xref: /phasta/phSolver/common/genbkb.f (revision 9a6935e58d1bec7fbe804a813bfa0382dfd762c1)

        subroutine genbkb (ibksz)
c
c----------------------------------------------------------------------
c
c  This routine reads the boundary elements, reorders them and
c  generates traces for the gather/scatter operations.
c
c Zdenek Johan, Fall 1991.
c----------------------------------------------------------------------
c
        use dtnmod
        use pointer_data
        use phio
        use iso_c_binding
c
        include "common.h"
!MR CHANGE
        include "mpif.h" !Required to determine the max for itpblk
!MR CHANGE END
c

        integer, target, allocatable :: ientp(:,:),iBCBtp(:,:)
        real*8, target, allocatable :: BCBtp(:,:)
        integer materb(ibksz)
        integer, target :: intfromfile(50) ! integers read from headers
        character*255 fname1

cccccccccccccc New Phasta IO starts here cccccccccccccccccccccccccccccc

        integer :: descriptor, descriptorG, GPID, color, nfiles, nfields
        integer :: numparts, nppf, nppp, nprocs, writeLock
        integer :: ierr_io, numprocs, itmp, itmp2
!        integer :: num_local_loop, num_global_loop
!MR CHANGE
        integer, target :: itpblktot,ierr
!MR CHANGE END

        character*255 fnamer, fname2, temp2
        character*64 temp1, temp3

        character(len=30) :: dataInt, dataDbl
        dataInt = c_char_'integer'//c_null_char
        dataDbl = c_char_'double'//c_null_char

        nfiles = nsynciofiles
        nfields = nsynciofieldsreadgeombc
        numparts = numpe !This is the common settings. Beware if you try to compute several parts per process

        nppp = numparts/numpe
        nppf = numparts/nfiles

        color = int(myrank/(numparts/nfiles))
        itmp2 = int(log10(float(color+1)))+1
        write (temp2,"('(''geombc-dat.'',i',i1,')')") itmp2
        temp2=trim(temp2)
        write (fnamer,temp2) (color+1)
        fnamer=trim(fnamer)

        ione=1
        itwo=2
        ieight=8
        ieleven=11
        itmp = int(log10(float(myrank+1)))+1

!        num_global_loop = 4
!        num_local_loop = nelblb

cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc

        iel=1
        itpblk=nelblb


!MR CHANGE
        ! Get the total number of different interior topologies in the whole domain.
        ! Try to read from a field. If the field does not exist, scan the geombc file.
        itpblktot=-1
        call phio_readheader(fhandle,
     &   c_char_'total number of boundary tpblocks' // char(0),
     &   c_loc(itpblktot), ione, dataInt, iotype)

!        write (*,*) 'Rank: ',myrank,' boundary itpblktot intermediate:',
!     &               itpblktot

        if (itpblktot == -1) then
          ! The field 'total number of different boundary tpblocks' was not found in the geombc file.
          ! Scan all the geombc file for the 'connectivity interior' fields to get this information.
          iblk=0
          neltp=0
          do while(neltp .ne. -1)

            ! intfromfile is reinitialized to -1 every time.
            ! If connectivity boundary@xxx is not found, then
            ! readheader will return intfromfile unchanged

            intfromfile(:)=-1
            iblk = iblk+1
            call phio_readheader(fhandle,
     &       c_char_'connectivity boundary1' // char(0),
     &       c_loc(intfromfile), ieight, dataInt, iotype)
            neltp = intfromfile(1) ! -1 if fname2 was not found, >=0 otherwise
          end do
          itpblktot = iblk-1
        end if

        if (myrank == 0) then
          write(*,*) 'Number of boundary topologies: ',itpblktot
        endif
!        write (*,*) 'Rank: ',myrank,' boundary itpblktot final:',
!     &               itpblktot

!MR CHANGE END
        nelblb=0
        mattyp=0
        ndofl = ndof
!MR CHANGE
!        call initphmpiio( nfields, nppf, nfiles, igeom )
!        call openfile( fnamer, 'read', igeom )

        do iblk = 1, itpblktot
           writeLock=0;
!MR CHANGE END


!           print *, "Loop ",iblk, myrank, itpblk, trim(fnamer)

ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
!           write(*,*) 'rank, fname2',myrank, trim(adjustl(fname2))

ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc

           ! Synchronization for performance monitoring, as some parts do not include some topologies
           call MPI_Barrier(MPI_COMM_WORLD,ierr)
           call phio_readheader(fhandle,
     &      c_char_'connectivity boundary1' // char(0),
     &      c_loc(intfromfile), ieight, dataInt, iotype)
           neltp =intfromfile(1)
           nenl  =intfromfile(2)
           ipordl=intfromfile(3)
           nshl  =intfromfile(4)
           nshlb =intfromfile(5)
           nenbl =intfromfile(6)
           lcsyst=intfromfile(7)
           numnbc=intfromfile(8)

!MR CHANGE
!           write (temp1,"('connectivityBoundaryHeader_',i1,'_',i1)")
!     &                                              iblk,myrank
!           temp1=trim(temp1)
!           open(unit=14,file=temp1,status='unknown')
!           write(14,*) intfromfile(:)
!           close(14)
!MR CHANGE END

           allocate (ientp(neltp,nshl))
           allocate (iBCBtp(neltp,ndiBCB))
           allocate (BCBtp(neltp,ndBCB))
           iientpsiz=neltp*nshl

           if (neltp==0) then
              writeLock=1;
           endif

!           print *, "neltp is ", neltp

           call phio_readdatablock(fhandle,
     &      c_char_'connectivity boundary1' // char(0),
     &      c_loc(ientp),iientpsiz,dataInt,iotype)

!MR CHANGE
!           write (temp1,"('connectivityBoundaryDatablock_',i1,'_',i1)")
!     &                                              iblk,myrank
!           temp1=trim(temp1)

!           open(unit=14,file=temp1,status='unknown')
!           do i=1,neltp
!              do j=1,nshl
!                write(14,*) ientp(i,j)
!              enddo
!           enddo
!           write(14,*) iientpsiz
!           close(14)
!MR CHANGE END


c
c.... Read the boundary flux codes
c

!           print *,"connectivity [] is ", trim(fname2),ientp(0,0)


ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
           call MPI_BARRIER(MPI_COMM_WORLD, ierr)

ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc

           call phio_readheader(fhandle,
     &      c_char_'nbc codes1' // char(0),
     &      c_loc(intfromfile), ieight, dataInt, iotype)
           iiBCBtpsiz=neltp*ndiBCB
           call phio_readdatablock(fhandle,
     &      c_char_'nbc codes1' // char(0),
     &      c_loc(iBCBtp),iiBCBtpsiz,dataInt,iotype)

!MR CHANGE
!           print *, "ndiBCB is ",ndiBCB
!           write (temp1,"('nbcCodesDatablock_',i1,'_',i1)")
!     &                                              iblk,myrank
!           temp1=trim(temp1)
!
!           open(unit=13,file=temp1,status='unknown')
!           do i=1,neltp
!              do j=1,ndiBCB
!                write(13,*) iBCBtp(i,j)
!              enddo
!           enddo
!           write(13,*) iiBCBtpsiz
!           close(13)
!!           iBCBtp(:,:) = 0 ! JUST FOR TEST
!MR CHANGE END

c
c.... read the boundary condition data
c

ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
           call MPI_BARRIER(MPI_COMM_WORLD, ierr)
ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc

           call phio_readheader(fhandle,
     &      c_char_'nbc values1' // char(0),
     &      c_loc(intfromfile), ieight, dataInt, iotype)
           BCBtp    = zero
           iBCBtpsiz=neltp*ndBCB
           call phio_readdatablock(fhandle,
     &      c_char_'nbc values1' // char(0),
     &      c_loc(BCBtp),iBCBtpsiz,dataDbl,iotype)

!MR CHANGE
!           write (temp1,"('nbcValuesDatablock_',i1,'_',i1)")
!     &                                              iblk,myrank
!           temp1=trim(temp1)
!           open(unit=12,file=temp1,status='unknown')
!           do i=1,neltp
!              do j=1,ndBCB
!                write(12,*) BCBtp(i,j)
!              enddo
!           enddo
!           write(12,*) iBCBtpsiz
!           close(12)
!MR CHANGE END

c
c This is a temporary fix until NSpre properly zeros this array where it
c is not set.  DEC has indigestion with these arrays though the
c result is never used (never effects solution).
c


!MR CHANGE
           if(writeLock==0) then
!MR CHANGE
!              print *,"In ASSIGN ASSIGN",myrank
              where(.not.btest(iBCBtp(:,1),0)) BCBtp(:,1)=zero
              where(.not.btest(iBCBtp(:,1),1)) BCBtp(:,2)=zero
              where(.not.btest(iBCBtp(:,1),3)) BCBtp(:,6)=zero
              if(ndBCB.gt.6) then
                 do i=6,ndof
                    where(.not.btest(iBCBtp(:,1),i-1)) BCBtp(:,i+1)=zero
                 enddo
              endif
              where(.not.btest(iBCBtp(:,1),2))
                 BCBtp(:,3)=zero
                 BCBtp(:,4)=zero
                 BCBtp(:,5)=zero
              endwhere

              do n=1,neltp,ibksz
                 nelblb=nelblb+1
                 npro= min(IBKSZ, neltp - n + 1)
c
                 lcblkb(1,nelblb)  = iel
c     lcblkb(2,nelblb)  = iopen ! available for later use
                 lcblkb(3,nelblb)  = lcsyst
                 lcblkb(4,nelblb)  = ipordl
                 lcblkb(5,nelblb)  = nenl
                 lcblkb(6,nelblb)  = nenbl
                 lcblkb(7,nelblb)  = mattyp
                 lcblkb(8,nelblb)  = ndofl
                 lcblkb(9,nelblb)  = nshl
                 lcblkb(10,nelblb) = nshlb ! # of shape functions per elt
c
c.... save the element block
c
                 n1=n
                 n2=n+npro-1
                 materb=1       ! all one material for now
c
c.... allocate memory for stack arrays
c

                 allocate (mienb(nelblb)%p(npro,nshl))
c
                 allocate (miBCB(nelblb)%p(npro,ndiBCB))
c
                 allocate (mBCB(nelblb)%p(npro,nshlb,ndBCB))
c
                 allocate (mmatb(nelblb)%p(npro))
c
c.... save the boundary element block
c
                 call gensvb (ientp(n1:n2,1:nshl),
     &                iBCBtp(n1:n2,:),      BCBtp(n1:n2,:),
     &                materb,        mienb(nelblb)%p,
     &                miBCB(nelblb)%p,        mBCB(nelblb)%p,
     &                mmatb(nelblb)%p)
c
                 iel=iel+npro
              enddo

!MR CHANGE
           endif
!MR CHANGE
           deallocate(ientp)
           deallocate(iBCBtp)
           deallocate(BCBtp)

        enddo
        lcblkb(1,nelblb+1) = iel

!        call closefile( igeom, "read" )
!        call finalizephmpiio( igeom )

c
c.... return
c
        return
c
c.... end of file error handling
c
 911    call error ('genbcb  ','end file',igeomBAK)
c
1000    format(a80,//,
     &  ' B o u n d a r y   E l e m e n t   C o n n e c t i v i t y',//,
     &  '   Elem   BC codes',/,
     &  '  Number  C P V H ',5x,27('Node',i1,:,2x))
1100    format(2x,i5,2x,4i2,3x,27i7)
c$$$2000    format(a80,//,
c$$$     &  ' B o u n d a r y   E l e m e n t   B C   D a t a ',//,
c$$$     &  '   Node   ',3x,'mass',/,
c$$$     &  '  Number  ',3x,'flux',6x,'Pressure',6x,'Heat',6x,
c$$$     &  3('Viscous',i1,:,4x))
2100    format(2x,i5,1p,1x,6e12.4)
c
        end