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my_post.f
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my_post.f
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cc-----------------------------------------------------------------------
c subroutine set_outfld
c
cc Check if we are going to checkpoint at this timestep
cc and set ifoutfld accordingly
c
c include 'SIZE'
c include 'TOTAL'
c include 'CTIMER'
c
c common /rdump/ ntdump
c
c ifoutfld = .false.
c
c if (iostep.le.0 .and. timeio.le.0) return
c
cc if (istep.ge.nsteps) lastep=1
c
c if (iostep.gt.0) then
c if(mod(istep,iostep).eq.0) ifoutfld=.true.
c else if (timeioe.ne.0.0) then
c if (dnekclock_sync()-etimes .ge. (ntdump + 1)*timeio) then
c ntdump=ntdump+1
c ifoutfld=.true.
c endif
c else if (timeio.ne.0.0) then
c if (time.ge.(ntdump + 1)*timeio) then
c ntdump=ntdump+1
c ifoutfld=.true.
c endif
c endif
c
c if (ioinfodmp.ne.0 .or. lastep.eq.1) ifoutfld=.true.
c
c return
c end
cc-----------------------------------------------------------------------
c subroutine check_ioinfo
c
cc Check for io request in file 'ioinfo'
c
c include 'SIZE'
c include 'TSTEP'
c include 'INPUT'
c
c parameter (lxyz=lx1*ly1*lz1)
c parameter (lpsc9=ldimt1+9)
c common /ctmp1/ tdump(lxyz,lpsc9)
c real*4 tdump
c real tdmp(4)
c equivalence (tdump,tdmp)
c
c integer maxstep
c save maxstep
c data maxstep /999999999/
c
c character*132 fname
c character*1 fname1(132)
c equivalence (fname,fname1)
c
c ioinfodmp=0
c if (nid.eq.0 .and. (mod(istep,10).eq.0 .or. istep.lt.200)) then
c call blank(fname1,size(fname1))
c len = ltrunc(path,132)
c call chcopy(fname1,path,len)
c call chcopy(fname1(len+1),'ioinfo',6)
c open(unit=87,file=fname,status='old',err=88)
c read(87,*,end=87,err=87) idummy
c if (ioinfodmp.eq.0) ioinfodmp=idummy
c if (idummy.ne.0) then ! overwrite last i/o request
c rewind(87)
c write(87,86)
c 86 format(' 0')
c endif
c 87 continue
c close(unit=87)
c 88 continue
c if (ioinfodmp.ne.0) write(6,*) 'Output:',ioinfodmp
c endif
c
c tdmp(1)=ioinfodmp
c call gop(tdmp,tdmp(3),'+ ',1)
c ioinfodmp=tdmp(1)
c if (ioinfodmp.lt.0) maxstep=abs(ioinfodmp)
c if (istep.ge.maxstep.or.ioinfodmp.eq.-2) lastep=1
c
c return
c end
cc-----------------------------------------------------------------------
subroutine my_prepost(elist,ifdoin,prefin)
c Store results for later postprocessing
c
c Recent updates:
c
c p65 now indicates the number of parallel i/o files; iff p66 >= 6
c
c we now check whether we are going to checkpoint in set_outfld
c
include 'SIZE'
include 'TOTAL'
include 'CTIMER'
common /scrcg/ pm1 (lx1,ly1,lz1,lelv)
character*3 prefin,prefix
logical ifdoin
integer elist(1)
if (ioinfodmp.eq.-2) return
c#ifdef TIMER
etime1=dnekclock_sync()
c#endif
prefix = prefin
if (prefix.eq.'his') prefix = ' '
if (ifdoin) then
icalld=icalld+1
nprep=icalld
call prepost_map(0) ! map pr and axisymm. arrays
call my_outfld(elist,prefix)
call prepost_map(1) ! map back axisymm. arrays
c#ifdef TIMER
tprep=tprep+dnekclock_sync()-etime1
c#endif
endif
return
end
cc-----------------------------------------------------------------------
c subroutine prepost_map(isave) ! isave=0-->fwd, isave=1-->bkwd
c
cc Store results for later postprocessing
c
c include 'SIZE'
c include 'TOTAL'
cC
cC Work arrays and temporary arrays
cC
c common /scruz/ vxax (lx1,ly1,lelv)
c $ , vyax (lx1,ly1,lelv)
c $ , prax (lx2,ly2,lelv)
c $ , yax (lx1,ly1,lelt)
c common /scrmg/ tax (lx1,ly1,lelt,ldimt)
c common /scrcg/ pm1 (lx1,ly1,lz1,lelv)
cC
cc
c common /prepst/ pa(lx1,ly2,lz2),pb(lx1,ly1,lz2)
c integer e
c
c if (isave.eq.0) then ! map to GLL grid
c
c if (ifaxis) then
c ntotm1 = lx1*ly1*nelt
c call copy (yax,ym1,ntotm1)
c do 5 e=1,nelt
c if (ifrzer(e)) then
c call mxm (ym1(1,1,1,e),lx1,iatjl1,ly1,pb,ly1)
c call copy (ym1(1,1,1,e),pb,lx1*ly1)
c endif
c 5 continue
c if (ifflow) then
c ntotm1 = lx1*ly1*nelt
c ntotm2 = lx2*ly2*nelt
c call copy (vxax,vx,ntotm1)
c call copy (vyax,vy,ntotm1)
c call copy (prax,pr,ntotm2)
c do 10 e=1,nelt
c if (ifrzer(e)) then
c call mxm (vx(1,1,1,e),lx1,iatjl1,ly1,pb,ly1)
c call copy (vx(1,1,1,e),pb,lx1*ly1)
c call mxm (vy(1,1,1,e),lx1,iatjl1,ly1,pb,ly1)
c call copy (vy(1,1,1,e),pb,lx1*ly1)
c call mxm (pr(1,1,1,e),lx2,iatjl2,ly2,pb,ly2)
c call copy (pr(1,1,1,e),pb,lx2*ly2)
c endif
c 10 continue
c endif
c if (ifheat) then
c ntotm1 = lx1*ly1*nelt
c do 15 ifldt=1,npscal+1
c call copy (tax(1,1,1,ifldt),t(1,1,1,1,ifldt),ntotm1)
c 15 continue
c do 30 e=1,nelt
c if (ifrzer(e)) then
c do 25 ifldt=1,npscal+1
c call mxm (t(1,1,1,e,ifldt),lx1,iatjl1,ly1,
c $ pb,ly1)
c call copy (t(1,1,1,e,ifldt),pb,lx1*ly1)
c 25 continue
c endif
c 30 continue
c endif
c endif
cC Map the pressure onto the velocity mesh
cC
c ntott = lx1*ly1*lz1*nelt
c ntot1 = lx1*ly1*lz1*nelt
c nyz2 = ly2*lz2
c nxy1 = lx1*ly1
c nxyz = lx1*ly1*lz1
c nxyz2 = lx2*ly2*lz2
cC
c
c call rzero(pm1,ntott)
c if (ifsplit) then
c call copy(pm1,pr,ntot1)
c elseif (if_full_pres) then
c call rzero(pm1,ntot1)
c do e=1,nelt
c call copy(pm1(1,1,1,e),pr(1,1,1,e),nxyz2)
c enddo
c else
c do 1000 e=1,nelt
c call mxm (ixm21,lx1,pr(1,1,1,e),lx2,pa(1,1,1),nyz2)
c do 100 iz=1,lz2
c call mxm (pa(1,1,iz),lx1,iytm21,ly2,pb(1,1,iz),ly1)
c 100 continue
c call mxm (pb(1,1,1),nxy1,iztm21,lz2,pm1(1,1,1,e),lz1)
c 1000 continue
c endif
c
c else ! map back
c
c if (ifaxis) then
c ntot1 = lx1*ly1*nelt
c call copy (ym1,yax,ntot1)
c if (ifflow) then
c ntot1 = lx1*ly1*nelt
c ntot2 = lx2*ly2*nelt
c call copy (vx,vxax,ntot1)
c call copy (vy,vyax,ntot1)
c call copy (pr,prax,ntot2)
c endif
c if (ifheat) then
c ntot1 = lx1*ly1*nelt
c do 3000 ifldt=1,npscal+1
c call copy (t(1,1,1,1,ifldt),tax(1,1,1,ifldt),ntot1)
c 3000 continue
c endif
c endif
c
c endif
c return
c end
cc-----------------------------------------------------------------------
subroutine my_outfld(elist,prefix)
c output .fld file
include 'SIZE'
include 'TOTAL'
include 'RESTART'
C
C Work arrays and temporary arrays
C
common /scrcg/ pm1 (lx1,ly1,lz1,lelv)
c
c note, this usage of CTMP1 will be less than elsewhere if NELT ~> 3.
parameter (lxyz=lx1*ly1*lz1)
parameter (lpsc9=ldimt1+9)
common /ctmp1/ tdump(lxyz,lpsc9)
real*4 tdump
real tdmp(4)
equivalence (tdump,tdmp)
real*4 test_pattern
character*3 prefix
character*1 fhdfle1(132)
character*132 fhdfle
equivalence (fhdfle,fhdfle1)
character*1 excode(30)
character*10 frmat
common /nopenf/ nopen(99)
common /rdump/ ntdump
data ndumps / 0 /
logical ifxyo_s
integer elist(1)
if(nio.eq.0) then
WRITE(6,1001) istep,time
1001 FORMAT(/,i9,1pe12.4,' Write checkpoint')
endif
call nekgsync()
p66 = param(66)
if (abs(p66).eq.6) then
c call err_chk(ierr,'mfo not supported in my_post$')
call my_mfo_outfld(elist,prefix)
return
endif
ifxyo_s = ifxyo ! Save ifxyo
iprefix = i_find_prefix(prefix,99)
ierr = 0
if (nid.eq.0) then
c Open new file for each dump on /cfs
nopen(iprefix)=nopen(iprefix)+1
if (prefix.eq.' '.and.nopen(iprefix).eq.1) ifxyo = .true. ! 1st file
if (prefix.eq.'rst'.and.max_rst.gt.0)
$ nopen(iprefix) = mod1(nopen(iprefix),max_rst) ! restart
call file2(nopen(iprefix),prefix)
if (p66.lt.1.0) then
open(unit=24,file=fldfle,form='formatted',status='unknown')
else
call byte_open (fldfle,ierr)
c write header as character string
call blank(fhdfle,132)
endif
endif
call bcast(ifxyo,lsize)
if(p66.ge.1.0)
$ call err_chk(ierr,'Error opening file in outfld. Abort. $')
C Figure out what goes in EXCODE
CALL BLANK(EXCODE,30)
NDUMPS=NDUMPS+1
i=1
if (mod(p66,1.0).eq.0.0) then !old header format
IF(IFXYO) then
EXCODE(1)='X'
EXCODE(2)=' '
EXCODE(3)='Y'
EXCODE(4)=' '
i = 5
IF(IF3D) THEN
EXCODE(i) ='Z'
EXCODE(i+1)=' '
i = i + 2
ENDIF
ENDIF
IF(IFVO) then
EXCODE(i) ='U'
EXCODE(i+1)=' '
i = i + 2
ENDIF
IF(IFPO) THEN
EXCODE(i)='P'
EXCODE(i+1)=' '
i = i + 2
ENDIF
IF(IFTO) THEN
EXCODE(i)='T '
EXCODE(i+1)=' '
i = i + 1
ENDIF
do iip=1,ldimt1
if (ifpsco(iip)) then
write(excode(iip+I) ,'(i1)') iip
write(excode(iip+I+1),'(a1)') ' '
i = i + 1
endif
enddo
else
!new header format
IF (IFXYO) THEN
EXCODE(i)='X'
i = i + 1
ENDIF
IF (IFVO) THEN
EXCODE(i)='U'
i = i + 1
ENDIF
IF (IFPO) THEN
EXCODE(i)='P'
i = i + 1
ENDIF
IF (IFTO) THEN
EXCODE(i)='T'
i = i + 1
ENDIF
IF (LDIMT.GT.1) THEN
NPSCALO = 0
do k = 1,ldimt-1
if(ifpsco(k)) NPSCALO = NPSCALO + 1
enddo
IF (NPSCALO.GT.0) THEN
EXCODE(i) = 'S'
WRITE(EXCODE(i+1),'(I1)') NPSCALO/10
WRITE(EXCODE(i+2),'(I1)') NPSCALO-(NPSCALO/10)*10
ENDIF
ENDIF
endif
C Dump header
ierr = 0
nelgt_bak=nelgt
nelgt=iglsum(elist,nelt)
if (nid.eq.0) write(*,*) 'my_outpost,nelgt',nelgt,nelgt_bak
if (nid.eq.0) call dump_header(excode,p66,ierr)
call err_chk(ierr,'Error dumping header in outfld. Abort. $')
nelgt=nelgt_bak
call get_id(id)
nxyz = lx1*ly1*lz1
ierr = 0
do ieg=1,nelgt
jnid = gllnid(ieg)
ie = gllel (ieg)
ifdump=0
if (nid.eq.0) then
if (jnid.eq.0) then
call fill_tmp(tdump,id,ie)
ifdump=elist(ie)
else
mtype=2000+ie
len=4*id*nxyz
dum1=0.
call csend (mtype,dum1,wdsize,jnid,nullpid)
call crecv2 (mtype,tdump,len,jnid)
call crecv2 (mtype,ifdump,4,jnid)
endif
c write(*,*)'ddd',ieg,jnid,ie,ifdump,ierr
if(ifdump.gt.0.AND.ierr.eq.0) call out_tmp(id,p66,ierr)
c if(ierr.eq.0) call out_tmp(id,p66,ierr)
elseif (nid.eq.jnid) then
call fill_tmp(tdump,id,ie)
dum1=0.
mtype=2000+ie
len=4*id*nxyz
call crecv2 (mtype,dum1,wdsize,node0)
call csend (mtype,tdump,len,node0,nullpid)
call csend (mtype,elist(ie),4,node0,nullpid)
endif
enddo
call err_chk(ierr,'Error writing file in outfld. Abort. $')
ifxyo = ifxyo_s ! restore ifxyo
if (nid.eq.0) call close_fld(p66,ierr)
call err_chk(ierr,'Error closing file in outfld. Abort. $')
return
end
cc-----------------------------------------------------------------------
c subroutine file2(nopen,PREFIX)
cC----------------------------------------------------------------------
cC
cC Defines machine specific input and output file names.
cC
cC----------------------------------------------------------------------
c include 'SIZE'
c include 'INPUT'
c include 'TSTEP'
c include 'PARALLEL'
cC
c CHARACTER*132 NAME
c CHARACTER*1 SESS1(132),PATH1(132),NAM1(132)
c EQUIVALENCE (SESSION,SESS1)
c EQUIVALENCE (PATH,PATH1)
c EQUIVALENCE (NAME,NAM1)
c CHARACTER*1 DMP(4),FLD(4),REA(4),HIS(4),SCH(4) ,ORE(4), NRE(4)
c CHARACTER*4 DMP4 ,FLD4 ,REA4 ,HIS4 ,SCH4 ,ORE4 , NRE4
c EQUIVALENCE (DMP,DMP4), (FLD,FLD4), (REA,REA4), (HIS,HIS4)
c $ , (SCH,SCH4), (ORE,ORE4), (NRE,NRE4)
c CHARACTER*1 NUMRL(0:9)
c DATA DMP4,FLD4,REA4 /'.dmp','.fld','.rea'/
c DATA HIS4,SCH4 /'.his','.sch'/
c DATA ORE4,NRE4 /'.ore','.nre'/
c DATA NUMRL /'0','1','2','3','4','5','6','7','8','9'/
c CHARACTER*78 STRING
cc
c character*1 prefix(3)
cC
c call blank(name ,132)
c call blank(fldfle,132)
cC
c LS=LTRUNC(SESSION,132)
c LPP=LTRUNC(PATH,132)
c LSP=LS+LPP
c l = 0
c
cc Construct file names containing full path to host:
cc DO 100 I=1,LPP
cc l = l+1
cc NAM1(l)=PATH1(I)
cc 100 CONTINUE
cC
c if (prefix(1).ne.' '.and.prefix(2).ne.' '.and.
c $ prefix(3).ne.' ') then
c do i=1,3
c l = l+1
c NAM1(l)=prefix(i)
c enddo
c endif
cC
c DO 200 I=1,LS
c l = l+1
c NAM1(l)=SESS1(I)
c 200 CONTINUE
cC
cC .fld file
c DO 300 I=1,4
c l = l+1
c NAM1(l)=FLD(I)
c 300 CONTINUE
c if (nopen.lt.100) then
cC less than 100 dumps....
c ITEN=NOPEN/10
c l = l+1
c NAM1(l)=NUMRL(ITEN)
c IONE=MOD(NOPEN,10)
c l = l+1
c NAM1(l)=NUMRL(IONE)
c elseif (nopen.lt.1000) then
cC less than 1000 dumps....
c IHUN=NOPEN/100
c l = l+1
c NAM1(l)=NUMRL(IHUN)
c ITEN=MOD(NOPEN,100)/10
c l = l+1
c NAM1(l)=NUMRL(ITEN)
c IONE=MOD(NOPEN,10)
c l = l+1
c NAM1(l)=NUMRL(IONE)
c elseif (nopen.lt.10000) then
cC less than 10000 dumps....
c ITHO=NOPEN/1000
c l = l+1
c NAM1(l)=NUMRL(ITHO)
c IHUN=MOD(NOPEN,1000)/100
c l = l+1
c NAM1(l)=NUMRL(IHUN)
c ITEN=MOD(NOPEN,100)/10
c l = l+1
c NAM1(l)=NUMRL(ITEN)
c IONE=MOD(NOPEN,10)
c l = l+1
c NAM1(l)=NUMRL(IONE)
c endif
c FLDFLE=NAME
cC
cC Write the name of the .fld file to the logfile.
cC
c if (nio.eq.0) then
c call chcopy(string,fldfle,78)
c write(6,1000) istep,time,string
c 1000 format(/,i9,1pe12.4,' OPEN: ',a78)
c endif
c
c return
c end
cc=======================================================================
c subroutine rzero4(a,n)
c real*4 A(1)
c DO 100 I = 1, N
c 100 A(I ) = 0.0
c return
c end
cc=======================================================================
c subroutine copyX4(a,b,n)
c REAL*4 A(1)
c REAL B(1)
c DO 100 I = 1, N
c 100 A(I) = B(I)
c return
c end
cc=======================================================================
c subroutine copy4r(a,b,n)
c real a(1)
c real*4 b(1)
c do i = 1, n
c a(i) = b(i)
c enddo
c return
c end
cc=======================================================================
c function i_find_prefix(prefix,imax)
cc
c character*3 prefix
c character*3 prefixes(99)
c save prefixes
c data prefixes /99*'...'/
cc
c integer nprefix
c save nprefix
c data nprefix /0/
cc
cc Scan existing list of prefixes for a match to "prefix"
cc
c do i=1,nprefix
c if (prefix.eq.prefixes(i)) then
c i_find_prefix = i
c return
c endif
c enddo
cc
cc If we're here, we didn't find a match.. bump list and return
cc
c nprefix = nprefix + 1
c prefixes(nprefix) = prefix
c i_find_prefix = nprefix
cc
cc Array bounds check on prefix list
cc
c if (nprefix.gt.99.or.nprefix.gt.imax) then
c write(6,*) 'Hey! nprefix too big! ABORT in i_find_prefix'
c $ ,nprefix,imax
c call exitt
c endif
cc
c return
c end
cc-----------------------------------------------------------------------
c subroutine dump_header(excodein,p66,ierr)
c
c include 'SIZE'
c include 'TOTAL'
c
c character*30 excodein
c
c character*30 excode
c character*1 excode1(30)
c equivalence (excode,excode1)
c
c real*4 test_pattern
c
c character*1 fhdfle1(132)
c character*132 fhdfle
c equivalence (fhdfle,fhdfle1)
c
c write(excode,'(A30)') excodein
c
c ikstep = istep
c do ik=1,10
c if (ikstep.gt.9999) ikstep = ikstep/10
c enddo
c
c call blank(fhdfle,132)
c
cc write(6,111) ! print on screen
cc $ nelgt,lx1,ly1,lz1,time,istep,excode
cc
c if (mod(p66,1.0).eq.0.0) then ! old header format
c if (p66.lt.1.0) then !ASCII
c if(nelgt.lt.10000) then
c WRITE(24,'(4i4,1pe14.7,I5,1X,30A1,1X,A12)')
c $ NELGT,lx1,ly1,lz1,TIME,ikstep,(EXCODE1(I),I=1,30),
c $ 'NELT,NX,NY,N'
c else
c WRITE(24,'(i10,3i4,1pe18.9,I9,1X,30A1,1X,A12)')
c $ NELGT,lx1,ly1,lz1,TIME,ikstep,(EXCODE1(I),I=1,30),
c $ 'NELT,NX,NY,N'
c endif
c else !Binary
c if (nelgt.lt.10000) then
c WRITE(fhdfle,'(4I4,1pe14.7,I5,1X,30A1,1X,A12)')
c $ NELGT,lx1,ly1,lz1,TIME,ikstep,(EXCODE1(I),I=1,30),
c $ ' 4 NELT,NX,NY,N'
c else
c write(fhdfle,'(i10,3i4,1P1e18.9,i9,1x,30a1)')
c $ nelgt,lx1,ly1,lz1,time,istep,(excode1(i),i=1,30)
c endif
c call byte_write(fhdfle,20,ierr)
c endif
c else ! new header format
c if (p66.eq.0.1) then
c write(24,111)
c $ nelgt,lx1,ly1,lz1,time,istep,excode
c else
c write(fhdfle,111)
c $ nelgt,lx1,ly1,lz1,time,istep,excode
c call byte_write(fhdfle,20,ierr)
c endif
c 111 FORMAT(i10,1x,i2,1x,i2,1x,i2,1x,1P1e18.9,1x,i9,1x,a)
c endif
c
c if(ierr.ne.0) return
c
c CDRROR=0.0
c if (p66.LT.1.0) then ! formatted i/o
c WRITE(24,'(6G11.4)')(CDRROR,I=1,NELGT) ! dummy
c else
cC write byte-ordering test pattern to byte file...
c test_pattern = 6.54321
c call byte_write(test_pattern,1,ierr)
c endif
c
c return
c end
cc-----------------------------------------------------------------------
c subroutine fill_tmp(tdump,id,ie)
cC
c include 'SIZE'
c include 'TOTAL'
cc
c common /scrcg/ pm1 (lx1,ly1,lz1,lelv)
cC
cC Fill work array
cC
c parameter (lxyz=lx1*ly1*lz1)
c parameter (lpsc9=ldimt1+9)
c real*4 tdump(lxyz,lpsc9)
cC
c nxyz = lx1*ly1*lz1
cc
c ID=0
c IF(IFXYO)then
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),XM1(1,1,1,IE),NXYZ)
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),YM1(1,1,1,IE),NXYZ)
c IF(IF3D) then
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),ZM1(1,1,1,IE),NXYZ)
c ENDIF
c ENDIF
cc
c IF(IFVO)then
c IF (IE.LE.NELT) then
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),VX(1,1,1,IE),NXYZ)
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),VY(1,1,1,IE),NXYZ)
c IF(IF3D)then
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),VZ(1,1,1,IE),NXYZ)
c ENDIF
c ELSE
c ID=ID+1
c CALL RZERO4(TDUMP(1,ID),NXYZ)
c ID=ID+1
c CALL RZERO4(TDUMP(1,ID),NXYZ)
c IF(IF3D)then
c ID=ID+1
c CALL RZERO4(TDUMP(1,ID),NXYZ)
c ENDIF
c ENDIF
c ENDIF
c IF(IFPO)then
c IF (IE.LE.NELT) then
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),PM1(1,1,1,IE),NXYZ)
c ELSE
c ID=ID+1
c CALL RZERO4(TDUMP(1,ID),NXYZ)
c ENDIF
c ENDIF
c IF(IFTO)then
c ID=ID+1
c CALL COPYx4(TDUMP(1,ID),T(1,1,1,IE,1),NXYZ)
c ENDIF
cC PASSIVE SCALARS
c do iip=1,ldimt1
c if (ifpsco(iip)) then
c id=id+1
c call copyX4(tdump(1,id),t(1,1,1,ie,iip+1),nxyz)
c endif
c enddo
cc
c return
c end
cc-----------------------------------------------------------------------
c subroutine get_id(id) ! Count amount of data to be shipped
c
c include 'SIZE'
c include 'TOTAL'
c
c id=0
c
c if (ifxyo) id=id+ldim
c if (ifvo) id=id+ldim
c if (ifpo) id=id+1
c if (ifto) id=id+1
c
c do iip=1,ldimt1
c if (ifpsco(iip)) id=id+1 ! Passive scalars
c enddo
c
c return
c end
cc-----------------------------------------------------------------------
c subroutine close_fld(p66,ierr)
c
c include 'SIZE'
c include 'TOTAL'
c
c if (nid.eq.0) then
c if (p66.lt.1) then
c close(unit=24)
c else
c call byte_close(ierr)
c endif
c endif
c
c return
c end
cc-----------------------------------------------------------------------
c subroutine out_tmp(id,p66,ierr)
c
c include 'SIZE'
c include 'TOTAL'
c
c parameter (lxyz=lx1*ly1*lz1)
c parameter (lpsc9=ldimt1+9)
c
c common /ctmp1/ tdump(lxyz,lpsc9)
c real*4 tdump
c
c character*11 frmat
c
c nxyz = lx1*ly1*lz1
c
c call blank(frmat,11)
c if (id.le.9) then
c WRITE(FRMAT,1801) ID
c 1801 FORMAT('(1p',I1,'e14.6)')
c else
c WRITE(FRMAT,1802) ID
c 1802 FORMAT('(1p',I2,'e14.6)')
c endif
c
c if (p66.lt.1.0) then
cC formatted i/o
c WRITE(24,FRMAT)
c $ ((TDUMP(I,II),II=1,ID),I=1,NXYZ)
c else
cC C binary i/o
c do ii=1,id
c call byte_write(tdump(1,ii),nxyz,ierr)
c if(ierr.ne.0) goto 101
c enddo
c endif
c 101 continue
c
c return
c end
c-----------------------------------------------------------------------
subroutine my_mfo_outfld(elist,prefix) ! muti-file output
include 'SIZE'
include 'TOTAL'
include 'RESTART'
common /scrcg/ pm1 (lx1,ly1,lz1,lelv) ! mapped pressure
integer*8 offs0,offs,nbyte,stride,strideB,nxyzo8
integer elist(1)
character*3 prefix
logical ifxyo_s
common /SCRUZ/ ur1(lxo*lxo*lxo*lelt)
& , ur2(lxo*lxo*lxo*lelt)
& , ur3(lxo*lxo*lxo*lelt)
integer lglel_bak(lelt),lglel2(lelt)
tiostart=dnekclock_sync()
call io_init
if(nid.eq.0)write(*,*)'my_mfo_outfld',param(66),ifmpiio
ifxyo_s = ifxyo
ifxyo_ = ifxyo
nout = nelt ! map2reg
c nout = ivlsum(elist,nelt) !nelt
nxo = lx1
nyo = ly1
nzo = lz1
nelgt2= iglsum(elist,nelt)
nout2 = ivlsum(elist,nelt)
nn = nout2
nelB2 = igl_running_sum(nn)
nelB2 = nelB2 - nout2
j=0
call izero(lglel2,lelt)
do ie=1,nelt
ieg=lglel(ie)
if (elist(ie).gt.0) then
j = j + 1
lglel2(j)=ieg
endif
enddo
if (ifreguo) then ! dump on regular (uniform) mesh
if (nrg.gt.lxo) then
if (nid.eq.0) write(6,*)
& 'WARNING: nrg too large, reset to lxo!'
nrg = lxo
endif
nxo = nrg
nyo = nrg
nzo = 1
if(if3d) nzo = nrg
endif
c offs0 = iHeaderSize + 4 + isize*nelgt
offs0 = iHeaderSize + 4 + isize*nelgt2
if(nid.eq.0)write(*,*)'my_mfo_outfld'
$ ,nelB,nelB2,nout,nout2,nelgt,nelgt2
ierr=0
if (nid.eq.pid0) then
call mfo_open_files(prefix,ierr) ! open files on i/o nodes
endif
call err_chk(ierr,'Error opening file in mfo_open_files. $')
call bcast(ifxyo_,lsize)
ifxyo = ifxyo_
nelgt_bak=nelgt
nelt_bak=nelt
nelB_bak=nelB
call icopy(lglel_bak,lglel,lelt)
nelgt=nelgt2
nelt=nout2
nelB=nelB2
call icopy(lglel,lglel2,lelt)
call mfo_write_hdr ! create element mapping +
nelgt=nelgt_bak
nelt=nelt_bak
nelB=nelB_bak
call icopy(lglel,lglel_bak,lelt)
c call exitti('this is wdsizo A:$',wdsizo)
! write hdr
nxyzo8 = nxo*nyo*nzo
c strideB = nelB * nxyzo8*wdsizo
c stride = nelgt* nxyzo8*wdsizo
strideB = nelB2 * nxyzo8*wdsizo
stride = nelgt2* nxyzo8*wdsizo
ioflds = 0
! dump all fields based on the t-mesh to avoid different
! topologies in the post-processor
if (ifxyo) then
offs = offs0 + ldim*strideB
call byte_set_view(offs,ifh_mbyte)
if (ifreguo) then
call map2reg(ur1,nrg,xm1,nout)
call map2reg(ur2,nrg,ym1,nout)
if (if3d) call map2reg(ur3,nrg,zm1,nout)
call my_mfo_outv(elist,ur1,ur2,ur3,nout,nxo,nyo,nzo)
else
call my_mfo_outv(elist,xm1,ym1,zm1,nout,nxo,nyo,nzo)
endif
ioflds = ioflds + ldim
endif
c ierr = 0
c if (nid.eq.pid0) then
c if(ifmpiio) then
c call byte_close_mpi(ifh_mbyte,ierr)
c else
c call byte_close(ierr)
c endif
c endif
c call err_chk(ierr,'Error closing file in mfo_outfld. Abort. $')
c return
if (ifvo ) then
offs = offs0 + ioflds*stride + ldim*strideB
call byte_set_view(offs,ifh_mbyte)
if (ifreguo) then
call map2reg(ur1,nrg,vx,nout)
call map2reg(ur2,nrg,vy,nout)
if (if3d) call map2reg(ur3,nrg,vz,nout)
call my_mfo_outv(elist,ur1,ur2,ur3,nout,nxo,nyo,nzo)
else
call my_mfo_outv(elist,vx,vy,vz,nout,nxo,nyo,nzo) ! B-field handled thru outpost
endif
ioflds = ioflds + ldim
endif
if (ifpo ) then
offs = offs0 + ioflds*stride + strideB
call byte_set_view(offs,ifh_mbyte)
if (ifreguo) then
call map2reg(ur1,nrg,pm1,nout)
call my_mfo_outs(elist,ur1,nout,nxo,nyo,nzo)
else
call my_mfo_outs(elist,pm1,nout,nxo,nyo,nzo)
endif
ioflds = ioflds + 1
endif
if (ifto ) then
offs = offs0 + ioflds*stride + strideB
call byte_set_view(offs,ifh_mbyte)
if (ifreguo) then