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|
MODULE PCREAD
!
!-----------------------------------------------------------------------
!
!Purpose:
! Fortran support module for PMAXS reading.
!
!Copyright:
! Copyright (C) 2019 Ecole Polytechnique de Montreal
!
!Author(s): A. Hebert
!
!-----------------------------------------------------------------------
!
use PCRDATA
IMPLICIT NONE
TYPE(PMAXS_WISE_TYPE),target :: PMAXO
CHARACTER(80), ALLOCATABLE ::PMAXS_F_name(:)
INTEGER(4), ALLOCATABLE ::Bran_struct(:)
INTEGER(4) :: ntbase1,nhinc
TYPE(BRANCH_WISE_TYPE), DIMENSION(:,:), POINTER :: incbase !(ntbase1,nhinc)
INTEGER(4), DIMENSION(:), allocatable :: bset
INTEGER(4) :: n_hist_type, hist_type(Nallvar)
CONTAINS
!---------------------------------------------------------------------
SUBROUTINE AllocateBranch(Bran)
!---------------------------------------------------------------------
!
IMPLICIT NONE
TYPE(BRANCH_WISE_TYPE),target :: Bran
INTEGER(4) :: k,NBURN
NBURN=PMAX%Bset(Bran%ibset)%NBURN
allocate(Bran%XS(NBURN))
do k=1,NBURN
XS=>Bran%XS(k)
call AllocateXSBlock
enddo
END SUBROUTINE AllocateBranch
!---------------------------------------------------------------------
SUBROUTINE ClearBranch(Bran)
!---------------------------------------------------------------------
!
IMPLICIT NONE
TYPE(BRANCH_WISE_TYPE),target :: Bran
INTEGER(4) :: k,NBURN
NBURN=PMAX%Bset(bran%ibset)%NBURN
do k=1,NBURN
XS=>bran%XS(k)
CALL Clear_XS
enddo
deallocate(Bran%XS)
END SUBROUTINE ClearBranch
!---------------------------------------------------------------------
SUBROUTINE AllocateTIVB(TIVB)
!---------------------------------------------------------------------
!
IMPLICIT NONE
TYPE(HIST_TIV_TYPE),target :: TIVB
INTEGER(4) :: k,NBURN
NBURN=PMAX%Bset(TIVB%ibset)%NBURN
allocate(TIVB%TIV(NBURN))
do k=1,NBURN
TIV=>TIVB%TIV(k)
if(xinv .GT. 0)then
allocate(TIV%sig(NGROUP,xinv))
else
allocate(TIV%sig(1,1))
endif
if(EDHL .GT. 0)then
allocate(TIV%kinp(EDHL))
else
allocate(TIV%kinp(1))
endif
TIV%sig=0
TIV%kinp=0
TIV%yld=0
TIV%power=0.0
TIV%days=0.0
TIV%burnup=0.0
TIV%ndxe=0.0
TIV%ndsm=0.0
TIV%ndi =0.0
enddo
END SUBROUTINE AllocateTIVB
!---------------------------------------------------------------------
SUBROUTINE ClearTIVB(TIVB)
!---------------------------------------------------------------------
!
IMPLICIT NONE
TYPE(HIST_TIV_TYPE),target :: TIVB
INTEGER(4) :: k,NBURN
NBURN=PMAX%Bset(TIVB%ibset)%NBURN
do k=1,NBURN
TIV=>TIVB%TIV(k)
!deallocate(TIVB%TIV(k)%sig) ! commented for flang
deallocate(TIVB%TIV(k)%kinp)
enddo
deallocate(TIVB%TIV)
END SUBROUTINE ClearTIVB
!---------------------------------------------------------------------
SUBROUTINE read_TIV(PMAXS_unit)
!---------------------------------------------------------------------
IMPLICIT NONE
REAL, ALLOCATABLE, DIMENSION(:,:) :: TIVtemp
INTEGER(4) :: PMAXS_unit
INTEGER(4) i,j,k !,m
REAL(8) dump
99 format(8E12.5)
!1) fission spectrum inverse velocity and detector xs
if(iXSTI .GT. 0)then
allocate(TIVtemp(NGROUP,4))
read(PMAXS_unit,99)((TIVtemp(i,j),i=1,NGROUP),j=1,iXSTI)
do j=1,iXSTI
k=iTIV(j)
if(k .GT. 0)then
do i=1,NGROUP
TIV%sig(i,k)=TIVtemp(i,j)
enddo
endif
enddo
deallocate(TIVtemp)
endif
!2) yiled
if(pyld)then
if(lyld)then
read(PMAXS_unit,99)TIV%YLD(:)
else
read(PMAXS_unit,99)
endif
endif
!cdf
IF(tcdf)THEN
READ(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,NCD)
ENDIF
! gff
if(tgff.and.NRODS .GT. 0)then
read(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,NRODS)
endif
!3) BETA of Delayed neutron data
if(pbet)then
if(lbet)then
read(PMAXS_unit,99)TIV%kinp(BBET:EBET)
else
read(PMAXS_unit,99)(dump,i=1,NDLAY)
endif
endif
!4)lambda of Delayed neutron data
if(pamb)then
if(lamb)then
read(PMAXS_unit,99)TIV%kinp(BLAM:ELAM)
else
read(PMAXS_unit,99)(dump,i=1,NDLAY)
endif
endif
!5) Decay heat data
if(pdec)then
if(ldec)then
read(PMAXS_unit,99)TIV%kinp(BDHB:EDHB)
read(PMAXS_unit,99)TIV%kinp(BDHL:EDHL)
else
read(PMAXS_unit,99)(dump,i=1,NDCAY)
read(PMAXS_unit,99)(dump,i=1,NDCAY)
endif
endif
return
END SUBROUTINE read_TIV
!---------------------------------------------------------------------
SUBROUTINE read_XS_Block(PMAXS_unit)
!---------------------------------------------------------------------
IMPLICIT NONE
INTEGER(4) :: PMAXS_unit
REAL(8) LPFtemp(8)
REAL(8) dump
INTEGER(4) i,j !,k
read(PMAXS_unit,99)((XS%sig(i,j),i=1,NGROUP),j=1,4)
if(pxes)then
if(pdet)then
if(lxes)then
if(ldet)then
read(PMAXS_unit,99)((XS%sig(i,j),i=1,NGROUP),j=5,7),XS%det
else
read(PMAXS_unit,99)((XS%sig(i,j),i=1,NGROUP),j=5,7),(dump,i=1,NGROUP)
endif
else
if(ldet)then
read(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,3),XS%det
else
read(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,4)
endif
endif
else
if(lxes)then
read(PMAXS_unit,99)((XS%sig(i,j),i=1,NGROUP),j=5,7)
XS%sig(1,5) = XS%sig(1,5) * 1E24
XS%sig(2,5) = XS%sig(2,5) * 1E24
XS%sig(1,6) = XS%sig(1,6) * 1E24
XS%sig(2,6) = XS%sig(2,6) * 1E24
else
read(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,3)
endif
endif
else
if(pdet)then
if(ldet)then
read(PMAXS_unit,99)XS%det
else
read(PMAXS_unit,99)(dump,i=1,NGROUP)
endif
endif
endif
! sct (scattering cross sections)
read(PMAXS_unit,99)XS%sct
! adf
IF(padf)THEN
IF(ladf)THEN
READ(PMAXS_unit,99)((XS%adf(i,j),i=1,NGROUP),j=1,NAD)
if(NAD .LT. NADF)then
if(NAD .EQ. 1)then
do i=1,NGROUP
XS%adf(i,:)=XS%adf(i,1)
enddo
elseif(NAD .EQ. 2)then
if(NADF .EQ. 3) then
call XABORT('read_XS_Block: Error - Please Use Same NADF In All PMAXS Files')
elseif(NADF .EQ. 4)then
do i=1,NGROUP
XS%adf(i,3)=XS%adf(i,2)
XS%adf(i,4)=XS%adf(i,1)
enddo
else
do i=1,NGROUP
XS%adf(i,3)=XS%adf(i,1)
XS%adf(i,4)=XS%adf(i,2)
XS%adf(i,5)=XS%adf(i,1)
XS%adf(i,6)=XS%adf(i,2)
enddo
endif
else
do i=1,NGROUP
XS%adf(i,4)=XS%adf(i,1)
XS%adf(i,5)=XS%adf(i,2)
XS%adf(i,6)=XS%adf(i,3)
enddo
endif
endif
ELSE
READ(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,NAD)
ENDIF
ENDIF
! lpf
99 format(8e12.5)
if(iLPF .GT. 0)then
read(PMAXS_unit,99)(LPFtemp(j),j=1,iLPF)
if(pded.and.lded)XS%LPF(1:4)=LPFtemp(1:4)
if(pj1f.and.lj1f)XS%LPF(xlpk:xj1c)=LPFtemp(ilpk:ij1c)
endif
! cdf
IF(pcdf)THEN
IF(lcdf)THEN
READ(PMAXS_unit,99)((XS%cdf(i,j),i=1,NGROUP),j=1,NCD)
if(NCD .LT. NCDF)then
if(NCD .EQ. 1)then
do i=1,NGROUP
XS%cdf(i,:)=XS%cdf(i,1)
enddo
elseif(NCD .EQ. 2)then
if(NCDF .EQ. 5)then
do i=1,NGROUP
XS%cdf(i,5)=XS%cdf(i,2)
XS%cdf(i,4)=XS%cdf(i,2)
XS%cdf(i,3)=XS%cdf(i,1)
XS%cdf(i,2)=XS%cdf(i,1)
enddo
elseif(NCDF .EQ. 6)then
do i=1,NGROUP
XS%cdf(i,3)=XS%cdf(i,1)
XS%cdf(i,4)=XS%cdf(i,2)
XS%cdf(i,5)=XS%cdf(i,1)
XS%cdf(i,6)=XS%cdf(i,2)
enddo
elseif(NCDF .EQ. 8)then
do i=1,NGROUP
XS%cdf(i,8)=XS%cdf(i,2)
XS%cdf(i,7)=XS%cdf(i,2)
XS%cdf(i,6)=XS%cdf(i,2)
XS%cdf(i,5)=XS%cdf(i,2)
XS%cdf(i,4)=XS%cdf(i,1)
XS%cdf(i,3)=XS%cdf(i,1)
XS%cdf(i,2)=XS%cdf(i,1)
enddo
else
call XABORT('read_XS_Block: Error - Please Use Same NCDF In All PMAXS Files')
endif
elseif(NCD .EQ. 3)then
if(NCDF .EQ. 4)then
do i=1,NGROUP
XS%cdf(i,4)=XS%cdf(i,2)
enddo
elseif(NCDF .EQ. 5)then
do i=1,NGROUP
XS%cdf(i,4)=XS%adf(i,1)
XS%cdf(i,5)=XS%adf(i,2)
enddo
elseif(NCDF .EQ. 6)then
do i=1,NGROUP
XS%cdf(i,4)=XS%cdf(i,1)
XS%cdf(i,5)=XS%cdf(i,2)
XS%cdf(i,6)=XS%cdf(i,3)
enddo
elseif(NCDF .EQ. 8)then
do i=1,NGROUP
XS%cdf(i,4)=XS%cdf(i,2)
XS%cdf(i,5)=XS%adf(i,1)
XS%cdf(i,6)=XS%adf(i,2)
XS%cdf(i,7)=XS%adf(i,2)
XS%cdf(i,8)=XS%adf(i,1)
enddo
endif
elseif(NCD .EQ. 4)then
if(NCDF .EQ. 8)then
do i=1,NGROUP
XS%cdf(i,5)=XS%adf(i,1)
XS%cdf(i,6)=XS%adf(i,2)
XS%cdf(i,7)=XS%adf(i,3)
XS%cdf(i,8)=XS%adf(i,4)
enddo
else
call XABORT('read_XS_Block: Error - Please Use Same NCDF In All PMAXS Files')
endif
elseif(NCD .EQ. 5)then
do i=1,NGROUP
XS%cdf(i,8)=XS%cdf(i,4)
XS%cdf(i,7)=XS%cdf(i,5)
XS%cdf(i,6)=XS%cdf(i,5)
XS%cdf(i,5)=XS%cdf(i,4)
XS%cdf(i,4)=XS%cdf(i,2)
enddo
else
call XABORT('read_XS_Block: Please use same NCDF in all PMAXS files')
endif
endif
ELSE
READ(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,NCD)
ENDIF
ENDIF
! gff
if(pgff.and.NRODS .GT. 0)then
if(lgff)then
read(PMAXS_unit,99)XS%gff
else
read(PMAXS_unit,99)((dump,i=1,NGROUP),j=1,NRODS)
endif
endif
return
END SUBROUTINE read_XS_Block
!---------------------------------------------------------------------
SUBROUTINE det_var_position
!---------------------------------------------------------------------
! determine variable position in input PMAXS file
IMPLICIT NONE
INTEGER(4) i !, i_pri,i_adf,i_lpf
! XS block
! LPF
if(pded)then
i=4
else
i=0
endif
if(pj1f)then
ilpk=i+1
ij1c=i+4
iLPF=ij1c
else
iLPF=i
endif
! TIV block
if(pchi)then
i=1
iTIV(i)=xchi
else
i=0
endif
if(pchd)then
i=i+1
iTIV(i)=xchd
endif
if(pvel)then
i=i+1
iTIV(i)=xinv
endif
iXSTI=i
END SUBROUTINE det_var_position
!---------------------------------------------------------------------
SUBROUTINE set_var_position
!---------------------------------------------------------------------
! set variable position in memory and output PMAXS
IMPLICIT NONE
INTEGER(4) :: i
formng='(1P008E12.5)'
if(NGROUP .GT. 4)then
write(formng(4:6),'(I3.3)')NGROUP
elseif(NGROUP .EQ. 3)then
formng='(1P006E12.5)'
endif
if(NADF .EQ. 0)ladf=.false.
if(NCDF .EQ. 0)lcdf=.false.
if(NRODS .EQ. 0)lgff=.false.
! ded
if(lded)then
i=4
else
i=0
endif
if(lj1f)then
xlpk=i+1
xj1i=i+2
xj1s=i+3
xj1c=i+4
NLPF=xj1c
else
NLPF=i
endif
! TIV block
if(lchi)then
i=1
TIVname(i)='Chi'
else
i=0
endif
if(lchd)then
i=i+1
TIVname(i)='Chd'
endif
xchd=i
if(linv)then
i=i+1
TIVname(i)='inV'
endif
xinv=i
! beta and lambda
EBET=NDLAY
BLAM=EBET+1
ELAM=EBET+NDLAY
! decay heat
BDHB=ELAM+1
EDHB=ELAM+NDCAY
BDHL=EDHB+1
EDHL=EDHB+NDCAY
! format
formng='(1P008E12.5)'
if(NGROUP .GT. 4)then
write(formng(4:6),'(I3.3)')NGROUP
elseif(NGROUP .EQ. 3)then
formng='(1P006E12.5)'
endif
END SUBROUTINE set_var_position
!---------------------------------------------------------------------
SUBROUTINE read_PMAXS_file(iPMAX,kread,PMAXS_unit)
!---------------------------------------------------------------------
use PCRDATA
IMPLICIT NONE
INTEGER(4) :: iPMAX,kread,PMAXS_unit
INTEGER(4) :: itemp,i_s
CHARACTER(8) :: tit
CHARACTER(80) :: oneline
read(PMAXS_unit,'(A80)',end=101)oneline
if(oneline(1:8).NE.'GLOBAL_V') call XABORT('dep_read_pmaxs_file: GLOBAL_V expected.')
!1) global variables
if(oneline(64:64).eq.' ')then
read(oneline,*)tit,NHST,NGR,NDL,NDC,NAD,NCD,NRODS,NCOLA, &
padf,pxes,pded,pj1f,pchi,pchd,pvel,pdet,pyld,pcdf,pgff,pbet,pamb,pdec
derivatives=.true.
pzdf = .FALSE.
else if(oneline(66:66).eq.' ')then
read(oneline,*)tit,NHST,NGR,NDL,NDC,NAD,NCD,NRODS,NCOLA, &
padf,pxes,pded,pj1f,pchi,pchd,pvel,pdet,pyld,pcdf,pgff,pbet,pamb,pdec,derivatives
pzdf = .FALSE.
else
read(oneline,*)tit,NHST,NGR,NDL,NDC,NAD,NCD,NRODS,NCOLA, &
padf,pxes,pded,pj1f,pchi,pchd,pvel,pdet,pyld,pcdf,pgff,pbet,pamb,pdec,pzdf,derivatives
endif
if(kread.LE.0)THEN
if(kread .EQ. -1)THEN
NGROUP=NGR
NDLAY =NDL
NDCAY =NDC
NADF =NAD
NCDF =NCD
MHST =NHST
MRODS =NRODS
MCOLA =NCOLA
if(MCOLA .LT. NROWA)MCOLA=NROWA
MBset=1
MBRA=1
MBCR=0
else
if(NGROUP.NE.NGR) then
call XABORT('read_PMAXS_file: Error - NGROUP must be the same in all PMAXS files')
endif
if( NDLAY.NE.NDL)THEN
if(NDLAY .EQ. 0)THEN
NDLAY=NDL
ELSEif(NDL .GT. 0 .AND. pbet .AND. pamb)THEN
call XABORT('read_PMAXS_file: Error - NDLAY must be the same in all PMAXS files')
ENDIF
endif
if( NDCAY.NE.NDC)THEN
if(NDCAY .EQ. 0)THEN
NDCAY=NDC
elseif(NDC .GT. 0 .AND. pdec)THEN
call XABORT('read_PMAXS_file: Error - NDCAY must be same in all PMAXS files')
endif
endif
if( NADF .LT. NAD)NADF=NAD
if( NCDF .LT. NCD)NCDF=NCD
if( MHST .LT. NHST ) MHST =NHST
if( MRODS .LT. NRODS) MRODS =NRODS
if( MCOLA .LT. NCOLA) MCOLA =NCOLA
if( MCOLA .LT. NROWA) MCOLA =NROWA
endif
endif
call set_var_position
read(PMAXS_unit,'(A80)') hcomment(1)
read(PMAXS_unit,'(A80)') hcomment(2)
read(PMAXS_unit,'(A80)') hcomment(3)
lxes=.false.
NXST=4
if(INDEX(hcomment(3),"xe,sm" ) /= 0) THEN
lxes=.true.
NXST=7
endif
if(INDEX(hcomment(3),"det" ) /= 0) THEN
lxes=.true.
NXST=8
endif
tcdf=.false.
tgff=.false.
if(pcdf)then
if(INDEX(hcomment(3),"CDF" ) /= 0) THEN
tcdf=.true.
pcdf=.false.
ENDIF
endif
if(pgff)then
if(INDEX(hcomment(3),"GFF" ) /= 0) THEN
tgff=.true.
pgff=.false.
ENDIF
endif
read(PMAXS_unit,'(A80)') hcomment(4)
read(PMAXS_unit,'(A80)') hcomment(5)
read(PMAXS_unit,'(A80)') hcomment(6)
call read_pmax_head(iPMAX, PMAXS_unit)
!4) XS Set identification
do
read(PMAXS_unit,*,end=101)tit
if(tit .EQ. 'XS_SET')exit
enddo
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,itemp,i_s,itemp,itemp,NCOLA,NROWA,NPART,PITCH,XBE,YBE,iHMD,Dsat,ARWatR,ARByPa,ARConR
CALL test_pinpower
call AllocatePMAXS
call DEP_read_main(PMAXS_unit)
return
101 call XABORT('read_PMAXS_file: Error - Reached The End Of PMAXS File')
END SUBROUTINE read_PMAXS_file
!---------------------------------------------------------------------
SUBROUTINE test_pinpower
!---------------------------------------------------------------------
IMPLICIT NONE
computed_part: SELECT CASE (NPART)
CASE (0)
NCOL=NCOLA
NROW=NROWA
NRODS=NCOL*NROW
CASE (1)
NCOL=NCOLA
NROW=NROWA
if(NCOL.ne.NROW) THEN
call XABORT('test_pinpower: Error - Assembly Must Be Square For NPART=1')
END IF
NRODS=NCOL*(NCOL+1)/2
CASE (2)
NCOL=(NCOLA+1)/2
NROW=(NROWA+1)/2
NRODS=NCOL*NROW
CASE (3)
NCOL=(NCOLA+1)/2
NROW=(NROWA+1)/2
if(NCOL.ne.NROW) THEN
call XABORT('test_pinpower: Error - Assembly Must Be Square For NPART=3')
END IF
NRODS=NCOL*(NCOL+1)/2
END SELECT computed_part
END SUBROUTINE test_pinpower
!---------------------------------------------------------------------
SUBROUTINE read_pmax_head(iPMAX, PMAXS_unit)
!---------------------------------------------------------------------
use PCRDATA
IMPLICIT NONE
INTEGER(4) :: iPMAX, PMAXS_unit
INTEGER(4) :: i,ibra,itemp,inb,j
CHARACTER(8) :: tit
if(NDL .EQ. 0)then
pbet=.false.
pamb=.false.
endif
if(NDC .EQ. 0)pdec=.false.
if(NAD .EQ. 0)padf=.false.
if(NCD .EQ. 0)pcdf=.false.
if(NRODS .EQ. 0)pgff=.false.
call det_var_position
bran_i=>Bran_info(iPMAX)
if(bran_i%NOT_assigned)then
bran_i%NOT_assigned=.false.
!2) States data
do
read(PMAXS_unit,*,end=101)tit
if(tit .EQ. 'STA_VAR') then
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,Nstat_var
bran_i%Nstat_var=Nstat_var
allocate(bran_i%var_ind(Nstat_var),bran_i%var_nam(Nstat_var))
var_ind=>bran_i%var_ind
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,Nstat_var,bran_i%var_nam(1:Nstat_var)
ktf=0
inb=1
do i=1,Nstat_var
validname=.false.
do j=inb,Nallvar
if(bran_i%var_nam(i).eq.all_var_nam(j))then
validname=.true.
var_ind(i)=j
inb=j+1
exit
endif
enddo
if(validname)then
if(inb .EQ. 5)ktf=i
else
call XABORT('read_pmax_head: Error - State Variable Name Invalid')
endif
enddo
exit
endif
if(tit .EQ. 'BRANCHES'.or.tit .EQ. 'BURNUPS'.or.tit .EQ. 'XS_SET') then
backspace(PMAXS_unit)
Nstat_var=5
bran_i%Nstat_var=Nstat_var
allocate(bran_i%var_ind(Nstat_var),bran_i%var_nam(Nstat_var))
var_ind=>bran_i%var_ind
ktf=4
do i=1,Nstat_var
var_ind(i)=i
bran_i%var_nam(i)=all_var_nam(i)
enddo
exit
endif
enddo
!2) States data
allocate(bran_i%NBR(Nstat_var))
NBR=>bran_i%NBR
NBRA=1
do
read(PMAXS_unit,*,end=101)tit
if(tit .EQ. 'BRANCHES') then
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,itemp,NBR
do i=1,Nstat_var
NBRA=NBRA+NBR(i)
enddo
allocate(bran_i%state(Nstat_var,NBRA),bran_i%state_nam(NBRA))
if(NBRA .GT. 1)then
state=>bran_i%state
if(ktf .GT. 0)then
do ibra=1,NBRA
read(PMAXS_unit,*,end=101)bran_i%state_nam(ibra),itemp,state(:,ibra)
state(ktf,ibra)=dsqrt(state(ktf,ibra))
enddo
else
do ibra=1,NBRA
read(PMAXS_unit,*,end=101)bran_i%state_nam(ibra),itemp,state(:,ibra)
enddo
endif
else
bran_i%state=0
endif
exit
endif
if(tit .EQ. 'BURNUPS'.or.tit .EQ. 'XS_SET') then
backspace(PMAXS_unit)
allocate(bran_i%state(Nstat_var,NBRA))
bran_i%state=0
NBR=0
exit
endif
enddo
bran_i%NBRA=NBRA
bran_i%ktf=ktf
if(MBRA .LT. NBRA)MBRA=NBRA
if(var_ind(1) .EQ. 1)then
if(MBCR .LT. NBR(1))MBCR=NBR(1)
endif
else
Nstat_var=bran_i%Nstat_var
NBRA=bran_i%NBRA
ktf=bran_i%ktf
endif
!3) Burnup information
do
read(PMAXS_unit,*,end=101)tit
if(tit .EQ. 'BURNUPS') then
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,PMAX%NBset
if(MBset .LT. PMAX%NBset)MBset=PMAX%NBset
allocate(PMAX%Bset(PMAX%NBset))
do i=1,PMAX%NBset
read(PMAXS_unit,*)itemp,itemp
allocate(PMAX%Bset(i)%burns(itemp))
backspace(PMAXS_unit)
read(PMAXS_unit,*)itemp,PMAX%Bset(i)%NBURN,PMAX%Bset(i)%burns
enddo
exit
endif
if(tit .EQ. 'XS_SET') then
backspace(PMAXS_unit)
PMAX%NBset=1
allocate(PMAX%Bset(PMAX%NBset))
allocate(PMAX%Bset(1)%burns(1))
PMAX%Bset(1)%NBURN=1
PMAX%Bset(1)%burns(1)=0
exit
endif
enddo
return
101 call XABORT('read_pmax_head: Error - Reached The End Of PMAXS File')
STOP
END SUBROUTINE read_pmax_head
!---------------------------------------------------------------------
SUBROUTINE DEP_read_main(PMAXS_unit)
!---------------------------------------------------------------------
use PCRDATA
IMPLICIT NONE
INTEGER(4) :: PMAXS_unit
INTEGER(4) :: i,ihst,ibra,itemp,iBset,NBURN
CHARACTER(4) :: tit4
CHARACTER(8) :: tit
! History case wise data
do ihst=1,NHST
!6) History case identification
do
read(PMAXS_unit,*,end=101)tit
if(tit .EQ. 'HST_CASE')then
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,PMAX%history(:,ihst)
PMAX%TIVB(ihst)%ibset=1
exit
endif
if(tit .EQ. 'HISTORYC')then
backspace(PMAXS_unit)
read(PMAXS_unit,*)tit,PMAX%TIVB(ihst)%ibset,PMAX%history(:,ihst)
exit
endif
enddo
if(ktf .GT. 0)PMAX%history(ktf,ihst)=sqrt(PMAX%history(ktf,ihst))
call AllocateTIVB(PMAX%TIVB(ihst))
NBURN=PMAX%Bset(PMAX%TIVB(ihst)%ibset)%NBURN
do i=1,NBURN
TIV=>PMAX%TIVB(ihst)%TIV(i)
call read_TIV(PMAXS_unit)
enddo
!branch wise data
!7) State identification Always
do ibra=1,NBRA
read(PMAXS_unit,'(A4,2I4)')tit4,itemp,iBset
PMAX%branch(ibra,ihst)%iBset=iBset
NBURN=PMAX%bset(iBset)%NBURN
call read_branches(NBURN,PMAXS_unit,PMAX%branch(ibra,ihst))
enddo !ibra
enddo !ihst
return
101 call XABORT('DEP_read_main: Error - Reached The End Of PMAXS File')
END SUBROUTINE DEP_read_main
!------------------------------------------------------------------
SUBROUTINE read_branches(NBURN,PMAXS_unit,bran)
!------------------------------------------------------------------
TYPE(BRANCH_WISE_TYPE) :: bran
INTEGER(4) :: NBURN,PMAXS_unit,iburn
call AllocateBranch(bran)
do iburn=1,NBURN
XS=>bran%XS(iburn)
call read_XS_Block(PMAXS_unit)
enddo
END SUBROUTINE read_branches
!---------------------------------------------------------------------
SUBROUTINE AllocatePMAXS
!---------------------------------------------------------------------
!
PMAX%NCOL=NCOL
PMAX%NRODS=NRODS
PMAX%NHST=NHST
PMAX%NROW=NROW
PMAX%NPART=NROW
PMAX%NROWA=NROWA
PMAX%NCOLA=NCOLA
PMAX%iHMD=iHMD
PMAX%Dsat=Dsat
PMAX%ARWatR=ARWatR
PMAX%ARByPa=ARByPa
PMAX%ARConR=ARConR
PMAX%PITCH=PITCH
PMAX%XBE=XBE
PMAX%YBE=YBE
PMAX%derivatives=derivatives
allocate(PMAX%TIVB(NHST))
allocate(PMAX%branch(NBRA,NHST))
allocate(PMAX%history(Nstat_var,NHST))
allocate(PMAX%base(NHST))
allocate(PMAX%invdiff(NHST))
END SUBROUTINE AllocatePMAXS
!---------------------------------------------------------------------
SUBROUTINE Clear_PMAXS_file(iPMAX)
!---------------------------------------------------------------------
use PCRDATA
IMPLICIT NONE
INTEGER(4) :: iPMAX, i, ihst, ibra
bran_i=>Bran_info(iPMAX)
if(Nstat_var > 0) then
deallocate(bran_i%var_ind,bran_i%var_nam,bran_i%NBR)
if(NBRA.GT.0) deallocate(bran_i%state,bran_i%state_nam)
endif
do ihst=1,NHST
print *,'Clear_PMAX_file: call ClearTIVB ihst=',ihst
call ClearTIVB(PMAX%TIVB(ihst))
do ibra=1,NBRA
call ClearBranch(PMAX%branch(ibra,ihst))
enddo !ibra
enddo
if(PMAX%NBset > 0) then
do i=1,PMAX%NBset
deallocate(PMAX%Bset(i)%burns)
enddo
deallocate(PMAX%Bset)
endif
if(NHST > 0) then
deallocate(PMAX%TIVB)
if(NBRA.GT.0) deallocate(PMAX%branch)
if(Nstat_var > 0) deallocate(PMAX%history)
deallocate(PMAX%base)
deallocate(PMAX%invdiff)
endif
return
END SUBROUTINE Clear_PMAXS_file
END MODULE PCREAD
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