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|
C***********************************************************************
C syntax.f for 'cleaning' CEA input for GUI February 12, 2004
C***********************************************************************
C program syntax for CEA GUI
C Nov. 12, 2002 created by Bonnie McBride
C inFile=GUIfile.txt , outFile=GUIfile2.txt
C Dec. 03, 2002 Max char per a line (MAXNCHAR=120) ; LOGICAL Moles
C
PARAMETER (MAXNGC=600)
PARAMETER (MAXTR=30)
PARAMETER (MAXNCHAR=120)
C DUMMY ARGUMENTS
LOGICAL Caseok,Readok,Moles
CHARACTER*15 Ensert(20)
C LOCAL VARIABLES
CHARACTER*15 cin(MAXNGC),cx15
CHARACTER*4 Code
CHARACTER*1 cx1
CHARACTER*2 cx2
CHARACTER*3 cx3
CHARACTER*4 cx4
CHARACTER*5 cx5
CHARACTER*6 cx6
CHARACTER*26 lc,uc
CHARACTER*120 rec,tmp
LOGICAL pltdat
INTEGER Lcin(MAXNGC),Mcin(MAXNGC)
REAL*8 dpin(MAXNGC)
C
DATA uc/'ABCDEFGHIJKLMNOPQRSTUVWXYZ'/
DATA lc/'abcdefghijklmnopqrstuvwxyz'/
C
OPEN (5,FILE='GUIfile.txt',STATUS='old',FORM='formatted')
OPEN (6,FILE='GUIfile2.txt',STATUS='unknown',FORM='formatted')
Caseok = .TRUE.
Readok = .TRUE.
C CALL INFREE TO READ DATASET
100 CALL INFREE(Readok,Cin,Ncin,Lcin,Mcin)
IF ( .NOT.Readok ) GOTO 400
Code = cin(1)
IF ( Code.EQ.' ' ) goto 100
c
c THE FOLLOWING 4 LINES MAY BE ACTIVATED FOR DEBUG PURPOSES
c write (6,*)' i Cin(i) Lcin(i) Mcin(i)'
c do i=1,Ncin
c write (6,*) i,' ',Cin(i),Lcin(i),Mcin(i)
c enddo
c
write (6, * ) ' '
write (6,110) cin(1)
110 FORMAT ( ' ',a15)
if ( Code.EQ.'end' ) goto 400
if ( Code.EQ.'only'.OR.Code.EQ.'inse'.OR.Code.EQ.'omit' ) then
nn = MIN(MAXNGC,Ncin)
C Insert a blank line before each code
write (6, * ) ' '
write (6,105) (cin(i),i=2,nn)
105 format ( 5a16 )
go to 100
endif
nrec = 1
rec = ' '
c
C PROCESS 'OUTP' DATASET.
c
IF ( Code.EQ.'outp' ) THEN
pltdat = .FALSE.
DO 120 i = 2,Ncin
if ( Lcin(i).EQ.0 ) go to 120
cx15 = cin(i)
cx1 = cx15(:1)
cx2 = cx15(:2)
cx3 = cx15(:3)
cx4 = cx15(:4)
cx5 = cx15(:5)
IF ( Lcin(i).LT.0 ) THEN
if ( cx3.eq.'cal'.OR.cx5.eq.'short'.OR.cx5.eq.'massf'.OR.
& cx2.eq.'si' .OR.cx4.eq.'mole' ) then
n = -Lcin(i) + 1
if (nrec+n.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+n) = cx15(:n-1)//' '
nrec = nrec + n
pltdat = .FALSE.
goto 120
elseif ( cx4.EQ.'tran'.OR.cx3.EQ.'trn' ) THEN
if (nrec+7.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+7) = 'transp '
nrec = nrec + 7
pltdat = .FALSE.
goto 120
elseif ( cx4.EQ.'trac' ) THEN
n = -Lcin(i) + 1
m = Mcin(i+1) + 1
if (nrec+n+m.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+n+m) = cx15(:n-1)//'='//Cin(i+1)(:m-1)//' '
nrec = nrec + n + m
Lcin(i+1) = 0
pltdat = .FALSE.
goto 120
elseif (cx4.eq.'plot') then
pltdat = .true.
n = 5
if (nrec+n.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+n) = 'plot '
nrec = nrec + n
goto 120
elseif ( cx3.EQ.'deb'.OR.cx3.EQ.'dbg' ) THEN
if (nrec+6.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+6) = 'debug='
nrec = nrec + 6
DO j = i+1,i+9
IF ( Lcin(j).ne.i ) GOTO 120
n = Mcin(j) + 1
if (nrec+n.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+n-1) = Cin(j)(:n-1)
nrec = nrec +n
if ( Lcin(j+1).eq.i ) then
rec(nrec-1:nrec) = ','
else
rec(nrec-1:nrec) = ' '
endif
lcin(j) = 0
ENDDO
pltdat = .false.
goto 120
elseif ( pltdat ) then
n = -Lcin(i) + 1
if (nrec+n.ge.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+n) = cx15(:n-1)//' '
nrec = nrec + n
go to 120
else
WRITE (8,99002) cin(i)
endif
ELSEIF ( Lcin(i).GT.0 ) THEN
WRITE (8,99002) cin(i)
ENDIF
120 ENDDO
goto 200
ENDIF
C SORT AND STORE DATA FROM 'REAC' DATASET.
IF ( Code.EQ.'reac' ) THEN
Moles = .FALSE.
Nreac = 0
i = 1
140 i = i + 1
cx15 = cin(i)
cx1 = cx15(:1)
cx2 = cx15(:2)
cx3 = cx15(:3)
cx4 = cx15(:4)
cx5 = cx15(:5)
IF ( i.gt.Ncin.or.Lcin(i).eq.0 ) goto 200
IF ( lcin(i).GT.0 ) THEN
WRITE (6, * ) ' '
WRITE (6,99003) cin(i)
GOTO 140
ENDIF
IF ( cx2.EQ.'na'.OR.cx2.EQ.'ox'.OR.cx2.EQ.'fu' ) THEN
nreac = nreac +1
if (nrec.gt.1) call recout(nrec,rec)
if (Lcin(i+1).gt.0) then
Lcin(i+1) = -Lcin(i+1)
write (6,99001)
caseok = .false.
endif
n = -Lcin(i) + 1
m = -Lcin(i+1) + 1
if (nrec+n+m.gt.MAXNCHAR)call recout(nrec,rec)
rec(nrec:nrec+n+m) = cx15(:n-1)//'='//Cin(i+1)(:m-1)//' '
nrec = nrec + m + n
Lcin(i) = 0
i = i + 1
go to 140
C LOOK FOR PERCENTS
ELSEIF ( cx1.EQ.'m'.OR.cx1.EQ.'w' ) THEN
n = -Lcin(i) + 1
m = Mcin(i+1) + 1
if ( nrec+n+m.ge.MAXNCHAR ) call recout(nrec,rec)
rec(nrec:nrec+n+m) = cx15(:n-1)//'='//Cin(i+1)(:m-1)//' '
nrec = nrec + m + n
Lcin(i) = 0
i = i + 1
IF ( cx1.EQ.'m'.AND.Nreac.EQ.1 ) Moles = .TRUE.
IF ( cx1.EQ.'m'.AND..NOT.Moles.OR.cx1.EQ.'w'.AND. Moles ) THEN
Caseok = .FALSE.
WRITE (6,99005)
ENDIF
GOTO 140
C LOOK FOR TEMPERATURE
ELSEIF ( cx1.EQ.'t' ) THEN
IF ( lcin(i+1).GT.0 ) THEN
IF ( lcin(i).LT.1 ) THEN
Lcin(i) = 0
i = i + 1
if ( nrec+5+mcin(i).gt.MAXNCHAR ) call recout(nrec,rec)
C call recout(nrec,rec)
rec(nrec:nrec+4) = 't,k='
IF ( INDEX(cx15,'r').GT.0 ) rec(nrec:nrec+4) = 't,r='
IF ( INDEX(cx15,'c').GT.0 ) rec(nrec:nrec+4) = 't,c='
IF ( INDEX(cx15,'f').GT.0 ) rec(nrec:nrec+4) = 't,f='
nrec = nrec + 4
rec(nrec:nrec+mcin(i)+1) = Cin(i)(:mcin(i))//' '
nrec = nrec + mcin(i) + 1
ENDIF
ELSE
WRITE (6,99006)
Caseok = .FALSE.
ENDIF
GOTO 140
C LOOK FOR ENTHALPY
ELSEIF ( cx1.EQ.'h'.OR.cx1.EQ.'u' ) THEN
IF ( lcin(i+1).GT.0 ) THEN
IF ( nrec+12+mcin(i+1).gt.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+2) = cx1//','
nrec = nrec + 2
if ( INDEX(cin(i),'k').GT.0 ) then
rec(nrec:nrec+1) = 'k'
nrec = nrec + 1
endif
if ( INDEX(cin(i),'c').GT.0 ) then
rec(nrec:nrec+8) = 'cal/mol='
nrec = nrec + 8
else
rec(nrec:nrec+6) = 'j/mol='
nrec = nrec + 6
endif
Lcin(i) = 0
i = i + 1
rec(nrec:nrec+mcin(i)+1) = Cin(i)(:mcin(i))//' '
nrec = nrec + mcin(i) + 1
ENDIF
GOTO 140
C LOOK FOR DENSITY
ELSEIF ( cx3.EQ.'rho'.OR.cx3.EQ.'den' ) THEN
IF ( lcin(i+1).GT.0 ) THEN
i = i + 1
C if ( nrec+12+mcin(i).gt.MAXNCHAR ) call recout(nrec,rec)
call recout(nrec,rec)
IF ( INDEX(cx15,'kg').GT.0 ) THEN
rec(nrec:nrec+12) = 'rho,kg/m**3='
nrec = nrec + 12
ELSE
rec(nrec:nrec+9) = 'rho,g/cc='
nrec = nrec + 9
ENDIF
n = mcin(i) + 1
rec(nrec:nrec+n) = Cin(i)(:n-1)//' '
nrec = nrec + n
ENDIF
GOTO 140
C CHECK FOR CHEMICAL SYMBOLS IN EXPLODED FORMULA
ELSEIF ( (lcin(i).EQ.-1.OR.lcin(i).EQ.-2).AND.INDEX(uc,cx1)
& .GT.0 ) THEN
IF ( lcin(i).EQ.-2 ) THEN
ix = INDEX(lc,cx2(2:2))
IF ( ix.GT.0 ) cx2(2:2) = uc(ix:ix)
ENDIF
n= -Lcin(i) + 1
m= mcin(i+1) + 1
if (nrec+n+m.gt.MAXNCHAR) call recout(nrec,rec)
IF ( lcin(i+1).NE.i ) THEN
rec(nrec:nrec+n+2) = cx2(:-Lcin(i))//' 1 '
nrec = nrec + n + 2
ELSE
rec(nrec:nrec+n+m) = cx15(:n-1)//' '//Cin(i+1)(:m-1)//' '
nrec = nrec + n + m
i = i + 1
ENDIF
GOTO 140
ENDIF
WRITE (6,99007) cin(i)
ENDIF
C SORT AND STORE INPUT FROM 'PROB' DATASET
IF ( Code.EQ.'prob' ) THEN
C PROCESS LITERAL VARIABLES IN 'PROB' DATASET
i = 1
160 i = i + 1
cx15 = cin(i)
cx1 = cx15(:1)
cx2 = cx15(:2)
cx3 = cx15(:3)
cx4 = cx15(:4)
cx5 = cx15(:5)
cx6 = ' '
if ( i.gt.Ncin ) goto 200
IF ( Lcin(i).LT.0.AND.(i.EQ.Ncin.or.Lcin(i+1).NE.i) ) THEN
IF ( cx4.EQ.'case' ) THEN
i = i + 1
n = -Lcin(i) + 6
if ( nrec+n.gt.MAXNCHAR) call recout(nrec,rec)
rec(nrec:nrec+n) = 'case='//Cin(i)(:n-6)//' '
nrec = nrec + n
Lcin(i) = 0
goto 160
ENDIF
if ( cx2.EQ.'pt' ) cx2 = 'tp'
if ( cx2.EQ.'ph' ) cx2 = 'hp'
if ( cx2.EQ.'ps' ) cx2 = 'sp'
if ( cx2.EQ.'vs' ) cx2 = 'sv'
if ( cx2.EQ.'vu' ) cx2 = 'uv'
if ( cx2.EQ.'vt' ) cx2 = 'tv'
IF ( cx2.eq.'tp'.OR.cx2.eq.'hp'.OR.cx2.eq.'sp'.OR.
& cx2.eq.'tv'.OR.cx2.eq.'uv'.OR.cx2.eq.'sv' ) THEN
C newline per each Problem Type
call recout(nrec,rec)
C if ( nrec+3.gt.MAXNCHAR ) CALL RECOUT(nrec,rec)
rec(nrec:nrec+3) = cx2//' '
nrec = nrec + 3
goto 160
ENDIF
IF ( cx3.eq.'fac'.OR.cx3.eq.'det'.OR.cx3.eq.'ion'.OR.
& cx2.eq.'eq' .OR.cx2.eq.'sh' .OR.cx3.eq.'inc'.OR.
& cx3.eq.'ref' ) THEN
n = -Lcin(i)+1
if (nrec+n.gt.MAXNCHAR) CALL RECOUT(nrec,rec)
rec(nrec:nrec+n) = Cin(i)(:n-1)//' '
nrec = nrec + n
goto 160
ENDIF
if ( cx3.eq.'dbg'.OR.cx3.eq.'deb' ) cx6 = 'debug'
if ( cx2.eq.'ro'.OR.cx3.eq.'rkt' ) cx6 = 'rocket'
if ( cx2.eq.'fr'.OR.cx2.eq.'fz' ) cx6 = 'frozen'
IF ( cx6.ne.' ' ) THEN
n = 7
if (cx6.eq.'debug') n = 6
if (nrec+n.gt.MAXNCHAR) CALL RECOUT(nrec,rec)
rec(nrec:nrec+n) = cx6(:n-1)//' '
nrec = nrec + n
cx6 = ' '
goto 160
ENDIF
WRITE (6,99002) cx15
lcin(i) = 0
goto 160
ENDIF
C PROCESS LITERALS WITH EQUAL SIGNS
IF ( Lcin(i).LT.0.AND.Lcin(i+1).EQ.i ) THEN
IF ( cx1.eq.'t'.AND.cx4.ne.'tces'.AND.cx4.ne.'trac' ) THEN
C if ( nrec+4.gt.MAXNCHAR ) call recout(nrec,rec)
C New line
call recout(nrec,rec)
rec(nrec:nrec+4) = 't,k='
if ( INDEX(cx15,'r').GT.0 ) rec(nrec:nrec+4) = 't,r='
if ( INDEX(cx15,'c').GT.0 ) rec(nrec:nrec+4) = 't,c='
if ( INDEX(cx15,'f').GT.0 ) rec(nrec:nrec+4) = 't,f='
nrec = nrec + 4
goto 160
ENDIF
IF ( (cx2.EQ.'pc'.OR.cx2.EQ.'pi').AND.INDEX(cx15(3:15),'p')
& .GT.0.AND.INDEX(cx15,'psi').EQ.0 ) THEN
C if ( nrec+6.gt.MAXNCHAR ) CALL RECOUT(nrec,rec)
C newline for pi/pe
CALL RECOUT(nrec,rec)
rec(nrec:nrec+6) = 'pi/pe='
nrec = nrec + 6
goto 160
ENDIF
IF ( cx1.EQ.'p'.AND.cx3.NE.'phi' ) THEN
C if ( nrec+7.gt.MAXNCHAR ) call recout(nrec,rec)
call recout(nrec,rec)
cx15 = 'p,bar='
if ( INDEX(Cin(i),'psi').NE.0 ) cx15='p,psia='
if ( INDEX(Cin(i),'mmh').NE.0 ) cx15='p,mmhg='
if ( INDEX(Cin(i),'atm').NE.0 ) cx15='p,atm='
n = 7
if ( cx15.eq.'p,atm='.OR.cx15.eq.'p,bar=' ) n= 6
rec(nrec:nrec+n) = cx15(:n)
nrec = nrec + n
cx6 = ' '
goto 160
ENDIF
IF ( cx3.EQ.'rho' ) THEN
C if ( nrec+12.gt.MAXNCHAR ) call recout(nrec,rec)
call recout(nrec,rec)
IF ( INDEX(cx15,'kg').NE.0 ) THEN
rec(nrec:nrec+12 ) = 'rho,kg/m**3='
nrec = nrec + 12
ELSE
rec(nrec:nrec+9) = 'rho,g/cc='
nrec = nrec + 9
ENDIF
goto 160
ENDIF
IF ( cx1.EQ.'v' ) THEN
C if ( nrec+10.gt.MAXNCHAR ) call recout(nrec,rec)
call recout(nrec,rec)
IF ( INDEX(cx15,'kg').NE.0 ) THEN
rec(nrec:nrec+10) = 'v,m**3/kg='
nrec = nrec + 10
ELSE
rec(nrec:nrec+7) = 'v,cc/g='
nrec = nrec + 7
ENDIF
goto 160
ENDIF
IF ( cx3.EQ.'nfz'.OR.cx3.EQ.'nfr' ) THEN
if ( nrec+4.gt.MAXNCHAR ) call recout(nrec,rec)
rec(nrec: ) = 'nfz='
nrec = nrec + 4
goto 160
ENDIF
IF ( cx3.eq.'u/r'.OR.cx2.eq.'ur'.OR.cx3.eq.'s/r'.OR.
& cx2.eq.'sr' .OR.cx3.eq.'h/r'.OR.cx2.eq.'hr' ) THEN
if ( cx2.eq.'hr' ) cx3 = 'h/r'
if ( cx2.eq.'ur' ) cx3 = 'u/r'
if ( cx2.eq.'sr' ) cx3 = 's/r'
if ( nrec+4.gt.MAXNCHAR ) call recout(nrec,rec)
rec(nrec:nrec+4) = cx3//'='
nrec = nrec + 4
go to 160
ENDIF
IF ( cx2.eq.'u1' .OR.cx4.eq.'mach'.OR.cx3.eq.'sub' .OR.
& cx3.eq.'sup'.OR.cx3.eq.'phi' .OR.cx4.eq.'case'.OR.
& cx3.eq.'o/f'.OR.cx3.eq.'f/a' .OR.cx3.eq.'f/o' .OR.
& cx2.eq.'%f' .OR.cx1.eq.'r' .OR.cx2.eq.'nf' .OR.
& cx2.eq.'ac' .OR.cx4.eq.'tces' ) THEN
n = -Lcin(i)+1
C Newline
if ( cx3.eq. 'sub' .OR. cx3 .eq. 'sup' ) call recout(nrec,rec)
if ( nrec+n.gt.MAXNCHAR ) call recout(nrec,rec)
rec(nrec:nrec+n) = cx15(:n-1)//'='
nrec = nrec + n
go to 160
ENDIF
IF ( cx4.EQ.'mdot'.OR.cx2.eq.'ma' ) THEN
if ( nrec+8.gt.MAXNCHAR ) call recout(nrec,rec)
rec(nrec:nrec+8) = 'mdot/ac='
nrec = nrec + 8
go to 160
ENDIF
ENDIF
C ADD NUMBERS AS LITERALS
IF ( Lcin(i).GT.0 ) THEN
n = Mcin(i) + 1
if ( nrec+n.gt.MAXNCHAR ) call recout(nrec,rec)
IF ( Lcin(i).eq.Lcin(i+1) ) THEN
rec(nrec:nrec+n) = cx15(:n-1)//','
ELSE
rec(nrec: ) = cx15(:n-1)//' '
ENDIF
nrec = nrec + n
GOTO 160
ENDIF
WRITE (6,99002) cx15
ENDIF
200 CALL RECOUT(nrec,rec)
GOTO 100
400 STOP
99001 FORMAT (' FUEL NAMES MUST NOT START WITH A NUMERIC' )
99002 FORMAT (' WARNING!! DID NOT RECOGNIZE ',A15)
99003 FORMAT (' WARNING!! LITERAL EXPECTED FOR ',A15)
99004 FORMAT (' REACTANT AMOUNT MISSING (INPUT)')
99005 FORMAT (' MOLES AND WEIGHT PERCENTS SHOULD NOT BE MIXED')
99006 FORMAT (' REACTANT TEMPERATURE MISSING')
99007 FORMAT (' WARNING!! ',A15,' NOT RECOGNIZED')
END
SUBROUTINE INFREE(Readok,Cin,Ncin,Lcin,Mcin)
C***********************************************************************
C FREE-FORM READ FOR CEA. READS AND DECIPHERS DATA FOR ONE DATASET.
C
C DEFINITIONS:
C CH1 - INDIVIDUAL CHARACTERS IN RECORD, MAXIMUM 132.
C NCH1 - COLUMN NUMBER FOR THE LAST NON-BLANK CHARACTER IN RECORD.
C NCIN - NUMBER OF VARIABLES IN DATASET.
C CIN - CHARACTER STRINGS IN DATASET. MAXIMUM 15 CHARACTERS.
C LCIN - NEG. LENGTH OF LITERALS. FOR NUMERICS, INDEX OF PREVIOUS
C LITERAL. ZERO FOR UNACCEPTIBLE VARIABLES. VARIABLE
C FOLLOWING "CASE" IS ALWAYS ASSUMED TO BE LITERAL.
C NB - NUMBER OF DELIMITERS IN STRING.
C NX - NUMBER OF CHARACTERS IN STRING.
C Mcin - Number of characters in numeric string.
C CNUM - CHARACTER STRING REPRESENTING DATASET NUMBERS. MAXIMUM 24
C CHARACTERS.
C***********************************************************************
PARAMETER (MAXNGC=600)
C DUMMY ARGUMENTS
CHARACTER*15 Cin(MAXNGC)
INTEGER Ncin
INTEGER Lcin(MAXNGC),Mcin(MAXNGC)
LOGICAL Readok
C LOCAL VARIABLES
CHARACTER*1 ch1(132),cx,nums(13)
CHARACTER*24 cnum
CHARACTER*3 fmtl(3)
CHARACTER*4 w1
C
DATA nums/'+','-','0','1','2','3','4','5','6','7','8','9','.'/
Ncin = 1
Lcin(1) = 0
kcin = 0
Mcin(1) = 0
100 nb = 1
nx = 0
cnum = ' '
Cin(Ncin) = ' '
ch1(1) = ' '
nch1 = 1
C READ CHARACTERS, ONE AT A TIME
READ (5,99001,END=500,ERR=500) ch1
C FIND FIRST AND LAST NON-BLANK CHARACTER
DO i = 132,1, - 1
nch1 = i
IF ( ch1(i).NE.' '.AND.ch1(i).NE.' ' ) GOTO 200
ENDDO
200 DO i = 1,nch1
ich1 = i
IF ( ch1(i).NE.' '.AND.ch1(i).NE.' ' ) GOTO 300
ENDDO
300 IF ( nch1.EQ.1.OR.ch1(ich1).EQ.'#'.OR.ch1(ich1).EQ.'!' ) GOTO 100
w1 = ch1(ich1)//ch1(ich1+1)//ch1(ich1+2)//ch1(ich1+3)
C IS STRING A KEYWORD SIGNALLING START OR END OF DATASET?
IF ( w1.EQ.'ther'.OR.w1.EQ.'tran'.OR.w1.EQ.'prob'.OR.
& w1.EQ.'reac'.OR.w1.EQ.'outp'.OR.w1.EQ.'omit'.OR.
& w1.EQ.'only'.OR.w1.EQ.'inse'.OR.w1(1:3).EQ.'end' ) THEN
IF ( Ncin.EQ.1 ) THEN
Cin(Ncin) = w1
IF ( w1(1:3).EQ.'end'.OR.w1.EQ.'ther'.OR.w1.EQ.'tran' ) THEN
c WRITE (6,99002) (ch1(i),i=1,nch1)
RETURN
ENDIF
ich1 = ich1 + 4
nx = 4
Lcin(1) = -4
ELSE
C KEYWORD READ FOR NEXT DATASET. END PROCESSING
BACKSPACE 5
IF ( nx.EQ.0 ) Ncin = Ncin - 1
RETURN
ENDIF
ELSEIF ( Ncin.EQ.1 ) THEN
WRITE (6,99003)
GOTO 500
ENDIF
c WRITE (8,99002) (ch1(i),i=1,nch1)
DO i = ich1,nch1
cx = ch1(i)
C LOOK FOR DELIMITER STRINGS
IF ( cx.EQ.','.AND.(Lcin(Ncin).GT.0.OR.nx.EQ.0) ) cx = ' '
IF ( cx.EQ.'='.AND.(Lcin(Ncin).LT.0.OR.nx.EQ.0) ) cx = ' '
IF ( cx.NE.' '.AND.cx.NE.' ' ) THEN
C LOOK FOR CHARACTER STRINGS
nx = nx + 1
IF ( Ncin.GT.1 ) THEN
cnum(nx:nx) = cx
IF ( nx.LE.15 ) Cin(Ncin) = cnum
IF ( nx.EQ.1 ) THEN
C IS THIS A NUMERIC?
DO j = 1,13
IF ( ch1(i).EQ.nums(j) ) THEN
Lcin(Ncin) = kcin
Mcin(Ncin) = 1
GOTO 310
ENDIF
ENDDO
Lcin(Ncin) = -1
kcin = Ncin
ELSEIF ( Lcin(Ncin).LT.0 ) THEN
Lcin(Ncin) = -nx
ENDIF
310 nb = 1
ENDIF
IF ( i.LT.nch1.OR.Lcin(Ncin).LT.0 ) GOTO 400
ENDIF
IF ( nb.EQ.1..AND.nx.GT.0 ) THEN
IF ( Ncin.GT.0.AND.Lcin(Ncin).GT.0 ) THEN
C NUMERIC CHARACTER STRINGS
Mcin(Ncin) = nx
ENDIF
340 Ncin = Ncin + 1
Cin(Ncin) = ' '
Lcin(Ncin) = 0
Mcin(Ncin) = 0
nx = 0
cnum = ' '
ENDIF
nb = nb + 1
400 ENDDO
IF ( nx.GT.0 ) THEN
Ncin = Ncin + 1
Lcin(Ncin) = 0
Mcin(Ncin) = 0
ENDIF
GOTO 100
500 Readok = .FALSE.
RETURN
99001 FORMAT (132A1)
99002 FORMAT (1x,120A1)
99003 FORMAT (/' FATAL ERROR IN INPUT FORMAT (INFREE)')
99004 FORMAT (/' WARNING!! UNACCEPTABLE NUMBER ',A15,' (INFREE)')
END
SUBROUTINE RECOUT(nrec,rec)
c***********************************************************************
c Routine to write a record.
c***********************************************************************
CHARACTER*120 rec
write (6,10) rec
10 FORMAT ( A120 )
nrec = 1
rec = ' '
RETURN
END
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