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|
*DECK LHXUNH
SUBROUTINE LHXUNH(IPTRK,IPGEOM,GEONAM,MESH,NCELA,IPLANZ,NCPHY,
+ ICODE,ZCODE,MVOSU,NREGIO,ISURF,SIDE,ISTATE,NSMIN,
+ NSMAX,MVOLUM,IHEX,LX,MCODE,IPLANI,VLAT)
*
*-----------------------------------------------------------------------
*
*Purpose:
* Read and analyse hexagonal geometry.
*
*Copyright:
* Copyright (C) 1991 Ecole Polytechnique de Montreal
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version
*
*Author(s): M. Ouisloumen
*
*Parameters: input
* IPTRK pointer to tracking.
* IPGEOM pointer to geometry.
* GEONAM name of geometry
*
*Parameters: output
* ISURF number of surfaces.
* SIDE side of hexagone.
* ISTATE state vector.
* NSMIN surface minimum index.
* NSMAX surface maximum index.
* MVOLUM volume maximum index.
* IHEX flag for hexagonal geometry (=1 if geometry hexagonal).
* LX number of hexagones.
* MESH dimension of array REMESH for mesh storage.
* NCELA number of cells in assembly after unfolding.
* IPLANZ number of Z planes.
* NCPHY number of physical cells.
* ICODE albedo indices.
* ZCODE geometric albedos.
* NREGIO number of physical regions.
* MVOSU number of volumes ans surfaces.
* MCODE =1 if NCODE(5)=5 ,=2 if NCODE(6)=5 ,=0 otherwise.
* IPLANI plane identifier.
* VLAT lattice indices for surface and volumes.
*
*-----------------------------------------------------------------------
*
USE GANLIB
PARAMETER(NLCM=25,NSTATE=40,NIXS=9,NIST=2)
TYPE(C_PTR) IPTRK,IPGEOM
INTEGER LNLCM(NLCM),INVLCM(NIXS),INVSTA(NIST),ISTATE(NSTATE),
+ NCODE(6),ICODE(6),JCODE(6),ISTOR(8),VLAT(*)
REAL ZCODE(6)
LOGICAL L1CELL,LGMERG,LGTURN,LSPLIT,LGCELL,LGSYM,LGSIDE,LGPASS
LOGICAL LMERG1,LTURN1
CHARACTER LCMNM(NLCM)*12,GEONAM*12,TEXT12*12
*----
* ALLOCATABLE ARRAYS
*----
INTEGER, ALLOCATABLE, DIMENSION(:) :: IGG,IAA,SURL,JNR1,JCEL,
+ ISECT,LSECT,ISP,ISZ,IBB,ICC,JSS,ISEC1,IXXX,ISS,ISSS,ICELL,IDD,
+ IAD
REAL, ALLOCATABLE, DIMENSION(:) :: ZZZ,ZMZZ,ZZS,AQ,RR
TYPE PP
INTEGER, POINTER, DIMENSION(:) :: ILOCR
END TYPE PP
TYPE(PP), ALLOCATABLE, DIMENSION(:) :: JNR2,ISEC2
*----
* DATA STATEMENTS
*----
DATA INVLCM,INVSTA /2,3,7,8,12,15,16,17,18,4,13/
DATA ISTOR /12,6,6,4,3,2,2,2/
DATA LCMNM / 'MIX', 'MESHX', 'MESHY', 'MESHZ', 'RADIUS',
> 'SIDE', 'SPLITX', 'SPLITY', 'SPLITZ', 'SPLITR',
> 'CELL', 'COORD', 'MERGE', 'TURN', 'CLUSTER',
> 'NPIN', 'RPIN', 'APIN', 'BIHET', 'POURCE',
> 'PROCEL', 'IHEX', 'NCODE', 'ZCODE', 'ICODE'/
*
IFCOUR(N)=NINT( (4.+SQRT(1.+4.*FLOAT(N-1)/3.)
+ +SQRT(1.+4.*FLOAT(N-2)/3.))*.25)
IFONC(N,L)= 2+(N-1)*(L+3*(N-2))
*
LGSYM=.FALSE.
LGMERG=.FALSE.
LGTURN=.FALSE.
L1CELL=.FALSE.
LSPLIT=.FALSE.
LGCELL=.FALSE.
MCODE=0
NRAY=0
KRAY=0
KSECT=0
IPLANI=0
*
* LECTURE DES DIFFERENTS BLOCS SUR LCM
*
DO 10 I=1,NLCM
CALL LCMLEN(IPGEOM,LCMNM(I),LNLCM(I),ITP)
10 CONTINUE
*
* ELEMINATES OPTIONS NOT CHECKED BY THIS ROUTINE
*
DO 20 I=1,NIXS
IF(LNLCM(INVLCM(I)).NE.0)
+ CALL XABORT('LHXUNH : '//GEONAM//' WAS NOT UNFOLDED ')
20 CONTINUE
*
CALL LCMLEN(IPGEOM,'STATE-VECTOR',ILEN,ITP)
IF(ITP.NE.1.OR.ILEN.NE.NSTATE)
+ CALL XABORT('LHXUNH : INVALID STATE VECTOR ')
ISTATE(:NSTATE)=0
CALL LCMGET(IPGEOM,'STATE-VECTOR',ISTATE)
*
* ELEMINATES THE INVALID OPTIONS
*
DO 30 IST=1, NIST
IF(ISTATE(INVSTA(IST)).NE.0)
+ CALL XABORT('LHXUNH : '//GEONAM//'WAS NOT UNFOLDED')
30 CONTINUE
ITYPE=ISTATE(1)
LX=ISTATE(3)
LZ=ISTATE(5)
LZZ=LZ
LREG=ISTATE(6)
ISTAT9=ISTATE(9)
IF(ISTATE(8).EQ.1)LGCELL=.TRUE.
IF(ISTATE(10).EQ.1)LGMERG=.TRUE.
IF(ISTATE(11).EQ.1)LSPLIT=.TRUE.
NDIM=2
NCEL=LX
IPLANZ=1
IF(LZ.NE.0) THEN
NCEL=LX*LZ
NDIM=3
NCELP=LX
IPLANZ=LZ
ENDIF
IF(LX.EQ.1)L1CELL=.TRUE.
IF(LGCELL)THEN
IF(L1CELL) THEN
IF(ITYPE.NE.8.AND.ITYPE.NE.9.AND.ITYPE.NE.24.AND.ITYPE.NE.25)
+ CALL XABORT('LHXUNH : INVALID TYPE OF GEOMETRY')
ELSE
IF(ITYPE.NE.8.AND.ITYPE.NE.9)
+ CALL XABORT('LHXUNH : INVALID TYPE OF GEOMETRY')
ENDIF
ELSE
IF(ITYPE.NE.8.AND.ITYPE.NE.9.AND.ITYPE.NE.24.AND.ITYPE.NE.25)
+ CALL XABORT('LHXUNH : INVALID TYPE OF GEOMETRY')
ENDIF
*
* RECOVERS BOUDARY CONDITIONS
*
CALL LCMGET(IPGEOM,'NCODE',NCODE)
CALL LCMGET(IPGEOM,'ZCODE',ZCODE)
CALL LCMGET(IPGEOM,'ICODE',JCODE)
DO 35 I=1,6
IF( JCODE(I).GT.0 )THEN
ICODE(I)= JCODE(I)
ELSE
ICODE(I)= -I
ENDIF
IF( NCODE(I).EQ.0 )THEN
IF( NDIM.EQ.3.AND.(I.EQ.5.OR.I.EQ.6) )THEN
CALL XABORT('LHXUNH : A BOUNDARY CONDITION IS MISSING')
ENDIF
IF( I.EQ.1 )THEN
CALL XABORT('LHXUNH : A BOUNDARY CONDITION IS MISSING')
ENDIF
ICODE(I)= 0
ENDIF
35 CONTINUE
*
* ELEMINATIONS DES OPTIONS IMCOMPATIBLES
*
DO 40 I=1,6
IF(NCODE(I).EQ.4.OR.NCODE(I).EQ.7.OR.NCODE(I).EQ.3 .OR.
+ (NDIM.EQ.2.AND.NCODE(I).EQ.5) .OR.
+ (NDIM.EQ.2.AND.NCODE(I).EQ.10) )
+ CALL XABORT('LHXUNH : INVALID BOUNDARY CONDITION ')
IF((NCODE(5) .EQ. 5 .OR. NCODE(5) .EQ. 10) .AND.
+ (NCODE(6) .EQ. 5 .OR. NCODE(6) .EQ. 10)) CALL XABORT(
+ 'LHXUNH: UNE SEULE SYMETRIE SELON Z EST VALABLE')
IF(NCODE(5) .EQ. 5 .OR. NCODE(5) .EQ. 10 ) THEN
ZCODE(5)=ZCODE(6)
ICODE(5)=ICODE(6)
ELSEIF(NCODE(6) .EQ.5 .OR. NCODE(6) .EQ. 10) THEN
ZCODE(6)=ZCODE(5)
ICODE(6)=ICODE(5)
ENDIF
40 CONTINUE
IF(L1CELL) THEN
*
* CAS D'UNE SEULE CELLULE
*
IF(NCODE(5) .EQ. 5 .OR. NCODE(5) .EQ. 10 .OR.
> NCODE(6) .EQ. 5 .OR. NCODE(6) .EQ. 10 ) CALL XABORT(
+ 'LHXUNH: THE B.C. SYME FOR ONE CELL IS NOT PERMITTED ')
IF(LGCELL) THEN
CALL LCMLEN(IPGEOM,'CELL',ILEN,ITP)
IF(ILEN.NE.3*ISTAT9.OR.ITP.NE.3) CALL XABORT('LHXUNH: '
+ //'MISSING DIMENSION OR TYPE OF CELL ')
ALLOCATE(JCEL(3*ISTAT9))
CALL LCMGET(IPGEOM,'CELL',JCEL)
WRITE(TEXT12,'(3A4)') (JCEL(ITC),ITC=1,3)
CALL LCMLEN(IPGEOM,TEXT12,ILEN,ITP)
IF(ILEN.NE.-1.OR.ITP.NE.0) CALL XABORT('LHXUNH: '
+ //'INVALID CELL DATA ')
CALL LCMSIX(IPGEOM,TEXT12,1)
ENDIF
CALL LCMLEN(IPGEOM,'SIDE',ISIDE,ITS)
IF(ISIDE.EQ.0) CALL XABORT('LHXUNH: SIDE NOT FOUND')
IF(ITS.NE.2) CALL XABORT('LHXUNH: SIDE MUST BE REAL')
CALL LCMGET(IPGEOM,'SIDE',SIDE)
CALL LCMLEN(IPGEOM,'RADIUS',ILENR,ITPR)
CALL LCMLEN(IPGEOM,'SECTOR',ILENS,ITPS)
IXX=1
IF(ILENR.GT.0) IXX=ILENR
ALLOCATE(ISECT(IXX))
IF(ILENS.GT.0) THEN
IF(ILENS.NE.IXX)
+ CALL XABORT('LHXUNH: INVALID SECTOR DIMENSION(1)')
CALL LCMGET(IPGEOM,'SECTOR',ISECT)
ELSE
ISECT(:IXX)=1
ENDIF
IF(ILENR.GT.0) THEN
IF(ITPR.NE.2)CALL XABORT('LHXUNH: RADIUS MUST BE REAL')
CALL LCMLEN(IPGEOM,'SPLITR',ILENSP,ITPS)
NRAY=ILENR-1
IF(ILENSP.GT.0) THEN
IF(ILENSP.NE.NRAY)
+ CALL XABORT('LHXUNH: INVALID SPLITR DIMENSION')
IF(ITPS.NE.1) CALL XABORT('LHXUNH: SPLITR MUST BE INTEGER')
ALLOCATE(ISP(ILENSP))
CALL LCMGET(IPGEOM,'SPLITR',ISP)
NRAY=0
DO 36 J=1,ILENSP
NRAY=NRAY+ABS(ISP(J))
36 CONTINUE
IF(ILENS.GT.0) THEN
ALLOCATE(LSECT(NRAY+1))
MADD=-1
DO 336 J=1,ILENR-1
KSECT=ISECT(J)
DO 335 ISPS=1,ISP(J)
MADD=MADD+1
LSECT(MADD+1)=KSECT
335 CONTINUE
336 CONTINUE
LSECT(NRAY+1)=ISECT(ILENR)
DEALLOCATE(ISECT)
ALLOCATE(ISECT(NRAY+1))
DO 337 J=1,NRAY+1
ISECT(J)=LSECT(J)
337 CONTINUE
DEALLOCATE(LSECT)
ENDIF
DEALLOCATE(ISP)
ENDIF
ENDIF
*
ISURF=6
MVOSU=0
DO 39 K=1,NRAY+1
KSECT=ISECT(K)
IF(KSECT.GT.1) THEN
MVOSU=MVOSU+6*(KSECT-1)
ELSE
MVOSU=MVOSU+1
ENDIF
39 CONTINUE
DEALLOCATE(ISECT)
IF(KSECT.GT.1) ISURF=6*(KSECT-1)
MVOLUM=1+NRAY
IF(NDIM.EQ.2) THEN
NCELA=1
NCPHY=1
MESH=2+NRAY
NREGIO=MVOSU
ELSEIF(NDIM.EQ.3) THEN
CALL LCMLEN(IPGEOM,'MESHZ',LZ,ITZ)
IF(LZ.EQ.0) CALL XABORT('LHXUNH: MESHZ NOT FOUND')
IF(LZ.NE.2) CALL XABORT('LHXUNH: MISSING DIMENSION OF MESHZ')
IF(ITZ.NE.2)CALL XABORT('LHXUNH: MESHZ MUST BE REAL')
ALLOCATE(ZZZ(LZ))
CALL LCMGET(IPGEOM,'MESHZ',ZZZ)
IF(ZZZ(1).NE.0.) CALL XABORT('LHXUNH: FIRST MESHZ MUST BE 0')
CALL LCMLEN(IPGEOM,'SPLITZ',LSZ,ITSZ)
IF(LSZ.GT.0) THEN
IF(ITSZ.NE.1)CALL XABORT('LHXUNH: SPLITZ MUST BE INTEGER')
IF(LSZ.NE.LZ-1)CALL XABORT('LHXUNH: WRONG SPLITZ DIMENSION')
ALLOCATE(ISZ(LSZ))
CALL LCMGET(IPGEOM,'SPLITZ',ISZ)
CALL LCMSIX(IPTRK,'DATA_DUP',1)
CALL LCMPUT(IPTRK,'SPLITZD',LSZ,1,ISZ)
CALL LCMSIX(IPTRK,' ',2)
MZ=ISZ(1)+1
ALLOCATE(ZMZZ(MZ))
KSP=ISZ(1)
PAS=(ZZZ(2)-ZZZ(1))/FLOAT(KSP)
ZMZZ(1)=0.0
DO 37 K=1,KSP
ZMZZ(K+1)=PAS*FLOAT(K)+ZZZ(1)
37 CONTINUE
DEALLOCATE(ISZ)
ELSE
MZ=LZ
ALLOCATE(ZMZZ(MZ))
DO 38 J=1,MZ
ZMZZ(J)=ZZZ(J)
38 CONTINUE
ENDIF
DEALLOCATE(ZZZ)
CALL LCMSIX(IPTRK,'DATA_DUP',1)
CALL LCMPUT(IPTRK,'MESHZ',MZ,2,ZMZZ)
CALL LCMSIX(IPTRK,' ',2)
DEALLOCATE(ZMZZ)
IPLANZ=MZ-1
ISTATE(5)=IPLANZ
NCELA=MZ-1
ISURF=NCELA*ISURF
NCPHY=MZ-1
MESH=NCELA*(3+NRAY)
NSMIN=MVOSU
NSMAX=MVOSU
MVOSU=NCELA*MVOSU
MVOLUM=NCELA*MVOLUM
NREGIO=MVOSU
ENDIF
NCOUR=1
ISURF=ISURF+NSMIN+NSMAX
RETURN
ENDIF
*
* TYPE DE LA SYMETRIE CONSIDEREE
*
CALL LCMLEN(IPGEOM,'IHEX',ILEN,ITP)
IF(ITP.NE.1.OR.ILEN.NE.1)CALL XABORT('LHXUNH: TYPE OF '//
+ 'SYMETRIE MUST BE INTEGER')
CALL LCMGET(IPGEOM,'IHEX',IHEX)
IF(IHEX.LT.1.OR.IHEX.GT.9) CALL XABORT('LHXUNH: INVALID TYPE OF '
+ //'SYMETRIE')
IF(NDIM.EQ.2) THEN
*
* TRAITEMENT DE LA GEOMETRIE EN 2D
*
NCELA=NCEL
NCELAP=NCEL
*
* DUPLICATION DE LA SYMETRIE CONSIDEREE
*
IF(IHEX.LT.9) THEN
ALLOCATE(IBB(ISTOR(IHEX)*NCEL))
CALL DEPLIT(IHEX,NCEL,NCELA,IBB)
NCELAP=NCELA
ELSE
ALLOCATE(IBB(NCEL))
DO 137 I=1,NCEL
IBB(I)=I
137 CONTINUE
ENDIF
CALL LCMLEN(IPGEOM,'MIX',ILENX,ITPX)
IF(ILENX.NE.NCEL.OR.ITPX.NE.1) THEN
CALL XABORT('LHXUNH: MISSING TYPE OR DIMENSION OF MIX')
ENDIF
NBASE=NCEL+NCELA
CALL LCMLEN(IPGEOM,'TURN',ILENT,ITP)
IF(ILENT.GT.0) THEN
IF(ILENT.NE.NCEL)CALL XABORT('LHXUNH: EXPECTED DIMENSION'//
+ 'OF TURN')
IF(ITP.NE.1)CALL XABORT('LHXUNH: EXPECTED VALUE IN TURN ')
LGTURN=.TRUE.
ENDIF
NBASE=NBASE*2
NBASE=NBASE+NCEL+NCELA
ALLOCATE(ICC(NBASE))
NBB=2*NCEL
IF(LGCELL) THEN
CALL LCMGET(IPGEOM,'MIX',ICC)
ICMAX=-1
DO 147 IGX=1,NCEL
ICC(IGX)=-ICC(IGX)
ICMAX=MAX(ICMAX,ICC(IGX))
147 CONTINUE
IF(ISTAT9.GT.ICMAX)CALL XABORT('LHXUNH: THERE ARE DEFINED'
+ //' CELLS NOT USED IN THE ASSEMBLY')
ELSE
CALL LCMGET(IPGEOM,'MIX',ICC)
ENDIF
IF(LGMERG) THEN
CALL LCMLEN(IPGEOM,'MERGE',IAUXN,ITAUX)
IF(IAUXN.NE.NCEL.OR.ITAUX.NE.1)CALL XABORT('LHXUNH: DIMEN'
+ //'SION OR TYPE OF MERGE INVALID')
CALL LCMGET(IPGEOM,'MERGE',ICC(NCEL+1))
NCPHY=0
DO 42 I=1,NCEL
NCPHY=MAX(NCPHY,ICC(NCEL+I))
42 CONTINUE
ELSE
DO 146 I=1,NCEL
ICC(NCEL+I)=ICC(I)
146 CONTINUE
LGMERG=.TRUE.
NCPHY=NCEL
ENDIF
IF(LGTURN) THEN
CALL LCMLEN(IPGEOM,'TURN',IAUXN,ITAUX)
IF(IAUXN.NE.NCEL.OR.ITAUX.NE.1)CALL XABORT('LHXUNH: DIMEN'
+ //'SION OR TYPE OF TURN INVALID')
CALL LCMGET(IPGEOM,'TURN',ICC(NBB+1))
ELSE
LGTURN=.TRUE.
DO 777 ITT=1,NCEL
ICC(NBB+ITT)=1
777 CONTINUE
ENDIF
NBB=NBB+NCEL
*
* DUPLICATION DE MERGE ET MIX
*
DO 47 I=1,NCELA
ICC(NBB+I)=ICC(IBB(I))
ICC(NBB+NCELA+I)=ICC(IBB(I)+NCEL)
47 CONTINUE
*
* CAS OU SIDE EST ENTREE UNE SEULE FOIS
*
LGSIDE=.TRUE.
CALL LCMLEN(IPGEOM,'SIDE',ISIDE,IT)
IF(ISIDE.GT.0) THEN
CALL LCMGET(IPGEOM,'SIDE',SIDE)
LGSIDE=.FALSE.
ELSEIF(.NOT.LGCELL) THEN
CALL XABORT('LHXUNH: SIDE NOT FOUND ')
ENDIF
*
* EVALUATION DE MESH
*
MESH=2*NCELA
NCOUR=1
IF(NCELAP.GT.1)NCOUR=IFCOUR(NCELAP)
ICELC0= IFONC(NCOUR,0)
ICELC1= IFONC(NCOUR,1)-ICELC0
IF(LGCELL) THEN
ALLOCATE(JNR1(ISTAT9),JNR2(ISTAT9),JCEL(3*ISTAT9))
CALL LCMGET(IPGEOM,'CELL',JCEL)
NREGIO=0
DO 48 I=1,ISTAT9
IRTC=3*I-2
WRITE(TEXT12,'(3A4)') (JCEL(ITC),ITC=IRTC,IRTC+2)
CALL LCMSIX(IPGEOM,TEXT12,1)
CALL LCMLEN(IPGEOM,'RADIUS',ILENR,ITP)
CALL LCMLEN(IPGEOM,'SPLITR',ILENSP,ITP)
IF(LGSIDE) THEN
CALL LCMLEN(IPGEOM,'SIDE',ISIDE,IT)
IF(ISIDE.EQ.0)CALL XABORT('LHXUNH: SIDE NOT FOUND')
CALL LCMGET(IPGEOM,'SIDE',SSIDE)
IF(I.GT.1) THEN
IF(SSIDE.NE.SIDE)CALL XABORT('LHXUNH: INCOMPATIBLE SIDE')
ENDIF
SIDE=SSIDE
ENDIF
NRAY=ILENR
IF(ILENR.GT.0)NRAY=ILENR-1
IF(ILENSP.GT.0) THEN
ALLOCATE(JSS(ILENSP))
CALL LCMGET(IPGEOM,'SPLITR',JSS)
NRAY=0
DO 46 J=1,ILENSP
NRAY=NRAY+ABS(JSS(J))
46 CONTINUE
DEALLOCATE(JSS)
ENDIF
JNR1(I)=NRAY
ALLOCATE(JNR2(I)%ILOCR(NRAY+1))
CALL LCMLEN(IPGEOM,'SECTOR',ILENS,ITPS)
IF(ILENS.GT.0) THEN
IF(ILENS.NE.NRAY+1)
+ CALL XABORT('LHXUNH: INVALID SECTOR DIMENSION(2)')
CALL LCMGET(IPGEOM,'SECTOR',JNR2(I)%ILOCR)
ELSE
JNR2(I)%ILOCR(:NRAY+1)=1
NREGIO=NREGIO+1+NRAY
GOTO 430
ENDIF
DO 43 K=1,NRAY+1
KSECT=JNR2(I)%ILOCR(K)
IF(KSECT.GT.1) THEN
NREGIO=NREGIO+6*(KSECT-1)
ELSE
NREGIO=NREGIO+1
ENDIF
43 CONTINUE
430 CONTINUE
CALL LCMSIX(IPGEOM,' ',2)
48 CONTINUE
DEALLOCATE(JCEL)
NRAY=0
MVOSU=0
MVOLUM=0
ISURF=0
DO 49 I=1,NCELA
KRAY=JNR1(ICC(NBB+I))
NRAY=NRAY+KRAY
DO 490 JR=1,KRAY+1
KSECT=JNR2(ICC(NBB+I))%ILOCR(JR)
IF(KSECT.GT.1) THEN
MVOSU=MVOSU+6*(KSECT-1)
ELSE
MVOSU=MVOSU+1
ENDIF
490 CONTINUE
IF(I.GE.ICELC0) THEN
IF(KSECT.GT.1) THEN
ISURF=ISURF+2*(KSECT-1)
IF(MOD(I-ICELC0,ICELC1).EQ.0) ISURF=ISURF+KSECT-1
ELSE
ISURF=ISURF+2
IF(MOD(I-ICELC0,ICELC1).EQ.0) ISURF=ISURF+1
ENDIF
ENDIF
MVOLUM=MVOLUM+KRAY+1
49 CONTINUE
MESH=NRAY+MESH
DO 495 I=1,ISTAT9
DEALLOCATE(JNR2(I)%ILOCR)
495 CONTINUE
DEALLOCATE(JNR2,JNR1)
ELSE
CALL LCMLEN(IPGEOM,'SECTOR',ILENS,ITP)
NREGIO=NCPHY
MVOSU=NCELA
MVOLUM=NCELA
ALLOCATE(IXXX(NCEL))
IF(ILENS.GT.0) THEN
IF(ILENS.NE.NCEL)
+ CALL XABORT('LHXUNH: INVALID SECTOR DIMENSION(3)')
CALL LCMGET(IPGEOM,'SECTOR',IXXX)
ELSE
IXXX(:NCEL)=1
ENDIF
ILESS=0
NREGIO=0
DO 50 L=1,ILENS
MCEL=ICC(L)
IF(MCEL.GT.ILESS) THEN
ILESS=MCEL
KSECT=IXXX(L)
IF(KSECT.GT.1) THEN
NREGIO=NREGIO+6*(KSECT-1)
ELSE
NREGIO=NREGIO+1
ENDIF
ENDIF
50 CONTINUE
MVOSU=0
ISURF=0
DO 51 I=1,NCELA
KSECT=IXXX(ICC(NBB+I))
IF(KSECT.GT.1) THEN
MVOSU=MVOSU+6*(KSECT-1)
IF(I.GE.ICELC0) THEN
ISURF=ISURF+2*(KSECT-1)
IF(MOD(I-ICELC0,ICELC1).EQ.0) ISURF=ISURF+KSECT-1
ENDIF
ELSE
MVOSU=MVOSU+1
IF(I.GE.ICELC0) THEN
ISURF=ISURF+2
IF(MOD(I-ICELC0,ICELC1).EQ.0) ISURF=ISURF+1
ENDIF
ENDIF
51 CONTINUE
DEALLOCATE(IXXX)
ENDIF
*
* DUPLICATION DE TURN
*
MBB=2*NCELA
IF(LGTURN) THEN
IF (IHEX.LT.9) THEN
CALL DUTURN(IHEX,ICC(NBB-NCEL+1),NCEL,ICC(NBB+MBB+1),
+ NCELA,IBB)
ELSE
DO 187 I=1,NCELA
ICC(NBB+MBB+I)=ICC(NBB-NCEL+I)
187 CONTINUE
ENDIF
ENDIF
*
* RESTORAGE DES DONNEES
*
CALL LCMSIX(IPTRK,'DATA_DUP',1)
*
*--- CE VECTEUR EST UTILE DANS LA ROUTINE MESHST
CALL LCMPUT(IPTRK,'GENER0',NCELA,1,IBB)
IF(LGCELL) THEN
CALL LCMPUT(IPTRK,'GENERATING',NCELA,1,ICC(NBB+1))
ELSE
CALL LCMPUT(IPTRK,'MIX',NCELA,1,ICC(NBB+1))
ENDIF
IF(LGMERG)
+ CALL LCMPUT(IPTRK,'MERGE',NCELA,1,ICC(NCELA+NBB+1))
IF(LGTURN)
+ CALL LCMPUT(IPTRK,'TURN',NCELA,1,ICC(NBB+MBB+1))
CALL LCMSIX(IPTRK,' ',2)
DEALLOCATE(IBB,ICC)
*
ELSEIF(NDIM.EQ.3) THEN
*
* TRAITEMENT DU CAS 3D
*
NCELA=NCEL
CALL LCMLEN(IPGEOM,'MIX',ILENX,ITPX)
IF(ILENX.NE.NCEL.OR.ITPX.NE.1) CALL XABORT('LHXUNH: MISSING'
+ //'VECTOR MIX')
NBASE=NCEL
CALL LCMLEN(IPGEOM,'TURN',ILENT,ITPT)
IF(ILENT.GT.0)THEN
IF(ILENT.NE.NCEL.OR.ITPT.NE.1) CALL XABORT('LHXUNH: MISSING'
+ //'VECTOR TURN')
LGTURN=.TRUE.
ENDIF
NBASE=NCEL+NCEL
NBASE=NCEL+NBASE
ALLOCATE(ICC(NBASE))
CALL LCMGET(IPGEOM,'MIX',ICC)
IF(LGCELL) THEN
DO 144 IGX=1,NCEL
ICC(IGX)=-ICC(IGX)
144 CONTINUE
ENDIF
NBB=NCEL+NCEL
LMERG1=.FALSE.
LTURN1=.FALSE.
IF(LGMERG) THEN
CALL LCMGET(IPGEOM,'MERGE',ICC(NCEL+1))
NCPHY=0
DO 52 I=1,NCEL
NCPHY=MAX(NCPHY,ICC(NCEL+I))
52 CONTINUE
LMERG1=.TRUE.
ELSE
DO 53 I=1,NCEL
ICC(I+NCEL)=ICC(I)
53 CONTINUE
LGMERG=.TRUE.
NCPHY=NCEL
ENDIF
IF(LGTURN) THEN
CALL LCMGET(IPGEOM,'TURN',ICC(NBB+1))
LTURN1=.TRUE.
ELSE
LGTURN=.TRUE.
DO 778 ITT=1,NCEL
ICC(NBB+ITT)=1
778 CONTINUE
ENDIF
NBB=NBB+NCEL
*
* SPLITING DE LA DIRECTION Z
*
CALL LCMLEN(IPGEOM,'MESHZ',ILENZ,ITPZ)
IF(LGCELL.OR.IPLANZ.GT.1) THEN
IF(ILENZ.NE.0)CALL XABORT('LHXUNH: INVALID POSITION OF MESHZ')
ENDIF
IF(ILENZ.GT.0) THEN
IF(ILENZ.NE.LZ+1.OR.ITPZ.NE.2)CALL XABORT('LHXUNH: MISSING'
+ //'DIMENSION OR VALUE IN MESHZ')
ALLOCATE(ZZZ(ILENZ))
CALL LCMGET(IPGEOM,'MESHZ',ZZZ)
MZ=ILENZ
ENDIF
*
* EVALUATION DE NREGIO
*
NREGIO=NCPHY
CALL LCMLEN(IPGEOM,'SECTOR',ILENS,ITP)
IF(LGCELL.OR.IPLANZ.GT.1) THEN
IF(ILENS.NE.0)CALL XABORT('LHXUNH: INVALID POSITION OF SECTOR')
ENDIF
IF(ILENS.GT.0) THEN
IF(ILENS.NE.NCEL)CALL XABORT('LHXUNH: INVALID DIMENSION OF'
+ //'SECTOR')
IF(ITP.NE.1)CALL XABORT('LHXUNH: SECTOR MUST BE INTEGER')
ALLOCATE(ISEC1(ILENS))
ILESS=0
NREGIO=0
CALL LCMGET(IPGEOM,'SECTOR',ISEC1)
DO 54 L=1,ILENS
MCEL=ICC(L)
IF(MCEL.GT.ILESS) THEN
ILESS=MCEL
KSECT=ISEC1(L)
IF(KSECT.GT.1) THEN
NREGIO=NREGIO+6*(KSECT-1)
ELSE
NREGIO=NREGIO+1
ENDIF
ENDIF
54 CONTINUE
ENDIF
*
CALL LCMLEN(IPGEOM,'SPLITZ',ILEN,ITP)
IF(ILEN.NE.0) THEN
IF(ILEN.NE.LZ)CALL XABORT('LHXUNH: INVALID DIMENSION OF'
+ //'SPLITZ')
IF(ILENZ.LT.0)CALL XABORT('LHXUNH: MESHZ MUST BE DEFINED'
+ //'LIKE SPLITZ')
ALLOCATE(ISS(LZ))
CALL LCMGET(IPGEOM,'SPLITZ',ISS)
CALL LCMSIX(IPTRK,'DATA_DUP',1)
CALL LCMPUT(IPTRK,'SPLITZD',LZ,1,ISS)
CALL LCMSIX(IPTRK,' ',2)
MZ=0
DO 55 K=1,LZ
MZ=MZ+ISS(K)
55 CONTINUE
LSPLIT=.TRUE.
ELSEIF(LGCELL) THEN
CALL LCMLEN(IPGEOM,'CELL',ILEN,ITP)
IF(ILEN.NE.3*ISTAT9.OR.ITP.NE.3)CALL XABORT('LHXUNH: '
+ //'MISSING DIMENSION OR TYPE OF CELL ')
ALLOCATE(ICELL(3*ISTAT9),RR(3*ISTAT9),ISSS(ISTAT9))
CALL LCMGET(IPGEOM,'CELL',ICELL)
ALLOCATE(ISEC1(ISTAT9),ISEC2(ISTAT9))
IAUX=0
NREGIO=0
DO 70 I=1,ISTAT9
WRITE(TEXT12(1:4),'(A4)')ICELL(3*I-2)
WRITE(TEXT12(5:8),'(A4)')ICELL(3*I-1)
WRITE(TEXT12(9:12),'(A4)')ICELL(3*I)
CALL LCMSIX(IPGEOM,TEXT12,1)
CALL LCMGET(IPGEOM,'MESHZ',RR(IAUX+1))
CALL LCMGET(IPGEOM,'SIDE',RR(2*ISTAT9+I))
IAUX=IAUX+2
CALL LCMLEN(IPGEOM,'SPLITZ',ILEN,ITP)
ISSS(I)=1
IF(ILEN.NE.0) THEN
IF(ITP.NE.1)CALL XABORT('LHXUNH: INVALID TYPE OF SPLITZ')
CALL LCMGET(IPGEOM,'SPLITZ',ISSS(I))
LSPLIT=.TRUE.
ENDIF
CALL LCMLEN(IPGEOM,'RADIUS',ILENR,ITP)
CALL LCMLEN(IPGEOM,'SPLITR',ILENSP,LT)
NRAY=0
NSECT=1
IF(ILENR.GT.0) THEN
IF(ITP.NE.2)CALL XABORT('LHXUNH: RADIUS MUST BE REAL ')
NRAY=ILENR-1
NSECT=ILENR
ENDIF
CALL LCMLEN(IPGEOM,'SECTOR',ILENS,ITP)
ALLOCATE(ISECT(NSECT))
IF(ILENS.GT.0) THEN
IF(ILENS.NE.NSECT)
+ CALL XABORT('LHXUNH: INVALID SECTOR DIMENSION(4)')
CALL LCMGET(IPGEOM,'SECTOR',ISECT)
ELSE
ISECT(:NSECT)=1
ENDIF
IF(ILENSP.GT.0) THEN
IF(LT.NE.1)CALLXABORT('LHXUNH: SPLITR MUST BE INTEGER')
ALLOCATE(JSS(ILENSP))
CALL LCMGET(IPGEOM,'SPLITR',JSS)
NRAY=0
DO 246 JP=1,ILENSP
NRAY=NRAY+ABS(JSS(JP))
246 CONTINUE
ALLOCATE(ISEC2(I)%ILOCR(NRAY+1))
MAD=-1
DO 248 JP=1,ILENS
KSECT=ISECT(JP)
DO 247 JT=1,JSS(JP)
MAD=MAD+1
ISEC2(I)%ILOCR(MAD+1)=KSECT
247 CONTINUE
248 CONTINUE
ISEC2(I)%ILOCR(MAD+2)=ISECT(ILENS+1)
DEALLOCATE(JSS)
ELSE
ALLOCATE(ISEC2(I)%ILOCR(NRAY+1))
DO 249 JP=1,NSECT
ISEC2(I)%ILOCR(JP)=ISECT(JP)
249 CONTINUE
ENDIF
DEALLOCATE(ISECT)
ISEC1(I)=NRAY
DO 255 K=1,NRAY+1
KSECT=ISEC2(I)%ILOCR(K)
IF(KSECT.GT.1) THEN
NREGIO=NREGIO+6*(KSECT-1)
ELSE
NREGIO=NREGIO+1
ENDIF
255 CONTINUE
CALL LCMSIX(IPGEOM,' ',2)
70 CONTINUE
DEALLOCATE(ICELL)
*
* COMPATIBILITE DES DONNEES DES CELLULES D'UN MEME PLAN
*
LZZ=LZ
IAUX=0
LISP=0
ALLOCATE(ISS(ISTAT9),ZZZ(LZ+1))
MZZ=0
DO 80 I=1,LZ
SIDE=RR(2*ISTAT9+ICC(IAUX+1))
LCC=2*(ICC(IAUX+1)-1)
Z1=RR(LCC+1)
Z2=RR(LCC+2)
ZZZ(I)=Z1
ZZZ(I+1)=Z2
IF(LSPLIT) THEN
LISP=ISSS(ICC(IAUX+1))
ISS(I)=LISP
MZZ=MZZ+LISP
LZZ=MZZ
ENDIF
DO 75 K=2,NCELP
IAUX=IAUX+1
IF(SIDE.NE.RR(2*ISTAT9+ICC(IAUX+1)))
+ CALL XABORT('LHXUNH: INCOMPATIBLE SIDE ')
LCC=2*(ICC(IAUX+1)-1)
IF((Z1.NE.RR(LCC+1)).OR.(Z2.NE.RR(LCC+2)))
+ CALL XABORT('LHXUNH: INCOMPATIBLE MESHZ ')
IF(LSPLIT) THEN
IF(LISP.NE.ISSS(ICC(IAUX+1)))
+ CALL XABORT('LHXUNH: INCOMPATIBLE SPLITZ')
ENDIF
75 CONTINUE
IAUX=IAUX+1
80 CONTINUE
DEALLOCATE(RR,ISSS)
MZ=LZ+1
IF(LSPLIT)MZ=MZZ+1
ENDIF
ALLOCATE(ZZS(MZ))
IF(LSPLIT) THEN
LAUX=0
Z1=ZZZ(1)
ZZS(1)=Z1
DO 83 K=1,LZ
MSP=ISS(K)
Z2=ZZZ(K+1)
PAS=(Z2-Z1)/REAL(MSP)
DO 81 L=1,MSP-1
LAUX=LAUX+1
ZZS(LAUX+1)=Z1+PAS*REAL(L)
81 CONTINUE
LAUX=LAUX+1
ZZS(LAUX+1)=Z2
Z1=Z2
83 CONTINUE
ELSE
DO 88 J=1,MZ
ZZS(J)=ZZZ(J)
88 CONTINUE
ENDIF
DEALLOCATE(ZZZ)
*
* STORAGE DES VALEURS DE Z
*
CALL LCMSIX(IPTRK,'DATA_DUP',1)
LSPLZM=1
LSPLZP=1
IF(LSPLIT) THEN
LSPLZM=ISS(1)
LSPLZP=ISS(LZ)
CALL LCMPUT(IPTRK,'SPLITZD',LZ,1,ISS)
ENDIF
IF(NCODE(5) .EQ. 5 .OR. NCODE(5) .EQ. 10) THEN
IF(NCODE(5) .EQ. 5) THEN
MDZ=2*MZ-1-LSPLZM
IOFZD=2+LSPLZM
ELSE
MDZ=2*MZ-1
IOFZD=2
ENDIF
ALLOCATE(AQ(MDZ))
IQ=0
DO 583 IW=MZ,IOFZD,-1
AQ(IQ+1)=-ZZS(IW)+ZZS(1)+ZZS(2)
IQ=IQ+1
583 CONTINUE
DO 584 IW=1,MZ
AQ(IQ+1)=ZZS(IW)
IQ=IQ+1
584 CONTINUE
CALL LCMPUT(IPTRK,'MESHZ',MDZ,2,AQ)
DEALLOCATE(AQ)
ELSEIF(NCODE(6) .EQ. 5 .OR. NCODE(6) .EQ. 10) THEN
IF(NCODE(6) .EQ. 5) THEN
MDZ=2*MZ-LSPLZP-1
IOFZD=LSPLZP+1
ELSE
MDZ=2*MZ-1
IOFZD=1
ENDIF
ALLOCATE(AQ(MDZ))
IQ=0
DO 585 IW=1,MZ
AQ(IQ+1)=ZZS(IW)
IQ=IQ+1
585 CONTINUE
DO 586 IW=MZ-IOFZD,1,-1
AQ(IQ+1)=AQ(IQ)+ZZS(IW+1)-ZZS(IW)
IQ=IQ+1
586 CONTINUE
CALL LCMPUT(IPTRK,'MESHZ',MDZ,2,AQ)
DEALLOCATE(AQ)
ELSE
CALL LCMPUT(IPTRK,'MESHZ',MZ,2,ZZS)
ENDIF
CALL LCMSIX(IPTRK,' ',2)
DEALLOCATE(ZZS)
*
IF(IHEX.LT.9) THEN
*
* DUPLICATION DE LA GEOMETRIE CONSIDEREE
*
ALLOCATE(IBB(ISTOR(IHEX)*NCEL))
CALL DEPLIT(IHEX,NCELP,NCELAP,IBB)
IAUX=NCELP
JAUX=NCELAP
DO 65 K=2,LZ
DO 60 L=1,NCELAP
IBB(JAUX+L)=IBB(L)+IAUX
60 CONTINUE
IAUX=IAUX+NCELP
JAUX=JAUX+NCELAP
65 CONTINUE
ELSEIF(IHEX.EQ.9) THEN
NCELAP=NCELA/LZ
ENDIF
IF(LSPLIT)THEN
NCELA=NCELAP*LZZ
ELSE
NCELA=NCELAP*LZ
ENDIF
*
* DUPLICATION DE MERGE ET MIX
*
NBASE=NCELA+NCELA
IF(LGTURN)NBASE=NBASE+NCELA
ALLOCATE(IDD(NBASE),IAD(NCELA))
IAUX=-1
JAUX=0
ICELSP=0
MAXSP=0
MINSP=99999
DO 85 I=1,LZ
IF(IHEX.LT.9) THEN
MAXSP=IBB(JAUX+1)
MINSP=MAXSP
ENDIF
DO 84 J=1,NCELAP
IAUX=IAUX+1
IF(IHEX.LT.9) THEN
IAD(IAUX+1)=IBB(JAUX+J)+ICELSP
MAXSP=MAX(MAXSP,IBB(JAUX+J))
MINSP=MIN(MINSP,IBB(JAUX+J))
IDD(IAUX+1)=ICC(IBB(JAUX+J))
IDD(NCELA+IAUX+1)=ICC(NCEL+IBB(JAUX+J))
ELSE
IAD(IAUX+1)=IAUX+1
IDD(IAUX+1)=ICC(JAUX+J)
IDD(NCELA+IAUX+1)=ICC(NCEL+JAUX+J)
ENDIF
84 CONTINUE
IF(LSPLIT) THEN
LISP=ISS(I)
DO 86 K=2,LISP
IF(IHEX.LT.9) ICELSP=ICELSP+MAXSP-MINSP+1
DO 82 J=1,NCELAP
IAUX=IAUX+1
IF(IHEX.LT.9) THEN
IAD(IAUX+1)=IBB(JAUX+J)+ICELSP
IDD(IAUX+1)=ICC(IBB(JAUX+J))
IDD(NCELA+IAUX+1)=ISS(NCEL+IBB(JAUX+J))
ELSE
IAD(IAUX+1)=IAUX+1
IDD(IAUX+1)=ICC(JAUX+J)
IDD(NCELA+IAUX+1)=ICC(NCEL+JAUX+J)
ENDIF
82 CONTINUE
86 CONTINUE
ENDIF
JAUX=JAUX+NCELAP
85 CONTINUE
*
* DUPLICATION DE TURN
*
MBB=NCELA+NCELA
IF(LGTURN) THEN
IAUX=2*NCEL
JAUX=0
DO 95 I=1,LZ
IF(IHEX.LT.9) THEN
CALL DUTURN(IHEX,ICC(IAUX+1),NCELP,IDD(MBB+JAUX+1),
+ NCELAP,IBB)
ELSE
DO 87 IV=1,NCELAP
IDD(MBB+JAUX+IV)=ICC(IAUX+IV)
87 CONTINUE
ENDIF
IAUX=IAUX+NCELP
KAUX=JAUX-1
JAUX=JAUX+NCELAP
IF(LSPLIT) THEN
LISP=ISS(I)
DO 92 J=2,LISP
DO 90 K=1,NCELAP
IDD(MBB+JAUX+1)=IDD(MBB+KAUX+K+1)
JAUX=JAUX+1
90 CONTINUE
92 CONTINUE
ENDIF
95 CONTINUE
DEALLOCATE(ISS)
ENDIF
IF(IHEX.NE.9) DEALLOCATE(IBB)
DEALLOCATE(ICC)
IF(NCODE(5) .EQ. 5 .OR. NCODE(5) .EQ. 10) THEN
*
* DUPLICATION DE LA SYMETRIE SELON L'AXE Z-
*
IF(NCODE(6) .EQ. 5 .OR. NCODE(6) .EQ. 10) CALL XABORT(
> 'LHXUNH: ONLY ONE Z SYMETRY IS PERMITED')
IF(NCODE(6) .EQ. 5) THEN
KBB=NCELA+NCELA-NCELAP*LSPLZM
IOFZD=LSPLZM
ELSE
KBB=NCELA+NCELA
IOFZD=0
ENDIF
MCODE=1
KK=KBB
KBB=2*KBB
IF(LGTURN)KBB=KBB+KK
ALLOCATE(IGG(KBB),IAA(KK))
IAUX=0
JAUX=NCELA-NCELAP
LAUX=2*NCELA-NCELAP
*
* DUPLICATION DE MIX ET MERGE
*
NCOUR=IFCOUR(NCELAP)
DO 110 I=IOFZD,LZZ-1
IPOS=0
IAA(IAUX+1)=IAD(JAUX+1)
IGG(IAUX+1)=IDD(JAUX+1)
IGG(KK+IAUX+1)=IDD(LAUX+1)
DO 100 J1=2,NCOUR
DO 99 J=IFONC(J1,5)-1,IFONC(J1,0)-1,-1
IPOS=IPOS+1
IAA(IAUX+IPOS+1)=IAD(JAUX+J+1)
IGG(IAUX+IPOS+1)=IDD(JAUX+J+1)
IGG(KK+IAUX+IPOS+1)=IDD(LAUX+J+1)
99 CONTINUE
NCLCOR=1+3*J1*(J1-1)
DO 105 J=NCLCOR-1,IFONC(J1,5),-1
IPOS=IPOS+1
IAA(IAUX+IPOS+1)=IAD(JAUX+J+1)
IGG(IAUX+IPOS+1)=IDD(JAUX+J+1)
IGG(KK+IAUX+IPOS+1)=IDD(LAUX+J+1)
105 CONTINUE
100 CONTINUE
IAUX=IAUX+NCELAP
JAUX=JAUX-NCELAP
LAUX=LAUX-NCELAP
110 CONTINUE
DO 115 K=1,NCELA
IAA(IAUX+K)=IAD(K)
IGG(IAUX+K)=IDD(K)
IGG(KK+IAUX+K)=IDD(NCELA+K)
115 CONTINUE
*
* DUPLICATION DE TURN
*
IF(LGTURN) THEN
IAUX=0
LAUX=3*NCELA-NCELAP*IOFZD
DO 130 I=IOFZD,LZZ-1
J=-1
JAUX2=0
JAUX1=0
DO 120 J1=1,NCOUR
LGPASS=.TRUE.
118 CONTINUE
DO 119 J2=JAUX2,JAUX1,-1
J=J+1
ITURN=IDD(LAUX+J2+1)
IF(ITURN.LE.6) THEN
IF(ITURN.EQ.1) THEN
IGG(2*KK+IAUX+J+1)=12
ELSEIF(ITURN.EQ.2) THEN
IGG(2*KK+IAUX+J+1)=11
ELSEIF(ITURN.EQ.3) THEN
IGG(2*KK+IAUX+J+1)=10
ELSEIF(ITURN.EQ.4) THEN
IGG(2*KK+IAUX+J+1)=9
ELSEIF(ITURN.EQ.5) THEN
IGG(2*KK+IAUX+J+1)=8
ELSEIF(ITURN.EQ.6) THEN
IGG(2*KK+IAUX+J+1)=7
ENDIF
ELSEIF(ITURN.LE.12) THEN
IF(ITURN.EQ.12) THEN
IGG(2*KK+IAUX+J+1)=1
ELSEIF(ITURN.EQ.11) THEN
IGG(2*KK+IAUX+J+1)=2
ELSEIF(ITURN.EQ.10) THEN
IGG(2*KK+IAUX+J+1)=3
ELSEIF(ITURN.EQ.9) THEN
IGG(2*KK+IAUX+J+1)=4
ELSEIF(ITURN.EQ.8) THEN
IGG(2*KK+IAUX+J+1)=5
ELSEIF(ITURN.EQ.7) THEN
IGG(2*KK+IAUX+J+1)=6
ENDIF
ELSE
CALL XABORT('LHXUNH: EXPECTED VALUE OF TURN ')
ENDIF
119 CONTINUE
IF(LGPASS) THEN
JAUX2=1+3*J1*(J1-1)-1
JAUX1=IFONC(J1,5)
LGPASS=.FALSE.
IF(J1.GT.1) GOTO 118
ENDIF
JAUX2=IFONC(J1+1,5)-1
JAUX1=IFONC(J1+1,0)-1
120 CONTINUE
IAUX=IAUX+NCELAP
LAUX=LAUX-NCELAP
130 CONTINUE
ENDIF
DO 135 K=1,NCELA
IGG(2*KK+IAUX+K)=IDD(2*NCELA+K)
135 CONTINUE
IPLANI=LZZ
LZZ=2*LZZ-IOFZD
ELSEIF(NCODE(6) .EQ. 5 .OR. NCODE(6) .EQ. 10) THEN
*
* DULPLICATION DE LA GEOMETRIE SELON Z+
*
IF(NCODE(6) .EQ. 5) THEN
KBB=NCELA+NCELA-NCELAP*LSPLZP
IOFZD=LSPLZP
ELSE
KBB=NCELA+NCELA
IOFZD=0
ENDIF
MCODE=2
KK=KBB
KBB=2*KBB
IF(LGTURN)KBB=KBB+KK
ALLOCATE(IGG(KBB),IAA(KK))
*
* DUPLICATION DE MIX ET MERGE
*
DO 140 I=1,NCELA
IAA(I)=IAD(I)
IGG(I)=IDD(I)
IGG(KK+I)=IDD(NCELA+I)
140 CONTINUE
NCOUR=IFCOUR(NCELAP)
LFIN=-NCELAP*IOFZD+NCELA
IPOS=-1
DO 145 I=IOFZD,LZZ-1
LFIN=LFIN-NCELAP
IPOS=IPOS+1
IAA(NCELA+IPOS+1)=IAD(LFIN+1)
IGG(NCELA+IPOS+1)=IDD(LFIN+1)
IGG(KK+NCELA+IPOS+1)=IDD(NCELA+LFIN+1)
DO 143 J1=2,NCOUR
DO 141 J=IFONC(J1,5)-1,IFONC(J1,0)-1,-1
IPOS=IPOS+1
IAA(NCELA+IPOS+1)=IAD(LFIN+J+1)
IGG(NCELA+IPOS+1)=IDD(LFIN+J+1)
IGG(KK+NCELA+IPOS+1)=IDD(NCELA+LFIN+J+1)
141 CONTINUE
NCLCOR=1+3*J1*(J1-1)
DO 142 J=NCLCOR-1,IFONC(J1,5),-1
IPOS=IPOS+1
IAA(NCELA+IPOS+1)=IAD(LFIN+J+1)
IGG(NCELA+IPOS+1)=IDD(LFIN+J+1)
IGG(KK+NCELA+IPOS+1)=IDD(NCELA+LFIN+J+1)
142 CONTINUE
143 CONTINUE
145 CONTINUE
*
* DUPLICATION DE TURN
*
IF(LGTURN) THEN
DO 150 I=1,NCELA
IGG(2*KK+I)=IDD(2*NCELA+I)
150 CONTINUE
LFIN=-NCELAP*IOFZD+NCELA
J=-1+NCELA
DO 155 JP=IOFZD,LZZ-1
LFIN=LFIN-NCELAP
JAUX2=0
JAUX1=0
DO 154 J1=1,NCOUR
LGPASS=.TRUE.
152 CONTINUE
DO 153 J2=JAUX2,JAUX1,-1
J=J+1
ITURN=IDD(2*NCELA+LFIN+J2+1)
IF(ITURN.LE.6) THEN
IF(ITURN.EQ.1) THEN
IGG(2*KK+J+1)=12
ELSEIF(ITURN.EQ.2) THEN
IGG(2*KK+J+1)=11
ELSEIF(ITURN.EQ.3) THEN
IGG(2*KK+J+1)=10
ELSEIF(ITURN.EQ.4) THEN
IGG(2*KK+J+1)=9
ELSEIF(ITURN.EQ.5) THEN
IGG(2*KK+J+1)=8
ELSEIF(ITURN.EQ.6) THEN
IGG(2*KK+J+1)=7
ENDIF
ELSEIF(ITURN.LE.12) THEN
IF(ITURN.EQ.12) THEN
IGG(2*KK+J+1)=1
ELSEIF(ITURN.EQ.11) THEN
IGG(2*KK+J+1)=2
ELSEIF(ITURN.EQ.10) THEN
IGG(2*KK+J+1)=3
ELSEIF(ITURN.EQ.9) THEN
IGG(2*KK+J+1)=4
ELSEIF(ITURN.EQ.8) THEN
IGG(2*KK+J+1)=5
ELSEIF(ITURN.EQ.7) THEN
IGG(2*KK+J+1)=6
ENDIF
ELSE
CALL XABORT('LHXUNH: EXPECTED VALUE OF TURN ')
ENDIF
153 CONTINUE
IF(LGPASS) THEN
JAUX2=1+3*J1*(J1-1)-1
JAUX1=IFONC(J1,5)
LGPASS=.FALSE.
IF(J1.GT.1) GOTO 152
ENDIF
JAUX2=IFONC(J1+1,5)-1
JAUX1=IFONC(J1+1,0)-1
154 CONTINUE
155 CONTINUE
ENDIF
IPLANI=LZZ
LZZ=2*LZZ-IOFZD
ELSE
ALLOCATE(IGG(NBASE),IAA(NCELA))
DO 156 J=1,NBASE
IGG(J)=IDD(J)
156 CONTINUE
DO 157 J=1,NCELA
IAA(J)=IAD(J)
157 CONTINUE
KK=NCELA
ENDIF
DEALLOCATE(IDD,IAD)
*
* RESTORAGE DES DONNEES
*
NCELA=KK
MVOSU=0
MVOLUM=0
MESH=3*KK
NSMIN=0
NSMAX=0
ISURF=0
NCOUR=1
IF(NCELAP.GT.1)NCOUR=IFCOUR(NCELAP)
ICELC0= IFONC(NCOUR,0)
ICELC1= IFONC(NCOUR,1)-ICELC0
MCOU=1
LCOU=1
ALLOCATE(SURL(2*LZZ))
SURL(:2*LZZ)=0
IF(LGCELL) THEN
CALL LCMSIX(IPTRK,'DATA_DUP',1)
CALL LCMPUT(IPTRK,'GENER0',KK,1,IAA)
CALL LCMPUT(IPTRK,'GENERATING',KK,1,IGG)
CALL LCMSIX(IPTRK,' ',2)
DEALLOCATE(IAA)
NRAY=0
NCDP=NCELA-NCELAP
ICELL1=IFONC(NCOUR,5)
IP=1
ISAUX=0
DO 200 I=0,KK-1
KRAY=ISEC1(IGG(I+1))
NRAY=NRAY+KRAY
I1=I+1
DO 205 JR=1,KRAY+1
KSECT=ISEC2(IGG(I+1))%ILOCR(JR)
IF(KSECT.GT.1) THEN
MSEC=6*(KSECT-1)
MVOSU=MVOSU+MSEC
IF(I1.LE.NCELAP)THEN
NSMIN=NSMIN+MSEC
ELSEIF(I1.GT.NCDP) THEN
NSMAX=NSMAX+MSEC
ENDIF
ELSE
MVOSU=MVOSU+1
IF(I1.LE.NCELAP)THEN
NSMIN=NSMIN+1
ELSEIF(I1.GT.NCDP) THEN
NSMAX=NSMAX+1
ENDIF
ENDIF
205 CONTINUE
IF(IHEX.EQ.9) THEN
IF(MCODE.EQ.1) THEN
IF(I1.LE.NCELAP) THEN
IF(I1.LE.LCOU) THEN
VLAT(MCOU)=NSMIN
IF(I1.EQ.IFONC(MCOU,5)) VLAT(NCOUR+MCOU)=NSMIN
ELSE
LCOU=LCOU+6*MCOU
MCOU=MCOU+1
ENDIF
ENDIF
ELSEIF(MCODE.EQ.2) THEN
IF(I1.GT.NCDP) THEN
I2=I1-NCDP
IF(I2.LE.LCOU) THEN
VLAT(MCOU)=NSMAX
IF(I2.EQ.IFONC(MCOU,5)) VLAT(NCOUR+MCOU)=NSMAX
ELSE
LCOU=LCOU+6*MCOU
MCOU=MCOU+1
ENDIF
ENDIF
ENDIF
ENDIF
ICOX=INT(AINT(REAL(I1)/REAL(NCELAP)))
IF(MOD(I1,NCELAP).NE.0)ICOX=ICOX+1
ICOX=ICOX-1
ICX=NCELAP*ICOX
ICELC=ICELC0+ICX
ICLIM=NCELAP+ICX
IF(I1.GE.ICELC.AND.I1.LE.ICLIM) THEN
IF(KSECT.GT.1) THEN
ISURF=ISURF+2*(KSECT-1)
ISURF0=ISURF
IF(MOD(I1-ICELC,ICELC1).EQ.0)ISURF=ISURF+KSECT-1
IF(I1.LE.NCELAP*IP) THEN
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=KSECT-1
IF(I1.EQ.ICELL1+NXX) SURL(LZZ+IP)=ISURF0-ISAUX
SURL(IP)=ISURF
ELSE
ISAUX=0
IP=IP+1
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=KSECT-1
ENDIF
ELSE
ISURF=ISURF+2
ISURF0=ISURF
IF(MOD(I1-ICELC,ICELC1).EQ.0)ISURF=ISURF+1
IF(I1.LE.NCELAP*IP) THEN
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=1
IF(I1.EQ.ICELL1+NXX) SURL(LZZ+IP)=ISURF0-ISAUX
SURL(IP)=ISURF
ELSE
ISAUX=0
IP=IP+1
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=1
ENDIF
ENDIF
ENDIF
MVOLUM=MVOLUM+KRAY+1
200 CONTINUE
DO 206 I=1,ISTAT9
DEALLOCATE(ISEC2(I)%ILOCR)
206 CONTINUE
MESH=MESH+NRAY
IF(IPLANZ.EQ.1) NSMAX=NSMIN
ELSE
CALL LCMSIX(IPTRK,'DATA_DUP',1)
CALL LCMPUT(IPTRK,'MIX',KK,1,IGG)
CALL LCMSIX(IPTRK,' ',2)
NCDP=NCELA-NCELAP
MVOLUM=KK
NCOUR=IFCOUR(NCELAP)
ICELL1=IFONC(NCOUR,5)
IP=1
ISAUX=0
DO 210 I=0,KK-1
I1=I+1
KSECT=ISEC1(IGG(I+1))
ICOX=INT(AINT(REAL(I1)/REAL(NCELAP)))
IF(MOD(I1,NCELAP).NE.0)ICOX=ICOX+1
ICOX=ICOX-1
ICXX=NCELAP*ICOX
ICELC=ICELC0+ICXX
ICLIM=NCELAP+ICXX
IF(KSECT.GT.1) THEN
MSEC=6*(KSECT-1)
MVOSU=MVOSU+MSEC
IF(I1.LE.NCELAP)THEN
NSMIN=NSMIN+MSEC
ELSEIF(I1.GT.NCDP) THEN
NSMAX=NSMAX+MSEC
ENDIF
IF(I1.GE.ICELC.AND.I1.LE.ICLIM) THEN
ISURF=ISURF+2*(KSECT-1)
ISURF0=ISURF
IF(MOD(I1-ICELC,ICELC1).EQ.0)ISURF=ISURF+KSECT-1
IF(I1.LE.NCELAP*IP) THEN
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=KSECT-1
IF(I1.EQ.ICELL1+NXX) SURL(LZZ+IP)=ISURF0-ISAUX
SURL(IP)=ISURF
ELSE
ISAUX=0
IP=IP+1
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=KSECT-1
ENDIF
ENDIF
ELSE
MVOSU=MVOSU+1
IF(I1.LE.NCELAP)THEN
NSMIN=NSMIN+1
ELSEIF(I1.GT.NCDP) THEN
NSMAX=NSMAX+1
ENDIF
IF(I1.GE.ICELC.AND.I1.LE.ICLIM) THEN
ISURF=ISURF+2
ISURF0=ISURF
IF(MOD(I1-ICELC,ICELC1).EQ.0)ISURF=ISURF+1
IF(I1.LE.NCELAP*IP) THEN
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=1
IF(I1.EQ.ICELL1+NXX) SURL(LZZ+IP)=ISURF0-ISAUX
SURL(IP)=ISURF
ELSE
ISAUX=0
IP=IP+1
NXX=NCELAP*(IP-1)
IF(I1.EQ.ICELC0+NXX) ISAUX=1
ENDIF
ENDIF
ENDIF
IF(IHEX.EQ.9) THEN
IF(MCODE.EQ.1) THEN
IF(I1.LE.NCELAP) THEN
IF(I1.LE.LCOU) THEN
VLAT(MCOU)=NSMIN
IF(I1.EQ.IFONC(MCOU,5)) VLAT(NCOUR+MCOU)=NSMIN
ELSE
LCOU=LCOU+6*MCOU
MCOU=MCOU+1
ENDIF
ENDIF
ELSEIF(MCODE.EQ.2) THEN
IF(I1.GT.NCDP) THEN
I2=I1-NCDP
IF(I2.LE.LCOU) THEN
VLAT(MCOU)=NSMAX
IF(I2.EQ.IFONC(MCOU,5)) VLAT(NCOUR+MCOU)=NSMAX
ELSE
LCOU=LCOU+6*MCOU
MCOU=MCOU+1
ENDIF
ENDIF
ENDIF
ENDIF
210 CONTINUE
IF(IPLANZ.EQ.1) NSMAX=NSMIN
ENDIF
DEALLOCATE(ISEC2,ISEC1)
CALL LCMSIX(IPTRK,'DATA_DUP',1)
CALL LCMPUT(IPTRK,'SURL_HEX',2*LZZ,1,SURL)
CALL LCMPUT(IPTRK,'MERGE',KK,1,IGG(KK+1))
IF(LGTURN)CALL LCMPUT(IPTRK,'TURN',KK,1,IGG(2*KK+1))
CALL LCMSIX(IPTRK,' ',2)
DEALLOCATE(IGG,SURL)
*
* MODIFICATION DU VECTEUR STATE
*
ISTATE(5)=LZZ
IPLANZ=LZZ
ENDIF
ISTATE(3)=NCELAP
ISURF=ISURF+NSMIN+NSMAX
RETURN
END
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