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OUTPUT.FOR
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* Source file OUTPUT.FOR |||||||||||||||||||||||||||||||||||||||||||||||
subroutine TLInf(N,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,ierr,cvChR,
! cvChIm,lPrint,lVapor,lWTDep,ConLT,ConVh,ConVT,
! Temp,rSoil,Prec,nPrStep,ThVOld,ThVNew,xConv,
! iDualPor,SinkIm,WTransf,lDensity,SnowLayer,
! lCentrif,Radius,ThNewIm,WLayer,hCritS,lEnd,
! lFluxOut,jPrint,vTop,vBot,lFlux,NObs,Node,vNew,
! cNew,cTop)
integer TLevel
double precision t
logical ConvgF,lWat,lChem,lScreen,lPrint,lVapor,lWTDep,
! lFluxOut,lDensity,lCentrif,WLayer,lEnd,lFlux
dimension CumQ(12),cRoot(NS),Conc(NSD,N),cvTop(NS),cvBot(NS),
! cvCh0(NS),cvCh1(NS),cCumT(NS),cCumA(NS),CumCh(10,NS),
! cvChR(NS),cvChIm(NS),Con(N),ThOld(N),ThNew(N),hNew(N),
! Sink(N),x(N),ConLT(N),ConVh(N),ConVT(N),Temp(N),
! ThVNew(N),ThVOld(N),SinkIm(N),ThNewIm(N),Node(NObs),
! vNew(N),cNew(N),cTop(NS),cRunOff(15),cGWL(15)
fRE=1.
Grav=CosAlf
M=N-1
if(lDensity) fRE=fRo(1,Conc(1,N))
if(lCentrif) Grav=CosAlf*(Radius+abs((x(N)+x(M))/2.))
dxN=x(N)-x(M)
vT=-(Con(N)+Con(M))/2.*((hNew(N)-hNew(M))/dxN+Grav*fRE)-
! (ThNew(N)-ThOld(N))*fRE*dxN/2./dt-Sink(N)*dxN/2.
if(lDensity) fRE=fRo(1,Conc(1,1))
dx1=x(2)-x(1)
if(lCentrif) Grav=CosAlf*(Radius+abs((x(2)+x(1))/2.))
vB=-(Con(1)+Con(2))/2.*((hNew(2)-hNew(1))/dx1+Grav*fRE)+
! (ThNew(1)-ThOld(1))*fRE*dx1/2./dt+Sink(1)*dx1/2.
if(iDualPor.gt.0) vT=vT-SinkIm(N)*dxN/2.
if(lWTDep) then
vT=vT-(ConLT(N)+ConLT(M))/2.*(Temp(N)-Temp(M))/dxN
vB=vB-(ConLT(1)+ConLT(2))/2.*(Temp(2)-Temp(1))/dx1
end if
vTopW=vT
if(lVapor) then
vT=vT-(ConVh(N)+ConVh(M))/2.*(hNew(N)-hNew(M))/dxN
vB=vB-(ConVh(1)+ConVh(2))/2.*(hNew(2)-hNew(1))/dx1
vT=vT-(ConVT(N)+ConVT(M))/2.*(Temp(N)-Temp(M))/dxN-
! (ThVNew(N)-ThVOld(N))*dxN/2./dt
vB=vB-(ConVT(1)+ConVT(2))/2.*(Temp(2)-Temp(1))/dx1+
! (ThVNew(1)-ThVOld(1))*dx1/2./dt
end if
vTopV=vT-vTopW
vTop=vT
vBot=vB
vRunOff=0.
if((.not.WLayer.or.(WLayer.and.hNew(N).ge.hCritS)).and.rTop.lt.0.)
! vRunOff=abs(rTop-vTop)
if(vRunOff.lt.1.e-5) vRunOff=0.
rInfil=0.
rEvap=0.
if(vTop.lt.0..and.(Prec.gt.0.or.(WLayer.and.hNew(N).gt.0.)))
! rInfil=-vTop+rSoil
if(vTop.ge.0..and.Prec.gt.0) rInfil=Prec
if(vTop.gt.0.) rEvap=vTop+Prec
if(vTop.le.0..and.rSoil.gt.0.and.Prec.gt.0) rEvap=rSoil
if(vTop.lt.0..and.WLayer.and.hNew(N).gt.0.) rEvap=rSoil
if(vTop.lt.0..and.KodTop.gt.0) rInfil=-vTop
CumQ(1)=CumQ(1)+rTop *dt
CumQ(2)=CumQ(2)+rRoot*dt
CumQ(3)=CumQ(3)+vTop *dt
CumQ(4)=CumQ(4)+vRoot*dt
CumQ(5)=CumQ(5)+vBot *dt
CumQ(6)=CumQ(6)+vRunOff*dt
CumQ(7)=CumQ(7)+rInfil*dt
CumQ(8)=CumQ(8)+rEvap*dt
if(lFluxOut) then
CumQ(9) =CumQ(9) +Prec *dt
CumQ(10)=CumQ(10)+rSoil*dt
end if
CumQ(11)=CumQ(11)+WTransf*dt
wCumT=wCumT+(vBot-vTop-vRoot)*dt
wCumA=wCumA+(abs(vBot)+abs(vTop)+abs(vRoot))*dt
if(lChem) then
do 11 jS=1,NS
CumCh(1,jS)=CumCh(1,jS)-cvTop(jS)*dt
CumCh(2,jS)=CumCh(2,jS)+cvBot(jS)*dt
CumCh(3,jS)=CumCh(3,jS)+cvCh0(jS)*dt
CumCh(4,jS)=CumCh(4,jS)+cvCh1(jS)*dt
CumCh(5,jS)=CumCh(5,jS)+cvChR(jS)*dt
CumCh(6,jS)=CumCh(6,jS)+cvChIm(jS)*dt
cCumT(jS)=cCumT(jS)+(cvTop(jS)-cvBot(jS)-cvCh0(jS)-cvCh1(jS)+
! cvChR(jS))*dt
cCumA(jS)=cCumA(jS)+(abs(cvBot(jS))+abs(cvTop(jS))+
! abs(cvCh0(jS))+abs(cvCh1(jS))+
! abs(cvChR(jS)))*dt
if(lFlux) then
if(jS.eq.1) then ! using flux concentration (available)
if(NObs.ge.1)
! CumCh(7,jS)=CumCh(7,jS)+vNew(Node(1))*cNew(Node(1))*dt
if(NObs.ge.2)
! CumCh(8,jS)=CumCh(8,jS)+vNew(Node(2))*cNew(Node(2))*dt
if(NObs.ge.3)
! CumCh(9,jS)=CumCh(9,jS)+vNew(Node(3))*cNew(Node(3))*dt
else ! using resident concentration (flux conc unavailable)
if(NObs.ge.1)
! CumCh(7,jS)=CumCh(7,jS)+vNew(Node(1))*Conc(jS,Node(1))*dt
if(NObs.ge.2)
! CumCh(8,jS)=CumCh(8,jS)+vNew(Node(2))*Conc(jS,Node(2))*dt
if(NObs.ge.3)
! CumCh(9,jS)=CumCh(9,jS)+vNew(Node(3))*Conc(jS,Node(3))*dt
end if
end if
cRunOff(jS)=vRunOff*cTop(jS)
CumCh(10,jS)=CumCh(10,jS)+cRunOff(jS)*dt
* Average GWL concentration
cGWL(jS)=0.
dGWL=0
iBreak=0
do 14 i=1,N-1
j=i+1
dx=x(j)-x(i)
if(hNew(j).gt.0..and.iBreak.eq.0) then
cGWL(jS)=cGWL(jS)+(Conc(jS,i)+Conc(jS,j))/2.*dx
dGWL=dGWL+dx
else
iBreak=1
end if
14 continue
if(dGWL.gt.0.) cGWL(jS)=cGWL(jS)/dGWL
11 continue
end if
Volume=0.
do 10 i=N-1,1,-1
j=i+1
dx=x(j)-x(i)
VNewi=dx*(ThNew(i)+ThNew(j))/2.
if(lDensity) VNewi=dx*(ThNew(i)*fRo(1,(Conc(1,i)))+
! ThNew(j)*fRo(1,(Conc(1,j))))/2.
Volume=Volume+VNewi
if(iDualPor.gt.0.) then
VNewImi=dx*(ThNewIm(i)+ThNewIm(j))/2.
c if(lDensity) VNewImi=dx*(ThNewIm(i)*fRo(1,(Sorb(1,i)))+
c ! ThNewIm(j)*fRo(1,(Sorb(1,j))))/2.
Volume=Volume+VNewImi
end if
10 continue
if(lScreen) then
if(jPrint.eq.1.and.abs(float((TLevel+20*nPrStep-1)/20/nPrStep)-
! (TLevel+20*nPrStep-1)/float(20*nPrStep)).lt.0.0001)
! write(*,110)
if(jPrint.eq.1) then
if(t.lt.9999999.) then
if(xConv.eq.1.) then
write(*,122) t,IterW,ItCum,vTop,CumQ(3),CumQ(4),CumQ(5),
! hNew(N),hRoot,hNew(1)
else
write(*,120) t,IterW,ItCum,vTop,CumQ(3),CumQ(4),CumQ(5),
! hNew(N),hRoot,hNew(1)
end if
else
if(xConv.eq.1.) then
write(*,123) t,IterW,ItCum,vTop,CumQ(3),CumQ(4),CumQ(5),
! hNew(N),hRoot,hNew(1)
else
write(*,121) t,IterW,ItCum,vTop,CumQ(3),CumQ(4),CumQ(5),
! hNew(N),hRoot,hNew(1)
end if
end if
end if
end if
if(TLevel.eq.1.and.lPrint) then
write(71,130,err=901)
if(lFluxOut) write(44,111)
if(lChem) then
write(70,150,err=902)
do 12 jS=1,NS
write(80+jS,160,err=903)
12 continue
else
write(70,140,err=902)
end if
end if
if(lPrint.and.jPrint.eq.1) then
if(lWat.or.TLevel.eq.1.or.lEnd) then
if(t.lt.9999999.) then
c write(71,170,err=901) t,rTop,vTopW,vTop,vTopV,vBot,(CumQ(i),
write(71,170,err=901) t,rTop,rRoot,vTop,vRoot,vBot,(CumQ(i),
! i=1,5),hNew(N),hRoot,hNew(1),vRunOff,CumQ(6),
! Volume,CumQ(7),CumQ(8),TLevel,CumQ(11),SnowLayer
else
write(71,171,err=901) t,rTop,rRoot,vTop,vRoot,vBot,(CumQ(i),
! i=1,5),hNew(N),hRoot,hNew(1),vRunOff,CumQ(6),
! Volume,CumQ(7),CumQ(8),TLevel,CumQ(11),SnowLayer
end if
end if
if(lChem) then
write(70,180,err=902) TLevel,t,dt,IterW,IterC,ItCum,KodTop,
! KodBot,ConvgF,Peclet,Courant
do 13 jS=1,NS
mObs=NObs
if(.not.lFlux) mObs=0
if(t.lt.99999999.) then
write(80+jS,190,err=903) t,-cvTop(jS),cvBot(jS),
! CumCh(1,jS),CumCh(2,jS),CumCh(3,jS),CumCh(4,jS),
! Conc(jS,N),cRoot(jS),Conc(jS,1),cvChR(jS),
! CumCh(5,jS),CumCh(6,jS),TLevel,cGWL(jS),
! cRunOff(jS),CumCh(10,jS),
! (vNew(Node(j))*Conc(jS,Node(j)),
! CumCh(6+j,jS),j=1,min(mObs,3))
else
write(80+jS,191,err=903) t,-cvTop(jS),cvBot(jS),
! CumCh(1,jS),CumCh(2,jS),CumCh(3,jS),CumCh(4,jS),
! Conc(jS,N),cRoot(jS),Conc(jS,1),cvChR(jS),
! CumCh(5,jS),CumCh(6,jS),TLevel,cGWL(jS),
! cRunOff(jS),CumCh(10,jS),
! (vNew(Node(j))*Conc(jS,Node(j)),
! CumCh(6+j,jS),j=1,min(mObs,3))
end if
13 continue
else
write(70,200,err=902) TLevel,t,dt,IterW,ItCum,KodTop,KodBot,
! ConvgF
end if
end if
if(lPrint.and.lFluxOut.and.jPrint.eq.1) then
write(44,222) t,Prec,rSoil,rTop,vTop,rInfil,rEvap,rRoot,vRoot,
! vBot,vRunOff,CumQ(9),CumQ(10),CumQ(1),CumQ(3),
! CumQ(7),CumQ(8),CumQ(2),CumQ(4),CumQ(5),CumQ(6),
! Volume,SnowLayer,vTopW,vTopV
222 format(f14.4,24e13.5)
end if
return
* Error when writing into an output file
901 ierr=1
return
902 ierr=2
return
903 ierr=3
return
110 format(/
!' Time ItW ItCum vTop SvTop SvRoot SvBot ',
!' hTop hRoot hBot'/)
111 format(/' time PrecipP EvaporP FluxTopP
!FluxTopA InfiltrA EvaporA TranspP TranspA
!FluxBot RunOff Sum(PrecP) Sum(EvapP) Sum(FlTopP) Sum
!(FlTopA) Sum(InfA) Sum(EvapA) Sum(TransP) Sum(TransA) Sum(F
!luxBot) Sum(RunOff) Storage SnowLayer vTopW vTop
!V'/)
120 format(f13.4,i3,i7,4e9.2,f8.1,2f6.0)
121 format(e14.7,i3,i7,4e9.2,f7.0,2f6.0)
122 format(f14.4,i3,i7,4e9.2,f7.2,2f5.2)
123 format(e14.7,i3,i7,4e9.2,f7.2,2f5.2)
c120 format('+',f12.3,2i3,i6,4e9.2,3f6.0) ! writing at one line
130 format(/
!' Time rTop rRoot vTop vRoot
! vBot sum(rTop) sum(rRoot) sum(vTop) sum(vRoot)
! sum(vBot) hTop hRoot hBot RunOff
! sum(RunOff) Volume sum(Infil) sum(Evap) TLevel Cum(WTr
!ans) SnowLayer'/
!' [T] [L/T] [L/T] [L/T] [L/T]
! [L/T] [L] [L] [L] [L]
! [L] [L] [L] [L] [L/T]
! [L] [L] [L] [L]'/)
140 format(//' TLevel Time dt Iter ItCum K',
!'odT KodB Convergency'/)
150 format(//' TLevel Time dt ItrW ItrC ItC',
!'um KodT KodB Converg Peclet Courant'/)
160 format(' All solute fluxes and cumulative solute fluxes are positi
!ve into the region'//
!' Time cvTop cvBot Sum(cvTop) Sum(cvBo
!t) cvCh0 cvCh1 cTop cRoot cBot
! cvRoot Sum(cvRoot) Sum(cvNEql) TLevel cGWL c
!RunOff Sum(cRunOff) (cv(i), Sum(cv(i)), i=1,NObs)'/
!' [T] [M/L2/T] [M/L2/T] [M/L2] [M/L2]
! [M/L2] [M/L2] [M/L3] [M/L3] [M/L3]
! [M/L2/T] [M/L2] [M/L2] [M/L3]
![M/L2] [M/L3] [M/L2/T] [M/L2]')
170 format(f13.4,11e13.5,2e13.5,5e13.5,i7,e13.5,f11.3)
171 format(e14.8,11e13.5,2e13.5,5e13.5,i7,e13.5,f11.3)
180 format(i9,e15.7,e13.5,2i5,i9,2i6,l6,2f10.3)
190 format(f14.4,12e13.5,i8,e13.5,8e13.5)
191 format(e15.8,12e13.5,i8,e13.5,8e13.5)
200 format(i9,e15.7,e13.5,i5,i9,2i6,l6,2f10.3)
end
************************************************************************
subroutine ALInf(t,CumQ,hNewN,hRoot,hNew1,ALevel,ierr)
integer ALevel
double precision t
dimension CumQ(12)
if(ALevel.eq.1) write(72,110,err=901)
if(t.lt.999999.) then
write(72,120,err=901) t,(CumQ(i),i=1,5),hNewN,hRoot,hNew1,ALevel
else
write(72,121,err=901) t,(CumQ(i),i=1,5),hNewN,hRoot,hNew1,ALevel
end if
return
* Error when writing into an output file
901 ierr=1
return
110 format(//
!' Time sum(rTop) sum(rRoot) sum(vTop) sum(vRo
!ot) sum(vBot) hTop hRoot hBot A-level'/
!' [T] [L] [L] [L] [L]
! [L] [L] [L] [L] '/)
120 format(f12.5,5e14.6,3f11.3,i8)
121 format(e14.7,5e14.6,3f11.3,i8)
end
************************************************************************
subroutine SubReg(N,NMat,NLay,hNew,ThN,ThO,x,MatNum,LayNum,t,dt,
! CosAlf,Con,lChem,Conc,ChPar,PLevel,ths,wCumT,
! wCumA,cCumT,cCumA,wVolI,cVolI,WatIn,SolIn,lWat,
! lTemp,Temp,TPar,TDep,NS,NSD,Sorb,lLinear,lEquil,
! lMobIm,ierr,SubVol,Area,lPrint,lBact,Sorb2,
! lVapor,ThVOld,ThVNew,lWTDep,ConLT,ConVh,ConVT,
! iDualPor,ThNewIm,ThOldIm,lDensity,lCentrif,
! Radius,lDualNEq,cPrev)
logical lWat,lChem,lTemp,lLinear(NS),lEquil,lPrint,lMobIm(NMat),
! lVapor,lWTDep,lBact,lCentrif,lDensity,lDualNEq
integer PLevel
double precision t
dimension hNew(N),ThN(N),ThO(N),x(N),MatNum(N),LayNum(N),
! Conc(NSD,N),ChPar(NSD*16+4,NMat),ths(NMat),cCumA(NS),
! cCumT(NS),cVolI(NS),WatIn(N),SolIn(N),Temp(N),
! TPar(10,NMat),TDep(NSD*16+4),Sorb(NSD,N),Con(N),
! ConLT(N),ConVh(N),ConVT(N),Sorb2(NSD,N),ThNewIm(N),
! ThOldIm(N),ThVOld(N),ThVNew(N),hMean(10),
! cMean(11,10),TMean(10),SubVol(10),SubCha(10),ConVol(11),
! ConSub(11,10),cTot(11),SubT(10),Area(10),ConVolIm(11),
! ConSubIm(11,10),cMeanIm(11,10),cTotIm(11),ConVolIm2(11),
! ConSubIm2(11,10),cPrev(N)
fRE=1.
Grav=CosAlf
ATot=0.
Tr=293.15
R=8.314
if(lWat.or.PLevel.eq.0) then
Volume=0.
VolumeIm=0.
Change=0.
hTot=0.
DeltW=0.
end if
if(lTemp) then
TTot=0.
TVol=0.
end if
if(lChem) then
if(NS.gt.11) then
write(*,*) 'Dimensions in the Subreg subroutine need to be inc
!reased !'
stop
end if
do 11 jS=1,NS
cTot(jS)=0.
ConVol(jS)=0.
if(.not.lEquil) ConVolIm(jS)=0.
if(.not.lEquil) cTotIm(jS)=0.
if(lBact.or.lDualNEq) ConVolIm2(jS)=0.
11 continue
DeltC=0.
end if
do 13 Lay=1,NLay
Area(Lay)=0.
if(lWat.or.PLevel.eq.0) then
SubVol(Lay)=0.
SubCha(Lay)=0.
hMean(Lay)=0.
end if
if(lTemp) then
SubT(Lay)=0.
TMean(Lay)=0.
end if
if(lChem) then
do 12 jS=1,NS
ConSub(jS,Lay)=0.
cMean(jS,Lay)=0.
if(.not.lEquil) ConSubIm(jS,Lay)=0.
if(lBact.or.lDualNEq) ConSubIm2(jS,Lay)=0.
if(.not.lEquil) cMeanIm(jS,Lay)=0.
12 continue
end if
13 continue
do 15 i=N-1,1,-1
j=i+1
cEl=0.
Mi=MatNum(i)
Mj=MatNum(j)
Lay=LayNum(i)
dx=x(j)-x(i)
Area(Lay)=Area(Lay)+dx
ATot=ATot+dx
TT=(Temp(i)+Temp(j))/2.+273.15
if(lWat.or.PLevel.eq.0) then
hE=(hNew(i)+hNew(j))/2.
VNewi=dx*(ThN(i)+ThN(j))/2.
VOldi=dx*(ThO(i)+ThO(j))/2.
if(lDensity) then
VNewi=dx*(ThN(i)*fRo(1,(Conc(1,i)))+
! ThN(j)*fRo(1,(Conc(1,j))))/2.
VOldi=dx*(ThO(i)*fRo(1,(cPrev(i)))+
! ThO(j)*fRo(1,(cPrev(j))))/2.
end if
if(lVapor) then
VNewi=VNewi+dx*(ThVNew(i)+ThVNew(j))/2.
VOldi=VOldi+dx*(ThVOld(i)+ThVOld(j))/2.
end if
Volume=Volume+VNewi
Change=Change+(VNewi-VOldi)/dt
SubCha(Lay)=SubCha(Lay)+(VNewi-VOldi)/dt
SubVol(Lay)=SubVol(Lay)+VNewi
hTot=hTot+hE*dx
hMean(Lay)=hMean(Lay)+hE*dx
if(iDualPor.gt.0) then
VNewImi=dx*(ThNewIm(i)+ThNewIm(j))/2.
VOldImi=dx*(ThOldIm(i)+ThOldIm(j))/2.
if(lDensity) then
VNewImi=dx*(ThNewIm(i)*fRo(1,(Sorb(1,i)))+
! ThNewIm(j)*fRo(1,(Sorb(1,j))))/2.
VOldImi=dx*(ThOldIm(i)*fRo(1,(Sorb(1,i)))+
! ThOldIm(j)*fRo(1,(Sorb(1,j))))/2.
end if
VolumeIm=VolumeIm+dx*(ThNewIm(i)+ThNewIm(j))/2.
Change=Change+(VNewImi-VOldImi)/dt
SubCha(Lay)=SubCha(Lay)+(VNewImi-VOldImi)/dt
SubVol(Lay)=SubVol(Lay)+VNewImi
end if
end if
if(lTemp) then
TE=(Temp(i)+Temp(j))/2.
TNewE=dx*((Temp(i)+273.15)*(TPar(1,Mi)*TPar(7,Mi)+
! TPar(2,Mi)*TPar(8,Mi)+TPar(9,Mi)*ThN(i))+
! (Temp(j)+273.15)*(TPar(1,Mj)*TPar(7,Mj)+
! TPar(2,Mj)*TPar(8,Mj)+TPar(9,Mj)*ThN(j)))/2.
TVol=TVol+TNewE
SubT(Lay)=SubT(Lay)+TNewE
TTot=TTot+TE*dx
TMean(Lay)=TMean(Lay)+TE*dx
end if
if(lChem) then
do 14 jS=1,NS
jjj=(jS-1)*16
cE=(Conc(jS,i)+Conc(jS,j))/2.
TTi=(Temp(i)+273.15-Tr)/R/TT/Tr
xKsi =ChPar(jjj+ 7,Mi)*exp(TDep(jjj+ 7)*TTi)
xNui =ChPar(jjj+ 8,Mi)*exp(TDep(jjj+ 8)*TTi)
fExpi =ChPar(jjj+ 9,Mi)*exp(TDep(jjj+ 9)*TTi)
Henryi=ChPar(jjj+10,Mi)*exp(TDep(jjj+10)*TTi)
TTj=(Temp(j)+273.15-Tr)/R/TT/Tr
xKsj =ChPar(jjj+ 7,Mj)*exp(TDep(jjj+ 7)*TTj)
xNuj =ChPar(jjj+ 8,Mj)*exp(TDep(jjj+ 8)*TTj)
fExpj =ChPar(jjj+ 9,Mj)*exp(TDep(jjj+ 9)*TTj)
Henryj=ChPar(jjj+10,Mj)*exp(TDep(jjj+10)*TTj)
C1=1.
C2=1.
if(.not.lLinear(jS)) then
if(Conc(jS,i).gt.0.) C1=Conc(jS,i)**(fExpi-1.)/
! (1.+xNui*Conc(jS,i)**fExpi)
if(Conc(jS,j).gt.0.) C2=Conc(jS,j)**(fExpj-1.)/
! (1.+xNuj*Conc(jS,j)**fExpj)
end if
ThWi=ThN(i)
ThWj=ThN(j)
ThImobi=ChPar(4,Mi)
ThImobj=ChPar(4,Mj)
ThGi=amax1(0.,ths(Mi)-ThWi)
ThGj=amax1(0.,ths(Mj)-ThWj)
if(iDualPor.gt.0) then
ThImobi=ThNewIm(i)
ThImobj=ThNewIm(j)
c ThGi=amax1(0.,ths(Mi)-ThWi+thSIm(Mi)-ThImobi)
c ThGj=amax1(0.,ths(Mj)-ThWj+thSIm(Mj)-ThImobj)
end if
if(lMobIm(Mi).and.iDualPor.eq.0.or.lBact)
! ThWi=max(ThWi-ThImobi,0.001)
if(lMobIm(Mj).and.iDualPor.eq.0.or.lBact)
! ThWj=max(ThWj-ThImobj,0.001)
f_em=1.
if(lDualNEq) f_em=ChPar(jjj+13,Mi)
cNewi=dx/2.*(Conc(jS,i)*
! (thWi+f_em*ChPar(3,Mi)*ChPar(1,Mi)*xKsi*C1+thGi*Henryi)+
! Conc(jS,j)*
! (thWj+f_em*ChPar(3,Mj)*ChPar(1,Mj)*xKsj*C2+thGj*Henryj))
ConVol(jS)=ConVol(jS)+cNewi
ConSub(jS,Lay)=ConSub(jS,Lay)+cNewi
if(.not.lEquil) then
if(lMobIm(Mi).or.iDualPor.gt.0) then ! mobile-immobile model
S1=1.
S2=1.
if(.not.lLinear(jS)) then
if(Sorb(jS,i).gt.0.) S1=Sorb(jS,i)**(fExpi-1.)/
! (1.+xNui*Sorb(jS,i)**fExpi)
if(Sorb(jS,j).gt.0.) S2=Sorb(jS,j)**(fExpj-1.)/
! (1.+xNuj*Sorb(jS,j)**fExpj)
end if
cNewiIm=dx/2.*(Sorb(jS,i)*
! (ThImobi+(1.-ChPar(3,Mi))*ChPar(1,Mi)*xKsi*S1)+
! Sorb(jS,j)*
! (ThImobj+(1.-ChPar(3,Mj))*ChPar(1,Mj)*xKsj*S2))
if(lDualNEq) then
cNewiIm2=dx/2.*(ChPar(1,Mi)*Sorb2(jS,i)+
! ChPar(1,Mj)*Sorb2(jS,j))
ConVolIm2(jS) =ConVolIm2(jS) +cNewiIm2
ConSubIm2(jS,Lay)=ConSubIm2(jS,Lay)+cNewiIm2
end if
else ! two-site sorption model
cNewiIm=dx/2.*(ChPar(1,Mi)*Sorb(jS,i)+
! ChPar(1,Mj)*Sorb(jS,j))
if(lBact) then
cNewiIm2=dx/2.*(ChPar(1,Mi)*Sorb2(jS,i)+
! ChPar(1,Mj)*Sorb2(jS,j))
ConVolIm2(jS) =ConVolIm2(jS) +cNewiIm2
ConSubIm2(jS,Lay)=ConSubIm2(jS,Lay)+cNewiIm2
end if
end if
ConVolIm(jS) =ConVolIm(jS) +cNewiIm
ConSubIm(jS,Lay)=ConSubIm(jS,Lay)+cNewiIm
cEIm=(Sorb(jS,i)+Sorb(jS,j))/2.
cMeanIm(jS,Lay)=cMeanIm(jS,Lay)+cEIm*dx
cTotIm(jS)=cTotIm(jS)+cEIm*dx
end if
cTot(jS)=cTot(jS)+cE*dx
cMean(jS,Lay)=cMean(jS,Lay)+cE*dx
if(jS.eq.1) cEl=cNewi
14 continue
end if
if(PLevel.eq.0) then
if(lWat) WatIn(i)=vNewi
if(lWat.and.iDualPor.gt.0) WatIn(i)=vNewi+vNewImi
if(lChem) SolIn(i)=cEl
else
if(lWat) then
if(iDualPor.le.0) DeltW=DeltW+abs(WatIn(i)-vNewi)
if(iDualPor.gt.0) DeltW=DeltW+abs(WatIn(i)-vNewi-vNewImi)
end if
if(lChem) DeltC=DeltC+abs(SolIn(i)-cEl)
end if
15 continue
do 17 Lay=1,NLay
if(Area(Lay).gt.0.)then
if(lWat.or.PLevel.eq.0) hMean(Lay)=hMean(Lay)/Area(Lay)
if(lTemp) TMean(Lay)=TMean(Lay)/Area(Lay)
do 16 jS=1,NS
if(lChem) then
cMean (jS,Lay)=cMean (jS,Lay)/Area(Lay)
if(.not.lEquil) cMeanIm(jS,Lay)=cMeanIm(jS,Lay)/Area(Lay)
end if
16 continue
end if
17 continue
if(ATot.gt.0.) then
if(lWat.or.PLevel.eq.0) hTot=hTot/ATot
if(lTemp) TTot=TTot/ATot
end if
do 18 jS=1,NS
if(lChem.and.ATot.gt.0.) then
cTot(jS)=cTot(jS)/ATot
if(.not.lEquil) cTotIm(jS)=cTotIm(jS)/ATot
end if
18 continue
if(lDensity) fRE=fRo(1,Conc(1,1))
if(lCentrif) Grav=CosAlf*(Radius+abs((x(2)+x(1))/2.))
dx1=x(2)-x(1)
v1=-(Con(1)+Con(2))/2.*((hNew(2)-hNew(1))/dx1+Grav*fRE)
if(lDensity) fRE=fRo(1,Conc(1,N))
if(lCentrif) Grav=CosAlf*(Radius+abs((x(N)+x(N-1))/2.))
dxN=x(N)-x(N-1)
vN=-(Con(N)+Con(N-1))/2*((hNew(N)-hNew(N-1))/dxN+Grav*fRE)
if(lWTDep) then
v1=v1-(ConLT(1)+ConLT(2) )/2.*(Temp(2)-Temp(1) )/dx1
vN=vN-(ConLT(N)+ConLT(N-1))/2.*(Temp(N)-Temp(N-1))/dxN
end if
if(lVapor) then
v1=v1-(ConVh(1)+ConVh(2) )/2.*(hNew(2)-hNew(1) )/dx1
vN=vN-(ConVh(N)+ConVh(N-1))/2.*(hNew(N)-hNew(N-1))/dxN
v1=v1-(ConVT(1)+ConVT(2) )/2.*(Temp(2)-Temp(1) )/dx1
vN=vN-(ConVT(N)+ConVT(N-1))/2.*(Temp(N)-Temp(N-1))/dxN
end if
if(lPrint) then
if(t.lt.99999999.) then
write(76,110,err=901) t
else
write(76,111,err=901) t
end if
write(76,120,err=901) (i,i=1,NLay)
write(76,130,err=901)
write(76,140,err=901) ATot, (Area(i),i=1,NLay)
if(lWat.or.PLevel.eq.0) then
write(76,150,err=901) Volume,(SubVol(i),i=1,NLay)
if(iDualPor.gt.0) write(76,151,err=901) VolumeIm
write(76,160,err=901) Change,(SubCha(i),i=1,NLay)
write(76,170,err=901) hTot, ( hMean(i),i=1,NLay)
end if
if(lTemp) then
write(76,180,err=901) TVol, ( SubT(i),i=1,NLay)
write(76,190,err=901) TTot, ( TMean(i),i=1,NLay)
end if
if(lChem) then
do 19 jS=1,NS
write(76,200,err=901) jS,ConVol(jS),(ConSub(jS,i),i=1,NLay)
write(76,210,err=901) jS,cTot(jS), ( cMean(jS,i),i=1,NLay)
if(.not.lEquil) then
if(lMobIm(1).or.iDualPor.gt.0) then
write(76,201,err=901)
! jS,ConVolIm(jS),(ConSubIm(jS,i),i=1,NLay)
write(76,211,err=901)
! jS,cTotIm(jS) ,(cMeanIm(jS,i) ,i=1,NLay)
else
write(76,202,err=901)
! jS,ConVolIm(jS),(ConSubIm(jS,i),i=1,NLay)
write(76,212,err=901)
! jS,cTotIm(jS) ,(cMeanIm(jS,i) ,i=1,NLay)
end if
end if
if(lBact.or.lDualNEq) write(76,203,err=901)
! jS,ConVolIm2(jS),(ConSubIm2(jS,i),i=1,NLay)
19 continue
end if
if(lWat.or.PLevel.eq.0) write(76,220,err=901) vN,v1
end if
* Mass balance calculation
if(PLevel.eq.0) then
wVolI=Volume
if(iDualPor.gt.0) wVolI=Volume+VolumeIm
if(lChem) then
do 20 jS=1,NS
cVolI(jS)=ConVol(jS)
if(.not.lEquil) cVolI(jS)=cVolI(jS)+ConVolIm(jS)
if(lBact.or.lDualNEq)
! cVolI(jS)=cVolI(jS)+ConVolIm2(jS)
20 continue
end if
else
if(lWat) then
wBalT=Volume-wVolI-wCumT
if(iDualPor.gt.0) wBalT=Volume-wVolI-wCumT+VolumeIm
if(lPrint) write(76,230,err=901) wBalT
ww=amax1(DeltW,wCumA)
if(ww.gt.1.e-25) then
wBalR=abs(wBalT)/ww*100.
if(lPrint) write(76,240,err=901) wBalR
end if
end if
if(lChem) then
do 21 jS=1,NS
cBalT=ConVol(jS)-cVolI(jS)+cCumT(jS)
if(.not.lEquil) cBalT=cBalT+ConVolIm (jS)
if(lBact.or.lDualNEq) cBalT=cBalT+ConVolIm2(jS)
if(lPrint) write(76,250,err=901) jS,cBalT
cc=amax1(DeltC,cCumA(jS))
if(cc.gt.1.e-25) then
cBalR=abs(cBalT)/cc*100.
if(lPrint) write(76,260,err=901) jS,cBalR
end if
21 continue
end if
end if
if(lPrint) write(76,130,err=901)
return
* Error when writing into an output file
901 ierr=1
return
110 format(
! /'----------------------------------------------------------'/
! ' Time [T]',f14.4/
! '----------------------------------------------------------')
111 format(
! /'----------------------------------------------------------'/
! ' Time [T]',e15.8/
! '----------------------------------------------------------')
120 format( ' Sub-region num. ',9(I7,6x))
130 format(
! '----------------------------------------------------------')
140 format( ' Area [L] ',e13.5,9e13.5)
150 format( ' W-volume [L] ',e13.5,9e13.5)
151 format( ' W-volumeI[L] ',e13.5,9e13.5)
160 format( ' In-flow [L/T] ',e13.5,9e13.5)
170 format( ' h Mean [L] ',e13.5,9e13.5)
180 format( ' HeatVol [M/T2] ',e13.5,10e13.5)
190 format( ' tMean [K] ',f13.3,10f13.3)
200 format( ' ConcVol [M/L2] ',i1,1x,e13.5,10e13.5)
201 format( ' ConcVolIm[M/L2] ',i1,1x,e13.5,10e13.5)
202 format( ' SorbVolIm[M/L2] ',i1,1x,e13.5,10e13.5)
203 format( ' SorbVolIm2[M/L2]',i1,1x,e13.5,10e13.5)
210 format( ' cMean [M/L3] ',i1,1x,e13.5,10e13.5)
211 format( ' cMeanIm [M/L3] ',i1,1x,e13.5,10e13.5)
212 format( ' sMeanIm [-] ',i1,1x,e13.5,10e13.5)
220 format( ' Top Flux [L/T] ',e13.5/
! ' Bot Flux [L/T] ',e13.5)
230 format( ' WatBalT [L] ',e13.5)
240 format( ' WatBalR [%] ',f13.3)
250 format( ' CncBalT [M] ',i1,1x,e13.5)
260 format( ' CncBalR [%] ',i1,1x,f13.3)
end
***********************************************************************
subroutine NodOut(N,NMat,hNew,thN,Con,x,xSurf,CosAlf,TPrint,
! MatNum,Cap,Bxz,Sink,ConS,NS,NSD,Conc,Temp,Sorb,
! Kappa,lBact,Sorb2,lVapor,lWTDep,ConLT,ConVT,
! ConVh,ThOldT,dt,iDualPor,ThNewIm,SinkIm,STrans,
! lDensity,lCentrif,Radius,lVaporOut,lDualNEq,
! ierr)
dimension hNew(N),thN(N),Con(N),x(N),MatNum(N),Cap(N),Bxz(N),
! Sink(N),ConS(NMat),Conc(NSD,N),Temp(N),Sorb(NSD,N),
! Kappa(N),Sorb2(NSD,N),ConLT(N),ConVT(N),ConVh(N),
! ThNewIm(N),SinkIm(N),STrans(N)
logical lBact,lVapor,lWTDep,lDensity,lCentrif,
! lDualNEq,lVaporOut
double precision TPrint
fRE=1.
Grav=CosAlf
xS=xSurf+Radius
if(TPrint.lt.99999999.) then
write(75,110,err=901) TPrint
if(lVaporOut.and.lVapor) write(45,110,err=901) TPrint
else
write(75,111,err=901) TPrint
if(lVaporOut.and.lVapor) write(45,111,err=901) TPrint
end if
if(NS.eq.0) then
if(iDualPor.eq.0) then
write(75,112,err=901)
else
write(75,113,err=901)
end if
else
if(iDualPor.eq.0) then
write(75,114,err=901)
else
write(75,115,err=901)
end if
end if
if(lVaporOut.and.lVapor) write(45,116,err=901)
do 11 i=N,1,-1
Mat=MatNum(i)
if(i.eq.1) then
if(lDensity) fRE=fRo(1,Conc(1,1))
if(lCentrif) Grav=CosAlf*(Radius+abs((x(2)+x(1))/2.))
dx=x(2)-x(1)
vi=-(Con(1)+Con(2))/2.*((hNew(2)-hNew(1))/dx+Grav*fRE)
if(lWTDep)
! vi =vi-(ConLT(1)+ConLT(2))/2.*(Temp(2)-Temp(1))/dx
vVi=0.
if(lVapor) then
vVii=-(ConVh(1)+ConVh(2))/2.*(hNew(2)-hNew(1))/dx
vVTi=-(ConVT(1)+ConVT(2))/2.*(Temp(2)-Temp(1))/dx
vVi=vVii+vVTi
end if
else if(i.eq.N) then
ConSN=ConS(Mat)*Bxz(N)
N1=N-1
dx=(x(N)-x(N-1))
if(lDensity) fRE=fRo(1,Conc(1,N))
if(lCentrif) Grav=CosAlf*(Radius+abs((x(N)+x(N1))/2.))
vi=-(Con(N)+Con(N1))/2.*((hNew(N)-hNew(N1))/dx+Grav*fRE)-
! (ThN(N)-ThOldT)*fRE*dx/2./dt-Sink(N)*dx/2.
if(lWTDep) vi=vi-(ConLT(N)+ConLT(N1))/2.*(Temp(N)-Temp(N1))/dx
vVi=0.
if(lVapor) then
vVii=-(ConVh(N)+ConVh(N1))/2.*(hNew(N)-hNew(N1))/dx
vVTi=-(ConVT(N)+ConVT(N1))/2.*(Temp(N)-Temp(N1))/dx
vVi=vVTi+vVii
end if
else
dxA=x(i+1)-x(i)
dxB=x(i)-x(i-1)
if(lDensity) fRE=(fRo(1,Conc(1,i))+fRo(1,Conc(1,i+1)))/2.
if(lCentrif) Grav=CosAlf*(Radius+abs((x(i+1)+x(i))/2.))
vA=-(Con(i)+Con(i+1))/2.*((hNew(i+1)-hNew(i))/dxA+Grav*fRE)
if(lDensity) fRE=(fRo(1,Conc(1,i))+fRo(1,Conc(1,i-1)))/2.
if(lCentrif) Grav=CosAlf*(Radius+abs((x(i)+x(i-1))/2.))
vB=-(Con(i)+Con(i-1))/2.*((hNew(i)-hNew(i-1))/dxB+Grav*fRE)
vi= (vA*dxA+vB*dxB)/(dxA+dxB)
if(lWTDep) then
vAT =-(ConLT(i)+ConLT(i+1))/2.*(Temp(i+1)-Temp(i))/dxA
vBT =-(ConLT(i)+ConLT(i-1))/2.*(Temp(i)-Temp(i-1))/dxB
vi =vi+(vAT*dxA+vBT*dxB)/(dxA+dxB)
end if
vVi=0.
if(lVapor) then
vVA =-(ConVh(i)+ConVh(i+1))/2.*(hNew(i+1)-hNew(i))/dxA
vVB =-(ConVh(i)+ConVh(i-1))/2.*(hNew(i)-hNew(i-1))/dxB
vVii= (vVA*dxA+vVB*dxB)/(dxA+dxB)
vVAT=-(ConVT(i)+ConVT(i+1))/2.*(Temp(i+1)-Temp(i))/dxA
vVBT=-(ConVT(i)+ConVT(i-1))/2.*(Temp(i)-Temp(i-1))/dxB
vVTi= (vVAT*dxA+vVBT*dxB)/(dxA+dxB)
vVi =vVii+vVTi
end if
end if
if(lVaporOut.and.lVapor) write(45,140,err=901) N-i+1,x(i)-xS,
! Con(i),ConLT(i),ConVh(i),ConVT(i),vi,vVi,vi+vVi,vVii,vVTi
if(hNew(i).gt.-9.9e+05) then
if(.not.lBact) then
if(iDualPor.eq.0) then
if(.not.lDualNEq) then
write(75,120,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! Con(i),Cap(i),vi+vVi,Sink(i),Kappa(i),vi/ConSN,
! Temp(i),(Conc(jS,i),jS=1,NS),(Sorb(jS,i),jS=1,NS)
else
write(75,120,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! Con(i),Cap(i),vi+vVi,Sink(i),Kappa(i),vi/ConSN,
! Temp(i),(Conc(jS,i),jS=1,NS),(Sorb(jS,i),jS=1,NS),
! (Sorb2(jS,i),jS=1,NS)
end if
else
if(.not.lDualNEq) then
write(75,120,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! SinkIm(i),ThNewIm(i),vi+vVi,STrans(i),Kappa(i),
! vi/ConSN,Temp(i),(Conc(jS,i),jS=1,NS),
! (Sorb(jS,i),jS=1,NS)
else
write(75,120,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! SinkIm(i),ThNewIm(i),vi+vVi,STrans(i),Kappa(i),
! vi/ConSN,Temp(i),(Conc(jS,i),jS=1,NS),
! (Sorb(jS,i),jS=1,NS),(Sorb2(jS,i),jS=1,NS)
end if
end if
else
write(75,120,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! Con(i),Cap(i),vi+vVi,Sink(i),Kappa(i),vi/ConSN,
! Temp(i),(Conc(jS,i),jS=1,NS),(Sorb(jS,i),jS=1,NS),
! (Sorb2(jS,i),jS=1,NS)
end if
else
if(.not.lBact) then
if(iDualPor.eq.0) then
if(.not.lDualNEq) then
write(75,130,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! Con(i),Cap(i),vi+vVi,Sink(i),Kappa(i),vi/ConSN,
! Temp(i),(Conc(jS,i),jS=1,NS),(Sorb(jS,i),jS=1,NS)
else
write(75,130,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! Con(i),Cap(i),vi+vVi,Sink(i),Kappa(i),vi/ConSN,
! Temp(i),(Conc(jS,i),jS=1,NS),(Sorb(jS,i),jS=1,NS),
! (Sorb2(jS,i),jS=1,NS)
end if
else
if(.not.lDualNEq) then
write(75,130,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! SinkIm(i),ThNewIm(i),vi+vVi,STrans(i),Kappa(i),
! vi/ConSN,Temp(i),(Conc(jS,i),jS=1,NS),
! (Sorb(jS,i),jS=1,NS)
else
write(75,130,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! SinkIm(i),ThNewIm(i),vi+vVi,STrans(i),Kappa(i),
! vi/ConSN,Temp(i),(Conc(jS,i),jS=1,NS),
! (Sorb(jS,i),jS=1,NS),(Sorb2(jS,i),jS=1,NS)
end if
end if
else
write(75,130,err=901) N-i+1,x(i)-xS,hNew(i),thN(i),
! Con(i),Cap(i),vi+vVi,Sink(i),Kappa(i),vi/ConSN,
! Temp(i),(Conc(jS,i),jS=1,NS),(Sorb(jS,i),jS=1,NS),
! (Sorb2(jS,i),jS=1,NS)
end if
end if
11 continue
write(75,'(''end'')',err=901)
if(lVaporOut.and.lVapor) write(45,'(''end'')',err=901)
return
* Error when writing into an output file
901 ierr=1
return
110 format(//' Time:',f14.4//)
111 format(//' Time:',e15.8//)
112 format(
!' Node Depth Head Moisture K C ',
!'Flux Sink Kappa v/KsTop Temp'/
!' [L] [L] [-] [L/T] [1/L] [',
!'L/T] [1/T] [-] [-] [C]'/)
113 format(
!' Node Depth Head Moisture WTrans Im.Moist. ',
!'Flux STrans Kappa v/KsTop Temp'/
!' [L] [L] [-] [1/T] [-] [',
!'L/T] [M/L*3/T] [-] [-] [C]'/)
114 format(
!' Node Depth Head Moisture K C ',
!'Flux Sink Kappa v/KsTop Temp Conc(1..NS) Sor
!b(1...NS)'/
!' [L] [L] [-] [L/T] [1/L] [',
!'L/T] [1/T] [-] [-] [C] [M/L*3]'/)
115 format(
!' Node Depth Head Moisture WTrans Im.Moist. ',
!'Flux STrans Kappa v/KsTop Temp Conc(1..NS) Sor
!b(1...NS)'/
!' [L] [L] [-] [1/T] [-] [',
!'L/T] [M/L*3/T] [-] [-] [C] [M/L*3]'/)
116 format(
!' Node Depth Con ConLT ConVh ConVT
! vLiquid vVapor vTotal vVapIso vVapTerm
!'/
!' [L] [L/T] [L2/K/T] [L/T] [L2/K/T]
! [L/T] [L/T] [L/T] [L/T] [L/T]'
!/)
120 format(i4,1x,f10.4,1x,f11.3,1x,f6.4,1x,4e12.4,i8,1x,e11.3,f8.2,
! 30e12.4)
130 format(i4,1x,f10.4,1x,e11.4,1x,f6.4,1x,4e12.4,i8,2x,f10.3,f8.2,
! 30e12.4)
140 format(i4,1x,f10.4,1x,9e13.5)
end
***********************************************************************
subroutine ObsNod(t,N,NObs,NS,NSD,Node,Conc,hNew,ThNew,TempN,
! lChem,ThNewIm,vNew,vVNew,lFlux,ierr)
dimension Node(NObs),Conc(NSD,N),ThNew(N),TempN(N),hNew(N),
! ThNewIm(N),ECa(10),vNew(N),vVNew(N),Th(1000)
double precision t
logical lChem,lEC,lFlux
do 10 i=1,NObs
Th(i)=ThNew(Node(i))+ThNewIm(Node(i))
10 continue
if(.not.lChem) then
if(t.lt.99999999.) then
if(lFlux) then
write(77,102,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i))+vVNew(Node(i)),i=1,NObs)
else
write(77,100,err=901) t,(hNew(Node(i)),Th(i),
! TempN(Node(i)),i=1,NObs)
end if
else
if(lFlux) then
write(77,103,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i))+vVNew(Node(i)),i=1,NObs)
else
write(77,101,err=901) t,(hNew(Node(i)),Th(i),
! TempN(Node(i)),i=1,NObs)
end if
end if
else
lEC=.false.
if(lEC) then
do 11 i=1,NObs
ECw=(Conc(1,Node(i))/0.008465)**(1./1.073)
Thw=ThNew(Node(i))
ECa(i)=1.45*ECw*Thw*Thw+0.102*Thw
11 continue
end if
if(t.lt.99999999.) then
if(lFlux) then
if(NS.eq.1) write(77,112,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.2) write(77,122,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.3) write(77,132,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.4) write(77,140,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.5) write(77,150,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.6) write(77,160,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.7) write(77,170,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.8) write(77,180,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.9) write(77,190,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.10)write(77,200,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.11)write(77,210,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.12)write(77,220,err=901) t,(hNew(Node(i)),Th(i),
! vNew(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
else
if(NS.eq.1) write(77,110,err=901) t,(hNew(Node(i)),Th(i),
! TempN(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.2) write(77,120,err=901) t,(hNew(Node(i)),Th(i),
! TempN(Node(i)),(Conc(j,Node(i)),j=1,NS),i=1,NObs)
if(NS.eq.3) write(77,130,err=901) t,(hNew(Node(i)),Th(i),