C EVTEM1    SOURCE    OF166741  25/02/20    21:16:27     12165          
      subroutine EVTEM1(icoul)
      implicit integer(i-n)
      implicit real*8(a-h,o-z)

-INC PPARAM
-INC CCOPTIO
-INC CCNOYAU
-INC SMCHAML
-INC SMCHPOI
-INC SMTABLE
-INC SMLREEL
-INC SMEVOLL
-INC SMELEME

      logical login
      character*8 typobj
      character*18 charin,chalu
      character*1 charre
      character*(LOCOMP) compo,noco
      character*(LONOM)  nompoi
      call lirobj ('TABLE   ',mtable,1,iretou)
      if(ierr.ne.0) return
      ilo=0
      call lircha(chalu,1,ilo)
      TYPOBJ='TABLE'
      charin='TEMPS'
      segact mtable
      call acctab(mtable,'MOT',ivalin,xvalin,charin(1:5),login,iobi,
     $   TYPOBJ,ivalin,xvalin,charre,login,mtab1)
      if( ierr.ne.0) return
      segact mtable
      call acctab(mtable,'MOT',ivalin,xvalin,chalu(1:ilo),login,iobi,
     $   TYPOBJ,ivalin,xvalin,charre,login,mtab2)
      if( ierr.ne.0) return
      compo=' '
      call lircha (compo,0,ilp)
      segact mtab1,mtab2
      typobj=mtab2.mtabtv(1)

C----------------------------------------------------------------------
      if(typobj.eq.'CHPOINT ') then
        call lirobj('POINT' , IP1,1,iretou)
        call quenom(nompoi)
        if(ierr.ne.0) then
          moterr(1:8)='TABLE'
          segdes mtab1,mtab2
          return
        endif
        jg = mtab1.mlotab
        if(mtab2.mlotab.ne.jg) then
          segdes mtab1,mtab2
          call erreur ( 1015 )
          return
        endif
        segini mlree1,mlree2
        do 10 ia=1,mtab1.mlotab
          mlree1.prog(ia)= mtab1.rmtabv(ia)
          mchpoi=mtab2.mtabiv(ia)
          call actobj('CHPOINT ',mchpoi,1)

          if( ipchp(/1).eq.0.and.ia.eq.1) then
            mlree2.prog(ia)=0.D0
            goto 15
          endif
          do 11 isou=1,ipchp(/1)
            msoupo = ipchp(isou)
            meleme =igeoc
            noco   =nocomp(1)
            icomp  =1
            do  12 iel=1,num(/2)
              if(num(1,iel).eq.ip1) then
                if(ilp.eq.0.and.nocomp(/2).ne.1) then
                  MOTERR(1:8)='CHPOINT'
                  INTERR(1)=NOCOMP(/2)
                  call erreur(761)
                  goto 100
                endif
                do 13 icomp=1,nocomp(/2)
                  noco=nocomp(icomp)
                  if(nocomp(icomp).eq.compo) goto 14
   13           continue

                MOTERR(1:4)=COMPO
                moterr(5:12)='CHPOINT'
                interr(1)=ip1
                call erreur(65)
                goto 100
   14           continue
                mpoval=ipoval
                segact mpoval
                noco=nocomp(icomp)
                mlree2.prog(ia)=vpocha(iel,icomp)
                goto 15
              endif
   12       continue
   11     continue
          interr(1) = ip1
          moterr(1:)='CHPOINT'
          call erreur(64)
          goto 100
          
   15     continue
C         Desactivation car la boucle peut etre tres longue
          call actobj('CHPOINT ',mchpoi,0)
   10   continue

        N=1

        segini mevoll
        ityevo='REEL'
        IEVTEX=chalu(1:ilo)//' '//noco//' fonction du temps du point '
     $   //nompoi
        segini kevoll
        ievoll(1)=kevoll
        iprogx=mlree1
        iprogy=mlree2
        numevx=icoul
        NUMEVY='REEL'
        NOMEVY=chalu(1:6) // '  '//noco
        NOMEVX='TEMPS'
        TYPX='LISTREEL'
        TYPY='LISTREEL'
        KEVTEX=chalu(1:ilo)//' fonction du temps du point '//nompoi
  101   format (I6)
        call actobj('EVOLUTIO',mevoll,1)
        call ecrobj('EVOLUTIO',mevoll)
        return

C----------------------------------------------------------------------
      elseif(typobj.eq.'MCHAML' )then
        call lirent ( izo,1,iretou)
        if(ierr.ne.0) return
        call lirent(iel,1,iretou)
        if(ierr.ne.0) return
        call lirent(iga,1,iretou)
        if(ierr.ne.0) return
        jg = mtab1.mlotab
        if(mtab2.mlotab.ne.jg) then
          segdes mtab1,mtab2
          call erreur ( 1015 )
          goto 100
        endif
        segini mlree1,mlree2

        do 20 ia = 1, mtab2.mlotab
          mlree1.prog(ia)= mtab1.rmtabv(ia)
          mchelm=mtab2.mtabiv(ia)
          call actobj('MCHAML  ',mchelm,1)
          if( ichaml(/1).lt.izo) then
            call erreur(279)
            goto 100
          endif
          mchaml=ichaml(izo)
          meleme=imache(izo)
          icomp =1
          if(ilp.eq.0 .and. nomche(/2).ne.1) then
             MOTERR(1:8)='MCHAML'
             INTERR(1)  = NOMCHE(/2)
             call erreur(761)
             goto 100
          endif
          if(num(/2).lt.iel) then
            call erreur(262)
            goto 100
          endif
          noco =nomche(1)
          icomp=1
          do 23 icomp=1,nomche(/2)
            noco=nomche(icomp)
            if(noco.eq.compo) goto 24
   23     continue
          MOTERR(1:4) = COMPO
          moterr(5:12)='MCHAML'
          interr(1)=ip1
          call erreur(65)
          goto 100
          
   24     continue
          melval=ielval(icomp)
          mlree2.prog(ia)=velche(min(velche(/1),iga),
     &                           min(velche(/2),iel) )

C         Desactivation car la boucle peut etre tres longue
          call actobj('MCHAML  ',mchelm,0)
   20   continue
      endif
C----------------------------------------------------------------------

      N=1
      segini mevoll,kevoll
      ityevo='REEL'
      if    (typobj.eq.'CHPOINT ') then
        IEVTEX=chalu(1:ilo)//' '//noco//' fonction du temps du point '
     $   //nompoi
      elseif(typobj.eq.'MCHAML  ') then
        IEVTEX=chalu(1:ilo)//' '//noco//' zone '
        write(ievtex(ilo+12:ilo+36),102)izo,' elem ',iel,' gauss ',iga
      endif
  102 format (I4,A6,i6,a7,i2)

      KEVTEX   = IEVTEX
      ievoll(1)= kevoll
      iprogx   = mlree1
      iprogy   = mlree2
      numevx   = icoul
      NUMEVY   ='REEL'
      NOMEVY   = chalu(1:6) // '  '//noco
      NOMEVX   ='TEMPS'
      TYPX     ='LISTREEL'
      TYPY     ='LISTREEL'
      call actobj('EVOLUTIO',mevoll,1)
      call ecrobj('EVOLUTIO',mevoll)
      return

100   continue
      segsup mlree1,mlree2
      return
      end