C * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
C  Copyright by The HDF Group.                                               *
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C  All rights reserved.                                                      *
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C * * * * * * * * *  * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
C
C $Id$
C
      subroutine slabwf (num_err)
C
C Program to write data set using the DFSDxxx interface
C 
C Output files: slabwf.hdf, slab1wf, slab4wf

      implicit none
      include 'fortest.inc'

      integer num_err
      character*20 myname
      parameter (myname = 'slab')

      integer ret, np, nr,nc, di(3), st(3), sz(3), sr(3)
      integer rank
C
C FLOAT32 data variables.  FLOAT32 corresponds to real*4.
C If the fortran compiler does not handle real*4,
C change them to the right sizes if possible.
      real*4  scpln(2), scrow(3), sccol(4), da(4,3,2)
      real*4  slab1(3,1,1), slab2(3,1,2), slab3(3,2,1)
      real*4  slab4(3,1,1), slab5(1,3,2)
      real*4  sa(4,3,2)
      real*4    fillvalue
C
      integer i, j, k
      character*10 lcol,ucol,fcol,lrow,urow,frow,lpln,upln,fpln
      character*30 fn, sn, sn1, sn2, sn4
      integer fnlen
      integer nref
      integer number_failed

      call ptestban('Testing', myname)
      number_failed = 0

      di(1) = 4
      di(2) = 3
      di(3) = 2
      np = 2
      nr = 3
      nc = 4
      rank = 3
      scpln(1) =   0.0
      scpln(2) = 100.0
      scrow(1) =   0.0
      scrow(2) =  10.0
      scrow(3) =  20.0
      sccol(1) =   0.0
      sccol(2) =   1.0
      sccol(3) =   2.0
      sccol(4) =   3.0
      lcol = 'Column'
      ucol = 'Cm'
      fcol = 'Int32'
      lrow = 'Line'
      urow = 'Inch'
      frow = 'Int16'
      lpln = 'Time'
      upln = 'Second'
      fpln = 'Int32'
      fn = 'slabf.hdf'
      sn = 'slabwf.hdf'
      fillvalue = 1.0
      fnlen = 30
      slab1(1,1,1) = 110.0
      slab1(2,1,1) = 111.0
      slab1(3,1,1) = 112.0

      slab2(1,1,1) = 20.0
      slab2(2,1,1) = 21.0
      slab2(3,1,1) = 22.0
      slab2(1,1,2) = 120.0
      slab2(2,1,2) = 121.0
      slab2(3,1,2) = 122.0

      slab3(1,1,1) = 0.0
      slab3(2,1,1) = 1.0
      slab3(3,1,1) = 2.0
      slab3(1,2,1) = 10.0
      slab3(2,2,1) = 11.0
      slab3(3,2,1) = 12.0

      slab4(1,1,1) = 100.0
      slab4(2,1,1) = 101.0
      slab4(3,1,1) = 102.0

      slab5(1,1,1) = 3.0
      slab5(1,2,1) = 13.0
      slab5(1,3,1) = 23.0
      slab5(1,1,2) = 103.0
      slab5(1,2,2) = 113.0
      slab5(1,3,2) = 123.0
      
      do 200 i=1, np
         do 180 j=1, nr
            do 150 k=1, nc
            da(k,j,i) = scpln(i) + scrow(j) + sccol(k)
C           print *, da(k,j,i)
150   continue
180   continue
200   continue

      call MESSAGE(5,'Writing data as 5 slabs to slabwf.hdf')
C      print *,'\n   Writing data as 5 slabs to slabwf.hdf'

      num_err = 0

C Set number type, dimension stuff etc
      ret = dssnt(DFNT_FLOAT32)
      call VRFY(ret,'dssnt',number_failed)

      ret = dssdims(rank, di)
      call VRFY(ret,'dssdim',number_failed)

      ret = dssdist(1, lcol, ucol, fcol)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdist(2, lrow, urow, frow)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdist(3, lpln, upln, fpln)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdisc(1, di(1),  sccol)
      call VRFY(ret,'dssdisc',number_failed)

      ret = dssdisc(2, di(2), scrow)
      call VRFY(ret,'dssdisc',number_failed)

      ret = dssdisc(3, di(3), scpln)
      call VRFY(ret,'dssdisc',number_failed)
C 
C Write it slab by slab   
C 

C     set the Fill value
      ret = dssfill(fillvalue)
      call VRFY(ret,'dssfile',number_failed)

      sr(1) = 0
      sr(2) = 0
      sr(3) = 0
      ret = dssdims(rank, di)
      call VRFY(ret,'dssdim',number_failed)

      ret = dssslab(sn)
      call VRFY(ret,'dssslab',number_failed)
      st(1) = 1
      st(2) = 2
      st(3) = 2
      sz(1) = 3
      sz(2) = 1
      sz(3) = 1
      ret = dswslab(st, sr, sz,slab1)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 1
      st(2) = 3
      st(3) = 1
      sz(1) = 3
      sz(2) = 1
      sz(3) = 2
      ret = dswslab(st, sr, sz, slab2)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 1
      st(2) = 1
      st(3) = 1
      sz(1) = 3
      sz(2) = 2
      sz(3) = 1
      ret = dswslab(st, sr, sz, slab3)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 1
      st(2) = 1
      st(3) = 2
      sz(1) = 3
      sz(2) = 1
      sz(3) = 1
      ret = dswslab(st, sr, sz, slab4)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 4
      st(2) = 1
      st(3) = 1
      sz(1) = 1
      sz(2) = 3
      sz(3) = 2
      ret = dswslab(st, sr, sz, slab5)
      call VRFY(ret,'dswslab',number_failed)

      ret = dseslab()
      call VRFY(ret,'dseslab',number_failed)
C
C Retrieve slab for verification
C
      st(1) = 1
      st(2) = 1
      st(3) = 1
      sz(1) = 4
      sz(2) = 3
      sz(3) = 2
      sr(1) = 4
      sr(2) = 3
      sr(3) = 2
      ret = dsrslab(sn, st, sz, st, sa, sr)
      call VRFY(ret,'dsrslab',number_failed)

      num_err = number_failed

      if ( num_err .ne. 0) then
         print *,'number of failures =',num_err
      endif
     
      call MESSAGE(5,'   Verifying data ')

      num_err = 0
      do 500 i=1, np
         do 400 j=1, nr
            do 300 k=1, nc
             if ( da(k,j,i) .ne. sa(k,j,i)) then
                 num_err = num_err + 1
                 if (Verbosity .ge. VERBO_DEF) then
                call MESSAGE(VERBO_DEF, '  *** data error *** ')
                     print *, '(k,j,i) = (', k,',', j,',', i,')',
     +                     ' da=',da(k,j,i), ', sa=',sa(k,j,i)
                 endif
             endif
300   continue
400   continue
500   continue

      if (num_err .ne. 0) then
           print *,'slabwf: number of wrong values in slab =',num_err
      else
           call MESSAGE(VERBO_HI, '  *** slabwf passed *** ')
      endif

C
C   slab1wf test
C
C      call MESSAGE(5,'Writing the first 3 of 5 slabs to slab1wf.hdf')
C      print *,'\n  Writing the first 3 of 5 slabs to slab1wf.hdf'
      sn1 = 'slab1wf.hdf'

C Clear old info fist
      ret = dsclear()
      call VRFY(ret,'dsclear',number_failed)

C Set dimension stuff etc
      call MESSAGE(5,'Calling dssdim to set info on SDS')
      ret = dssdims(rank, di)
      call VRFY(ret,'dssgdim',number_failed)

      ret = dssdist(1, lcol, ucol, fcol)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdist(2, lrow, urow, frow)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdist(3, lpln, upln, fpln)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdisc(1, di(1),  sccol)
      call VRFY(ret,'dssdisc',number_failed)

      ret = dssdisc(2, di(2), scrow)
      call VRFY(ret,'dssdisc',number_failed)

      ret = dssdisc(3, di(3), scpln)
      call VRFY(ret,'dssdisc',number_failed)
C 
C Write it slab by slab   
C 
      sr(1) = 0
      sr(2) = 0
      sr(3) = 0
      ret = dssdims(rank, di)
      call VRFY(ret,'dssdims',number_failed)

      ret = dssslab(sn1)
      call VRFY(ret,'dssslab',number_failed)
      st(1) = 1
      st(2) = 2
      st(3) = 2
      sz(1) = 3
      sz(2) = 1
      sz(3) = 1
      ret = dswslab(st, sr, sz,slab1)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 1
      st(2) = 1
      st(3) = 1
      sz(1) = 3
      sz(2) = 2
      sz(3) = 1
      ret = dswslab(st, sr, sz, slab3)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 4
      st(2) = 1
      st(3) = 1
      sz(1) = 1
      sz(2) = 3
      sz(3) = 2
      ret = dswslab(st, sr, sz, slab5)
      call VRFY(ret,'dswslab',number_failed)

      ret = dseslab()
      call VRFY(ret,'dseslab',number_failed)


      num_err = number_failed 
      if (num_err .ne. 0) then
           print *,'number of failures =',num_err
      else
           call MESSAGE(VERBO_HI, '  *** slab1wf passed *** ')
      endif

C
C  slab2wf test
C
C      call MESSAGE(5,'Writing the last 2 of 5 slabs to slab1wf.hdf')
C      print *,'\n   Writing the last 2 of 5 slabs to slab1wf.hdf'
      sn2 = 'slab1wf.hdf'
C set ref of SDS to write to
      nref = 2

C 
C Fisrt clear all previous info and restarot to beginning of file
C 
      ret = dsclear()
      call VRFY(ret,'dsclear',number_failed)

      ret = dfsdrestart()
      call VRFY(ret,'dfsdrestart',number_failed)

C Get relavant info on SDS

      call MESSAGE(5,'Calling dsigdim to get info on SDS')
      ret = dsgdims(sn2, rank, sz, rank)
      call VRFY(ret,'dsigdim',number_failed)

C      call MESSAGE(5,'Calling dswref to ref o SDS to write to')
C     set SDS to write to
      ret = dswref(sn2, nref)
      call VRFY(ret,'dswref',number_failed)

      call MESSAGE(5,'Calling dssslab to start access on SDS')
      ret = dssslab(sn2)
      call VRFY(ret,'dssslab',number_failed)
      st(1) = 1
      st(2) = 3
      st(3) = 1
      sz(1) = 3
      sz(2) = 1
      sz(3) = 2
C      call MESSAGE(5,'Calling dswslab to write 4of5 slabs to SDS')
      ret = dswslab(st, sr, sz, slab2)
      call VRFY(ret,'dswslab',number_failed)
      st(1) = 1
      st(2) = 1
      st(3) = 2
      sz(1) = 3
      sz(2) = 1
      sz(3) = 1
C      call MESSAGE(5,'Calling dswslab to write 5of5 slabs to SDS')
      ret = dswslab(st, sr, sz, slab4)
      call VRFY(ret,'dswslab',number_failed)

      call MESSAGE(5,'Calling dseslab to end access to SDS')
      ret = dseslab()
      call VRFY(ret,'dseslab',number_failed)

      if ( num_err .ne. 0) then
         print *,'number of failures =',num_err
      endif

C
C Retrieve slab for verification
C
      st(1) = 1
      st(2) = 1
      st(3) = 1
      sz(1) = 4
      sz(2) = 3
      sz(3) = 2
      sr(1) = 4
      sr(2) = 3
      sr(3) = 2
      num_err = 0
C      call MESSAGE(5,'Calling dsrslab to start read access to SDS')
      ret = dsrslab(sn2, st, sz, st, sa, sr)
      call VRFY(ret,'dsrslab',number_failed)

      num_err = number_failed

      if ( num_err .ne. 0) then
         print *,'number of failures =',num_err
      endif

      call MESSAGE(5,'   Verifying data ')

      num_err = 0
      do 800 i=1, np
         do 700 j=1, nr
            do 600 k=1, nc
             if ( da(k,j,i) .ne. sa(k,j,i)) then
                 num_err = num_err + 1
             endif
C            print *, 'da() ',da(k,j,i)
C            print *, 'sa() ',sa(k,j,i)
600   continue
700   continue
800   continue

      if (num_err .ne. 0) then
           print *,'slab2wf: number of wrong values in slab =',num_err
      else
           call MESSAGE(VERBO_HI, '  *** slab2wf passed ***  ')
      endif

C
C  slab4wf test
C
      call MESSAGE(5,'Writing data as 1 slab to slab4wf.hdf')
C      print *,'Writing data as 1 slab to slab4wf.hdf'
      sn4 = 'slab4wf.hdf'
C
C Clear previous info

      ret = dsclear()
      call VRFY(ret,'dsclear',number_failed)

C Set relevant info

      ret = dssdims(rank, di)
      call VRFY(ret,'dssgdim',number_failed)

      ret = dssdist(1, lcol, ucol, fcol)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdist(2, lrow, urow, frow)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdist(3, lpln, upln, fpln)
      call VRFY(ret,'dssdist',number_failed)

      ret = dssdisc(1, di(1),  sccol)
      call VRFY(ret,'dssdisc',number_failed)

      ret = dssdisc(2, di(2), scrow)
      call VRFY(ret,'dssdisc',number_failed)

      ret = dssdisc(3, di(3), scpln)
      call VRFY(ret,'dssdisc',number_failed)
C 
C Write it as one slab    
C 

      ret = dssslab(sn4)
      call VRFY(ret,'dssslab',number_failed)
      st(1) = 1
      st(2) = 1
      st(3) = 1
      sz(1) = 4
      sz(2) = 3
      sz(3) = 2
      ret = dswslab(st, sr, sz, da)
      call VRFY(ret,'dswslab',number_failed)

      ret = dseslab()
      call VRFY(ret,'dseslab',number_failed)
C
C Retrieve slab for verification
C
      st(1) = 1
      st(2) = 1
      st(3) = 1
      sz(1) = 4
      sz(2) = 3
      sz(3) = 2
      sr(1) = 4
      sr(2) = 3
      sr(3) = 2
      ret = dsrslab(sn4, st, sz, st, sa, sr)
      call VRFY(ret,'dsrslab',number_failed)

      num_err = number_failed

      if ( num_err .ne. 0) then
         print *,'number of failures =',num_err
      endif

      call MESSAGE(5,'   Verifying data ')

      num_err = 0
      do 902 i=1, np
         do 901 j=1, nr
            do 900 k=1, nc
             if ( da(k,j,i) .ne. sa(k,j,i)) then
                 num_err = num_err + 1
             endif
C            print *, 'da() ',da(k,j,i)
C            print *, 'sa() ',sa(k,j,i)
900   continue
901   continue
902   continue

      if (num_err .ne. 0) then
           print *,'slab4wf: number of wrong values in slab =',num_err
      else
           call MESSAGE(VERBO_HI, '  *** slab4wf passed *** ')
      endif

C
C
      return 
      end

