C MISE      SOURCE    AF221230  13/08/01    21:15:04     7808           
C MISE      SOURCE          
      SUBROUTINE MISE
      IMPLICIT INTEGER(I-N)
      IMPLICIT REAL*8 (A-H,O-Z)
C=======================================================================
C OPERATEUR MISE :
C           ECRITURE DES FICHIERS DE DONNEES POUR LE CALCUL MISS
C
C SYNTAXE :
C       *   MISE TAB1 ;
C
C         TAB1     TABLE FABRIQUEE PAR LA PROCEDURE PREPMISS
C
C=======================================================================
-INC CCOPTIO
C
      external long
      CHARACTER*72 lemot
      CHARACTER*20 NOMETU
      CHARACTER*80 REPER
      CHARACTER*105 FICMISS
      CHARACTER*8 TYPRET
      LOGICAL LOGI,CALDYN
      CHARACTER*6 RIFOND
      PARAMETER(NMAIL=51,NCHP=52,NIMP=53,NMIS=54)
C
C  lecture table
      CALL LIROBJ('TABLE   ',MTAB1,1,IRETOU)
      IF (IERR.NE.0) RETURN
C
C On regarde deja si calcul dynamique ou impedances seulement
      CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'TYPE_CALCUL',.TRUE.,0,
     &        'MOT',IP,RR,lemot,LOGI,IO)
      CALDYN=.FALSE.
      IF(lemot(1:9).EQ.'DYNAMIQUE')CALDYN=.TRUE.
C
C lecture nom etude et ouverture des fichiers
      CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'NOM_ETUDE',.TRUE.,0,
     &        'MOT',IP,RR,NOMETU,LOGI,IO)
      LE=long(NOMETU)
      CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'REPERTOIRE_MISS',.TRUE.,0,
     &        'MOT',IP,RR,REPER,LOGI,IO)
      LR=long(REPER)
      FICMISS=REPER(1:LR)//'/'//NOMETU(1:LE)//'.mail'
      OPEN(UNIT=NMAIL,FILE=FICMISS,ACCESS='SEQUENTIAL',
     &       FORM='FORMATTED',STATUS='UNKNOWN')
      FICMISS=REPER(1:LR)//'/'//NOMETU(1:LE)//'.chp'
      OPEN(UNIT=NCHP,FILE=FICMISS,ACCESS='SEQUENTIAL',
     &       FORM='FORMATTED',STATUS='UNKNOWN')
      FICMISS=REPER(1:LR)//'/'//'MISS.IN'
      OPEN(UNIT=NMIS,FILE=FICMISS,ACCESS='SEQUENTIAL',
     &       FORM='FORMATTED',STATUS='UNKNOWN')
      IF (CALDYN)THEN
        FICMISS=REPER(1:LR)//'/'//NOMETU(1:LE)//'.imp'
        OPEN(UNIT=NIMP,FILE=FICMISS,ACCESS='SEQUENTIAL',
     &       FORM='FORMATTED',STATUS='UNKNOWN')
C
C Impression matrices reduites
        TYPRET=' '
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'NB_MODPROP',.TRUE.,0,
     &        TYPRET,NMOD,RR,lemot,LOGI,IZ)
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'NB_MODSTAT',.TRUE.,0,
     &        TYPRET,NSTA,RR,lemot,LOGI,IZ)
        WRITE(NIMP,202)NMOD+NSTA
 202    FORMAT('MSMF ',I4,' 0 AMOR')
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'MASSE_REDUITE',.TRUE.,0,
     &        'RIGIDITE',IP,RR,lemot,LOGI,IMAS)
        CALL PRRIMI(IMAS,NIMP)
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'RIGIDITE_REDUITE',.TRUE.,0,
     &        'RIGIDITE',IP,RR,lemot,LOGI,IRIG)
        CALL PRRIMI(IRIG,NIMP)
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'AMOR_REDUITE',.TRUE.,0,
     &        'RIGIDITE',IP,RR,lemot,LOGI,IAMO)
        CALL PRRIMI(IAMO,NIMP)
        WRITE(NIMP,203)
 203    FORMAT('EOF')
      ENDIF
C
C Impression liaisons statiques et maillage interface
      CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'MAILLAGE_INTERFACE',.TRUE.,0,
     &        'MAILLAGE',IP,RR,lemot,LOGI,IMAI)
      TYPRET=' '      
      IF(CALDYN)THEN
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'LIAISONS_STATIQUES',.TRUE.,0,
     &        'TABLE',IP,RR,lemot,LOGI,MTAB2)
      ELSE
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'CDG_FONDATION',.TRUE.,0,
     &        'POINT',IP,RR,lemot,LOGI,IG)
      ENDIF
      IF(CALDYN)THEN
        CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'CHAMPS_INTERFACE',.TRUE.,0,
     &        'TABLE',IP,RR,lemot,LOGI,MTAB3)
      ENDIF
      CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'NB_NOEUDS',.TRUE.,0,
     &        'ENTIER',NNO,RR,lemot,LOGI,IZ)
C
C fondation souple ou rigide
      CALL ACCTAB(MTAB1,'MOT',0,0.0D0,'RIGI_FONDATION',.TRUE.,0,
     &        'MOT',IP,RR,RIFOND,LOGI,IZ)
      IRIG=0
      IF(RIFOND.EQ.'SOUPLE')IRIG=1
      CALL PRLIMI(CALDYN,IG,MTAB3,NCHP,IRIG,NMOD,IMAI,NNO,NMAIL)
C
C Impression du fichier de donnees MISS.IN
      CALL PRDOMI(CALDYN,NMIS,NOMETU,LE,MTAB1)
C
      CLOSE(NIMP)
      CLOSE(NCHP)
      CLOSE(NMAIL)
      CLOSE(NMIS)
C
      END