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HYDRUS.FOR
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HYDRUS.FOR
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*||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||*
* *
* HYDRUS - Numerical model of one-dimensional variably saturated *
* water flow, heat transport, and transport of solutes *
* involved in sequential first-order decay reactions *
* version 7.0 *
* *
* Version coupled with user-friendly interface for *
* MS Windows environment *
* *
* Designed by J.Simunek, M. Sejna, and M. Th. van Genuchten (1996) *
* *
* Last modified: October, 2009 *
* *
* *
* COPYRIGHT (c) 2005-9, Jiri Simunek, PC-Progress *
* *
*||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||*
program HYDRUS
parameter (NumNPD=1001,
! NMatD =20,
! NTabD =100,
! NObsD =100,
! NSD =11,
! NUnitD=7,
! NPD =1000)
integer PLevel,Alevel,TLevel,err
logical SinkF,WLayer,qGWLF,TopInF,ShortO,lWat,lChem,lTemp,ConvgF,
! FreeD,SeepF,BotInF,AtmBC,lRoot,lUpW,lWTDep,lSTDep,lEquil,
! lLinear(NSD),lArtD,lMoSink,lSolRed,lSolAdd,lScreen,lTable,
! lMinStep,qDrain,lMsSink,lTort,lInitW,lVarBC,lPrint,lFiltr,
! lMobIm(NMatD),lMeteo,lBact,lVapor,lDayVar,lEnter,lEnBal,
! lVaporOut,lExtrap,lPrintD,lLAI,lDensity,lSnow,lCentrif,
! lEqInit,lSinPrec,lDualNEq,lFlux,lHargr,lMetDaily,lEnd,
! lMassIni,lStopConv,lActRSU,lOmegaW,lFluxOut
double precision P,R,S,Q,RTime1,t,tInit,tOld,RTime,tMax,tAtm,
! tPrint1,tAtm1,tAtm2,tAtmOld,tAtmN,tAtm2O,
! TPrint,tPrintInt
character cFileName*260,cDataPath*260
integer*2 status
integer*2 i2,iYear,iMonth,iDay,iHours,iMins,iSecs,i100th
dimension x(NumNPD),hNew(NumNPD),hOld(NumNPD),hTemp(NumNPD),
! MatNum(NumNPD),ParD(11,NMatD),TPrint(NPD),Sink(NumNPD),
! POptm(NMatD),Beta(NumNPD),LayNum(NumNPD),CumQ(12),SubVol(10),
! ConTab(NTabD,NMatD),CapTab(NTabD,NMatD),TheTab(NTabD,NMatD),
! Con(NumNPD),Cap(NumNPD),ConSat(NMatD),ths(NMatD),P(NumNPD),
! R(NumNPD),S(NumNPD),hSat(NMatD),ParW(11,NMatD),Area(10),
! ChPar(NSD*16+4,NMatD),Conc(NSD,NumNPD),vNew(NumNPD),
! vOld(NumNPD),Disp(NumNPD),Retard(NumNPD),g0(NumNPD),g1(NumNPD),
! Q(NumNPD),wc(NumNPD),ThNew(NumNPD),ThOld(NumNPD),WatIn(NumNPD),
! SolIn(NumNPD),Node(NObsD),iUnit(NUnitD),cvCh0(NSD),cvCh1(NSD),
! cTop(NSD),cBot(NSD),cRoot(NSD),CumCh(10,NSD),cVOlI(NSD),
! cCumA(NSD),cCumT(NSD),cvTop(NSD),cvBot(NSD),cNew(NumNPD),
! cTemp(NumNPD),cPrevO(NumNPD),TDep(NSD*16+4),TPar(10,NMatD),
! TempO(NumNPD),TempN(NumNPD),SorbN(NumNPD),Sorb(NSD,NumNPD),
! q0(NumNPD),q1(NumNPD),aOsm(NSD),thr(NMatD),sSink(NumNPD),
! Ah(NumNPD),AK(NumNPD),ATh(NumNPD),AhW(NMatD),AThW(NMatD),
! AKW(NMatD),Kappa(NumNPD),AThS(NumNPD),ThRR(NumNPD),cvChR(NSD),
! ConR(NumNPD),ConO(NumNPD),AKS(NumNPD),KappaO(NumNPD),
! cRootMax(NSD),cvChIm(NSD),hTab(NTabD,NMatD),NTab(NMatD),
! rGrowth(1000,5),ConLT(NumNPD),ConVT(NumNPD),ConVh(NumNPD),
! ThEq(NumNPD),ThVOld(NumNPD),ThVNew(NumNPD),vVOld(NumNPD),
! vVNew(NumNPD),Sorb2(NSD,NumNPD),SorbN2(NumNPD),
! ThNewIm(NumNPD),ThOldIm(NumNPD),SinkIm(NumNPD),STrans(NumNPD),
! DMoist(NMatD,NSD,13,6),WDep(2+NMatD,NSD*9),cT(NSD)
data lStopConv,iNonConv /.true. , 0 /
iCount = iargc() + 1 !NARGS()
if(iCount.gt.1) then
i2=1
call GETARG(i2, cDataPath)
else
cFileName = 'LEVEL_01.DIR'
open(10,file=cFileName, status='old',err=901)
read(10,101,err=904) cDataPath
close (10)
end if
iLengthPath = Len_Trim(cDataPath)
if(iLengthPath.gt.260-13) goto 930
cFileName = cDataPath(1:iLengthPath)//'\Options.in'
open(35,file=cFileName, status='old',err=998)
998 continue
* Initialization
call Init(CosAlf,NTab,ItCum,TLevel,ALevel,PLevel,hRoot,vRoot,
! IterW,IterC,dtMaxC,wCumT,wCumA,err,lVarBC,NSD,cRoot,
! cCumT,cCumA,NumNPD,Sink,wc,CumQ,lMeteo,lBact,lVapor,
! lEnBal,lDayVar,lEnter,lFiltr,TauW,nPrStep,nTabMod,
! iDualPor,dtMaxT,lExtrap,lPrintD,lLAI,rExtinct,lDensity,
! ExcesInt,lMinstep,lPrint,lSnow,SnowMF,SnowLayer,
! cTemp,iSunSh,iRelHum,xRoot,lCentrif,Radius,GWL0L,
! tPrintInt,iTort,iEnhanc,hSeep,lEqInit,lSinPrec,
! iMoistDep,OmegaC,WTransf,lDualNEq,lFlux,iCrop,iRootIn,
! lMassIni,lMetDaily,Sorb2,lActRSU,OmegaS,SPot,lOmegaW,
! OmegaW,lEnd,lVaporOut,lFluxOut)
data iUnit /50,70,71,75,76,77,78/
cFileName = cDataPath(1:iLengthPath)//'\Selector.in'
open(30,file=cFileName, status='old',err=901)
cFileName = cDataPath(1:iLengthPath)//'\Profile.dat'
open(32,file=cFileName, status='old',err=901)
cFileName = cDataPath(1:iLengthPath)//'\I_CHECK.OUT'
open(50,file=cFileName, status='unknown',err=902)
if(lPrint) then
cFileName = cDataPath(1:iLengthPath)//'\RUN_INF.OUT'
open(70,file=cFileName, status='unknown',err=902)
cFileName = cDataPath(1:iLengthPath)//'\T_LEVEL.OUT'
open(71,file=cFileName, status='unknown',err=902)
cFileName = cDataPath(1:iLengthPath)//'\NOD_INF.OUT'
open(75,file=cFileName, status='unknown',err=902)
cFileName = cDataPath(1:iLengthPath)//'\BALANCE.OUT'
open(76,file=cFileName, status='unknown',err=902)
cFileName = cDataPath(1:iLengthPath)//'\OBS_NODE.OUT'
open(77,file=cFileName, status='unknown',err=902)
cFileName = cDataPath(1:iLengthPath)//'\PROFILE.OUT'
open(78,file=cFileName, status='unknown',err=902)
end if
* Read input data --------------------------------------------------
call BasInf(CosAlf,MaxIt,TolTh,TolH,TopInF,BotInF,ShortO,lWat,
! lChem,SinkF,WLayer,qGWLF,FreeD,SeepF,AtmBC,KodTop,
! KodBot,rTop,rRoot,rBot,hCritS,hCritA,GWL0L,Aqh,Bqh,
! kTOld,kBOld,NUnitD,iUnit,NMat,NMatD,NLay,lRoot,lTemp,
! lWTDep,lEquil,lScreen,qDrain,zBotDr,BaseGW,rSpacing,
! iPosDr,rKhTop,rKhBot,rKvTop,rKvBot,Entres,WetPer,
! zInTF,GeoFac,lInitW,lVarBC,xConv,tConv,lMeteo,lVapor,
! iVer,lPrint,lCentrif,lSnow,hSeep,lFlux,lActRSU,err)
if(err.ne.0) goto (905,906,903,916) err
if(lPrint) then
if(lFluxOut) then
cFileName = cDataPath(1:iLengthPath)//'\T_Level1.OUT'
open(44,file=cFileName, status='unknown',err=902)
end if
if(lVaporOut.and.lVapor) then
cFileName = cDataPath(1:iLengthPath)//'\NOD_INF_V.OUT'
open(45,file=cFileName, status='unknown',err=902)
end if
end if
if(TopInF.or.BotInF.or.AtmBC) then
cFileName = cDataPath(1:iLengthPath)//'\ATMOSPH.IN'
open(31,file=cFileName, status='old',err=901)
if(lPrint) then
cFileName = cDataPath(1:iLengthPath)//'\A_LEVEL.OUT'
open(72,file=cFileName, status='unknown',err=902)
end if
if(lMeteo) then
cFileName = cDataPath(1:iLengthPath)//'\Meteo.in'
open(33,file=cFileName, status='old',err=902)
if(lPrint) then
cFileName = cDataPath(1:iLengthPath)//'\Meteo.out'
open(43,file=cFileName, status='unknown',err=902)
end if
end if
end if
call NodInf(NumNPD,NumNP,NObsD,NObs,hTop,hBot,x,hNew,hOld,
! MatNum,hTemp,LayNum,Beta,Ah,AK,ATh,Conc,Sorb,
! TempN,TempO,Node,NSD,NS,xSurf,lChem,lTemp,lEquil,
! lScreen,lBact,Sorb2,err,lPrint,lDualNEq,lFlux)
if(err.ne.0) goto (912,903,914,915,929) err
call MatIn (NMat,ParD,ParW,hTab(1,1),hTab(NTab(1),1),lScreen,err,
! NumNP,Ah,iHyst,AhW,AThW,AKW,MatNum,hNew,Kappa,AThS,
! ThRR,ConR,AKS,KappaO,iModel,xConv,lTable,IKappa,
! nTabMod,iDualPor)
if(err.ne.0) goto (906,903) err
if(iHyst.gt.0.and.iHyst.ne.3)
!call HysterIn(NumNP,NMat,hOld,MatNum,ParD,ParW,ThNew,ThOld,Kappa,
! AThS,ThRR,ConO,ConR,AKS,KappaO,Ah,AK,iHyst,iModel,
! cDataPath)
if(iModel.eq.nTabMod) then
cFileName = cDataPath(1:iLengthPath)//'\Mater.in'
open(36,file=cFileName, status='old',err=901)
end if
if(lInitW.and.iModel.lt.nTabMod) then
call InitW(NumNP,NMat,Matnum,Kappa,hNew,hOld,hTemp,ParD,ParW,
! iModel,hTop,hBot,iDualPor,ThNewIm,err)
if(err.ne.0) goto 924
end if
call GenMat(NTab,NTabD,NMat,thr,ths,hSat,ParD,hTab,ConTab,CapTab,
! ConSat,TheTab,iModel,lScreen,nTabMod,ConSMax,xConv,
! tConv,err)
if(err.eq.1) goto 903
if(iHyst.ne.3) then
call SetMat(NumNP,NTab,NTabD,NMat,hTab,ConTab,CapTab,hNew,MatNum,
! ParD,Con,Cap,ConSat,Ah,AK,ATh,hSat,hTemp,TheTab,ThOld,
! thr,ths,lWTDep,TempN,IterW,ConO,Kappa,AThS,ThRR,ConR,
! AKS,AhW,AThW,AKW,iModel,lTable,lVapor,ThVOld,ConLT,
! ConVT,ConVh,xConv,tConv,nTabMod,hCritA,lDensity,Conc,
! NSD,iEnhanc)
else ! Bob Lenhard hysteresis
call Hyst(NumNP,NMatD,ParD,ParW,MatNum,Kappa,hNew,hOld,ThOld,
! Con,Cap,IKappa,1)
end if
call InitDualPor(NumNP,NMat,Matnum,ParD,ThOld,iDualPor,ThNewIm,
! ThOldIm,SinkIm,hNew,STrans,lInitW)
call TmIn(tInit,tMax,tAtm,tOld,dt,dtMax,dMul,dMul2,dtMin,TPrint,
! t,dtOpt,TopInF,BotInF,lScreen,ItMin,ItMax,MaxAL,hCritS,
! NPD,AtmBC,iVer,lPrintD,nPrStep,tPrintInt,lEnter,lDayVar,
! lSinPrec,lLAI,rExtinct,err)
if(err.ne.0) goto (907,928) err
tPrint1=tMax
if(lPrintD) TPrint1=tInit+tPrintInt
if(lMeteo) then
call MeteoIn(rLat,rAlt,ShWRadA,ShWRadB,rLWRadA,rLWRadB,rLWRadA1,
! rLWRadB1,WindHeight,TempHeight,iCrop,iLAI,
! CropHeight,Albedo,xLAI,xRoot,iInterc,aInterc,
! nGrowth,rGrowth,rExtinct,iRadiation,lEnBal,lPrint,
! iSunSh,iRelHum,CloudF_Ac,CloudF_Bc,lHargr,
! lMetDaily,xConv,err)
if(err.ne.0) goto (932) err
if(lEnBal) iCrop=0
end if
tAtm2=tMax
dtInit=dt
if(lRoot) then
call RootIn(tRMin,tRHarv,xRMin,xRMax,RGR,lScreen,iver,iRootIn,
! nGrowth,rGrowth,tRPeriod,err)
if(err.ne.0) goto (908,903) err
end if
if(lRoot.or.iCrop.gt.1)
! call SetRG(NumNP,x,Beta,t,tRMin,tRHarv,xRMin,xRMax,RGR,xRoot,
! lRoot,iRootIn,nGrowth,rGrowth,tRPeriod)
if(lTemp) then
call TempIn(NMat,TPar,Ampl,tPeriod,kTopT,tTop,kBotT,tBot,TopInF,
! BotInF,iCampbell,iVer,SnowMF,lScreen,ierr)
if(err.ne.0) goto (910,903) err
if(lEnBal) kTopT=-1
end if
if(lChem) then
call ChemIn(lUpW,lSTDep,NMat,NS,NSD,MaxItC,ChPar,TDep,kTopCh,
! cTop,kBotCh,cBot,epsi,tPulse,CumCh,cTolA,cTolR,
! lLinear,lEquil,lArtD,PeCr,lScreen,dSurf,cAtm,lTort,
! lMobIm,lBact,lFiltr,iMoistDep,WDep,NMatD,iModel,
! ParD,iVer,lDualNEq,lMassIni,lEqInit,iTort,err)
if(err.ne.0) goto (911,903,931) err
if(iDualPor.gt.0) lEquil=.false.
if(iMoistDep.eq.2)
! call MoistDepIn(cDataPath,cFileName,NMat,NMatD,NS,NSD,DMoist,
! iMoistDep)
if(lMassIni)
! call MassInit(NumNP,NSD,NS,NMat,MatNum,TDep,TempN,ChPar,Conc,
! ThOld,ThOldIm,ths,lLinear,lBact)
if(.not.lEquil.and.(lEqInit.or.lMassIni))
! call NonEqInit(NumNP,NSD,NS,NMat,MatNum,TDep,TempO,ChPar,
! Conc,Sorb,lLinear,lMobIm,iDualPor,lBact,Sorb2,
! ThOld)
if(lPrint) then
call OpenSoluteFiles(NS,cDataPath,iLengthPath,cFileName,err)
if(err.eq.1) goto 902
end if
end if
if(TopInF.or.BotInF.or.AtmBC) then
call SetBC(tMax,tAtm1,rTop,rRoot,rBot,hCritA,hBot,hTop,GWL0L,
! TopInF,BotInF,cT,cBot,NS,tTop,tBot,Ampl,lTemp,lChem,
! KodTop,lVarBC,err,lMinStep,lMeteo,Prec,rSoil,lLAI,
! rExtinct,lCentrif,CosAlf,xConv,tConv,iModel,
! hNew(NumNP),iRootIn,xRoot,WLayer,lLinear,lActRSU,
! SPot)
if(err.eq.1) goto 913
if(lMeteo) then
call Meteo(1,lMetDaily,lDayVar,t,dt,tInit,tMax,tAtm2,
! tAtmN,tAtm2O,dtMax,rLat,rAlt,ShWRadA,ShWRadB,
! rLWRadA,rLWRadB,rLWRadA1,rLWRadB1,WindHeight,
! TempHeight,iCrop,iLAI,rRoot,xConv,tConv,rGrowth,
! nGrowth,iInterc,rInterc,aInterc,ExcesInt,lEnBal,
! rExtinct,lPrint,lHargr,iRadiation,iSunSh,iRelHum,
! iMetHour,CloudF_Ac,CloudF_Bc,Prec,Precc,rSoil,
! EvapP,TransP,Rns,Rnl,RadTerm,AeroTerm,Rst,ETcomb,
! Rad,RadN,RadO,Wind,WindN,WindO,Albedo,AlbedoN,
! xLAI,xLAIN,xRoot,xRootN,CropHeight,CropHeightN,
! Ampl,tTop,TMaxAN,TMinAN,TMax1,TMaxN,TMaxO,TMin1,
! TMinN,TMinO,TempA,TMaxA,TMaxAO,TMinA,TMinAO,
! SunHours,SunHoursN,SunHoursO,RHMean,RHMeanN,
! RHMeanO,RHMax,RHMaxN,RHMaxO,RHMin,RHMinN,RHMinO,
! RH_A,EaMean,EaMeanN,rTop,err)
if(err.ne.0) goto (932,913,933) err
end if
if(lChem.and.SnowLayer.le.0)
! call SetChemBC(Prec,rSoil,NS,cTop,cT,WLayer,hNew(NumNP),
! KodTop,kTopCh)
if(lSnow) then
dtSnow=sngl(tAtm1-tInit)
call Snow(Prec,dtSnow,tTop,SnowMF,SnowLayer,rSoil,xConv,
! lMinStep,cTop,cT,NS)
end if
tAtm=dmin1(tAtm1,tAtm2)
if(lDayVar) then
rRootD=rRoot
rSoilD=rSoil
call DailyVar(tConv,t,rRoot,rRootD)
call DailyVar(tConv,t,rSoil,rSoilD)
end if
if(lSinPrec) then
PrecD=Prec
tAtmOld=sngl(tInit)
call SinPrec(t,tAtmOld,tAtm1,Prec,PrecD)
end if
if(KodTop.eq.-4) rTop=abs(rSoil)-abs(Prec)
end if
if(SinkF) then
call SinkIn(NMat,lChem,lMoSink,lSolRed,lSolAdd,P0,POptm,P2H,
! P2L,P3,r2H,r2L,aOsm,c50,P3c,NS,lMsSink,cRootMax,
! iVer,OmegaC,lActRSU,OmegaS,SPot1,rKM,cMin,lOmegaW,
! lScreen,err)
if(err.ne.0) goto (909,903) err
if(.not.TopInF.and..not.BotInF.and..not.AtmBC) SPot=SPot1
call SetSnk(NumNP,NMat,MatNum,x,hRoot,vRoot,Sink,rRoot,hNew,
! lMoSink,lSolRed,lSolAdd,P0,POptm,P2H,P2L,P3,r2H,r2L,
! aOsm,c50,P3c,Beta,lChem,NS,NSD,Conc,cRoot,lMsSink,
! ThOld,ParD,dt,OmegaC,iModel,Con,lOmegaW,OmegaW,rBot)
end if
close(30)
close(32)
close(50)
if(lPrint) then
call Profil (NumNP,NMat,x,MatNum,xSurf,Beta,Ah,AK,ATh,thr,ths,
! ConSat,hSat,lScreen,err)
if(err.eq.1) goto 923
call NodOut (NumNP,NMat,hNew,ThOld,Con,x,xSurf,CosAlf,tInit,
! MatNum,Cap,AK,Sink,ConSat,NS,NSD,Conc,TempO,Sorb,
! Kappa,lBact,Sorb2,lVapor,lWTDep,ConLT,ConVT,ConVh,
! ThOld(NumNP),dt,iDualPor,ThNewIm,SinkIm,STrans,
! lDensity,lCentrif,Radius,lVaporOut,lDualNEq,err)
if(err.eq.1) goto 920
end if
call SubReg (NumNP,NMat,NLay,hNew,ThOld,ThOld,x,MatNum,LayNum,
! t-dt,dt,CosAlf,Con,lChem,Conc,ChPar,0,ths,wCumT,
! wCumA,cCumT,cCumA,wVolI,cVolI,WatIn,SolIn,lWat,lTemp,
! TempN,TPar,TDep,NS,NSD,Sorb,lLinear,lEquil,lMobIm,
! err,SubVol,Area,lPrint,lBact,Sorb2,lVapor,ThVOld,
! ThVNew,lWTDep,ConLT,ConVh,ConVT,iDualPor,ThNewIm,
! ThOldIm,lDensity,lCentrif,Radius,lDualNEq,cPrevO)
if(err.eq.1) goto 921
if(lChem.or.lTemp.or.lFlux)
! call Veloc(NumNP,hOld,Con,x,CosAlf,vOld,ThOld,ThOld,Sink,dt,
! lVapor,lWTDep,ConLT,ConVT,ConVh,TempO,vVOld,ThVOld,
! ThVOld,lDensity,Conc,NSD,lCentrif,Radius)
do 11 i=1,NumNP
vNew(i) =vOld(i)
ThNew(i)=ThOld(i)
if(lVapor) ThVNew(i)=ThVOld(i)
if(lVapor) vVNew(i) =vVOld(i)
11 continue
if(lBact.and..not.lWat)
! call Exclusion(NumNP,NMat,NSD,ParD,ChPar,ThNew,vNew,ThOld,vOld)
if(lScreen) write(*,*) 'beginning of numerical solution'
! call getdat(iYear,iMonth,iDay)
! call gettim(iHours,iMins,iSecs,i100th)
Rtime1=RTime(iMonth,iDay,iHours,iMins,iSecs,i100th)
* Time stepping calculations ---------------------------------------
12 continue
* Loop between water flow and heat and vapor transport
iTemp=0
13 continue
if(lEnBal) then
EpsiT=0.5
TempS=EpsiT*TempN(NumNP)+(1.-EpsiT)*TempO(NumNP)
call Evapor(t,TempS,TMaxA,TMinA,Rad,hNew(NumNP),TempHeight,
! WindHeight,Wind,RHMean,HeatFl,rTop,Prec,tPeriod,
! rLat,Albedo,SunHours,ThNew(NumNP),xConv,tConv,
! iRadiation,Rns,Rnl,Rn,SensFlux,Evap,xLat,Const,
! iSunSh,r_H,lMetDaily,Rst,TempA,RH_A,ShWRadA,ShWRadB,
! rLWRadA,rLWRadB,iMetHour)
end if
* Solve water movement ---------------------------------------------
if(lWat) then
ItCumO=ItCum
call WatFlow(NumNP,NTab,NTabD,NMat,hTab,ConTab,CapTab,hNew,hOld,
! MatNum,ParD,ParW,Con,Cap,ConSat,Ah,AK,ATh,hSat,hTemp,
! KodTop,KodBot,rTop,rBot,CosAlf,t,dt,x,Sink,P,R,S,
! FreeD,SeepF,qGWLF,Aqh,Bqh,GWL0L,hTop,hBot,hCritA,
! hCritS,WLayer,IterW,ItCum,TopInf,kTOld,kBOld,TolTh,
! TolH,MaxIt,dtMin,tOld,dtOpt,ConvgF,TheTab,ThNew,
! ThOld,thr,ths,lWTDep,TempN,Kappa,KappaO,AThS,ThRR,
! ConO,ConR,AKS,AhW,AThW,AKW,iHyst,iModel,qDrain,
! zBotDr,BaseGW,rSpacing,iPosDr,rKhTop,rKhBot,rKvTop,
! rKvBot,Entres,WetPer,zInTF,GeoFac,lTable,lVapor,
! xConv,tConv,ConLT,ConVT,ConVh,TauW,ThEq,ThVNew,
! ThVOld,nTabMod,iDualPor,ThNewIm,ThOldIm,SinkIm,
! vTop,TempO,iTemp,WTransf,lDensity,Conc,NSD,iEnhanc,
! lCentrif,Radius,hSeep)
if(.not.ConvgF) then
iNonConv=iNonConv+1
else
iNonConv=0
end if
if(lStopConv.and..not.ConvgF.and.iNonConv.ge.10) then
call CloseOutput(RTime1,NS,TopInF,BotInF,lChem,lScreen,lMeteo,
! lPrint)
if(lEnter) then
write(*,*) 'Press Enter to continue'
read(*,*)
end if
stop
end if
if(lMeteo.and.lMetDaily.and..not.lEnBal) ! Output for daily variated meteo information
! call DayMeteoOut(t,ETcomb,EvapP,TransP,Rns,Rnl,RadTerm,
! AeroTerm,Precc,rInterc,ExcesInt,TempA,RH_A,
! Rst,lPrint)
if(lEnBal) then
if(ItCum.gt.ItCumO+MaxIt.and..not.lMetDaily)
! call MeteoInt(3,t,tAtm2O,tAtm2,Rad,RadO,RadN,TMaxA,TMaxAO,
! TMaxAN,TMinA,TMinAO,TMinAN,Wind,WindO,WindN,
! RHMean,RHMeanO,RHMeanN,SunHours,SunHoursO,
! SunHoursN,lEnBal)
TempS=EpsiT*TempN(NumNP)+(1.-EpsiT)*TempO(NumNP)
M=MatNum(NumNP)
rLamb=amax1(0.,TPar(4,M)+TPar(5,M)*ThNew(NumNP)+
! TPar(6,M)*sqrt(ThNew(NumNP)))
dz=x(NumNP)-x(NumNP-1)
call UpdateEnergy(t,vTop,rTop,HeatFl,TempS,Rns,Rnl,Rn,Evap,
! xLat,SensFlux,xConv,tConv,Const,TLevel,
! nPrStep,r_h,dz,rLamb,iTemp,lPrint,lMetDaily,
! TempA,RH_A,Rst)
end if
else
iterW=1
ItCum=ItCum+1
end if
* To calculate the velocities --------------------------------------
if(lWat.and.(lTemp.or.lChem.or.lFlux))
! call Veloc(NumNP,hNew,Con,x,CosAlf,vNew,ThNew,ThOld,Sink,dt,
! lVapor,lWTDep,ConLT,ConVT,ConVh,TempN,vVNew,ThVNew,
! ThVOld,lDensity,Conc,NSD,lCentrif,Radius)
* Root zone calculations
if(lRoot.or.iCrop.gt.1)
! call SetRG(NumNP,x,Beta,t,tRMin,tRHarv,xRMin,xRMax,RGR,xRoot,
! lRoot,iRootIn,nGrowth,rGrowth,tRPeriod)
if(SinkF)
! call SetSnk(NumNP,NMat,MatNum,x,hRoot,vRoot,Sink,rRoot,hNew,
! lMoSink,lSolRed,lSolAdd,P0,POptm,P2H,P2L,P3,r2H,
! r2L,aOsm,c50,P3c,Beta,lChem,NS,NSD,Conc,cRoot,
! lMsSink,ThNew,ParD,dt,OmegaC,iModel,Con,lOmegaW,
! OmegaW,rBot)
* Calculation of heat transport ------------------------------------
if(lTemp) then
call Temper(NumNP,NMat,x,dt,t,MatNum,TempO,TempN,TPar,Ampl,P,R,
! S,Q,vOld,vNew,ThOld,ThNew,Retard,Disp,Sink,tPeriod,
! kTopT,tTop,kBotT,tBot,lVapor,ThVOld,ThVNew,vVOld,
! vVNew,g0,lEnBal,HeatFl,xConv,tConv,dtMaxT,iCampbell,
! iTemp)
if((lVapor.or.lEnBal).and.iTemp.lt.1) then
iTemp=iTemp+1
goto 13
end if
end if
* Calculations of the solute transport -----------------------------
if(lChem) then
iKod=0
if(lFlux) iKod=2
call Solute(NumNP,NMat,NS,NSD,x,dt,t,tPulse,ChPar,MatNum,ThOld,
! ThNew,vOld,vNew,Disp,epsi,kTopCh,cTop,kBotCh,cBot,
! Conc,P,R,S,Q,g0,g1,Retard,cvTop,cvBot,cvCh0,cvCh1,
! lUpW,wc,Peclet,Courant,dtMaxC,TempO,TempN,cNew,
! cPrevO,cTemp,TDep,ths,cTolA,cTolR,IterC,MaxItC,
! hTemp,Sorb,SorbN,lLinear,lEquil,lArtD,PeCr,q0,q1,
! dSurf,cAtm,lTort,Sink,cRootMax,sSink,cvChR,lMobIm,
! cvChIm,TLevel,lBact,Sorb2,SorbN2,dtMin,dtOpt,lWat,
! lFiltr,iDualPor,ThOldIm,ThNewIm,SinkIm,STrans,
! iTort,xConv,tConv,lVapor,rBot,err,iMoistDep,NMatD,
! DMoist,WDep,iKod,Beta,lDualNEq,AtmBC,SinkF,lActRSU,
! OmegaS,OmegaW,SPot,rKM,cMin,lDensity)
if(err.ne.0) goto 927
end if
* Output ------------------------------------------------------------
* T-level information
if(abs(t-tMax).le.0.5*dtMin.or.t.gt.tMax) lEnd=.true.
jPrint=0
if((abs(TPrint(PLevel)-t).lt.0.001*dt.or.
! (lPrintD.and.(abs(TPrint1-t).lt.0.001*dt)).or.
! (.not.ShortO.and.abs(float((TLevel+nPrStep-1)/nPrStep)-
! (TLevel+nPrStep-1)/float(nPrStep)).lt.0.0001))) jPrint=1
call TLInf(NumNP,Con,x,CosAlf,t,dt,IterW,IterC,TLevel,rTop,rRoot,
! vRoot,hNew,hRoot,CumQ,ItCum,KodTop,KodBot,ConvgF,lWat,
! lChem,cRoot,NS,NSD,Conc,cvTop,cvBot,cvCh0,cvCh1,Peclet,
! Courant,wCumT,wCumA,cCumT,cCumA,CumCh,ThNew,ThOld,Sink,
! lScreen,err,cvChR,cvChIm,lPrint,lVapor,lWTDep,ConLT,
! ConVh,ConVT,TempN,rSoil,Prec,nPrStep,ThVOld,ThVNew,
! xConv,iDualPor,SinkIm,WTransf,lDensity,SnowLayer,
! lCentrif,Radius,ThNewIm,WLayer,hCritS,lEnd,lFluxOut,
! jPrint,dummy1,dummy2,lFlux,NObs,Node,vNew,cNew,CTop)
if(err.ne.0) goto (919,918,926) err
if(NObs.gt.0.and.lPrint.and.jPrint.eq.1) then
call ObsNod(t,NumNP,NObs,NS,NSD,Node,Conc,hNew,ThNew,TempN,
! lChem,ThNewIm,vNew,vVNew,lFlux,err)
if(err.eq.1) goto 922
end if
if(lPrintD.and.dabs(TPrint1-t).lt.0.001*dt)
! TPrint1=TPrint1+tPrintInt
* P-level information ----------------------------------------------
if(abs(TPrint(PLevel)-t).lt.0.001*dt) then
if(lPrint) then
call NodOut(NumNP,NMat,hNew,ThNew,Con,x,xSurf,CosAlf,
! TPrint(PLevel),MatNum,Cap,AK,Sink,ConSat,NS,NSD,
! Conc,TempN,Sorb,Kappa,lBact,Sorb2,lVapor,lWTDep,
! ConLT,ConVT,ConVh,ThOld(NumNP),dt,iDualPor,
! ThNewIm,SinkIm,STrans,lDensity,lCentrif,Radius,
! lVaporOut,lDualNEq,err)
if(err.eq.1) goto 920
end if
call SubReg(NumNP,NMat,NLay,hNew,ThNew,ThOld,x,MatNum,LayNum,t,
! dt,CosAlf,Con,lChem,Conc,ChPar,PLevel,ths,wCumT,
! wCumA,cCumT,cCumA,wVolI,cVolI,WatIn,SolIn,lWat,
! lTemp,TempN,TPar,TDep,NS,NSD,Sorb,lLinear,lEquil,
! lMobIm,err,SubVol,Area,lPrint,lBact,Sorb2,lVapor,
! ThVOld,ThVNew,lWTDep,ConLT,ConVh,ConVT,iDualPor,
! ThNewIm,ThOldIm,lDensity,lCentrif,Radius,lDualNEq,
! cPrevO)
if(err.eq.1) goto 921
PLevel=PLevel+1
end if
* A-level information ----------------------------------------------
if(dabs(t-tAtm).le.0.001*dt.and.(TopInF.or.BotInF.or.AtmBC)) then
if(lPrint) then
call ALInf(t,CumQ,hNew(NumNP),hRoot,hNew(1),ALevel,err)
if(err.ne.0) goto (925) err
end if
if(dabs(t-tAtm1).le.0.001*dt) then
tAtmOld=tAtm1
call SetBC(tMax,tAtm1,rTop,rR,rBot,hCritA,hBot,hTop,GWL0L,
! TopInF,BotInF,cT,cBot,NS,tTop,tBot,Ampl,lTemp,
! lChem,KodTop,lVarBC,err,lMinStep,lMeteo,Prec,rS,
! lLAI,rExtinct,lCentrif,CosAlf,xConv,tConv,
! iModel,hNew(NumNP),iRootIn,xRoot,WLayer,lLinear,
! lActRSU,SPot)
if(err.eq.1) goto 913
if(.not.lMeteo) then
rRoot=rR
rSoil=rS
end if
end if
if(lMeteo.and.dabs(t-tAtm2).le.0.001*dt) then
call Meteo(2,lMetDaily,lDayVar,t,dt,tInit,tMax,tAtm2,
! tAtmN,tAtm2O,dtMax,rLat,rAlt,ShWRadA,ShWRadB,
! rLWRadA,rLWRadB,rLWRadA1,rLWRadB1,WindHeight,
! TempHeight,iCrop,iLAI,rRoot,xConv,tConv,rGrowth,
! nGrowth,iInterc,rInterc,aInterc,ExcesInt,lEnBal,
! rExtinct,lPrint,lHargr,iRadiation,iSunSh,iRelHum,
! iMetHour,CloudF_Ac,CloudF_Bc,Prec,Precc,rSoil,
! EvapP,TransP,Rns,Rnl,RadTerm,AeroTerm,Rst,ETcomb,
! Rad,RadN,RadO,Wind,WindN,WindO,Albedo,AlbedoN,
! xLAI,xLAIN,xRoot,xRootN,CropHeight,CropHeightN,
! Ampl,tTop,TMaxAN,TMinAN,TMax1,TMaxN,TMaxO,TMin1,
! TMinN,TMinO,TempA,TMaxA,TMaxAO,TMinA,TMinAO,
! SunHours,SunHoursN,SunHoursO,RHMean,RHMeanN,
! RHMeanO,RHMax,RHMaxN,RHMaxO,RHMin,RHMinN,RHMinO,
! RH_A,EaMean,EaMeanN,rTop,err)
if(err.ne.0) goto (932,913,933) err
end if
tAtm=dmin1(tAtm1,tAtm2)
if(lChem.and.SnowLayer.le.0)
! call SetChemBC(Prec,rSoil,NS,cTop,cT,WLayer,hNew(NumNP),
! KodTop,kTopCh)
if(lSnow) then
dtSnow=sngl(tAtm1-tAtmOld)
call Snow(Prec,dtSnow,tTop,SnowMF,SnowLayer,rSoil,xConv,
! lMinStep,cTop,cT,NS)
end if
if(lDayVar) then
rRootD=rRoot
rSoilD=rSoil
end if
if(lSinPrec) PrecD=Prec
if(.not.lVarBC.and.KodTop.eq.-4) rTop=abs(rSoil)-abs(Prec)
if(.not.lVarBC) rTop=abs(rSoil)-abs(Prec)
ALevel=ALevel+1
end if
if(WLayer.and.hNew(NumNP).gt.0.) then ! mass balance in the surface layer
hT=hNew(NumNP)
do 15 jj=1,NS
if((hT+dt*(Prec-rSoil)).gt.0.)
! cTop(jj)=(hT*cTop(jj)+dt*Prec*cT(jj))/(hT+dt*(Prec-rSoil))
15 continue
end if
* Time governing ---------------------------------------------------
if(abs(t-tMax).le.0.5*dtMin.or.t.gt.tMax) then
call CloseOutput(RTime1,NS,TopInF,BotInF,lChem,lScreen,lMeteo,
! lPrint)
if(lEnter) then
write(*,*) 'Press Enter to continue'
read(*,*)
end if
stop
else
tOld=t
dtOld=dt
kTOld=KodTop
kBOld=KodBot
if(.not.lWat) IterW=1
Iter=max0(IterW,IterC)
dtMaxA=min(dtMaxC,dtMaxT)
if(lSinPrec.and.PrecD.gt.0)
! dtMaxA=min(dtMaxA,sngl(tAtm1-tAtmOld)/20.)
call TmCont(dt,dtMax,dtOpt,dMul,dMul2,dtMin,Iter,
! min(TPrint(PLevel),TPrint1),tAtm,t,tMax,dtMaxA,
! ItMin,ItMax,lMinStep,dtInit)
t=t+dt
if(lDayVar) then
call DailyVar(tConv,t,rRoot,rRootD)
call DailyVar(tConv,t,rSoil,rSoilD)
rTop=abs(rSoil)-abs(Prec)
end if
if(lSinPrec) then
call SinPrec(t,tAtmOld,tAtm1,Prec,PrecD)
rTop=abs(rSoil)-abs(Prec)
end if
if(lMeteo) then
call Meteo(3,lMetDaily,lDayVar,t,dt,tInit,tMax,tAtm2,
! tAtmN,tAtm2O,dtMax,rLat,rAlt,ShWRadA,ShWRadB,
! rLWRadA,rLWRadB,rLWRadA1,rLWRadB1,WindHeight,
! TempHeight,iCrop,iLAI,rRoot,xConv,tConv,rGrowth,
! nGrowth,iInterc,rInterc,aInterc,ExcesInt,lEnBal,
! rExtinct,lPrint,lHargr,iRadiation,iSunSh,iRelHum,
! iMetHour,CloudF_Ac,CloudF_Bc,Prec,Precc,rSoil,
! EvapP,TransP,Rns,Rnl,RadTerm,AeroTerm,Rst,ETcomb,
! Rad,RadN,RadO,Wind,WindN,WindO,Albedo,AlbedoN,
! xLAI,xLAIN,xRoot,xRootN,CropHeight,CropHeightN,
! Ampl,tTop,TMaxAN,TMinAN,TMax1,TMaxN,TMaxO,TMin1,
! TMinN,TMinO,TempA,TMaxA,TMaxAO,TMinA,TMinAO,
! SunHours,SunHoursN,SunHoursO,RHMean,RHMeanN,
! RHMeanO,RHMax,RHMaxN,RHMaxO,RHMin,RHMinN,RHMinO,
! RH_A,EaMean,EaMeanN,rTop,err)
if(err.ne.0) goto (932,913,933) err
end if
TLevel=TLevel+1
if(TLevel.gt.1000000) TLevel=2
end if
* New updated values
call Update(NumNP,lWat,lChem,lTemp,lVapor,iDualPor,lExtrap,dt,
! dtOld,hTemp,hNew,hOld,ThOld,ThNew,vOld,vNew,ThVOld,
! ThVNew,vVOld,vVNew,ThOldIm,ThNewIm,TempO,TempN,rTop,
! xConv,ConSMax,KodTop,KodBot)
goto 12
* --- End of time loop -------------------------------------------------
* Error messages
901 ierr=1
goto 1000
902 ierr=2
goto 1000
903 ierr=3
goto 1000
904 ierr=4
goto 1000
905 ierr=5
goto 1000
906 ierr=6
goto 1000
907 ierr=7
goto 1000
908 ierr=8
goto 1000
909 ierr=9
goto 1000
910 ierr=10
goto 1000
911 ierr=11
goto 1000
912 ierr=12
goto 1000
913 ierr=13
goto 1000
914 ierr=14
goto 1000
915 ierr=15
goto 1000
916 ierr=16
goto 1000
c917 ierr=17
c goto 1000
918 ierr=18
goto 1000
919 ierr=19
goto 1000
920 ierr=20
goto 1000
921 ierr=21
goto 1000
922 ierr=22
goto 1000
923 ierr=23
goto 1000
924 ierr=24
goto 1000
925 ierr=25
goto 1000
926 ierr=26
goto 1000
927 ierr=27
goto 1000
928 ierr=28
goto 1000
929 ierr=29
goto 1000
930 ierr=30
goto 1000
931 ierr=31
goto 1000
932 ierr=32
goto 1000
933 ierr=33
goto 1000
1000 call ErrorOut(ierr,cFileName,cDataPath,iLengthPath,lScreen)
if(lEnter) then
write(*,*) 'Press Enter to continue'
read(*,*)
end if
stop
101 format(a)
end
************************************************************************
subroutine ErrorOut(ierr,cFileName,cDataPath,iLengthPath,lScreen)
character*260 cErr(33),cFileName,cDataPath,cFileNameErr
logical lScreen
cErr( 1)='Open file error in file :'
cErr( 2)='File already exists or hard disk is full ! Open file err
!or in output file : '
cErr( 3)='Error when writing to an output file !'
cErr( 4)='Error when reading from an input file Level_01.dir data
!pathway !'
cErr( 5)='Error when reading from an input file Selector.in Basic
!Informations !'
cErr( 6)='Error when reading from an input file Selector.in Water
!Flow Informations !'
cErr( 7)='Error when reading from an input file Selector.in Time I
!nformations !'
cErr( 8)='Error when reading from an input file Selector.in Root G
!rowth Informations !'
cErr( 9)='Error when reading from an input file Selector.in Sink I
!nformations !'
cErr(10)='Error when reading from an input file Selector.in Heat T
!ransport Informations !'
cErr(11)='Error when reading from an input file Selector.in Solute
! Transport Informations !'
cErr(12)='Error when reading from an input file Profile.dat !'
cErr(13)='Error when reading from an input file Atmosph.in !'
cErr(14)='Dimension in NumNPD is exceeded !'
cErr(15)='Dimension in NObsD is exceeded !'
cErr(16)='Dimension in NMatD or NLay is exceeded !'
cErr(17)='Error when writing into an output file I_CHECK.OUT !'
cErr(18)='Error when writing into an output file RUN_INF.OUT !'
cErr(19)='Error when writing into an output file T_LEVEL.OUT !'
cErr(20)='Error when writing into an output file NOD_INF.OUT !'
cErr(21)='Error when writing into an output file BALANCE.OUT !'
cErr(22)='Error when writing into an output file OBS_NODE.OUT !'
cErr(23)='Error when writing into an output file PROFILE.OUT !'
cErr(24)='Initial water content condition is lower than Qr !'
cErr(25)='Error when writing into an output file A_LEVEL.OUT !'
cErr(26)='Error when writing into an output file SOLUTE.OUT !'
cErr(27)='Does not converge in the solute transport module !'
cErr(28)='Number of Print-Times is exceeded !'
cErr(29)='Dimension in NSD is exceeded !'
cErr(30)='The path to the project is too long !!!'
cErr(31)='Bulk density can not be equal to zero !'
cErr(32)='Error when reading from an input file Meteo.in !'
cErr(33)='Crop Height must be smaller than the height of wind and
!temperature measurements!'
cFileNameErr = cDataPath(1:iLengthPath)//'\Error.msg'
open(99,file=cFileNameErr,status='unknown',err=901)
if(ierr.le.2) then
if(lScreen) write( *,*) cErr(ierr),cFileName
write(99,*) cErr(ierr),cFileName
else
if(lScreen) write( *,*) cErr(ierr)
write(99,*) cErr(ierr)
end if
close(99)
return
901 write(*,*) 'Folder with input data of the specified project does n
!ot exist or pathway is too long or corrupted'
write(*,*) cFileName
return
end
************************************************************************
subroutine CloseOutput(RTime1,NS,TopInF,BotInF,lChem,lScreen,
! lMeteo,lPrint)
logical TopInF,BotInF,lChem,lScreen,lMeteo,lPrint
integer*2 iYear,iMonth,iDay,iHours,iMins,iSecs,i100th
double precision RTime1,RTime2,RTime
! call getdat(iYear,iMonth,iDay)
! call gettim(iHours,iMins,iSecs,i100th)
Rtime2=RTime(iMonth,iDay,iHours,iMins,iSecs,i100th)
if(lScreen) write( *,*) 'Real time [sec]',Rtime2-RTime1
if(lPrint) then
write(70,'(''end'')')
write(76,*)
write(76,*) 'Calculation time [sec]',Rtime2-RTime1
write(71,'(''end'')')
if(TopInF.or.BotInF) then
write(72,'(''end'')')
if(lMeteo) write(43,'(''end'')')
end if
write(77,'(''end'')')
if(lChem) then
do 13 jj=1,NS
write(80+jj,'(''end'')')
13 continue
end if
end if
return
end
* ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
subroutine CloseFiles
logical lOpen
inquire(unit=43,opened=lOpen)
if(lOpen) then
write(43,'(''end'')')
close(43)
end if
inquire(unit=44,opened=lOpen)
if(lOpen) then
write(44,'(''end'')')
close(44)
end if
inquire(unit=70,opened=lOpen)
if(lOpen) then
write(70,'(''end'')')
close(70)
end if
inquire(unit=71,opened=lOpen)
if(lOpen) then
write(71,'(''end'')')
close(71)
end if
inquire(unit=72,opened=lOpen)
if(lOpen) then
write(72,'(''end'')')
close(72)
end if
inquire(unit=77,opened=lOpen)
if(lOpen) then
write(77,'(''end'')')
close(77)
end if
inquire(unit=75,opened=lOpen)
if(lOpen) close(75)
inquire(unit=76,opened=lOpen)
if(lOpen) close(76)
inquire(unit=78,opened=lOpen)
if(lOpen) close(78)
inquire(unit=31,opened=lOpen)
if(lOpen) close(31)
inquire(unit=81,opened=lOpen)
if(lOpen) then
write(81,'(''end'')')
close(81)
end if
inquire(unit=82,opened=lOpen)
if(lOpen) then
write(82,'(''end'')')
close(82)
end if
inquire(unit=83,opened=lOpen)
if(lOpen) then
write(83,'(''end'')')
close(83)
end if
inquire(unit=41,opened=lOpen)
if(lOpen) close(41)
inquire(unit=42,opened=lOpen)
if(lOpen) close(42)
return
end
************************************************************************