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c File Component.F
c
c subroutine AddComp
c Add the component PHIc(1:nPHIc)Ct=THc(1:nTHc)Act Act~niid(0,Vc)
c To the list of components save in {ARs(1:nComp,*),MAs(1:nComp,*),Vs(1:nComp)}
c with dimensions {ARsDim(1:nComp),MAsDim(1:nComp)}
c So the k component of the list will be:
c ARs(k,1:ARsDim(k)) Ckt=MAs(k,1:MAsDim(k)))Akt Akt~niid(0,Vs(k))
c
subroutine AddComp(PHIc,nPHIc,THc,nTHc,Vc,
$ ARs,ARsDim,MAs,MAsDim,Vs,NComp)
implicit none
include 'component.i'
c INPUT
real*8 Vc,PHIc(*),THc(*)
integer nPHIc,nTHc
c INPUT/OUTPUT
real*8 ARs(MaxComp,MaxCompDim),MAs(MaxComp,MaxCompDim),
$ Vs(MaxComp)
integer ARsDim(MaxComp),MAsDim(MaxComp),nComp
c Local variables
integer i
c
if (nComp.ge.MaxComp) then
call ABORTA('nComp pass the MaxComp components')
end if
if (Vc.le.0.0d0) return
nComp=nComp+1
Do i=1,nPHIc
ARs(nComp,i)=PHIc(i)
endDo
ARsDim(nComp)=nPHIc
Do i=1,nTHc
MAs(nComp,i)=THc(i)
endDo
MAsDim(nComp)=nTHc
Vs(nComp)=Vc
end
c
c
c subroutine CopyAddComp
c given a groups of arrays {ARs1(1:nComp,*),ARsDim1(1:nComp),MAs1(1:nComp,*),MAsDim1(1:nComp),Vs1(1:nComp)}
c that keep a group of components add them to another group of components
subroutine CopyAddComp(ARs1,ARsDim1,MAs1,MAsDim1,Vs1,nComp1,
$ ARs,ARsDim,MAs,MAsDim,Vs,nComp)
implicit NONE
include 'component.i'
c INPUT
real*8 ARs1(MaxComp,MaxCompDim),MAs1(MaxComp,MaxCompDim),
$ Vs1(MaxComp)
integer ARsDim1(MaxComp),MAsDim1(MaxComp),nComp1
c INPUT/OUTPUT
real*8 ARs(MaxComp,MaxCompDim),MAs(MAxComp,MaxCompDim),
$ Vs(MaxComp)
integer ARsDim(MaxComp),MAsDim(MaxComp),nComp
c Local Variables
integer i,j
c
j=0
Do while (j.lt.nComp1)
j=j+1
if ((j+nComp).gt.MaxComp) then
j=j-1
EXIT
end if
Do i=1,ARsDim1(j)
ARs(nComp+j,i)=ARs1(j,i)
endDo
ARsDim(nComp+j)=ARsDim1(j)
Do i=1,MAsDim1(j)
MAs(nComp+j,i)=MAs1(j,i)
EndDo
MAsDim(nComp+j)=MAsDim1(j)
Vs(nComp+j)=Vs1(j)
endDo
nComp=nComp+j
end
c
c Subroutine GetComp
c Given a group of component return the component equivalent to the addition of all of them
subroutine GetComp(ARs,ARsDim,MAs,MAsDim,Vs,nComp,
$ PHIcomp,nPHIcomp,THcomp,nTHcomp,Vcomp,toterr)
implicit none
include 'component.i'
c INPUT
real*8 ARs(MaxComp,MaxCompDim),MAs(MaxComp,MaxCompDim),
$ Vs(MaxComp),toterr
integer ARsDim(MaxComp),MAsDim(MaxComp),nComp
c OUTPUT
real*8 PHIcomp(MaxCompDim),THcomp(MaxCompDim),Vcomp
integer nPHIcomp,nTHcomp
c Local Parameters
real*8 Utmp(50),Utmp2(50),V(50),
$ ARMAtmp(MaxCompDim),ARMAtmp2(MaxCompDim),ARStmp(MaxCompDim)
integer i,j,l,nARMAtmp,nARMAtmp2,nUtmp,nUtmp2,nV,k
integer nounit
character caption0*60
c
toterr=0.0d0
if (nComp.eq.0) then
Vcomp=0.0D0
PHIcomp(1)=1.0D0
nPHIcomp=1
THcomp(1)=1.0D0
nTHcomp=1
return
end if
if (nComp.eq.1) then
do i=1,ARsDim(1)
PHIcomp(i)=ARs(1,i)
enddo
nPHIcomp=ARsDim(1)
do i=1,MAsDim(1)
THcomp(i)=MAs(1,i)
enddo
nTHcomp=MAsDim(1)
Vcomp=Vs(1)
return
end if
do i=1,50
Utmp(i)=0.0d0
endDo
nUtmp=0
do j=1,nComp
do i=1,MAsDim(j)
ARMAtmp(i)=MAs(j,i)
enddo
nARMAtmp=MAsDim(j)
do i=1,nComp
if (i.ne.j) then
DO k=1,ARsDim(i)
ARStmp(k)=ARs(i,k)
endDO
call CONV(ARMAtmp,nARMAtmp,ARstmp,ARsDim(i),
$ ARMAtmp2,nARMAtmp2)
Do l=1,nARMAtmp2
ARMAtmp(l)=ARMAtmp2(l)
enddo
nARMAtmp=nARMAtmp2
end if
enddo
call CONJ(ARMAtmp,nARMAtmp,ARMAtmp,nARMAtmp,Utmp2,nUtmp2)
nUtmp=max(nUtmp,nUtmp2)
do i=nUtmp2+1,nUtmp
Utmp2(i)=0.0d0
enddo
do i=1,nUtmp
Utmp(i)=Utmp(i)+Utmp2(i)*Vs(j)
enddo
enddo
nounit=0
Do while(abs(Utmp(nUtmp))<1.0D-20)
nUtmp=nUtmp-1;
if (nUtmp.eq.0) exit
enddo
if (nUtmp.gt.0)then
caption0=' '
call MAK1(Utmp,nUtmp,THcomp,nTHcomp,Vcomp,nounit,
$ 1,caption0,0,toterr)
else
nTHcomp=0
Vcomp=0.0D0
THcomp(1)=1.0D0
end if
c Computing the total squared error
* call CONJ(THcomp,nTHcomp,THcomp,nTHComp,V,nV)
* Do i=1,nV
* toterr=toterr+(V(i)*Vcomp-Utmp(i))**2
* enddo
c End of computing the total squared error
PHIcomp(1)=1.0d0
nPHIcomp=1
do j=1,nComp
DO k=1,ARsDim(j)
ARStmp(k)=ARs(j,k)
endDO
call CONV(PHIcomp,nPHIcomp,ARstmp,ARsDim(j),
$ ARMAtmp2,nARMAtmp2)
do l=1,nARMAtmp2
PHIcomp(l)=ARMAtmp2(l)
enddo
nPHIcomp=nARMAtmp2
enddo
end
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