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|
SUBROUTINE REDUCE
C
C REDUCE BUILDS THE FOLLOWING DATA BLOCKS
C
C 1. PVX - THE REDUCTION PARTITIONING VECTOR
C 2. USX - THE USET EQUIVALENT VECTOR
C 3. INX - THE REDUCTION TRANSFORMATION IDENTITY PARTITION
C
C THE FOLLOWING BULK DATA CARDS ARE READ
C
C 1. BDYC
C 2. BDYS
C 3. BDYS1
C
IMPLICIT INTEGER (A-Z)
EXTERNAL LSHIFT,RSHIFT,ANDF,ORF
LOGICAL INBSET,FSET,BAD,LONLY
REAL RZ(1)
DIMENSION MODNAM(2),IJK(6),IHD(96),BDYS(2),BDYS1(2),
1 BDYC(2),MNEM(4),NAMOLD(14),NAMNEW(2),ARAY(6),
2 ISID(100),CSET(6),IPSET(6),LISTO(32),LISTN(32),
3 MCB(7),IBITS(6)
CHARACTER UFM*23,UWM*25,UIM*29
COMMON /XMSSG / UFM,UWM,UIM
COMMON /ZZZZZZ/ Z(1)
COMMON /PACKX / TYPIN,TYPOUT,IROW,NROW,INCR
COMMON /SYSTEM/ SYSBUF,OUTT,X1(6),NLPP,X2(2),LINE,X3(2),IDATE(3)
COMMON /OUTPUT/ ITITL(96),IHEAD(96)
COMMON /CMBFND/ IINAM(2),IIIERR
COMMON /TWO / TPOW(32)
COMMON /BLANK / STEP,DRY,PORA
EQUIVALENCE (RZ(1),Z(1) )
DATA IHD / 4H , 8*4H****,
1 4H S U, 4H B S, 4H T R, 4H U C, 4H T U, 4H R E, 4H ,
2 4HM O , 4HD U , 4HL E , 4H R, 4H E D, 4H U C, 4H E *,
3 9*4H**** , 64*4H /
DATA NHEQSS, NHBGSS,NHCSTM,NHPLTS/4HEQSS,4HBGSS,4HCSTM,4HPLTS/
DATA MODNAM/ 4HREDU,4HCE /
DATA PAPP , LODS, LOAP /4HPAPP,4HLODS,4HLOAP/
C --------------------
C CODES TO LOCATE BULK DATA
C --------------------
DATA BDYC/ 910,9 / , BDYS/ 1210,12 / , BDYS1/ 1310,13 /
C --------------------
C CASE CONTROL MNEMONICS
C --------------------
DATA MNEM/ 4HNAMA , 4HNAMB , 4HBOUN , 4HOUTP /
C --------------------
C GINO FILES FOR DATA BLOCKS AND SCRATCH
C --------------------
DATA CASECC/ 101 / , GEOM4/ 102 /
DATA PVX / 201 / , USX / 202 / , INX/ 203 /
DATA SCR1 / 301 / , SCR2 / 302 / , I3 / 3 /
C
C
C I. COMPUTE OPEN CORE AND DEFINE GINO AND SOF BUFFERS
C *****************************************************
C
IF (DRY .EQ. -2) RETURN
IBA = 128
IBO = 4
IBF = 64
NZWD= KORSZ(Z(1))
IF (NZWD .LE. 0 ) CALL MESAGE (-8,0,MODNAM)
C
LONLY= .FALSE.
BUF1 = NZWD - SYSBUF - 2
BUF2 = BUF1 - SYSBUF
BUF3 = BUF2 - SYSBUF
IB1 = BUF3 - SYSBUF
IB2 = IB1 - SYSBUF
IB3 = IB2 - SYSBUF
C
C SCORE IS STARTING ADDRESS OF OPEN CORE AND NZ THE LENGTH
C
SCORE = 1
NZ = IB3 - 1
C
C INITIALIZE ACTIVITY ON THE SOF
C
LITM = LODS
IF (PORA .EQ. PAPP) LITM = LOAP
CALL SOFOPN (Z(IB1),Z(IB2),Z(IB3))
DO 2111 I = 1,96
IHEAD(I) = IHD(I)
2111 CONTINUE
C
C II. PROCESS THE CASE CONTROL DATA BLOCK ( CASECC )
C ***************************************************
C
DO 260 I = 1,14
NAMOLD(I) = 0
260 CONTINUE
IFILE = CASECC
CALL OPEN (*2001,CASECC,Z(BUF2),0)
PRTOPT = 0
NREC = STEP
IF (NREC) 200,201,200
200 DO 202 I = 1,NREC
CALL FWDREC (*2002,CASECC)
202 CONTINUE
C
C BEGIN READING CASECC
C
201 INBSET = .FALSE.
CALL READ (*2002,*2003,CASECC,Z(1),2,0,NNN)
NWDSCC = Z(I3-1)
DO 203 I = 1,NWDSCC,3
CALL READ (*2002,*2003,CASECC,Z(1),3,0,NNN)
C
C CHECK FOR CASE CONTROL MNEMONICS
C
DO 204 J = 1,4
IF (Z(1) .EQ. MNEM(J)) GO TO 205
204 CONTINUE
GO TO 203
205 GO TO (206,207,208,209), J
206 NAMOLD(1) = Z(I3-1)
NAMOLD(2) = Z(I3 )
GO TO 203
207 NAMNEW(1) = Z(I3-1)
NAMNEW(2) = Z(I3 )
GO TO 203
208 INBSET = .TRUE.
BSET = Z(I3)
GO TO 203
209 PRTOPT = ORF(PRTOPT,Z(I3))
203 CONTINUE
IF (DRY .EQ. 0) PRTOPT = 0
IF (ANDF(PRTOPT,1) .NE. 1) GO TO 2199
CALL PAGE1
WRITE (OUTT,280) (NAMOLD(I),I=1,2),NAMNEW,BSET,(NAMOLD(I),I=1,2)
280 FORMAT (//41X,'S U M M A R Y O F C U R R E N T P R O ',
1 'B L E M', //43X,
2 'NAME OF PSEUDOSTRUCTURE TO BE REDUCED - ',2A4, //43X,
3 'NAME GIVEN TO RESULTANT PSEUDOSTRUCTURE - ',2A4, //43X,
4 'BOUNDARY SET IDENTIFICATION NUMBER - ',I8, //43X,
5 'NAMES OF COMPONENT SUBSTRUCTURES CONTAINED IN ',2A4/)
2199 CONTINUE
CALL CLOSE (CASECC,1)
C
C CHECK FOR ALLOWABILITY OF INPUT
C
BAD = .FALSE.
CALL SFETCH (NAMOLD,NHEQSS,3,ITEST)
IF (ITEST .EQ. 4) GO TO 290
261 CALL SFETCH (NAMNEW,NHEQSS,3,ITEST)
IF (ITEST.NE.4 .AND. DRY.NE.0) GO TO 291
IF (ITEST.EQ.4 .AND. DRY.EQ.0) GO TO 297
262 IF (.NOT.INBSET) GO TO 292
263 IF (.NOT.BAD) GO TO 300
GO TO 2100
C
C IF NO ERRORS, CONTINUE PROCESSING
C
C
290 WRITE (OUTT,293) UFM,(NAMOLD(I),I=1,2)
BAD = .TRUE.
GO TO 261
291 CALL SFETCH (NAMNEW,LITM,3,ITEST)
IF (ITEST .NE. 3) GO TO 296
LONLY = .TRUE.
GO TO 300
296 CONTINUE
WRITE (OUTT,294) UFM,(NAMNEW(I),I=1,2)
BAD = .TRUE.
GO TO 262
292 WRITE (OUTT,295) UFM
BAD = .TRUE.
GO TO 263
297 WRITE (OUTT,298) UFM,NAMNEW
298 FORMAT (A23,' 6613, FOR RUN=GO, THE REDUCED SUBSTRUCTURE ',2A4,
1 ' MUST ALREADY EXIST.')
BAD = .TRUE.
GO TO 262
293 FORMAT (A23,' 6601, REQUEST TO REDUCE PSEUDOSTRUCTURE ',2A4,
1 ' INVALID. DOES NOT EXIST ON THE SOF.')
294 FORMAT (A23,' 6602, THE NAME ',2A4,' CAN NOT BE USED FOR THE ',
1 'REDUCED PSEUDOSTRUCTURE. IT ALREADY EXISTS ON THE SOF.')
295 FORMAT (A23,' 6603, A BOUNDARY SET MUST BE SPECIFIED FOR A ',
1 'REDUCE OPERATION.')
C
C READ FIRST GROUP OF EQSS FOR THE STRUCTURE BEING REDUCED,
C PLACE THE NAMES OF THE COMPONENT SUBSTRUCTURES INTO THE
C FIRST NWDS WORDS OF OPEN CORE.
C
300 KS1 = SCORE
CALL SFETCH (NAMOLD,NHEQSS,1,ITEST)
CALL SUREAD (Z(KS1),-1,NOUT,ITEST )
C
C NCSUB IS THE NUMBER OF COMPONENT SUBSTRUCTURES
C NIPOLD IS THE NUMBER OF IP S IN THE STRUCTURE BEING REDUCED
C
NCSUB = Z(KS1+2)
NOUT = NOUT - 4
DO 302 I = 1,NOUT
II = I - 1
Z(KS1+II) = Z(KS1+4+II)
302 CONTINUE
NWDS = NOUT
SCORE= KS1 + NWDS
KF1 = SCORE - 1
NZ = NZ - NWDS
IF (ANDF(PRTOPT,1) .NE. 1) GO TO 282
WRITE (OUTT,281) (Z(JJ),JJ=KS1,KF1)
281 FORMAT (48X,2A4,4X,2A4,4X,2A4,4X,2A4)
282 CONTINUE
C
C III. READ BOUNDARY SET ( BDYC ) BULK DATA INTO OPEN CORE FOR
C THE REQUESTED SET ( BSET ) FROM THE GEOM4 INPUT DATA BLOCK.
C ************************************************************
C
KS2 = SCORE
IFILE = GEOM4
CALL PRELOC (*2001,Z(BUF1),GEOM4)
CALL LOCATE (*490,Z(BUF1),BDYC,FLAG)
401 CALL READ (*2002,*490,GEOM4,ID,1,0,NNN)
IF (ID .EQ. BSET) GO TO 402
403 CALL READ (*2002,*2003,GEOM4,ARAY,3,0,NNN)
IF (ARAY(3) .EQ. -1) GO TO 401
GO TO 403
C
C CORRECT BOUNDARY SET HAS BEEN FOUND, STORE DATA IN SECOND NWBS WOR
C OF OPEN CORE.
C
402 NWBS = 0
405 BAD = .FALSE.
CALL READ (*2002,*2003,GEOM4,Z(KS2+NWBS),3,0,NNN)
IF (Z(KS2+NWBS+2) .EQ. -1) GO TO 440
C
C MUST CHECK THAT THE SUBSTRUCTURE IS A PHASE1 BASIC SUBSTRUCTURE
C AND THAT IT IS A COMPONENT OF THE STRUCTURE BEING REDUCED.
C
C CHECK FOR COMPONENT
C
DO 410 I = 1,NWDS,2
II = I - 1
IF (Z(KS1+II).EQ.Z(KS2+NWBS) .AND. Z(KS1+II+1).EQ.Z(KS2+NWBS+1))
1 GO TO 420
410 CONTINUE
C
C NOT A COMPONENT
C
WRITE (OUTT,491) UFM,Z(KS2+NWBS),Z(KS2+NWBS+1)
BAD = .TRUE.
491 FORMAT (A23,' 6604, A BOUNDARY SET HAS BEEN SPECIFIED FOR ',2A4,
1 ', BUT IT IS NOT A COMPONENT OF THE', /31X,'PSEUDOSTRUC',
2 'TURE BEING REDUCED. THE BOUNDARY SET WILL BE IGNORED.')
C
420 IF (BAD) GO TO 405
NWBS = NWBS + 3
GO TO 405
440 SCORE = KS2 + NWBS
KF2 = SCORE - 1
NZ = NZ - NWBS
C
C SORT ON SET ID
C
CALL SORT (0,0,3,3,Z(KS2),NWBS)
IF (ANDF(RSHIFT(PRTOPT,1),1) .NE. 1) GO TO 2299
II = 0
2203 CALL PAGE1
WRITE (OUTT,2202) BSET
2202 FORMAT (//44X,'SUMMARY OF COMBINED BOUNDARY SET NUMBER',I9, //55X,
1 'BASIC',11X,'BOUNDARY', /52X,'SUBSTRUCTURE',8X,'SET ID',
2 /56X,'NAME',12X,'NUMBER',/)
LINE = LINE + 7
2206 LINE = LINE + 1
IF (LINE .GT. NLPP) GO TO 2203
WRITE (OUTT,2205) Z(KS2+II),Z(KS2+II+1),Z(KS2+II+2)
2205 FORMAT (54X,2A4,9X,I8)
II = II + 3
IF (II .GT. NWBS - 3) GO TO 2299
GO TO 2206
2299 CONTINUE
GO TO 500
CWKBR 8/94 ALPHA-VMS 490 WRITE (OUTT,493) IFM,BSET
490 WRITE (OUTT,493) UFM,BSET
GO TO 2200
493 FORMAT (A23,' 6606, BOUNDARY SET ,I8,61H SPECIFIED IN CASE ',
1 'CONTROL HAS NOT BEEN DEFINED BY BULK DATA.')
C
C IV. READ BDYS BULK DATA PROCESSING ONLY THE SET ID S REFERENCED ON
C THE BDYC CARD. IF DATA DOES NOT EXIST, GO TO BDYS1 PROCESSING SEC
C ******************************************************************
C
500 J = 0
IERR = 0
CALL LOCATE (*580,Z(BUF1),BDYS,FLAG)
502 CALL READ (*2002,*600,GEOM4,IDHID,1,0,NNN)
C
C CHECK REQUESTED ID
C
DO 501 I = KS2,KF2,3
IF (IDHID .EQ. Z(I+2)) GO TO 503
501 CONTINUE
505 CALL READ (*2002,*2003,GEOM4,ARAY,2,0,NNN)
IF (ARAY(1).NE.-1 .AND. ARAY(2).NE.-1) GO TO 505
GO TO 502
503 CALL READ (*2002,*2003,GEOM4,ARAY,2,0,NNN)
IF (ARAY(1).EQ.-1 .AND. ARAY(2).EQ.-1) GO TO 502
Z(SCORE+J ) = IDHID
Z(SCORE+J+1) = ARAY(1)
Z(SCORE+J+2) = ARAY(2)
J = J + 3
GO TO 503
580 IERR = IERR + 1
C
C V. READ BDYS1 BULK DATA AND MERGE WITH BDYS IN OPEN CORE.
C *********************************************************
C
600 CALL LOCATE (*620,Z(BUF1),BDYS1,FLAG)
606 CALL READ (*2002,*602,GEOM4,ARAY(1),2,0,NNN)
C
C CHECK ID
C
DO 603 I = KS2,KF2,3
IF (ARAY(1) .EQ. Z(I+2)) GO TO 604
603 CONTINUE
605 CALL READ (*2002,*2003,GEOM4,ARAY(3),1,0,NNN)
IF (ARAY(3) .NE. -1) GO TO 605
GO TO 606
604 CALL READ (*2002,*2003,GEOM4,ARAY(3),1,0,NNN)
IF (ARAY(3) .EQ. -1) GO TO 606
Z(SCORE+J ) = ARAY(1)
Z(SCORE+J+1) = ARAY(3)
Z(SCORE+J+2) = ARAY(2)
J = J + 3
GO TO 604
620 IERR = IERR + 1
602 CALL CLOSE (GEOM4,1)
IF (IERR .NE. 2) GO TO 650
WRITE (OUTT,691) UFM,BSET
GO TO 2200
691 FORMAT (A23,' 6607, NO BDYS OR BDYS1 BULK DATA HAS BEEN INPUT TO',
1 ' DEFINE BOUNDARY SET',I8)
C
C SORT COMPLETE BOUNDARY SET DATA ON SET ID IN OPEN CORE
C
650 CALL SORT (0,0,3,1,Z(SCORE),J)
C
C TRANSLATE COMPONENT NUMBER TO BIT PATTERN
C
IT = SCORE + J - 1
DO 651 I = SCORE,IT,3
CALL ENCODE (Z(I+2))
651 CONTINUE
IF (ANDF(RSHIFT(PRTOPT,2),1) .NE. 1) GO TO 2399
IINC = 0
2303 CALL PAGE1
WRITE (OUTT,2302)
2302 FORMAT (1H0,46X,44HTABLE OF GRID POINTS COMPOSING BOUNDARY SETS, /
1 /52X,8HBOUNDARY ,/52X , 34H SET ID GRID POINT DOF ,
2 /52X,34H NUMBER ID NUMBER CODE ,/ )
LINE = LINE + 7
2305 LINE = LINE + 1
IF (LINE .GT. NLPP) GO TO 2303
ICODE = Z(SCORE+IINC+2)
CALL BITPAT (ICODE, IBITS)
WRITE (OUTT,2304) Z(SCORE+IINC),Z(SCORE+IINC+1),
1 IBITS(1),IBITS(2)
2304 FORMAT (52X,I8,6X,I8,7X,A4,A2)
IINC = IINC + 3
IF (IINC .GT. J-3) GO TO 2399
GO TO 2305
2399 CONTINUE
C
C WRITE BOUNDARY SET DATA ON TO FILE SCR1, ONE LOGICAL RECORD FOR EA
C SET ID.
C
CALL OPEN (*2001,SCR1,Z(BUF2),1)
IST = SCORE + 3
IFIN = SCORE + J - 1
N = 1
NSID = 1
ISID(1) = Z(SCORE)
CALL WRITE (SCR1,Z(SCORE+1),2,0)
DO 660 I = IST,IFIN,3
IF (Z(I) .EQ. ISID(N)) GO TO 661
N = N + 1
NSID = NSID + 1
ISID(N) = Z(I)
CALL WRITE (SCR1,ARAY,0,1)
661 CALL WRITE (SCR1,Z(I+1),2,0)
660 CONTINUE
CALL WRITE (SCR1,ARAY,0,1)
CALL CLOSE (SCR1,1)
C
C
C SCR1 NOW CONTAINS BOUNDARY SET DATA FOR ALL GRID POINTS
C
C CHECK THAT ALL REQUESTED SID S HAVE BEEN FOUND
C
NRSID = NWBS/3
J = 0
DO 670 I = KS2,KF2,3
Z(SCORE+J) = Z(I+2)
J = J + 1
670 CONTINUE
DO 675 I = 1,NRSID
II = I - 1
DO 676 J = 1,NSID
IF (ISID(J) .EQ. Z(SCORE+II)) GO TO 677
676 CONTINUE
GO TO 675
677 Z(SCORE+II) = 0
675 CONTINUE
IBAD = 0
DO 678 I = 1,NRSID
II = I - 1
IF (Z(SCORE+II) .EQ. 0) GO TO 678
INDEX = (I-1)*3
WRITE (OUTT,692) UFM,Z(KS2+INDEX+2),Z(KS2+INDEX),Z(KS2+INDEX+1)
IBAD = 1
678 CONTINUE
IF (IBAD .EQ. 1) GO TO 2300
692 FORMAT (A23,' 6608, THE REQUEST FOR BOUNDARY SET ',I8,
1 ' SUBSTRUCTURE ',2A4,' WAS NOT DEFINED.')
C
C VI. PROCESS THE EQSS FROM THE SOF FOR EACH COMPONENT SUBSTRUCTURE.
C ******************************************************************
C
CALL OPEN (*2001,SCR1,Z(BUF3),0)
CALL OPEN (*2001,SCR2,Z(BUF2),1)
CALL SFETCH (NAMOLD,NHEQSS,1,ITEST)
NGRP = 1
CALL SJUMP (NGRP)
C
C READ AND PROCESS EQSS
C
BAD = .FALSE.
DO 701 I = 1,NCSUB
II = 2*(I-1)
CALL SUREAD (Z(SCORE),-1,NOUT,ITEST)
IF (ANDF(RSHIFT(PRTOPT,3),1) .NE. 1) GO TO 2499
CALL CMIWRT (1,NAMOLD,Z(KS1+II),SCORE,NOUT,Z,Z)
2499 CONTINUE
C
C FIND A BOUNDARY SET FOR THE COMPONENT
C
INXT = 1
FSET = .FALSE.
737 DO 702 J = INXT,NWBS,3
JJ = J - 1
IF (Z(KS2+JJ).EQ.Z(KS1+II) .AND. Z(KS2+JJ+1).EQ.Z(KS1+II+1))
1 GO TO 704
702 CONTINUE
IF (FSET) GO TO 735
C
C NO BOUNDARY SET FOR COMPONENT - IMPLIES ENTIRE SUBSTRUCTURE WILL B
C REDUCED - POSSSIBLE ERROR.
C
IF (NOUT .NE. 0) WRITE(OUTT,791) UIM,Z(KS1+II),Z(KS1+II+1),
1 (NAMOLD(J),J=1,2)
791 FORMAT (A29,' 6609, NO BOUNDARY SET HAS BEEN SPECIFIED FOR ',
1 'COMPONENT ',2A4,' OF PSEUDOSTRUCTURE ',2A4, /35X,
2 'ALL DEGREES OF FREEDOM WILL BE REDUCED.')
CALL WRITE (SCR2,ARAY(1),0,1)
GO TO 701
C
C COMPONENT HAS A BOUNDARY SET, CALL EQSCOD TO ACCOUNT FOR POSSIBLE
C MULTIPLE IP NUMBERS.
C
704 IF (FSET) GO TO 736
CALL EQSCOD (SCORE,NOUT,Z)
C
C DEFINE ARRAY TO CB - DEGREES OF FREEDOM RETAINED AS BOUNDARY POINT
C
IST = SCORE + NOUT
IFIN = IST + NOUT/3 - 1
DO 705 J = IST,IFIN
Z(J) = 0
705 CONTINUE
C
C LOCATE BOUNDARY SET ON SCR1
C
736 INXT = JJ + 4
FSET = .TRUE.
NSET = Z(KS2+JJ+2)
DO 706 J = 1,NSID
IF (NSET .EQ. ISID(J)) GO TO 766
706 CONTINUE
766 NREC = J - 1
IF (NREC .EQ. 0) GO TO 716
DO 707 JJ = 1,NREC
CALL FWDREC (*2002,SCR1)
707 CONTINUE
C
C READ BOUNDARY DATA AND UPDATE CB
C
716 CALL READ (*2002,*730,SCR1,ARAY,2,0,NNN)
C
C LOCATE GRID ID IN EQSS AND SETS OF VALUES IF THE GRID IS MULTIPLY
C
IF (NOUT .EQ. 0) GO TO 717
CALL GRIDIP (ARAY(1),SCORE,NOUT,IPSET,CSET,NO,Z,LOC)
IF (IIIERR .NE. 1) GO TO 718
717 BAD = .TRUE.
WRITE (OUTT,714) UFM,ARAY(1),NSET,Z(KS1+II),Z(KS1+II+1)
714 FORMAT (A23,' 6611, GRID POINT',I9,' SPECIFIED IN BOUNDARY SET',
1 I9,' FOR SUBSTRUCTURE ',2A4,' DOES NOT EXIST.')
718 IADD = LOC
IF (NO .GT. 1) GO TO 710
ICOMP = Z(IADD+2) - LSHIFT(RSHIFT(Z(IADD+2),26),26)
GO TO 711
710 ICOMP = 0
DO 712 J = 1,NO
CSET(J) = CSET(J) - LSHIFT(RSHIFT(CSET(J),26),26)
ICOMP = ORF(ICOMP,CSET(J))
712 CONTINUE
C
C CHECK THAT THE RETAINED DOF ARE A SUBSET OF THE ORIGINAL.
C
711 IF (ANDF( ARAY(2),ICOMP ).EQ.ARAY(2).OR.IIIERR.EQ.1) GO TO 715
WRITE (OUTT,792) UWM,ARAY(1),Z(KS1+II),Z(KS1+II+1)
792 FORMAT (A25,' 6610, DEGREES OF FREEDOM AT GRID POINT',I9,
1 ' COMPONENT SUBSTRUCTURE ',2A4, /31X,'INCLUDED IN A ',
2 'BOUNDARY SET DO NOT EXIST. REQUEST WILL BE IGNORED.')
ARAY(2) = ARAY(2) - (ORF(ARAY(2),ICOMP)-ICOMP)
C
C UPDATE CB ARRAY
C
715 IF (NO .GT. 1) GO TO 757
NENT = (IADD-SCORE)/3
Z(IST+NENT) = ORF(Z(IST+NENT),ARAY(2))
GO TO 716
757 NENT = (IADD-SCORE)/3
DO 758 J = 1,NO
Z(IST+NENT+J-1) = ORF(Z(IST+NENT+J-1),ARAY(2))
758 CONTINUE
GO TO 716
C
C BOUNDARY SET COMPLETE, IS THERE ANOTHER
C
730 CALL REWIND (SCR1)
GO TO 737
C
C WRITE IP AND CB ON SCR2
C
735 I1 = SCORE
I2 = I1 + NOUT - 1
II = -1
DO 740 J = I1,I2,3
II = II + 1
ARAY(1) = ANDF(Z(J+2),Z(IST+II))
IF (ARAY(1) .NE. 0) CALL WRITE (SCR2,Z(J+1),1,0)
IF (ARAY(1) .NE. 0) CALL WRITE (SCR2,ARAY(1),1,0)
740 CONTINUE
CALL WRITE (SCR2,ARAY(1),0,1)
701 CONTINUE
CALL CLOSE (SCR1,1)
CALL CLOSE (SCR2,1)
IF (BAD) GO TO 2300
C
C VII. PROCESS MASTER SIL LIST AND ALLOCATE SPACE FOR CNEW
C ********************************************************
C
J = 0
800 CALL SUREAD (Z(SCORE+J),2,NOUT,ITEST)
IF (ITEST .EQ. 3) GO TO 810
J = J + 3
GO TO 800
810 NW = J - 3
DO 820 I = 1,NW,3
JJ = I - 1
Z(SCORE+JJ+2) = 0
820 CONTINUE
CALL OPEN (*2001,SCR2,Z(BUF2),0)
840 CALL READ (*860,*850,SCR2,ARAY,2,0,NNN)
ILOC = 3*ARAY(1) - 3
Z( SCORE+ILOC+2 ) = ORF(Z(SCORE+ILOC+2),ARAY(2))
GO TO 840
C
C READ NEXT COMPONENT
C
850 GO TO 840
C
C PROCESSING COMPLETE
C
860 CALL CLOSE (SCR2,1)
KS3 = SCORE
SCORE = SCORE + NW
KF3 = SCORE - 1
C
C VIII. DEFINE PARTITIONING VECTORS PVX AND USX
C *********************************************
C
CALL GOPEN (PVX,Z(BUF2),1)
C
C GENERATE PVX DATA BLOCK IN CORE
C
JJJ = 0
DO 900 I = 1,NW,3
ICODE = Z(KS3+I)
CALL DECODE (ICODE,LISTO,NROW)
DO 910 J = 1,NROW
RZ(SCORE+JJJ+J-1) = 0.0
910 CONTINUE
ICODE = Z(KS3+I+1)
CALL DECODE (ICODE,LISTN,NNEW)
DO 920 J = 1,NROW
LISTO(J) = LISTO(J) + 1
920 CONTINUE
IF (NNEW .EQ. 0) GO TO 960
DO 930 J = 1,NNEW
LISTN(J) = LISTN(J) + 1
930 CONTINUE
C
C FIND DOF THAT REMAIN AT GIVEN IP
C
DO 941 J = 1,NNEW
DO 942 JJ = 1,NROW
IF (LISTN(J) .EQ. LISTO(JJ)) GO TO 943
942 CONTINUE
GO TO 941
943 IJK(J) = JJ
941 CONTINUE
DO 950 J = 1,NNEW
IK = IJK(J)
RZ(SCORE+JJJ+IK-1) = 1.0
950 CONTINUE
960 JJJ = JJJ + NROW
900 CONTINUE
C
C SET PARAMETERS AND CALL PACK
C
MCB(1) = PVX
MCB(2) = 0
MCB(3) = JJJ
MCB(4) = 2
MCB(5) = 1
MCB(6) = 0
MCB(7) = 0
TYPIN = 1
TYPOUT = 1
INCR = 1
IROW = 1
NROW = JJJ
CALL PACK (RZ(SCORE),PVX,MCB)
CALL WRTTRL (MCB)
CALL CLOSE (PVX,1)
IF (LONLY) GO TO 1070
C
C PROCESS USX USET EQUIVALENT
C
CALL OPEN (*2001,USX,Z(BUF2),1)
CALL FNAME (USX,ARAY )
CALL WRITE (USX,ARAY,2,0)
CALL WRITE (USX,0.0 ,1,0)
CALL WRITE (USX,0.0 ,1,1)
MCB(1) = USX
MCB(2) = 0
MCB(3) = JJJ
MCB(4) = 0
MCB(5) = IBA + IBO + IBF
MCB(6) = 0
MCB(7) = 0
DO 975 J = 1,JJJ
JJ = J - 1
CWKBDB 8/94 ALPHA-VMS
C IF (RZ(SCORE+JJ) .EQ. 0.0) Z(SCORE+JJ) = IBF + IBO
C IF (RZ(SCORE+JJ) .EQ. 1.0) Z(SCORE+JJ) = IBF + IBA
CWKBDE 8/94 ALPHA-VMS
CWKBNB 8/94 ALPHA-VMS
IF (RZ(SCORE+JJ) .NE. 0.0) GO TO 976
Z(SCORE+JJ) = IBF + IBO
GO TO 977
976 IF (RZ(SCORE+JJ) .EQ. 1.0) Z(SCORE+JJ) = IBF + IBA
977 CONTINUE
CWKBNE 8/94 ALPHA-VMS
975 CONTINUE
CALL WRITE (USX,Z(SCORE),JJJ,1)
CALL WRTTRL (MCB)
CALL CLOSE (USX,1)
C
C IX. PROCESS THE SOF FOR THE REDUCED STRUCTURE
C *********************************************
C
C
C PROCESS THE EQSS FOR EACH COMPONENT SUBSTRUCTURE
C
CALL OPEN (*2001,SCR1,Z(BUF1),1)
CALL SFETCH (NAMOLD,NHEQSS,1,ITEST)
C
C UPDATE (SIL,C) REPLACING SIL WITH IPNEW
C
IPNEW = 1
DO 1002 I = KS3,KF3,3
IF (Z(I+2)) 1003,1004,1003
1004 Z(I) = 0
GO TO 1002
1003 Z(I) = IPNEW
IPNEW = IPNEW + 1
1002 CONTINUE
NIPNEW = IPNEW - 1
NGRP = 1
CALL SJUMP (NGRP)
DO 1020 J = 1,NCSUB
CALL SUREAD (Z(SCORE),-1,NOUT,ITEST)
C
C WRITE EQSS ENTRY ON SCR1 IF THE OLD IP NUMBER STILL EXISTS IN THE
C REDUCED STRUCTURE, ALSO UPDATE DOF CODE.
C
IF (NOUT .EQ. 0) GO TO 1015
DO 1010 I = 1,NOUT,3
II = I - 1
IPO = Z(SCORE+II+1)
IADD= KS3 + (IPO-1)*3
IF (Z(IADD) .EQ. 0) GO TO 1010
ARAY(1) = Z(SCORE+II)
ARAY(2) = Z(IADD )
ARAY(3) = Z(IADD+2)
CALL WRITE (SCR1,ARAY,3,0)
1010 CONTINUE
1015 CALL WRITE (SCR1,0,0,1)
1020 CONTINUE
C
C GENERATE NEW MASTER (SIL,C) LIST
C
ISIL = 1
DO 1030 I = KS3,KF3,3
IF (Z(I) .EQ. 0) GO TO 1030
ICODE = Z(I+2)
CALL DECODE (ICODE,LISTN,NDOF)
ARAY(1) = ISIL
ARAY(2) = Z(I+2)
CALL WRITE (SCR1,ARAY,2,0)
ISIL = ISIL + NDOF
1030 CONTINUE
CALL WRITE (SCR1,ARAY,0,1)
CALL CLOSE (SCR1,1)
IF (DRY .EQ. 0) GO TO 8612
C
C WRITE FIRST GROUP OF EQSS
C
CALL OPEN (*2001,SCR1,Z(BUF1),0)
CALL SETLVL (NAMNEW,1,NAMOLD,ITEST,28)
IF (ITEST .EQ. 8) GO TO 6518
ITEST = 3
CALL SFETCH (NAMNEW,NHEQSS,2,ITEST)
ITEST = 1
CALL SUWRT (NAMNEW,2,ITEST)
ITEST = 1
CALL SUWRT (NCSUB,1,ITEST)
ITEST = 1
CALL SUWRT (NIPNEW,1,ITEST)
DO 1040 I = KS1,KF1,2
ITEST = 1
CALL SUWRT (Z(I),2,ITEST)
1040 CONTINUE
ITEST = 2
CALL SUWRT (Z(I),0,ITEST)
1043 CALL READ (*1041,*1042,SCR1,Z(SCORE),NZ,0,NNN)
GO TO 2004
1042 CALL SUWRT (Z(SCORE),NNN,2)
GO TO 1043
1041 ITEST = 3
CALL SUWRT (ARAY,0,ITEST)
CALL CLOSE (SCR1,1)
C
C WRITE BGSS FILE
C
CALL SFETCH (NAMOLD,NHBGSS,1,ITEST)
NGRP = 1
CALL SJUMP (NGRP)
CALL SUREAD (Z(SCORE),-1,NOUT,ITEST)
J = 0
C
C THE CID S THAT BELONG TO POINTS THAT ARE COMPLETELY REDUCED
C WILL BE ACCUMULATED IN BUF3.
C
JJJ1 = 2
DO 1050 I = 1,NOUT,4
II = I - 1
IF (Z(KS3+JJJ1)) 1052,1051,1052
1052 IF (Z(SCORE+II) .EQ. 0) GO TO 1053
Z(BUF3+J) = Z(SCORE+II)
J = J + 1
GO TO 1053
1051 Z(SCORE+II) = -1*TPOW(2)
1053 JJJ1 = JJJ1 + 3
1050 CONTINUE
NCSRED = J
ITEST = 3
CALL SFETCH (NAMNEW,NHBGSS,2,ITEST)
ITEST = 1
CALL SUWRT (NAMNEW,2,ITEST)
ITEST = 2
CALL SUWRT (NIPNEW,1,ITEST)
DO 1055 I = 1,NOUT,4
II = I - 1
IF (Z(SCORE+II) .EQ. -TPOW(2)) GO TO 1055
ITEST = 1
CALL SUWRT (Z(SCORE+II),4,ITEST)
1055 CONTINUE
ITEST = 2
CALL SUWRT (ARAY,0,ITEST)
ITEST = 3
CALL SUWRT (ARAY,0,ITEST)
C
C PROCESS THE CSTM FILES
C
IF (NCSRED .NE. 0) GO TO 1063
CALL SFETCH (NAMOLD,NHCSTM,1,ITEST)
IF (ITEST .EQ. 3) GO TO 1070
CALL SUREAD (Z(SCORE),-2,NOUT,ITEST)
Z(SCORE ) = NAMNEW(1)
Z(SCORE+1) = NAMNEW(2)
ITEST = 3
CALL SFETCH (NAMNEW,NHCSTM,2,ITEST)
ITEST = 3
CALL SUWRT (Z(SCORE),NOUT,ITEST)
GO TO 1070
1063 CALL SFETCH (NAMOLD,NHCSTM,1,ITEST)
IF (ITEST .EQ. 3) GO TO 1070
NGRP = 1
CALL SJUMP (NGRP)
C
C SORT THE DELETED CID S
C
CALL SORT (0,0,1,1,Z(BUF3),NCSRED)
C
C READ ALL RETAINED CSTM DATA INTO OPEN CORE
C
J = 0
1065 CALL SUREAD (Z(SCORE+J),14,NOUT,ITEST)
IF (ITEST .EQ. 2) GO TO 1066
IF (Z(SCORE+J) .EQ. 0) GO TO 1065
KID = Z(SCORE+J)
CALL BISLOC (*1065,KID,Z(BUF3),1,NCSRED,JP)
J = J + 14
GO TO 1065
1066 ITEST = 3
CALL SFETCH (NAMNEW,NHCSTM,2,ITEST)
ITEST = 2
CALL SUWRT (NAMNEW,2,ITEST)
ITEST = 2
CALL SUWRT (Z(SCORE),J,ITEST)
ITEST = 3
CALL SUWRT (ARAY,0,ITEST)
1070 CONTINUE
C
C PROCESS LODS ITEM
C
CALL SFETCH (NAMOLD,LITM,1,ITEST)
IF (ITEST .EQ. 3) GO TO 1080
CALL SUREAD (Z(SCORE),-2,NOUT,ITEST)
Z(SCORE ) = NAMNEW(1)
Z(SCORE+1) = NAMNEW(2)
ITEST = 3
CALL SFETCH (NAMNEW,LITM,2,ITEST)
ITEST = 3
CALL SUWRT (Z(SCORE),NOUT,ITEST)
1080 CONTINUE
IF (LONLY) GO TO 8511
C
C PROCESS PLTS ITEM
C
CALL SFETCH (NAMOLD,NHPLTS,1,ITEST)
IF (ITEST .EQ. 3) GO TO 1090
CALL SUREAD (Z(SCORE),-1,NOUT,ITEST)
Z(SCORE ) = NAMNEW(1)
Z(SCORE+1) = NAMNEW(2)
ITEST = 3
CALL SFETCH (NAMNEW,NHPLTS,2,ITEST)
ITEST = 2
CALL SUWRT (Z(SCORE),NOUT,ITEST)
ITEST = 3
CALL SUWRT (Z(SCORE),0,ITEST)
1090 CONTINUE
C
C PROCESS OUTPUT REQUESTS
C
IF (ANDF(RSHIFT(PRTOPT,4),1) .NE. 1) GO TO 8211
C
C WRITE EQSS FOR NEW STRUCTURE
C
CALL SFETCH (NAMNEW,NHEQSS,1,ITEST)
CALL SUREAD (Z(SCORE),4,NOUT,ITEST)
CALL SUREAD (Z(SCORE),-1,NOUT,ITEST)
IST = SCORE + NOUT
DO 8212 I = 1,NCSUB
CALL SUREAD (Z(IST),-1,NOUT,ITEST)
IADD = SCORE + 2*(I-1)
CALL CMIWRT (1,NAMNEW,Z(IADD),IST,NOUT,Z,Z)
8212 CONTINUE
CALL SUREAD (Z(IST),-1,NOUT,ITEST)
CALL CMIWRT (8,NAMNEW,0,IST,NOUT,Z,Z)
8211 IF (ANDF(RSHIFT(PRTOPT,5),1) .NE. 1) GO TO 8311
C
C WRITE NEW BGSS
C
CALL SFETCH (NAMNEW,NHBGSS,1,ITEST)
NGRP = 1
CALL SJUMP (NGRP)
IST = SCORE
CALL SUREAD (Z(IST),-1,NOUT,ITEST)
CALL CMIWRT (2,NAMNEW,NAMNEW,IST,NOUT,Z,Z)
8311 IF (ANDF(RSHIFT(PRTOPT,6),1) .NE. 1) GO TO 8411
C
C WRITE CSTM ITEM
C
CALL SFETCH (NAMNEW,NHCSTM,1,ITEST)
IF (ITEST .EQ. 3) GO TO 8411
NGRP = 1
CALL SJUMP (NGRP)
IST = SCORE
CALL SUREAD (Z(IST),-1,NOUT,ITEST)
CALL CMIWRT (3,NAMNEW,NAMNEW,IST,NOUT,Z,Z)
8411 IF (ANDF(RSHIFT(PRTOPT,7),1) .NE. 1) GO TO 8511
C
C WRITE PLTS ITEM
C
CALL SFETCH (NAMNEW,NHPLTS,1,ITEST)
IF (ITEST .EQ. 3) GO TO 8511
IST = SCORE
CALL SUREAD (Z(IST),3,NOUT,ITEST)
CALL SUREAD (Z(IST),-1,NOUT,ITEST)
CALL CMIWRT (4,NAMNEW,NAMNEW,IST,NOUT,Z,Z)
8511 IF (ANDF(RSHIFT(PRTOPT,8),1) .NE. 1) GO TO 8611
C
C WRITE LODS ITEM
C
CALL SFETCH (NAMNEW,LODS,1,ITEST)
IF (ITEST .EQ. 3) GO TO 8611
CALL SUREAD (Z(SCORE),4,NOUT,ITEST)
CALL SUREAD (Z(SCORE),-1,NOUT,ITEST)
IST = SCORE + NOUT
ITYPE = 5
IF (LITM .EQ. LOAP) ITYPE = 7
DO 8512 I = 1,NCSUB
IADD = SCORE+2*(I-1)
CALL SUREAD (Z(IST),-1,NOUT,ITEST)
CALL CMIWRT (ITYPE,NAMNEW,Z(IADD),IST,NOUT,Z,Z)
ITYPE = 6
8512 CONTINUE
8611 CONTINUE
IF (LONLY) GO TO 1105
C
C X. GENERATE THE INX OUTPUT DATA BLOCK
C *************************************
C
8612 CALL GOPEN (INX,Z(BUF2),1)
MCB(1) = INX
MCB(2) = 0
MCB(3) = ISIL - 1
MCB(4) = 1
MCB(5) = 1
MCB(6) = 0
MCB(7) = 0
TYPIN = 1
TYPOUT = 1
INCR = 1
ISILM1 = ISIL - 1
DO 1100 I = 1,ISILM1
IROW = I
NROW = I
CALL PACK (1.0,INX,MCB)
1100 CONTINUE
CALL WRTTRL (MCB)
CALL CLOSE (INX,1)
1105 CALL SOFCLS
RETURN
C
2100 WRITE (OUTT,2101) UFM
2101 FORMAT (A23,' 6535, MODULE REDUCE TERMINATING DUE TO ABOVE ',
1 'SUBSTRUCTURE CONTROL ERRORS.')
GO TO 2400
C
2200 WRITE (OUTT,2201) UFM
2201 FORMAT (A23,' 6536, MODULE REDUCE TERMINATING DUE TO ABOVE ',
1 'ERRORS IN BULK DATA.')
CALL CLOSE (GEOM4,1)
GO TO 2400
C
2300 WRITE (OUTT,2301) UFM
2301 FORMAT (A23,' 6537, MODULE REDUCE TERMINATING DUE TO ABOVE ',
1 'ERRORS.')
2400 DRY = -2
CALL SOFCLS
RETURN
C
6518 WRITE (OUTT,6519) UFM
6519 FORMAT (A23,' 6518, ONE OF THE COMPONENT SUBSTRUCTURES HAS BEEN ',
1 'USED IN A PREVIOUS COMBINE OR REDUCE.')
GO TO 2300
2001 IMSG = -1
GO TO 2998
2002 IMSG = -2
GO TO 2998
2003 IMSG = -3
GO TO 2998
2004 IMSG = -8
2998 CALL MESAGE (IMSG,IFILE,MODNAM)
RETURN
END
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