal,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
EndDo
EndIf
ElseIf (trim(wqboundaryConditions(i)%conditionType) == "Organic Matter") Then !Organic Matter
If (LimnoParam%InclMatOrgSplit == 1) Then
If (wqboundaryConditions(i)%verticallyIntegrated) Then ! Vertically Integrated
iRange = 1
If (wqboundaryConditions(i)%conditionFunction == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,1) = 1
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%PomnTime(LimnoParam%NuDLoadPom) = 2
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%PomTime(LimnoParam%NuDLoadPom,1) = IniTime
LimnoParam%PomTime(LimnoParam%NuDLoadPom,2) = FinalTime
LimnoParam%PomValue(LimnoParam%NuDLoadPom,:) = wqboundaryConditions(i)%constantValue
EndDo
ElseIf (wqboundaryConditions(i)%conditionFunction == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,1) = 1
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,2) = boundaryConditionCells(k)%cellId + 1
If (wqboundaryConditions(i)%timeSeriesListSize<2) Then
LimnoParam%PomnTime(LimnoParam%NuDLoadPom) = 2
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%PomTime(LimnoParam%NuDLoadPom,1) = IniTime
LimnoParam%PomTime(LimnoParam%NuDLoadPom,2) = FinalTime
LimnoParam%PomValue(LimnoParam%NuDLoadPom,:) = wqboundaryConditions(i)%constantValue
Else
LimnoParam%PomnTime(LimnoParam%NuDLoadPom) = wqboundaryConditions(i)%timeSeriesListSize
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
call c_f_pointer(wqboundaryConditions(i)%timeSeriesList, hydrotimeSeries, [wqboundaryConditions(i)%timeSeriesListSize])
Do j = 1, LimnoParam%PomnTime(LimnoParam%NuDLoadPom)
LimnoParam%PomTime(LimnoParam%NuDLoadPom,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%PomValue(LimnoParam%NuDLoadPom,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
Else ! Non Vertically Integrated
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
If (nonVerticallyIntegratedCell(iRange)%function == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%PomnTime(LimnoParam%NuDLoadPom) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
LimnoParam%PomTime(LimnoParam%NuDLoadPom,1) = IniTime
LimnoParam%PomTime(LimnoParam%NuDLoadPom,2) = FinalTime
LimnoParam%PomValue(LimnoParam%NuDLoadPom,:) = nonVerticallyIntegratedCell(iRange)%Value
EndDo
ElseIf (nonVerticallyIntegratedCell(iRange)%function == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadPom = LimnoParam%NuDLoadPom + 1
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NPomIndex(LimnoParam%NuDLoadPom,2) = boundaryConditionCells(k)%cellId + 1
If (nonVerticallyIntegratedCell(iRange)%timeSeriesListSize<2) Then
LimnoParam%PomnTime(LimnoParam%NuDLoadPom) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
LimnoParam%PomTime(LimnoParam%NuDLoadPom,1) = IniTime
LimnoParam%PomTime(LimnoParam%NuDLoadPom,2) = FinalTime
call c_f_pointer(nonVerticallyIntegratedCell(iRange)%timeSeriesList, hydrotimeSeries, [nonVerticallyIntegratedCell(iRange)%timeSeriesListSize])
LimnoParam%PomValue(LimnoParam%NuDLoadPom,:) = hydrotimeSeries(1)%value1
Else
LimnoParam%PomnTime(LimnoParam%NuDLoadPom) = nonVerticallyIntegratedCell(iRange)%timeSeriesListSize
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%PomSmallm(LimnoParam%NuDLoadPom) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%PomCapitalM(LimnoParam%NuDLoadPom) = HydroParam%ElCapitalM(iElem)
EndIf
EndDo
call c_f_pointer(nonVerticallyIntegratedCell(iRange)%timeSeriesList, hydrotimeSeries, [nonVerticallyIntegratedCell(iRange)%timeSeriesListSize])
Do j = 1, LimnoParam%PomnTime(LimnoParam%NuDLoadPom)
LimnoParam%PomTime(LimnoParam%NuDLoadPom,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%PomValue(LimnoParam%NuDLoadPom,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
EndDo
EndIf
If (wqboundaryConditions(i)%verticallyIntegrated) Then ! Vertically Integrated
iRange = 1
If (wqboundaryConditions(i)%conditionFunction == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadDom = LimnoParam%NuDLoadDom + 1
LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,1) = 1
LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%DomnTime(LimnoParam%NuDLoadDom) = 2
LimnoParam%DomSmallm(LimnoParam%NuDLoadDom) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%DomCapitalM(LimnoParam%NuDLoadDom) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%DomTime(LimnoParam%NuDLoadDom,1) = IniTime
LimnoParam%DomTime(LimnoParam%NuDLoadDom,2) = FinalTime
LimnoParam%DomValue(LimnoParam%NuDLoadDom,:) = wqboundaryConditions(i)%constantValue
EndDo
ElseIf (wqboundaryConditions(i)%conditionFunction == 2) Then !Time-series
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadDom = LimnoParam%NuDLoadDom + 1
LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,1) = 1
LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,2) = boundaryConditionCells(k)%cellId + 1
If (wqboundaryConditions(i)%timeSeriesListSize<2) Then
LimnoParam%DomnTime(LimnoParam%NuDLoadDom) = 2
LimnoParam%DomSmallm(LimnoParam%NuDLoadDom) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%DomCapitalM(LimnoParam%NuDLoadDom) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
LimnoParam%DomTime(LimnoParam%NuDLoadDom,1) = IniTime
LimnoParam%DomTime(LimnoParam%NuDLoadDom,2) = FinalTime
LimnoParam%DomValue(LimnoParam%NuDLoadDom,:) = wqboundaryConditions(i)%constantValue
Else
LimnoParam%DomnTime(LimnoParam%NuDLoadDom) = wqboundaryConditions(i)%timeSeriesListSize
LimnoParam%DomSmallm(LimnoParam%NuDLoadDom) = HydroParam%ElSmallm(boundaryConditionCells(k)%cellId + 1)
LimnoParam%DomCapitalM(LimnoParam%NuDLoadDom) = HydroParam%ElCapitalM(boundaryConditionCells(k)%cellId + 1)
call c_f_pointer(wqboundaryConditions(i)%timeSeriesList, hydrotimeSeries, [wqboundaryConditions(i)%timeSeriesListSize])
Do j = 1, LimnoParam%DomnTime(LimnoParam%NuDLoadDom)
LimnoParam%DomTime(LimnoParam%NuDLoadDom,j) = hydrotimeSeries(j)%timeStamp
LimnoParam%DomValue(LimnoParam%NuDLoadDom,j) = hydrotimeSeries(j)%value1
EndDo
EndIf
EndDo
EndIf
Else ! Non Vertically Integrated
call c_f_pointer(wqboundaryConditions(i)%ranges, nonVerticallyIntegratedCell, [wqboundaryConditions(i)%rangesSize])
Do iRange = 1,wqboundaryConditions(i)%rangesSize
If (nonVerticallyIntegratedCell(iRange)%function == 1) Then !Constant
Do k = 1,wqboundaryConditions(i)%cellsLength
LimnoParam%NuDLoadDom = LimnoParam%NuDLoadDom + 1
LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,1) = wqboundaryConditions(i)%rangesSize
LimnoParam%NDomIndex(LimnoParam%NuDLoadDom,2) = boundaryConditionCells(k)%cellId + 1
LimnoParam%DomnTime(LimnoParam%NuDLoadDom) = 2
iElem = boundaryConditionCells(k)%cellId + 1
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer,iElem)>=nonVerticallyIntegratedCell(iRange)%minimumElevation) Then
LimnoParam%DomSmallm(LimnoParam%NuDLoadDom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%DomSmallm(LimnoParam%NuDLoadDom) = HydroParam%ElSmallm(iElem)
EndIf
EndDo
Do iLayer = HydroParam%ElSmallm(iElem), HydroParam%ElCapitalM(iElem)
If (HydroParam%Ze(iLayer+1,iElem)>=nonVerticallyIntegratedCell(iRange)%maximumElevation) Then
LimnoParam%DomCapitalM(LimnoParam%NuDLoadDom) = iLayer !Vertical Integrated (review)
Exit
Else
LimnoParam%DomCapitalM(LimnoParam%NuDLoadDom) = HydroParam%ElCapitalM(iElem)
EndIf