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|
C Copyright (C) 2006 Imperial College London and others.
C
C Please see the AUTHORS file in the main source directory for a full list
C of copyright holders.
C
C Adrian Umpleby
C Applied Modelling and Computation Group
C Department of Earth Science and Engineering
C Imperial College London
C
C adrian@Imperial.ac.uk
C
C This library is free software; you can redistribute it and/or
C modify it under the terms of the GNU Lesser General Public
C License as published by the Free Software Foundation; either
C version 2.1 of the License.
C
C This library is distributed in the hope that it will be useful,
C but WITHOUT ANY WARRANTY; without even the implied warranty of
C MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
C Lesser General Public License for more details.
C
C You should have received a copy of the GNU Lesser General Public
C License along with this library; if not, write to the Free Software
C Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307
C USA
#include "ewrite.h"
SUBROUTINE MKFIXD( BIGLST, NODLST, NDNMBR,
: NODX, NODY, NODZ, ORGMTX, SIZMTX,
: PRDNDS, NPRDND,
: NODLOC, SIZLOC, SUROWN, SIZOWN,
: ELMREG, ENLBAS, ENLIST,
: SNLBAS, SNLIST, SURFID,
: NELM, NNOD, NSELM, SZENLS, SZSNLS, GEOM3D,
: GATHER, SCATER, NGATH, NHALO,
: ATOSEN, ATOREC, NPROC )
C-----------------------------------------------------------------------
C
C - This subroutine forms the element node list (ENLIST) and its base
C - pointer (ENLBAS) for the new adapted mesh, as well as returning the
C - element material/region id in ELMREG for each element. The nodal
C - positions for the adapted mesh is returned in NODX, NODY and NODZ,
C - and the interpolated error metrics are returned in ORGMTX if SIZMTX
C - is sent as 9*NNOD (otherwise it should be sent as 1).
C
C-----------------------------------------------------------------------
use write_log
IMPLICIT NONE
C
INTEGER NELM, SZENLS, NNOD, SZSNLS, NSELM, SIZOWN, SIZLOC, SIZMTX,
: NHALO, NPROC, NGATH, NPRDND
C
INTEGER ELMREG(NELM), ENLIST(SZENLS), ENLBAS(NELM+1),
: SNLBAS(NSELM+1), SNLIST(SZSNLS), SUROWN(SIZOWN),
: NODLOC(SIZLOC), GATHER(NGATH), SCATER(NHALO),
: ATOSEN(NPROC), ATOREC(NPROC), PRDNDS(NPRDND),
: SURFID(NSELM)
C
REAL NODX(NNOD), NODY(NNOD), NODZ(NNOD), ORGMTX(SIZMTX)
C
LOGICAL GEOM3D, NDNMBR
C
INCLUDE 'blknew.i'
C
INCLUDE 'blkbig.i'
C
INCLUDE 'blkerr.i'
C
REAL XSHIFT, YSHIFT, ZSHIFT, XSCALE, YSCALE, ZSCALE
COMMON / BLKSCL / XSHIFT, YSHIFT, ZSHIFT, XSCALE, YSCALE, ZSCALE
C
INTEGER IPTR, CONELM(4), EDGLST(6), INOD, IELM, IFLAG, IREG,
: INEW, NXT, LST, NODS(4), IPOS, I, J, K, SPOS, SELM,
: NODCON(4), NXTC, SUM, CNTGMY, CNTINT, CNTSPL, JNOD, KNOD,
: minelv, maxelv, minelr, maxela, i1, i2
C
REAL X(4), Y(4), Z(4), TETVOL, avol, arad, asp, m(9), areas(4),
: minvol, minrad, minrvl, minvrd, maxasp, maxavl, maxard,
: minras, minvas, L(6), maxvol, maxvrd, maxvas
integer mxsfid, nodcnt, nusfid
C
integer, dimension(:), allocatable:: srfcnt
real, dimension(:), allocatable:: srfavx, srfavy, srfavz
integer, parameter:: MAX_SFID_STATS=1000
C
REAL*8 VOLSUM, ASPAVE
C
LOGICAL GTNDFL, FACS(4), getflg
C
IF( IERR .NE. 0 ) RETURN
C
c print*,'NNOD,NELM,NSELM,GEOM3D: ',NNOD,NELM,NSELM,IS3DMS
IF( GEOM3D .NEQV. IS3DMS ) THEN
WRITE(0,*) '*** MKFIXD: Inconsistent GEOM3D!'
IF( GEOM3D ) THEN
WRITE(0,*) " Didn't do 3D adapt before, but GEOM3D now true"
ELSE
WRITE(0,*) ' Did 3D adapt before, but GEOM3D now false'
END IF
IERR = -7835
RETURN
END IF
c print*,'SIZMTX: ',SIZMTX
C
CNTGMY = 0
CNTSPL = 0
CNTINT = 0
IPTR = STTNOD
INOD = 0
JNOD = NNOD + 1
NODCNT = 0
C
10 IF( GTNDFL(BIGLST,NODLST,IPTR,1) ) THEN
C
if( gtndfl(biglst,nodlst,iptr,2) ) then
cntgmy = cntgmy + 1
else if( gtndfl(biglst,nodlst,iptr,4) ) then
cntspl = cntspl + 1
else if( gtndfl(biglst,nodlst,iptr,3) ) then
cntint = cntint + 1
end if
c
nodcnt = nodcnt + 1
if(nodcnt.gt.nnod) then
WRITE(0,*) '*** MKFIXD: Too many nodes!'
WRITE(0,*) nodcnt,nnod,iptr,topnod
ierr = -9797
return
end if
C
IF( NDNMBR ) THEN
IF( GTNDFL(BIGLST,NODLST,IPTR,8) ) THEN
JNOD = JNOD - 1
KNOD = JNOD
ELSE
INOD = INOD + 1
KNOD = INOD
END IF
ELSE
KNOD = INT(NODLST(17,IPTR))
if( knod .le. 0 ) then
WRITE(0,*) '*** MKFIXD: Got node again!'
WRITE(0,*) knod,iptr,inod,jnod,nnod
ierr = -1987
return
else if( knod .gt. nnod ) then
WRITE(0,*)'*** MKFIXD: Got out-of-range KNOD: ',knod,nnod
ierr = -1987
return
end if
END IF
C
C - rescale and shift the domain back to what it was
C
NODX(KNOD) = NODLST(1,IPTR)*XSCALE + XSHIFT
NODY(KNOD) = NODLST(2,IPTR)*YSCALE + YSHIFT
NODZ(KNOD) = NODLST(3,IPTR)*ZSCALE + ZSHIFT
C
IF( SIZMTX .EQ. 9*NNOD ) THEN
I = KNOD*9-9
ORGMTX(I+1) = NODLST( 7,IPTR)/XSCALE/XSCALE
ORGMTX(I+2) = NODLST( 8,IPTR)/XSCALE/YSCALE
ORGMTX(I+3) = NODLST( 9,IPTR)/XSCALE/ZSCALE
ORGMTX(I+4) = NODLST(10,IPTR)/YSCALE/XSCALE
ORGMTX(I+5) = NODLST(11,IPTR)/YSCALE/YSCALE
ORGMTX(I+6) = NODLST(12,IPTR)/YSCALE/ZSCALE
ORGMTX(I+7) = NODLST(13,IPTR)/ZSCALE/XSCALE
ORGMTX(I+8) = NODLST(14,IPTR)/ZSCALE/YSCALE
ORGMTX(I+9) = NODLST(15,IPTR)/ZSCALE/ZSCALE
C DO I = 1, 9
C ORGMTX(I+KNOD*9-9) = NODLST(6+I,IPTR)
C END DO
END IF
C
NODLST(17,IPTR) = -FLOAT(KNOD)
C
IF( SIZLOC .EQ. NNOD ) NODLOC(KNOD) = INT(NODLST(16,IPTR))
c print*,'Node ',nodx(Knod),nody(Knod),nodz(Knod),iptr
if(nodlst(nxtnod,iptr).eq.iptr) then
WRITE(0,*) '*** MKFIXD: Node points to itself!'
WRITE(0,*) iptr,inod,jnod,knod,nnod
ierr = -1876
return
end if
IPTR = NODLST(NXTNOD,IPTR)
if(iptr.le.topnod .and. iptr.gt.0) goto 10
C
if(nodcnt.lt.nnod) then
WRITE(0,*) '*** MKFIXD: Reached end of node list too early'
WRITE(0,*) nodcnt,nnod,iptr,topnod
ierr = -9696
return
end if
C
END IF
C
IF( IERR .NE. 0 ) THEN
WRITE(0,*) '*** MKFIXD: GOT ERROR FROM GTNDFL'
RETURN
END IF
c
iptr = sttnod
inod = 0
11 if( gtndfl(biglst,nodlst,iptr,1) ) then
inod = inod + 1
knod = int(nodlst(17,iptr))
if(knod.ge.0) then
WRITE(0,*) '*** MKFIXD: Found +ve entry!'
WRITE(0,*) nodlst(17,iptr),iptr,inod,nnod
ierr = -17856
return
end if
if(inod.gt.nnod) then
WRITE(0,*) '*** MKFIXD: Beyond end of nodes!'
WRITE(0,*) nodlst(17,iptr),iptr,inod,nnod
ierr = -16847
return
end if
knod = -knod
if(knod.gt.nnod) then
WRITE(0,*) '*** MKFIXD: Node number too big!'
WRITE(0,*) nodlst(17,iptr),iptr,inod,nnod
ierr = -13968
return
end if
nodlst(17,iptr) = float(knod)
iptr = nodlst(nxtnod,iptr)
if(iptr.le.topnod .and. iptr.gt.0) goto 11
end if
C
IF( NPRDND .GT. 1 ) THEN
C
DO I = 1, NPRDND
j = prdnds(i)
PRDNDS(I) = INT( NODLST(17,PRDNDS(I)) )
ewrite(2,*)
: ' periodic renumber: ',j,prdnds(i)
END DO
C
END IF
c
ewrite(2,*)
: 'Finished new node data'
ewrite(2,*)
: 'Geom,split,int: ',cntgmy,cntspl,cntint
C
CNTINT = 0
CNTGMY = 0
IPTR = STTBIG
IELM = 0
IPOS = 0
SELM = 0
SPOS = 0
ENLBAS(IELM+1) = IPOS
SNLBAS(SELM+1) = SPOS
mxsfid = 0
allocate( srfcnt(0:MAX_SFID_STATS) )
allocate( srfavx(0:MAX_SFID_STATS) )
allocate( srfavy(0:MAX_SFID_STATS) )
allocate( srfavz(0:MAX_SFID_STATS) )
srfavx = 0.0
srfavy = 0.0
srfavz = 0.0
srfcnt = 0
c ewrite(3,*) 'cleared srfavs'
C
20 IF( BIGLST(4,IPTR) .GT. 0 ) THEN
C
IELM = IELM + 1
C
IF( IELM .GT. NELM ) THEN
WRITE(0,*) '*** MKFIXD: ERROR COUNTING ELEMENTS'
WRITE(0,*) NELM,IELM,IPTR
IERR = -8989
deallocate(srfcnt, srfavx, srfavy, srfavz)
RETURN
END IF
C
CALL ELMINF( BIGLST, NODLST, IPTR, CONELM, EDGLST,
: INEW, IFLAG, IREG, NXT, LST )
C
ELMREG(IELM) = IREG
C
CALL ELNODS( BIGLST, NODLST, IPTR, NODS, NXT, LST, .TRUE. )
C
i1 = 1
i2 = 2
IF( IS3DMS ) THEN
X(1) = NODLST(1,NODS(1))
X(2) = NODLST(1,NODS(2))
X(3) = NODLST(1,NODS(3))
X(4) = NODLST(1,NODS(4))
Y(1) = NODLST(2,NODS(1))
Y(2) = NODLST(2,NODS(2))
Y(3) = NODLST(2,NODS(3))
Y(4) = NODLST(2,NODS(4))
Z(1) = NODLST(3,NODS(1))
Z(2) = NODLST(3,NODS(2))
Z(3) = NODLST(3,NODS(3))
Z(4) = NODLST(3,NODS(4))
IF( TETVOL( X, Y, Z ) .LT. 0.0 ) THEN
c print*,'*** MKFIXD: Got inside-out tet...'
c STOP
c print*,ielm,iptr
c print*,nods
c print*,x
c print*,y
c print*,z
i1 = 2
i2 = 1
END IF
END IF
C
ENLIST(IPOS+1) = NODLST(17,NODS(i1))
ENLIST(IPOS+2) = NODLST(17,NODS(i2))
ENLIST(IPOS+3) = NODLST(17,NODS(3))
C
IPOS = IPOS + 3
IF( IS3DMS ) THEN
ENLIST(IPOS+1) = NODLST(17,NODS(4))
IPOS = IPOS + 1
END IF
if( ielm .lt. 11 .and. debug ) then
print*,'old elm ',iptr,(nods(i),i=1,4)
print*,'elm ',ielm,(enlist(ipos+i-4),i=1,4)
end if
C
IF( IPOS .GT. SZENLS+1 ) THEN
WRITE(0,*) '*** MKFIXD: BEYOND END OF ENLIST'
WRITE(0,*) SZENLS,IPOS,IELM,NELM,IPTR
IERR = -9898
deallocate(srfcnt, srfavx, srfavy, srfavz)
RETURN
END IF
C
ENLBAS(IELM+1) = IPOS
C
IF( IS3DMS ) THEN
C
c IF( CONELM(1) .LE. 0 .OR. CONELM(2) .LE. 0 .OR.
c : CONELM(3) .LE. 0 .OR. CONELM(4) .EQ. 0 ) THEN
C
IF( CONELM(1) .LE. 0 ) THEN
SELM = SELM + 1
SNLIST(SPOS+i1) = NODLST(17,NODS(2))
SNLIST(SPOS+i2) = NODLST(17,NODS(1))
SNLIST(SPOS+3) = NODLST(17,NODS(3))
c if( selm .lt. 11 ) then
c print*,'srf ',selm,(snlist(spos+i),i=1,3)
c end if
SPOS = SPOS + 3
SNLBAS(SELM+1) = SPOS
SURFID(SELM) = -CONELM(1)-1
IF( SIZOWN .EQ. NSELM ) SUROWN(SELM) = IELM
if( ielm.gt.nelm .or. ielm.le.0 )
: WRITE(0,*) 'MKFIXD: IELM too big!',ielm,nelm,selm
mxsfid = max(mxsfid,surfid(selm))
if( surfid(selm) .lt. 0 ) then
WRITE(0,*) 'BAD SURFID RANGE: ',surfid(selm),selm
else if( surfid(selm) .le. MAX_SFID_STATS ) then
c if(surfid(selm).gt.0) elmreg(ielm) = 3
srfcnt(surfid(selm))=srfcnt(surfid(selm))+1
srfavx(surfid(selm))=srfavx(surfid(selm))
: +x(1)+x(2)+x(3)
srfavy(surfid(selm))=srfavy(surfid(selm))
: +y(1)+y(2)+y(3)
srfavz(surfid(selm))=srfavz(surfid(selm))
: +z(1)+z(2)+z(3)
end if
END IF
C
IF( CONELM(2) .LE. 0 ) THEN
SELM = SELM + 1
SNLIST(SPOS+i1) = NODLST(17,NODS(1))
SNLIST(SPOS+i2) = NODLST(17,NODS(2))
SNLIST(SPOS+3) = NODLST(17,NODS(4))
c if( selm .lt. 11 ) then
c print*,'srf ',selm,(snlist(spos+i),i=1,3)
c end if
SPOS = SPOS + 3
SNLBAS(SELM+1) = SPOS
SURFID(SELM) = -CONELM(2)-1
IF( SIZOWN .EQ. NSELM ) SUROWN(SELM) = IELM
if( ielm.gt.nelm .or. ielm.le.0 )
: WRITE(0,*) 'MKFIXD: IELM too big!',ielm,nelm,selm
mxsfid = max(mxsfid,surfid(selm))
if( surfid(selm) .lt. 0 ) then
WRITE(0,*) 'BAD SURFID RANGE: ',surfid(selm),selm
else if( surfid(selm) .le. MAX_SFID_STATS ) then
c if(surfid(selm).gt.0) elmreg(ielm) = 3
srfcnt(surfid(selm))=srfcnt(surfid(selm))+1
srfavx(surfid(selm))=srfavx(surfid(selm))
: +x(1)+x(2)+x(3)
srfavy(surfid(selm))=srfavy(surfid(selm))
: +y(1)+y(2)+y(3)
srfavz(surfid(selm))=srfavz(surfid(selm))
: +z(1)+z(2)+z(3)
end if
END IF
C
IF( CONELM(3) .LE. 0 ) THEN
SELM = SELM + 1
SNLIST(SPOS+i1) = NODLST(17,NODS(3))
SNLIST(SPOS+i2) = NODLST(17,NODS(1))
SNLIST(SPOS+3) = NODLST(17,NODS(4))
c if( selm .lt. 11 ) then
c print*,'srf ',selm,(snlist(spos+i),i=1,3)
c end if
SPOS = SPOS + 3
SNLBAS(SELM+1) = SPOS
SURFID(SELM) = -CONELM(3)-1
IF( SIZOWN .EQ. NSELM ) SUROWN(SELM) = IELM
if( ielm.gt.nelm .or. ielm.le.0 )
: WRITE(0,*) 'MKFIXD: IELM too big!',ielm,nelm,selm
mxsfid = max(mxsfid,surfid(selm))
if( surfid(selm) .lt. 0 ) then
WRITE(0,*) 'BAD SURFID RANGE: ',surfid(selm),selm
else if( surfid(selm) .le. MAX_SFID_STATS ) then
c if(surfid(selm).gt.0) elmreg(ielm) = 3
srfcnt(surfid(selm))=srfcnt(surfid(selm))+1
srfavx(surfid(selm))=srfavx(surfid(selm))
: +x(1)+x(2)+x(3)
srfavy(surfid(selm))=srfavy(surfid(selm))
: +y(1)+y(2)+y(3)
srfavz(surfid(selm))=srfavz(surfid(selm))
: +z(1)+z(2)+z(3)
end if
END IF
C
IF( CONELM(4) .LE. 0 ) THEN
SELM = SELM + 1
c if(facs(4).eq.4) then
WRITE(0,*) '+++ MKFIXD: Eh??? Surface on face 4!'
WRITE(0,*) ielm,selm
WRITE(0,*) conelm
WRITE(0,*) nods
c end if
SNLIST(SPOS+i1) = NODLST(17,NODS(2))
SNLIST(SPOS+i2) = NODLST(17,NODS(3))
SNLIST(SPOS+3) = NODLST(17,NODS(4))
c if( selm .lt. 11 ) then
c print*,'srf ',selm,(snlist(spos+i),i=1,3)
c end if
SPOS = SPOS + 3
SNLBAS(SELM+1) = SPOS
SURFID(SELM) = -CONELM(4)-1
IF( SIZOWN .EQ. NSELM ) SUROWN(SELM) = IELM
if( ielm.gt.nelm .or. ielm.le.0 )
: WRITE(0,*) 'MKFIXD: IELM too big!',ielm,nelm,selm
mxsfid = max(mxsfid,surfid(selm))
if( surfid(selm) .lt. 0 ) then
WRITE(0,*) 'BAD SURFID RANGE: ',surfid(selm),selm
else if( surfid(selm) .le. MAX_SFID_STATS ) then
c if(surfid(selm).gt.0) elmreg(ielm) = 3
srfcnt(surfid(selm))=srfcnt(surfid(selm))+1
srfavx(surfid(selm))=srfavx(surfid(selm))
: +x(1)+x(2)+x(3)
srfavy(surfid(selm))=srfavy(surfid(selm))
: +y(1)+y(2)+y(3)
srfavz(surfid(selm))=srfavz(surfid(selm))
: +z(1)+z(2)+z(3)
end if
END IF
C
IF( SELM .GT. NSELM ) THEN
WRITE(0,*)'*** MKFIXD: ERROR COUNTING SURFACE ELEMENTS'
WRITE(0,*) NSELM,SELM
STOP
END IF
C
IF( SPOS .GT. SZSNLS+1 ) THEN
WRITE(0,*) '*** MKFIXD: BEYOND END OF SNLIST'
WRITE(0,*) SZSNLS,SPOS
STOP
END IF
C
c END IF
C
C ELSE
C
C
END IF
C
IPTR = NXT
IF( IPTR .LE. TOPBIG .AND. IPTR .GT. 0 ) GOTO 20
C
IF( IELM .NE. NELM ) THEN
WRITE(0,*)'*** MKFIXD: Reached end of element list too early'
WRITE(0,*) ielm,nelm,iptr,topbig
ierr = -9595
deallocate(srfcnt, srfavx, srfavy, srfavz)
return
end if
C
ELSE IF( BIGLST(4,IPTR) .LT. 0 ) THEN
C
C CALL EDGINF( BIGLST, NODLST, IPTR, NODS,
C : INEW, IFLAG, NXT, LST )
C
if( getflg(biglst,nodlst,iptr,2) ) then
cntgmy = cntgmy + 1
else if( getflg(biglst,nodlst,iptr,3) ) then
cntint = cntint + 1
end if
C
IPTR = BIGLST( NXTBIG, IPTR )
IF( IPTR .LE. TOPBIG .AND. IPTR .GT. 0 ) GOTO 20
C
IF( IELM .NE. NELM ) THEN
WRITE(0,*)'*** MKFIXD: Reached end of element list too early'
WRITE(0,*) ielm,nelm,iptr,topbig
ierr = -9595
deallocate(srfcnt, srfavx, srfavy, srfavz)
return
end if
C
END IF
c
ewrite(2,*)
: 'Finished new element data'
ewrite(2,*)
: 'Geom ed, int ed: ',cntgmy,cntint
nusfid = count(srfcnt>0)
if(nusfid.lt.200) then
ewrite(2,*)
: 'Surface averages ( max id :',mxsfid,' )'
do i = 0, MAX_SFID_STATS
if( srfcnt(i) .gt. 0 ) then
ewrite(2,*)
: i,srfcnt(i),srfavx(i)/srfcnt(i)/3,
: srfavy(i)/srfcnt(i)/3,srfavz(i)/srfcnt(i)/3
end if
end do
else
ewrite(2,*)
: 'Check in MKFIXD: NSELM, MXSFID, NUSFID =',
: nselm,mxsfid,nusfid
end if
C
IF( NPROC .GT. 1 ) THEN
C
ewrite(2,*)
: 'Working out new gather array...'
DO I = 1, NGATH
INOD = GATHER(I)
INOD = INT(NODLST(17,INOD))
if(inod.gt.nnod) then
WRITE(0,*) ' old:',gather(i),' new:',inod,
: ' ***TOO BIG!!!',nnod
else if(inod.lt.1) then
WRITE(0,*) ' old:',gather(i),' new:',inod,
: ' ***TOO SMALL!!!'
else if( debug ) then
WRITE(0,*) ' old:',gather(i),' new:',
: inod,nodlst(6,inod)
end if
GATHER(I) = INOD
END DO
C
ewrite(2,*)
: 'Working out new scatter array...'
DO I = 1, NHALO
INOD = SCATER(I)
INOD = INT(NODLST(17,INOD))
if(inod.gt.nnod) then
WRITE(0,*) ' old:',scater(i),' new:',inod,
: ' ***TOO BIG!!!',nnod
else if(inod.lt.1) then
WRITE(0,*) ' old:',scater(i),' new:',inod,
: ' ***TOO SMALL!!!'
else if( debug ) then
ewrite(2,*)
: ' old:',scater(i),' new:',
: inod,nodlst(6,inod)
end if
SCATER(I) = INOD
END DO
C
END IF
ewrite(2,*)
: 'Checking local node ordering...'
C
do i = 2, 8
m(i) = 0.0
end do
m(1) = 1.0
m(5) = 1.0
m(9) = 1.0
c
MAXASP = 0.0
ASPAVE = 0.0
VOLSUM = 0.0
MAXVOL = 0.0
MINVOL = 1E+20
MINRAD = 1E+20
C - to avoid compiler warnings...
MINELR = 0
MAXELA = 0
MAXELV = 0
MINELV = 0
C
DO I = 1, NELM
IPOS = 0
c print*,'element ',i,enlbas(i)+1
DO J = ENLBAS(I)+1, ENLBAS(I+1)
IPOS = IPOS + 1
if(enlist(j).gt.nnod.or.enlist(j).le.0)
: WRITE(0,*) 'MKFIXD: bad node: ',enlist(j),i,j,ipos
X(IPOS) = NODX(ENLIST(J))
Y(IPOS) = NODY(ENLIST(J))
Z(IPOS) = NODZ(ENLIST(J))
c print*,' node ',ipos,enlist(j),x(ipos),y(ipos),z(ipos)
END DO
CALL MTETIN( X, Y, Z, M, AVOL, AREAS, L, ARAD, ASP )
c print*,' vol,rad,asp ',avol,arad,asp
ASPAVE = ASPAVE + ASP
VOLSUM = VOLSUM + AVOL
IF( AVOL .LE. 0.0 ) THEN
WRITE(0,*) '+++ FOUND NEGATIVE VOLUME!',avol
WRITE(0,*) I,(ENLIST(J),J=ENLBAS(I)+1,ENLBAS(I+1))
J = ENLBAS(I) + 1
IPOS = ENLIST(J)
ENLIST(J) = ENLIST(J+1)
ENLIST(J+1) = IPOS
END IF
IF( ASP .GT. MAXASP ) THEN
MAXASP = ASP
MAXELA = I
MAXAVL = AVOL
MAXARD = ARAD
END IF
IF( AVOL .LT. MINVOL ) THEN
MINVOL = AVOL
MINELV = I
MINVRD = ARAD
MINVAS = ASP
END IF
IF( AVOL .GT. MAXVOL ) THEN
MAXVOL = AVOL
MAXELV = I
MAXVRD = ARAD
MAXVAS = ASP
END IF
IF( ARAD .LT. MINRAD ) THEN
MINRAD = ARAD
MINELR = I
MINRVL = AVOL
MINRAS = ASP
END IF
END DO
ewrite(2,*)
: 'VOLSUM,ASPAVE: ',VOLSUM,ASPAVE/NELM
ewrite(2,*)
: 'Maximum asp,vol,rad: ',maxasp,maxavl,maxard
if( debug ) then
ipos = enlbas(maxela)
inod = enlist(ipos+1)
print*,' node 1 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+2)
print*,' node 2 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+3)
print*,' node 3 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+4)
print*,' node 4 : ',nodx(inod),nody(inod),nodz(inod)
end if
ewrite(2,*)
: 'Maximum vol,rad,asp: ',maxvol,maxvrd,maxvas
if( debug ) then
ipos = enlbas(maxelv)
inod = enlist(ipos+1)
print*,' node 1 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+2)
print*,' node 2 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+3)
print*,' node 3 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+4)
print*,' node 4 : ',nodx(inod),nody(inod),nodz(inod)
end if
ewrite(2,*)
: 'Minimum vol,rad,asp: ',minvol,minvrd,minvas
if( debug ) then
ipos = enlbas(minelv)
inod = enlist(ipos+1)
print*,' node 1 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+2)
print*,' node 2 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+3)
print*,' node 3 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+4)
print*,' node 4 : ',nodx(inod),nody(inod),nodz(inod)
end if
ewrite(2,*)
: 'Minimum rad,vol,asp: ',minrad,minrvl,minras
if( debug ) then
ipos = enlbas(minelr)
inod = enlist(ipos+1)
print*,' node 1 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+2)
print*,' node 2 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+3)
print*,' node 3 : ',nodx(inod),nody(inod),nodz(inod)
inod = enlist(ipos+4)
print*,' node 4 : ',nodx(inod),nody(inod),nodz(inod)
end if
c
c do i = 1, nelm
c iptr = 0
c do j = enlbas(i)+1, enlbas(i+1)
c iptr = iptr + 1
c xxx(iptr) = nodx(enlist(j))
c yyy(iptr) = nody(enlist(j))
c zzz(iptr) = nodz(enlist(j))
c end do
c aa = tetvol( xxx, yyy, zzz )
c if( aa .lt. 0.0 ) then
c j = enlbas(i)+1
c iptr = enlist(j)
c enlist(j) = enlist(j+1)
c enlist(j+1) = iptr
c end if
c end do
c
c print*,'ENLBAS: ',(enlbas(i),i=1,nelm+1)
c print*,'ENLIST: ',(enlist(i),i=1,szenls)
c
ewrite(2,*)
: 'Finished checking local node ordering'
C
6 format( a, i7, a )
7 format( a, 3(1pe13.5) )
8 format( 2i7, 3(1pe13.5) )
9 format( a, 2i7 )
C
deallocate(srfcnt, srfavx, srfavy, srfavz)
RETURN
END
C
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