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|
SUBROUTINE PARAML
C
C TO SELECT PARAMETERS FROM A GINO DATA BLOCK
C
C PARAML DB/ /C,N,OP/V,N,P1/V,N,P2/V,N,RSP/V,N,INTEG/V,N,RDP/
C V,N,BCD/V,N,SPLX/V,N,DPLX $
C
C INPUT GINO FILE -
C DB = TABLE INPUT FILE IF OP='TABLEi'
C DB = MATRIX INPUT FILE IF OP='MATRIX','NULL', etc.
C OUTPUT GINO FILE -
C NONE
C INPUT PARAMETER -
C OP = OPERATION FLAG, ONE OF THE FOLLOWING KEY WORDS,
C 'MATRIX', 'NULL', 'PRESENCE', 'TRAILER', OR
C 'TABLE1' - ABSTRACT FROM 1 INPUT WORD TO FORM ALL OUTPUT
C DATA TYPE (INTEGER, S.P /D.P. REAL S.P./D.P.
C COMPLEX) AND 4-BYTE BCD WORD (1 WORD)
C 'TABLE2' - ABSTRACT FROM 2 INPUT WORDS TO FORM ALL
C OUTPUT DATA TYPE, AND 8-BYTE BCD (2 WORDS)
C 'TABLE4' - ABSTRACT FORM 4 INPUT WORDS TO FORM S.P./D.P.
C COMPLEX NUMBER
C 'TABLE1/2/4' OPERATES ONLY IN TABLE DATA BLOCK, AND
C THE OTHERS OPERATE ONLY IN MATRIX DATA BLOCK.
C
C IF 'PRESENCE' IS ABBREVIATED AS 'PRES ', THE USER
C PARAML INFORMATION MESSAGE IS NOT ECHOED OUT.
C
C INPUT/OUTPUT PARAMETERS -
C P1 = RECORD NO. IF DB IS A TABLE, OR
C P1 = ROW NO. IF DB IS A MATRIX
C (DEFAULT=1)
C P2 = WORD POSITION INDEX (BASED ON S.P.REAL WORD COUNT)
C IF DB IS A TABLE, OR
C P2 = COLUMN NUMBER, IF DB IS A MATRIX DATA BLOCK, S.P. OR
C D.P.
C (DEFAULT=1)
C (ROW FIRST AND COLUMN SECOND - IN CONSISTANT WITH SCALAR MODULE)
C OUTPUT PARAMETERS -
C RSP = SINGLE PRECISION REAL
C (DATA ABSTRACTED FROM 1 OR 2 INPUT WORDS)
C INTEG = INTEGER (DATA ABSTRACTED FROM 1 INPUT WORD)
C RDP = DOUBLE PREC. FLOATING NUMBERS (FROM 1 OR 2 INPUT WORDS)
C BCD = 8-BYTE BCD WORD, BLANK FILLED IF NECCESSARY
C SPLX = SINGLE PRECISION COMPLEX (FROM 1 TO 4 INPUT WORDS)
C DPLX = DOUBLE PRECISION COMPLEX (FROM 1 TO 4 INPUT WORDS)
C
IMPLICIT INTEGER (A-Z)
LOGICAL TB1,TB2,TB4,MAT,PRT
INTEGER MCB(7),NAME(2),IVPS(1),OPCD(7),FNM(2),
1 NMVPS(2),EI(3),AT(2)
REAL Z(1),RSP,SPLX,SP(4),VPS,X,Y
DOUBLE PRECISION DZ(1),RDP,DPLX,DP(2)
CHARACTER*7 NTY(4)
CHARACTER*10 TYPE(4)
CHARACTER UFM*23,UWM*25,UIM*29
COMMON /XMSSG / UFM,UWM,UIM
COMMON /XVPS / VPS(2)
COMMON /UNPAKX/ ITYP,II,JJ,INCR
COMMON /ILOCAL/ IL(2),IL3,IL4,IL5,IL6,IL7,IL8,IL9
COMMON /SYSTEM/ SYSBUF,NOUT
COMMON /BLANK / OP(2),P1,P2,RSP,INTEG,RDP,BCD(2),SPLX(2),DPLX(2)
COMMON /ZZZZZZ/ IZ(1)
EQUIVALENCE (VPS(1),IVPS(1)) ,(Z(1),IZ(1),DZ(1))
EQUIVALENCE (SP(1) , DP(1))
DATA NAME / 4HPARA,4HML /,BLANK/4H /, AT/ 4HAND ,4HTHRU /
DATA OPCD / 4HTABL,4HMATR,4HPRES,4HNULL,4HTRAI,4HDTI ,4HDMI /
DATA FIRST/ 12 / ,IN1 / 101 /, EI /2HE1, 2HE2, 2HE4 /
DATA NTY / 'ZERO', 'INTEGER', 'REAL', 'BCD' /
DATA TYPE / 'S.P. REAL ', 'D.P. REAL ', 'S.P. CMPLX', 'D.P.CMPLX'/
C
C SUPPRESS ALL PARAML CHECKING MESSAGES IF DIAG 37 IS ON
C
CALL SSWTCH (37,I)
PRT = I .EQ. 0
NZ = KORSZ(IZ)
IBUF1 = NZ - SYSBUF + 1
IF (IBUF1 .LE. 0) GO TO 1220
FLAG = 1
MCB(1)= IN1
CALL RDTRL (MCB)
IF (MCB(1) .GT. 0) GO TO 20
C
C INPUT PURGED. RETURN IF OP(1) IS NOT 'PRES'
C
IF (OP(1) .NE. OPCD(3)) GO TO 1240
FLAG =-1
CALL FNDPAR (-5,IL5)
IF (PRT .AND. OP(2).NE.BLANK) WRITE (NOUT,40) UIM,OP
10 INTEG = FLAG
IVPS(IL5) = FLAG
NMVPS(1) = IVPS(IL5-3)
NMVPS(2) = IVPS(IL5-2)
IF (PRT .AND. OP(2).NE.BLANK) WRITE (NOUT,510) INTEG,NMVPS
GO TO 1240
C
20 PREC = MCB(5)
CALL FNAME (IN1,FNM)
DO 30 J=3,9
CALL FNDPAR (-J,IL(J))
30 CONTINUE
IF (OP(1).EQ.OPCD(3) .AND. OP(2).EQ.BLANK) GO TO 200
IF (OP(1) .EQ. OPCD(4)) GO TO 210
IF (.NOT.PRT) GO TO 45
CALL PAGE2 (FIRST)
FIRST = 5
WRITE (NOUT,40) UIM,OP
40 FORMAT (A29,' FROM PARAML MODULE - ',2A4,2H -, /5X,
1 '(ALL PARAML MESSAGES CAN BE SUPPRESSED BY DIAG 37)',/)
C
C IDENTIFY OPCODE
C
45 DO 50 I = 1,7
IF (OP(1) .EQ. OPCD(I)) GO TO (300,800,200,210,220,90,90), I
50 CONTINUE
60 WRITE (NOUT,70) UFM,OP
70 FORMAT (A23,', ILLEGAL OP REQUEST TO MODULE PARAML - ',2A4)
80 CALL MESAGE (-37,0,NAME)
C
90 IF (.NOT.PRT) GO TO 60
WRITE (NOUT,100) UIM
100 FORMAT (A29,', NEW PARAMETERS USED IN PARAML MODULE:', //5X,
1 'PARAML DB//C,N,OP/C,N,P1/V,N,P2/V,N,RSP/V,N,INT/V,N,RDP/',
2 'V,N,BCD/V,N,CSX/V,N,CDX $', /13X,
3 'OP = OPCODE, ONE OF THE FOLLOWING KEY WORDS, BCD INPUT, N',
4 'O DEFAULT', /23X,43H'MATRIX', 'NULL', 'PRESENCE', 'TRAILER', OR,
5 /23X,28H'TABLE1', 'TABLE2', 'TABLE4',
6 /13X,'P1,P2 = RECORD NO. AND WORD POSITION IF OP= TABLEi',
7 /21X,'= ROW AND COLUMN INDEXES IF OP= MATRIX, INTEGERS INPUT',
8 /21X,'= P2 GIVES THE VALUE OF P1 TRAILER WORD IF OP= TRAILER',
9 /13X,'RSP,RDP = SINGLE PRECISION AND DOUBLE PREC. REAL, OUTPUT',
O /23X,'(DEFAULTS ARE 0.0 AND 0.D+0, PREVIOUS DEFAULTS WARE ONES',
1 /13X,'INT,BCD = INTEGER AND 2-BCD WORDS OUTPUT', /23X,'INT =-1,',
2 ' IF NULL MATRIX AND OP= NULL, OR PURGED DB AND OP= PRESENCE',
3 /13X,'CSX,CDX = SINGLE PRECISION AND DOUBLE PRECISION COMPLEX, ',
4 'OUTPUT', //5X,'EXAMPLE - ',
5 'ABSTRACT THE 3RD COL. 9TH ROW ELEMENT OF KGG MATRIX, AND', /15X,
6 'ABSTRACT THE 3RD RECORD AND 9TH WORD OF EPT DATA BLCOK', //5X,
7 'PARAML KGG//*MATRIX*/C,N,9/C,N,3/V,N,R93//V,N,D93//V,N,CS93',
8 /5X,'PARAML EPT//*TABLE1*/C,N,3/C,N,9//V,N,I39/V,N,D39',/)
IF (I .EQ. 6) WRITE (NOUT,110)
IF (I .EQ. 7) WRITE (NOUT,120)
110 FORMAT (5X,'SUGGESTION- REPLACE THE OPCODE ''DTI'' BY ''TABLE1''')
120 FORMAT (5X,'SUGGESTION- REPLACE THE OPCODE ''DMI'' BY ''MATRIX''',
1 /18X,'AND NOTE THAT P1 IS ROW NUMBER AND P2 IS COLUMN NO.')
GO TO 60
C
C OP = PRESENCE
C TEST FOR PRESENCE OF DATA BLOCK
C
200 GO TO 10
C
C OP = NULL
C TEST FOR NULL MATRIX DATA BLOCK
C
210 IF (MCB(7) .EQ. 0) FLAG =-1
GO TO 10
C
C OP = TRAILER
C PLACE THE (P1+1) WORD OF THE TRAILER IN P2
C
220 IF (P1.LE.0 .OR. P1.GE.7) GO TO 230
P2 = MCB(P1+1)
IVPS(IL3) = P2
NMVPS(1) = IVPS(IL3-3)
NMVPS(2) = IVPS(IL3-2)
IF (PRT) WRITE (NOUT,510) P2,NMVPS
GO TO 1240
230 WRITE (NOUT,240) UFM,P1
240 FORMAT (A23,', 2ND PARAMETER IN PARAML MODULE IS ILLEGAL',I5)
GO TO 80
C
C OP = TABLE
C PROCESS TABLE TYPE DATA BLOCK
C
300 TB1 = .FALSE.
TB2 = .FALSE.
TB4 = .FALSE.
IF (OP(2) .EQ. EI(1)) TB1 = .TRUE.
IF (OP(2) .EQ. EI(2)) TB2 = .TRUE.
IF (OP(2) .EQ. EI(3)) TB4 = .TRUE.
IF (.NOT.TB1 .AND. .NOT.TB2 .AND. .NOT.TB4) GO TO 60
MAT = .FALSE.
RECNO = P1
INDEX = P2
IF (TB2) IXP1 = INDEX+1
IF (TB4) IXP1 = INDEX+3
ATX = AT(1)
IF (TB4) ATX = AT(2)
CALL OPEN (*1200,IN1,IZ(IBUF1),0)
CALL SKPREC (IN1,RECNO)
CALL READ (*1210,*310,IN1,IZ,IBUF1-1,1,RL)
GO TO 1220
310 IF (INDEX .GT. RL) GO TO 1210
IF (IL4 .LE. 0) GO TO 500
C
C OUTPUT REQUEST IN S.P. REAL
C
IF (.NOT.PRT) GO TO 350
IF (.NOT.TB1) GO TO 330
WRITE (NOUT,320) FNM,RECNO,INDEX
320 FORMAT (5X,'INPUT FILE ',2A4,' RECORD',I6,' WORD',I6,13X,1H=)
GO TO 350
330 WRITE (NOUT,340) FNM,RECNO,INDEX,ATX,IXP1
340 FORMAT (5X,'INPUT FILE ',2A4,' RECORD',I6,' WORDS',I6,1X,A4,I5,
1 ' =')
350 NMVPS(1) = IVPS(IL4-3)
NMVPS(2) = IVPS(IL4-2)
IF (TB4) GO TO 400
IF (TB2) GO TO 355
RSP = Z(INDEX)
IF (MAT) GO TO 360
K = NUMTYP(RSP)+1
IF (K.EQ.2 .OR. K.EQ.4) GO TO 400
GO TO 360
355 K = -1
IF (INDEX+1 .GT. RL) GO TO 400
SP(1) = Z(INDEX )
SP(2) = Z(INDEX+1)
CWKBI
IF ( SP(2) .EQ. 0.0 ) DP(1) = SP(1)
CWKBR RSP = SNGL(DP(1))
RSP = SP(1)
K = NUMTYP(RSP)+1
IF (K.EQ.2 .OR. K.EQ.4) GO TO 400
360 IF (PRT) WRITE (NOUT,370) RSP,NMVPS
370 FORMAT (1H+,70X,E15.8,' = ',2A4)
VPS(IL4) = RSP
GO TO 500
C
400 IF (.NOT.PRT) GO TO 500
WRITE (NOUT,410) NMVPS
410 FORMAT (1H+,70X,'(INVALID REQUEST) = ',2A4)
IF (K .GT. 0) WRITE (NOUT,420) UWM,NTY(K),NMVPS
IF (K .EQ.-1) WRITE (NOUT,430) UWM,NMVPS
420 FORMAT (A25,' - ILLEGAL OUTPUT REQUESTED. ORIG. DATA TYPE IS ',A7,
1 ', PARAMETER ',2A4,' NOT SAVED')
430 FORMAT (A25,' - E-O-R ENCOUNTERED. PARAMETER ',2A4,' NOT SAVED')
C
500 IF (IL5.LE.0 .OR. MAT) GO TO 540
C
C OUTPUT REQUEST IS INTEGER
C
IF (.NOT.PRT) GO TO 505
IF ( TB1) WRITE (NOUT,320) FNM,RECNO,INDEX
IF (.NOT.TB1) WRITE (NOUT,340) FNM,RECNO,INDEX,ATX,IXP1
505 NMVPS(1) = IVPS(IL5-3)
NMVPS(2) = IVPS(IL5-2)
K = 0
IF (TB2 .OR. TB4) GO TO 520
INTEG = IZ(INDEX)
K = NUMTYP(INTEG)+1
IF (K .GT. 2) GO TO 520
IVPS(IL5) = INTEG
IF (PRT) WRITE (NOUT,510) INTEG,NMVPS
510 FORMAT (1H+,70X,I15,' = ',2A4)
GO TO 540
C
520 IF (.NOT.PRT) GO TO 540
WRITE (NOUT,410) NMVPS
IF (K .GT. 0) WRITE (NOUT,420) UWM,NTY(K),NMVPS
IF (K .EQ. 0) WRITE (NOUT,530) UWM,NMVPS
530 FORMAT (A25,' - ILLEGAL INTEGER ABSTRACTION FROM 2 OR 4 DATA ',
1 'WORDS. OUPUT PARAMETER ',2A4,' NOT SAVED')
GO TO 540
C
540 IF (IL6 .LE. 0) GO TO 600
C
C OUTPUT REQUEST IN D.P. REAL
C
IF (.NOT.PRT) GO TO 545
IF ( TB1) WRITE (NOUT,320) FNM,RECNO,INDEX
IF (.NOT.TB1) WRITE (NOUT,340) FNM,RECNO,INDEX,ATX,IXP1
545 NMVPS(1) = IVPS(IL6-3)
NMVPS(2) = IVPS(IL6-2)
IF (MAT) GO TO 560
IF (TB2) GO TO 550
IF (TB4) GO TO 590
K = NUMTYP(Z(INDEX))+1
IF (K.EQ.2 .OR. K.EQ.4) GO TO 590
DP(1) = DBLE(Z(INDEX))
GO TO 570
550 K =-1
J = 0
IF (INDEX+1 .GT. RL) GO TO 590
SP(1) = Z(INDEX )
SP(2) = Z(INDEX+1)
CWKBD 9/93 X = SNGL(DP(1))
X = SP(1)
J = NUMTYP(X)+1
IF (J.EQ.2 .OR. J.EQ.4) GO TO 590
GO TO 570
560 IF (PREC .EQ. 1) DP(1) = DBLE(Z(INDEX))
CWKBI
570 IF ( SP(2) .EQ. 0.0 ) DP(1) = SP(1)
CWKBR 570 RDP = DP(1)
RDP = DP(1)
VPS(IL6 ) = SP(1)
VPS(IL6+1) = SP(2)
IF (PRT) WRITE (NOUT,580) RDP,NMVPS
580 FORMAT (1H+,70X,D15.8,' = ',2A4)
GO TO 600
C
590 IF (.NOT.PRT) GO TO 600
WRITE (NOUT,410) NMVPS
IF (J.EQ.2 .OR. J.EQ.4) K = J
IF (K .GT. 0) WRITE (NOUT,420) UWM,NTY(K),NMVPS
IF (K .EQ.-1) WRITE (NOUT,430) UWM,NMVPS
C
600 IF (IL7.LE.0 .OR. MAT) GO TO 650
C
C OUTPUT REQUEST IN BCD
C
IF (.NOT.PRT) GO TO 605
IF ( TB1) WRITE (NOUT,320) FNM,RECNO,INDEX
IF (.NOT.TB1) WRITE (NOUT,340) FNM,RECNO,INDEX,ATX,IXP1
605 NMVPS(1) = IVPS(IL7-3)
NMVPS(2) = IVPS(IL7-2)
K = 0
IF (TB4) GO TO 630
BCD(1) = IZ(INDEX)
BCD(2) = BLANK
K = NUMTYP(BCD(1))+1
IF (K .NE. 4) GO TO 630
IF (TB1) GO TO 610
K = -1
IF (INDEX+1 .GT. RL) GO TO 630
BCD(2) = IZ(INDEX+1)
K = NUMTYP(BCD(2))+1
IF (K .NE. 4) GO TO 630
610 IVPS(IL7 ) = BCD(1)
IVPS(IL7+1) = BCD(2)
IF (PRT) WRITE (NOUT,620) BCD,NMVPS
620 FORMAT (1H+,70X,2A4,' = ',2A4)
GO TO 650
C
630 IF (.NOT.PRT) GO TO 650
WRITE (NOUT,410) NMVPS
IF (K .GT. 0) WRITE (NOUT,420) UWM,NTY(K),NMVPS
IF (K .EQ. 0) WRITE (NOUT,640) UWM,NMVPS
IF (K .EQ.-1) WRITE (NOUT,430) UWM,NMVPS
640 FORMAT (A25,' - ILLEGAL BCD ABSTRACTION FROM 4 DATA WORDS. ',
1 ' PARAMETER ',2A4,'NOT SAVED')
C
650 IF (IL8 .LE. 0) GO TO 700
C
C OUTPUT REQUEST IN S.P. COMPLEX
C
IF (.NOT.PRT) GO TO 655
IF ( TB1) WRITE (NOUT,320) FNM,RECNO,INDEX
IF (.NOT.TB1) WRITE (NOUT,340) FNM,RECNO,INDEX,ATX,IXP1
655 NMVPS(1) = IVPS(IL8-3)
NMVPS(2) = IVPS(IL8-2)
K =-1
J = 0
IF (TB4) GO TO 660
SPLX(1) = Z(INDEX)
SPLX(2) = 0.0
IF (TB1 .OR. MAT) GO TO 670
IF (INDEX+1 .GT. RL) GO TO 690
SPLX(2) = Z(INDEX+1)
GO TO 670
660 IF (INDEX+3 .GT. RL) GO TO 690
SP(1) = Z(INDEX )
SP(2) = Z(INDEX+1)
SP(3) = Z(INDEX+2)
SP(4) = Z(INDEX+3)
CWKBR SPLX(1) = SNGL(DP(1))
SPLX(1) = SP(1)
CWKBR SPLX(2) = SNGL(DP(2))
SPLX(2) = SP(3)
670 J = NUMTYP(SPLX(1))+1
K = NUMTYP(SPLX(2))+1
IF (J.EQ.2 .OR. J.EQ.4 .OR. K.EQ.2 .OR. J.EQ.4) GO TO 690
VPS(IL8 ) = SPLX(1)
VPS(IL8+1) = SPLX(2)
IF (PRT) WRITE (NOUT,680) SPLX,NMVPS
680 FORMAT (1H+,70X,1H(,E15.8,1H,,E15.8,1H),' = ',2A4)
GO TO 700
C
690 IF (.NOT.PRT) GO TO 700
WRITE (NOUT,410) NMVPS
IF (J.EQ.2 .OR. J.EQ.4) K = J
IF (K .EQ. 0) WRITE (NOUT,420) UWM,NTY(K),NMVPS
IF (K .EQ.-1) WRITE (NOUT,430) UWM,NMVPS
C
700 IF (IL9 .LE. 0) GO TO 1100
C
C OUTPUT REQUEST IN D.P. COMPLEX
C
IF (.NOT.PRT) GO TO 705
IF ( TB1) WRITE (NOUT,320) FNM,RECNO,INDEX
IF (.NOT.TB1) WRITE (NOUT,340) FNM,RECNO,INDEX,ATX,IXP1
705 NMVPS(1) = IVPS(IL9-3)
NMVPS(2) = IVPS(IL9-2)
K =-1
J = 0
IF (TB4) GO TO 710
K = NUMTYP(Z(INDEX))+1
IF (K.EQ.2 .OR. K.EQ.4) GO TO 740
DP(1) = DBLE(Z(INDEX))
DP(2) = 0.D0
IF (TB1 .OR. MAT) GO TO 720
IF (INDEX+1 .GT. RL) GO TO 740
K = NUMTYP(Z(INDEX+1))+1
IF (K.EQ.2 .OR. K.EQ.4) GO TO 740
DP(2) = DBLE(Z(INDEX+1))
GO TO 720
710 IF (INDEX+3 .GT. RL) GO TO 740
SP(1) = Z(INDEX )
SP(2) = Z(INDEX+1)
SP(3) = Z(INDEX+2)
SP(4) = Z(INDEX+3)
CWKBR X = SNGL(DP(1))
X = SP(1)
CWKBR Y = SNGL(DP(2))
Y = SP(3)
J = NUMTYP(X)+1
K = NUMTYP(Y)+1
IF (J.EQ.2 .OR. J.EQ.4 .OR. K.EQ.2 .OR. K.EQ.4) GO TO 740
DP(1) = DBLE(Z(INDEX))
DP(2) = 0.D0
720 DPLX(1) = DP(1)
DPLX(2) = DP(2)
VPS(IL9 ) = SP(1)
VPS(IL9+1) = SP(2)
VPS(IL9+2) = SP(3)
VPS(IL9+3) = SP(4)
IF (PRT) WRITE (NOUT,730) DPLX,NMVPS
730 FORMAT (1H+,70X,1H(,D15.8,1H,,D15.8,1H),' = ',2A4)
GO TO 1100
C
740 IF (.NOT.PRT) GO TO 1100
WRITE (NOUT,410) NMVPS
IF (J.EQ.2 .OR. J.EQ.4) K = J
IF (K .GT. 0) WRITE (NOUT,420) UWM,NTY(K),NMVPS
IF (K .EQ.-1) WRITE (NOUT,430) UWM,NMVPS
GO TO 1100
C
C OP = MATRIX
C PROCESS MATRIX TYPE DATA BLOCK
C
800 ROW = P1
COL = P2
ITYP = MCB(5)
IF (IL5 .LE. 0) GO TO 840
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
810 FORMAT (5X,'ELEMENT (',I5,'-ROW,',I5,'-COL) OF ',A10,' INPUT ',
1 'FILE ',2A4,2H =)
NMVPS(1) = IVPS(IL5-3)
NMVPS(2) = IVPS(IL5-2)
IF (.NOT.PRT) GO TO 840
WRITE (NOUT,820) NMVPS
820 FORMAT (1H+,70X,'(INVALID INTEGER) = ',2A4)
WRITE (NOUT,830) UWM,NMVPS
830 FORMAT (A25,' - OUTPUT PARAMETER ',2A4,' NOT SAVED')
840 IF (IL7 .LE. 0) GO TO 860
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
NMVPS(1) = IVPS(IL7-3)
NMVPS(2) = IVPS(IL7-2)
IF (.NOT.PRT) GO TO 860
WRITE (NOUT,850) NMVPS
850 FORMAT (1H+,70X,'(INVALID BCD WORD)= ',2A4)
WRITE (NOUT,830) UWM,NMVPS
C
860 IF (IL4.LE.0 .AND. IL6.LE.0 .AND. IL8.LE.0 .AND. IL9.LE.0)
1 GO TO 1240
C
C OUTPUT REQUEST - IL4 - S.P. REAL
C IL5 - INTEGER
C IL6 - D.P. REAL
C IL7 - BCD
C IL8 - S.P. COMPLEX
C IL9 - D.P. COMPLEX
C
MAT = .TRUE.
TB1 = .FALSE.
TB2 = .FALSE.
TB4 = .FALSE.
RECNO = P2
INDEX = P1
RL = 999999
II = 1
JJ = MCB(3)
INCR = 1
CALL GOPEN (IN1,IZ(IBUF1),0)
CALL SKPREC (IN1,COL-1)
CALL UNPACK (*1030,IN1,Z)
GO TO (900,910,950,950), ITYP
C
C INPUT MATRIX PRECISION TYPE = 1, S.P. REAL
C
900 GO TO 350
C
C MATRIX PRECISION TYPE = 2, D.P. REAL
C
910 IF (IL4 .LE. 0) GO TO 920
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
RSP = DZ(ROW)
VPS(IL4) = RSP
NMVPS(1) = IVPS(IL4-3)
NMVPS(2) = IVPS(IL4-2)
IF (PRT) WRITE (NOUT,370) RSP,NMVPS
920 IF (IL6 .LE. 0) GO TO 930
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
RDP = DZ(ROW)
DP(1) = RDP
VPS(IL6 ) = SP(1)
VPS(IL6+1) = SP(2)
NMVPS(1) = IVPS(IL6-3)
NMVPS(2) = IVPS(IL6-2)
IF (PRT) WRITE (NOUT,580) RDP,NMVPS
930 IF (IL8 .LE. 0) GO TO 940
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
SPLX(1) = DZ(ROW)
SPLX(2) = 0.0
VPS(IL8 ) = SPLX(1)
VPS(IL8+1) = SPLX(2)
NMVPS(1) = IVPS(IL8-3)
NMVPS(2) = IVPS(IL8-2)
IF (PRT) WRITE (NOUT,680) SPLX,NMVPS
940 IF (IL9 .LE. 0) GO TO 1100
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
DP(1) = DZ(ROW)
DP(2) = 0.D0
NMVPS(1) = IVPS(IL9-3)
NMVPS(2) = IVPS(IL9-2)
GO TO 720
C
C INPUT MATRIX PRECISION TYPE = 3 OR 4, COMPLEX
C
950 IF (IL4 .LE. 0) GO TO 970
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
NMVPS(1) = IVPS(IL4-3)
NMVPS(2) = IVPS(IL4-2)
IF (.NOT.PRT) GO TO 970
WRITE (NOUT,960) NMVPS
960 FORMAT (1H+,70X,' (INVALID S.P. REAL NUMBER) = ',2A4)
WRITE (NOUT,830) UWM,NMVPS
970 IF (IL6 .LE. 0) GO TO 990
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
NMVPS(1) = IVPS(IL6-3)
NMVPS(2) = IVPS(IL6-2)
IF (PRT) WRITE (NOUT,980) NMVPS
980 FORMAT (1H+,70X,' (INVALID D.P.REAL NUMBER) = ',2A4)
990 IF (IL8.LE.0 .AND. IL9.LE.0) GO TO 1100
IF (ITYP .EQ. 4) GO TO 1010
C
C INPUT MATRIX PRECISION TYPE = 3, S.P.COMPLEX
C
IF (IL8 .LE. 0) GO TO 1000
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
SPLX(1) = Z(ROW )
SPLX(2) = Z(ROW+1)
VPS(IL8 ) = SPLX(1)
VPS(IL8+1) = SPLX(2)
NMVPS(1) = IVPS(IL8-3)
NMVPS(2) = IVPS(IL8-2)
IF (PRT) WRITE (NOUT,680) SPLX,NMVPS
1000 IF (IL9 .LE. 0) GO TO 1100
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
DP(1) = DBLE(Z(ROW ))
DP(2) = DBLE(Z(ROW+1))
NMVPS(1) = IVPS(IL9-3)
NMVPS(2) = IVPS(IL9-2)
GO TO 720
C
C INPUT MATRIX PRECISION TYPE = 4, D.P.COMPLEX
C
1010 IF (IL8 .LE. 0) GO TO 1020
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
SPLX(1) = SNGL(DZ(ROW ))
SPLX(2) = SNGL(DZ(ROW+1))
VPS(IL8 ) = SPLX(1)
VPS(IL8+1) = SPLX(2)
NMVPS(1) = IVPS(IL8-3)
NMVPS(2) = IVPS(IL8-2)
IF (PRT) WRITE (NOUT,680) SPLX,NMVPS
1020 IF (IL9 .LE. 0) GO TO 1100
IF (PRT) WRITE (NOUT,810) ROW,COL,TYPE(ITYP),FNM
DP(1) = DZ(ROW )
DP(2) = DZ(ROW+1)
NMVPS(1) = IVPS(IL9-3)
NMVPS(2) = IVPS(IL9-2)
GO TO 720
C
C NULL INPUT MATRIX ELEMENT
C
1030 Z (ROW ) = 0.
Z (ROW+1) = 0.
DZ(ROW ) = 0.D0
DZ(ROW+1) = 0.D0
GO TO (900,910,950,950), ITYP
C
1100 CALL CLOSE (IN1,1)
GO TO 1240
C
C ERRORS
C
1200 J = -1
GO TO 1230
1210 J = -2
GO TO 1230
1220 J = -8
1230 CALL MESAGE (J,IN1,NAME)
C
1240 RETURN
END
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