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writecdccwf.f
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writecdccwf.f
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module writecdccwf
use cdccchannels
implicit none
C complex*16, dimension(:,:,:),allocatable :: cdccwf_thox
complex*16, dimension(:,:),allocatable :: cdccwf_thox_phi
complex*16, dimension(:,:),allocatable :: cdccwf_thox_chi
C complex*16, dimension(:,:,:),allocatable :: cdccwf_NEB
contains
subroutine initial_cdcc_wf_smoothie()
use channels, only: jpiset,jpsets
use parameters, only: maxeset
use xcdcc,only:nquad,frad,rquad,nrcc,rvcc,parch
implicit none
C allocate(cdccwf_thox(1:nquad,1:nrcc,1:indexthoxmax)) ! note that rvcc(ir)=dble(ir-1)*hcm
C allocate(cdccwf_NEB(1:nquad,1:nrcc,1:incdcc%nchmax)) ! note that rvcc(ir)=dble(ir-1)*hcm
allocate(cdccwf_thox_phi(1:nquad,1:indexthoxmax))
allocate(cdccwf_thox_chi(1:nrcc,1:indexthoxmax))
C cdccwf_thox=0.0d0
C cdccwf_NEB=0.0d0
cdccwf_thox_phi=0.0d0
cdccwf_thox_chi=0.0d0
end subroutine
c *** -----------------------------------------------------------
c *** write CDCC wave function in each alpha n
c *** ------------------------------------------------------------
subroutine cdcc_wf_thoxin(icc,incvec,ninc,nch,nr)
use channels, only: jpiset,jpsets
use parameters, only: maxeset
use xcdcc,only:nquad,frad,rquad,nrcc,rvcc,parch,wfcdcc
use channels, only: jptset,jpsets
implicit none
integer, parameter:: kwf=322
integer :: ich,nch,nr,ir,icc,partot,ninc
integer :: lsp,jsp,jc,parc,lam,iex,parp, lam_in
real*8 :: jtot,exc,jp,jlp,jp_in
logical,dimension(1:nch) :: incvec
complex*16 :: wf(nch,nr)
integer :: jset,ne,nchan,iparity,nst,ii,ie
real*8 :: xjtot
integer :: alphacdcc,irbx,ira
complex*16 :: phi, chi
integer :: inc
integer,dimension(ninc) :: inc_ich
integer :: ain,nrank
integer :: ijpset, njpsets
integer,dimension(1:99) :: jpsetvalue
do inc=1, ninc
do ich=1, nch
if (incvec(ich)) then
inc_ich(inc) = ich
incvec(ich)=.false.
exit
else
cycle
end if
end do
end do
partot=jptset(icc)%partot
jtot =jptset(icc)%jtot
write(kwf,350) icc,nch,jtot,partot
350 format(2x,"CC set:", i4, " Chans:",i4,
& " JTOT=",1f6.1, " Parity:",i2)
do inc=1, ninc
jp_in= jptset(icc)%jp (inc_ich(inc))
lam_in= jptset(icc)%l (inc_ich(inc))
do ain=1, alpha_in%nchmax
if (nint(2.*jtot) == nint(2.*alpha_in%j(ain))
+ .and. nint(2.*jp_in) == nint(2.*alpha_in%j2b(ain))
+ .and. lam_in == alpha_in%lam(ain)) exit
end do
do ich=1,nch
iex =jptset(icc)%idx(ich)
lam =jptset(icc)%l (ich)
jp =jptset(icc)%jp (ich)
jlp =jptset(icc)%jlp(ich)
parp = parch(iex)
njpsets=0
jpsetvalue=0
do jset=1, jpsets
ne=jpiset(jset)%nex
nchan=jpiset(jset)%nchan
xjtot=jpiset(jset)%jtot
iparity=jpiset(jset)%partot
if (nint(2.*xjtot)== nint(2.*jp) .and. iparity == parp) then
njpsets=njpsets+1
jpsetvalue(njpsets) = jset
end if
end do
nrank=0
do ijpset=1,njpsets
nrank=jpiset(jpsetvalue(ijpset))%nex+nrank
end do
C if (ne /= nch) then
C write(*,*) "error in channel recouping"
C write(*,*) "ne=",ne,"nch=",nch,"njpsets=",njpsets
C stop
C end if
ne=0
do ijpset=1, njpsets
ne=jpiset(ijpset)%nex+ne
C if(ich>ne .and. njpsets>1) cycle !!!!!!?????????? do not understand why I need this ?????
jset= jpsetvalue(ijpset)
nchan=jpiset(jset)%nchan
if(nchan/=1) stop "error in channel couplings"
nst=0
do ii=1, jset-1
nst=nst+jpiset(ii)%nex
end do
C write(333,*) "ich=",ich, "iex=",iex, "nst=",nst
C if (iex>ne) cycle
C if (nst>=iex) cycle
if (iex>nst) ie=iex-nst
C write(320,*) "inc=",inc,"ich=",ich,"ie=",ie,"iex=",iex,"nst=",nst
do alphacdcc=1,incdcc%nchmax
if (nint(2.*jtot) == nint(2.*incdcc%j(alphacdcc))
+ .and. nint(2.*jp) == nint(2.*incdcc%j2b(alphacdcc))
+ .and. lam == incdcc%lam(alphacdcc)) exit
end do
C cycle
incdcc%n(alphacdcc)=nrank
C write(319,*) "alphacdcc=",alphacdcc,"iex=",iex,"ie=",ie,
C + "nex=",jpiset(jset)%nex
if (alphacdcc > incdcc%nchmax) stop "error in channels"
write(kwf,354) ich,incdcc%n(alphacdcc),ie,jset,lam,
+ jlp,jp,alphacdcc
354 format(2x," Channel:",i4, " n: ",i3, " IE:", i3, " jset:",I3
& " QN:",i3,1f5.1,1f5.1, " alphacdcc:", i3)
C do irbx=1,nquad
C do ira=1,nrcc
C
C phi=frad(jset,ie,irbx,nchan)/rquad(irbx)
C chi=wfcdcc(inc,ich,ira)
C
C cdccwf_thox(irbx,ira,indexthox(ie,abar(ain,alphacdcc)))
C + =phi*chi
C end do
C end do
C
c-------new out put set
C write(186,*) "indexthox=", indexthox(ie,abar(ain,alphacdcc)),
C + "n2ch=",abar(ain,alphacdcc)
do irbx=1,nquad
phi=frad(jset,ie,irbx,nchan)/rquad(irbx)
if(njpsets>1) cdccwf_thox_phi(irbx,
+ indexthox(iex,abar(ain,alphacdcc)))=phi
if(njpsets==1) cdccwf_thox_phi(irbx,
+ indexthox(ie,abar(ain,alphacdcc)))=phi
end do
do ira=1,nrcc
chi=wfcdcc(inc,ich,ira)
if(njpsets>1) cdccwf_thox_chi(ira,
+ indexthox(iex,abar(ain,alphacdcc)))=chi
if(njpsets==1)cdccwf_thox_chi(ira,
+ indexthox(ie,abar(ain,alphacdcc)))=chi
end do
end do ! ijpset
enddo !ich
end do ! inc
open (unit=222,file='rgrid.dat')
do irbx=1, nquad
write(222,*) rquad(irbx)
end do
end subroutine
c *** -----------------------------------------------------------
subroutine cdcc_wf_smoothie_out()
use channels, only: jpiset,jpsets
use parameters, only: maxeset
use xcdcc,only:nquad,frad,rquad,nrcc,rvcc,parch
implicit none
integer :: ie, acdcc,ira,irbx
C open (unit=551,file='cdccwf.dat')
C
C do acdcc=1, incdcc%nchmax
C write(551,*) acdcc
C do ie=1, exmax
C
C
C
C cdccwf_NEB(:,:,acdcc)= cdccwf_NEB(:,:,acdcc)
C + + cdccwf_thox(:,:,indexthox(ie,acdcc))
C
C end do
C do ira=1,nrcc
C
C do irbx=1,nquad
C write(551,*) cdccwf_NEB(irbx,ira,acdcc)
C end do
C end do
C
C end do
c-----------------new output
open (unit=552,file='cdccwf_phi.dat')
open (unit=553,file='cdccwf_chi.dat')
open (unit=554,file='cdccwf_ranks.dat')
do acdcc=1, n2ch%max
write(552,*) acdcc
write(553,*) acdcc
write(554,*) incdcc%n(n2ch%a3b(acdcc))
do ie=1, incdcc%n(n2ch%a3b(acdcc))
do ira=1,nrcc
write(553,*) cdccwf_thox_chi(ira,indexthox(ie,acdcc))
end do
do irbx=1,nquad
write(552,*) cdccwf_thox_phi(irbx,indexthox(ie,acdcc))
end do
end do
end do
end subroutine
end module