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CSREADS.for
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!=======================================================================
! CROPSIM GENERIC READ ROUTINES
! Utilities for generic reading of standard files
! Last edit 06/06/13 LAH
!=======================================================================
! NOTE: Need to get array sizes with: ASIZE=UBOUND(ARRAYOUT,1)
! XREADD - Subroutine to find number of components, options, etc..
! XREADT - Subroutine to read line of text from X-file
! XREADC - Subroutine to read character from X-file
! XREADR - Subroutine to read real value from X-file
! XREADI - Subroutine to read integer value from X-file
! XREADCA - Subroutine to read array of characters from X-file
! XREADRA - Subroutine to read array of real values from X-file
! XREADIA - Subroutine to read array of integer values from X-file
! AREADT - Subroutine to read line of text from summary file
! AREADC - Subroutine to read character from summary file
! AREADR - Subroutine to read real value from summary file
! AREADI - Subroutine to read integer value from summary file
! CUREADT - Subroutine to read line of text from cultivar file
! CUREADC - Subroutine to read character from cultivar file
! CUREADR - Subroutine to read real value from cultivar file
! ECREADT - Subroutine to read line(s) of text from ecotype file
! ECREADC - Subroutine to read character from ecotype file
! ECREADR - Subroutine to read real value from ecotype file
! ECREADRA - Subroutine to read real array from eco file (String<25)
! SPREADT - Subroutine to read line of text from species file
! SPREADC - Subroutine to read character from species file
! SPREADR - Subroutine to read real value from species file
! SPREADRA - Subroutine to read array of real value from species file
! SPREADIA - Subroutine to read array of integers from species file
! SPREADCA - Subroutine to read array of characters from species file
! SLREADT - Subroutine to read line of text from soil file
! SLREADC - Subroutine to read character from soil file
! SLREADR - Subroutine to read real value from soil file
! SLREADCA - Subroutine to read array of characters from soil file
! SLREADRA - Subroutine to read array of real values from soil file
! SMREADT - Subroutine to read line of text from SOM file
! SMREADC - Subroutine to read character from SOM file
! SMREADR - Subroutine to read real value from SOM file
! SMREADRA - Subroutine to read array of real value from SOM file
! SMREADR2 - Subroutine to read 2 dim array,real value from SOM file
! AMAKEABV - Subroutine to make array of abbreviations with synonyms
! AMAKE1 - Subroutine to make array when data in columns,1 level
! AMAKER0 - Subroutine to make array when data in rows and 0 levels
! AMAKE5 - Subroutine to make array when data in columns,5 levels
! ARAYREAD - Subroutine to read internal array and return string
! Following no longer used but retained for possible later use
! E1READT - Subroutine to read line of text from 'soils' type eco file
! E1READC - Subroutine to read character from 'soils' type eco file
! E1READR - Subroutine to read real value from 'soils' type eco file
! S1READT - Subroutine to read line of text from old species file
! S1READC - Subroutine to read character from old species file
! S1READR - Subroutine to read real value from old species file
! S1READRA - Subroutine to read array of real value from old species file
! S1READIA - Subroutine to read array of integers from old species file
! S1READCA - Subroutine to read array of characters from old species file
!-----------------------------------------------------------------------
SUBROUTINE XREADD(FILENAME,TN,RN,snnum,onnum,cnnum)
IMPLICIT NONE
INTEGER snx
PARAMETER (snx=10)
INTEGER onx
PARAMETER (onx=3)
CHARACTER (LEN=1000) DATASTD
CHARACTER (LEN=600) DATATMP
CHARACTER (LEN=254) TL2541, DATALINE
CHARACTER (LEN=80) Tl0801
CHARACTER (LEN=30) TL30
CHARACTER (LEN=20) GROUP, LEVELSTD
CHARACTER (LEN=10) LEVEL, TL10FROMI
CHARACTER (LEN=1) TL1UPCASE, FTYPE
CHARACTER (LEN=*) FILENAME
INTEGER FILENUM, GROUPLEN, TVILENT
INTEGER LEVELLEN, FILELEN, LENSTD
INTEGER FNUMERR, I, L
INTEGER CNNUM(SNX,ONX), SNNUM, ONNUM(SNX)
INTEGER SN, ON(SNX), CN(SNX,ONX), TN, RN, COLRN
INTEGER RNCOL, SNCOL, ONCOL, CNCOL, TVICOLNM
INTRINSIC MAX
SAVE
CALL GETLUN('FILETMP',FILENUM)
FTYPE='*' ! Default file type
GROUP='*TREATMENTS'
LENSTD=12
FILELEN=TVILENT(FILENAME)
GROUPLEN=TVILENT(GROUP)
OPEN(filenum,FILE=filename(1:FILELEN),STATUS='OLD')
LEVEL=TL10FROMI(TN)
LEVELLEN=TVILENT(LEVEL)
IF(LEVELLEN.GT.LENSTD)LEVELLEN=LENSTD
LEVELSTD=' '
LEVELSTD(1:LEVELLEN)=LEVEL(1:LEVELLEN)
SNNUM=1
DO I=1,SNX
onnum(i)=1
ENDDO
DO I=1,SNX
DO L=1,ONX
CNNUM(I,L)=1
ENDDO
ENDDO
tl0801=' '
DO WHILE(tl0801(1:GROUPLEN).NE.GROUP(1:GROUPLEN))
READ(filenum,'(A80)',END=9996,ERR=9999)tl0801
CALL Ltrim(tl0801)
tl0801(1:1)=Tl1upcase(tl0801(1:1))
tl0801(2:2)=Tl1upcase(tl0801(2:2))
IF(tl0801(1:1).EQ.'$')ftype='$'
END DO
DO WHILE (TL0801(1:1).NE.'@')
READ (FILENUM,'(A80)') TL0801
ENDDO
RNCOL=Tvicolnm(TL0801,'RN ')
SNCOL=Tvicolnm(TL0801,'SN ')
ONCOL=Tvicolnm(TL0801,'ON ')
CNCOL=Tvicolnm(TL0801,'CN ')
tl2541=' '
DO
DO WHILE(tl30(1:levellen).NE.levelstd(1:levellen))
READ(filenum,'(A254)',END=9996,ERR=9999)tl2541
IF(tl2541(1:1).EQ.'*')GOTO 999
TL30=TL2541(1:30)
CALL Ltrim(tl30)
IF(tl30(1:1).EQ.'0'.AND.tl30(2:2).NE.' ')THEN
tl30(1:1)=' '
IF(tl30(2:2).EQ.'0'.AND.tl30(3:3).NE.' ')THEN
tl30(2:2)=' '
IF(tl30(3:3).EQ.'0'.AND.tl30(4:4).NE.' ')THEN
tl30(3:3)=' '
ENDIF
ENDIF
ENDIF
CALL Ltrim(tl30)
tl30(1:1)=Tl1upcase(tl30(1:1))
tl30(2:2)=Tl1upcase(tl30(2:2))
END DO
DATALINE=tl2541(1:20)//' '
CALL Standard(dataline,datatmp,'6')
IF(ftype.EQ.'*')THEN
DATASTD(1:48)=DATATMP(1:48)
ELSEIF(ftype.EQ.'$'.AND.rncol.GT.0)THEN
IF (rncol.GT.0)THEN
READ(DATATMP,'(6X,I6)')COLRN
IF (COLRN.NE.RN) GOTO 998
ENDIF
DATASTD(1:48)=DATATMP(7:54)
ENDIF
IF (SNCOL.GT.0) THEN
READ(DATASTD,'(6X,I6)')sn
ELSE
SN = 1
ENDIF
IF(SN.LE.0)SN=1
IF (SN.GT.0)THEN
IF (SNCOL.GT.0) THEN
READ(DATASTD,'(12X,I6)')on(sn)
IF(ON(SN).LE.0)ON(SN)=1
IF(ON(SN).GT.0)THEN
READ(DATASTD,'(18X,I6)')cn(sn,on(sn))
IF(CN(SN,ON(SN)).LE.0)cn(sn,on(sn))=1
ENDIF
ENDIF
ENDIF
IF (sn.LT.1) sn = 1
snnum=MAX(snnum,sn)
IF (on(sn).LT.1) on(sn) = 1
onnum(sn)=MAX(onnum(sn),on(sn))
cnnum(sn,on(sn))=MAX(cnnum(sn,on(sn)),cn(sn,on(sn)))
998 CONTINUE
READ(filenum,'(A254)',END=9996,ERR=9999)tl2541
IF(tl2541(1:1).EQ.'*')GOTO 999
TL30=TL2541(1:30)
CALL Ltrim(tl30)
IF(tl30(1:1).EQ.'0'.AND.tl30(2:2).NE.' ')THEN
tl30(1:1)=' '
IF(tl30(2:2).EQ.'0'.AND.tl30(3:3).NE.' ')THEN
tl30(2:2)=' '
IF(tl30(3:3).EQ.'0'.AND.tl30(4:4).NE.' ')THEN
tl30(3:3)=' '
ENDIF
ENDIF
ENDIF
CALL Ltrim(tl30)
tl30(1:1)=Tl1upcase(tl30(1:1))
tl30(2:2)=Tl1upcase(tl30(2:2))
ENDDO
999 CONTINUE
9996 CONTINUE
9999 CONTINUE
CLOSE(filenum)
IF (SN .LE. 0)THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE (fnumerr,*) ' Problem in XREADD (ie.treatment details)!'
WRITE (fnumerr,*) ' Sequence number <=0 in ',filename(1:60)
WRITE (fnumerr,*) ' Check READS.OUT for details of reads'
WRITE (*,*) ' Problem in XREADD (ie.treatment details)!'
WRITE (*,*) ' Could not read: ',filename(1:60)
WRITE (*,*) ' Sequence number <=0 in ',filename(1:60)
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
RETURN
END
!-----------------------------------------------------------------------
SUBROUTINE XREADT(FILENAME,COL1,COL1R,COL2,COL3,COL4,CODE,TXTO)
USE CRSIMDEF
IMPLICIT NONE
CHARACTER (LEN=1000) DATASTD, ABVSTD
CHARACTER (LEN=254) FILENEW, FILEOLD, ABVLINE, DATALINE
CHARACTER (LEN=254) TL2541, DATARRAY(500), ABVARRAY(1000)
CHARACTER (LEN=128) ARG
CHARACTER (LEN=100) DATAROC
CHARACTER (LEN=132) ABVFILE
CHARACTER (LEN=64) CTRDIRFL
CHARACTER (LEN=60) ENAME
CHARACTER (LEN=52) TEXTSTD
CHARACTER (LEN=30) TL30
CHARACTER (LEN=30) LEVELTMP, LEVELSTD, LE
CHARACTER (LEN=12) COEFFC, ABVC, COEFFCTM
CHARACTER (LEN=10) EXPER, TL10FROMI, LEVEL, TL10
CHARACTER (LEN=4) COEFFCHK
CHARACTER (LEN=3) CU,FL,SA,IC,MP,MI,MF,MR,MC,MT,ME,MH,SM,AM,FI
CHARACTER (LEN=3) DI
CHARACTER (LEN=1) TL1UPCASE, TR, CTR, FTYPE, COLON, HEADLINE
CHARACTER (LEN=1) FNUMFLAG, CTRFLAG
CHARACTER (LEN=*) FILENAME, CODE, TXTO
INTEGER COL2TMP, COL3TMP, COL4TMP, COL1, COL1R, L
INTEGER COL2, COL3, COL4, COLRN, STARNUM, STARTRE
INTEGER COL1P, COL1RP, COL2P, COL3P, COL4P, XREADNUM
INTEGER TVILENT, TVI1, TVI2, TVI3, TVI4
INTEGER STARTCOL, LEVELLEN, FILELEN, LINE, LENTMP
INTEGER TVINSTR, ABVNUM, DATANUM, LENSTD, ABVLEN, DN
INTEGER DATANUMS, RETURNUM, ARGLEN, ABVSYN, FNUMREA
INTEGER FILENUM, FNUMERR
INTEGER RNCOL, SNCOL, ONCOL, CNCOL, TVICOLNM
LOGICAL FFLAG, FOPEN
PARAMETER (LENSTD=13)
INTRINSIC LEN,MIN,TRIM !,EOF
SAVE
IF (FNUMFLAG.NE.'Y')THEN
CALL Getlun('READS.OUT',fnumrea)
CALL GETLUN('FILETMP',FILENUM)
INQUIRE (FILE='READS.OUT',OPENED=fopen)
IF (.NOT.fopen) OPEN(UNIT=fnumrea,FILE='READS.OUT')
FNUMFLAG = 'Y'
ENDIF
CALL LTRIM2(FILENAME,filenew)
FILELEN=TVILENT(FILENEW)
FILELEN=MIN(254,FILELEN)
FILENEW=' '
FILENEW(1:FILELEN)=FILENAME(1:FILELEN)
IF (FILENEW(1:FILELEN) .EQ. FILEOLD(1:FILELEN)) THEN
IF(COL1.EQ.COL1P)THEN
IF(COL1R.EQ.COL1RP)THEN
IF(COL2.EQ.COL2P)THEN
IF(COL3.EQ.COL3P)THEN
IF(COL4.EQ.COL4P)THEN
GO TO 5555
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
TVI1 = TVILENT(FILENEW)
! Pre-processor
OPEN(filenum,FILE=filenew,STATUS='OLD')
DO WHILE (TL10(1:6).NE.'*TREAT')
READ (FILENUM,'(A10)') TL10
ENDDO
IF (FILENEW(TVI1-2:TVI1).EQ.'INH') THEN
! Find TN and SN if not provided (DS4 files)
READ (FILENUM,'(A10)') TL10
READ (FILENUM,'(A10)') TL10
READ (TL10,'(I3)') COL1
READ (TL10,'(3X,I3)') COL2
COL1R = 0
COL3 = 1
COL4 =1
ELSE
! Find if RN,SN,ON,CN present (X-files)
READ (FILENUM,'(A10)') TL10
DO WHILE (TL10(1:1).NE.'@')
READ (FILENUM,'(A30)') TL30
ENDDO
RNCOL=Tvicolnm(TL30,'RN ')
SNCOL=Tvicolnm(TL30,'SN ')
ONCOL=Tvicolnm(TL30,'ON ')
CNCOL=Tvicolnm(TL30,'CN ')
ENDIF
CLOSE (filenum)
IF (COL1.LT.0) THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE(fnumerr,*) ' Treatment # <0 !'
WRITE(fnumerr,*) ' Check READS.OUT for details'
WRITE(*,*) ' Treatment # <0 !'
WRITE(*,*) ' Program will have to stop!'
WRITE(*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
IF (COL1R.LT.0) COL1R=0
WRITE(fnumrea,*)' '
WRITE(fnumrea,*)'FILE ',FILENAME(1:FILELEN)
WRITE(fnumrea,*)' TREATMENT: ',COL1
WRITE(fnumrea,*)' REPLICATE: ',COL1R
WRITE(fnumrea,*)' SN,ON,CN (as provided): ',COL2,COL3,COL4
IF (COL2.LE.0) COL2=1
IF (COL3.LE.0) COL3=1
IF (COL4.LE.0) COL4=1
WRITE(fnumrea,*)' SN,ON,CN (as used) : ',COL2,COL3,COL4
LEVEL=TL10FROMI(COL1)
LEVELLEN=TVILENT(LEVEL)
IF(LEVELLEN.GT.LENSTD)LEVELLEN=LENSTD
LEVELSTD=' '
LEVELSTD(1:LEVELLEN)=LEVEL(1:LEVELLEN)
FTYPE='*'
OPEN(filenum,FILE=filename(1:FILELEN),STATUS='OLD')
DATANUM=0
LINE=0
RETURNUM=0
TR='N'
CTR='N'
STARTCOL=1
ABVLINE=' '
XREADNUM=0
4444 CONTINUE
STARTRE=0
STARNUM=0
8888 CONTINUE
XREADNUM=XREADNUM + 1
DO
tl2541=' '
READ(filenum,'(A254)',END=9996,ERR=9999)tl2541
IF(tl2541(1:1).EQ.'$')ftype='$'
IF(TVILENT(tl2541).LT.3)GOTO 999
IF(TL2541(1:1).EQ.'!')GOTO 999
! Controls to be taken from CTR file (lower case x)
IF (FILENEW(FILELEN:FILELEN).EQ.'x') THEN
IF(TL2541(1:11).EQ.'*SIMULATION'.AND.CTR.EQ.'N') THEN
READ(filenum,'(A254)',END=9996,ERR=9999)TL2541
DO
!IF (EOF(filenum)) GOTO 9996 !chp portability to g95
READ(filenum,'(A254)',END=9996,ERR=9999)TL2541
IF(TL2541(1:1).EQ.'*') THEN
IF(TL2541(1:3).NE.'*SI') EXIT
ENDIF
ENDDO
ENDIF
ENDIF
COLON='N'
HEADLINE = 'N'
IF(tl2541(1:4).EQ.'*EXP')HEADLINE = 'Y'
IF(tl2541(1:1).EQ.'$')THEN
IF(tl2541(2:4).EQ.'EXP')HEADLINE='Y'
IF(tl2541(8:10).EQ.'EXP')HEADLINE='Y'
IF(tl2541(8:10).EQ.'DET')HEADLINE='Y'
ENDIF
IF(HEADLINE.EQ.'Y')THEN
DO TVI1=1,30
IF(COLON.EQ.'Y'.AND.TL2541(TVI1:TVI1).NE.' ')EXIT
IF(TL2541(TVI1:TVI1).EQ.':')COLON='Y'
TL2541(TVI1:TVI1)=' '
ENDDO
CALL LTRIM(TL2541)
READ (TL2541,'(A10,A60)')EXPER,ENAME
CALL Ltrim(ENAME)
DATANUM=DATANUM+1
DATARRAY(DATANUM)='EXPER '//' '//exper
IF(FTYPE.EQ.'*') THEN
DATANUM=DATANUM+1
DATARRAY(DATANUM)='ENAME '//' '//ename
ENDIF
GO TO 999
ENDIF
IF(tl2541(1:1).EQ.'$')GOTO 999
IF(tl2541(1:3).EQ.'*EX')GOTO 999
IF(TR.EQ.'Y')THEN
RETURNUM=RETURNUM+1
IF (RETURNUM .GT. 250) THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE(fnumerr,*)' Problem reading treatment ',COL1
WRITE(fnumerr,*)' Component,option,species ',COL2,COL3,COL4
WRITE(fnumerr,*)' Check READS.OUT for details'
WRITE (*,*) ' Problem reading treatment ',COL1
WRITE (*,*) ' Component,option,species: ',COL2,COL3,COL4
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
ENDIF
tl30=' '
TL30=TL2541(1:30)
CALL Ltrim(tl30)
tl30(1:1)=Tl1upcase(tl30(1:1))
tl30(2:2)=Tl1upcase(tl30(2:2))
IF (TL30(2:2).EQ.' ') TL30(3:3)=' '
IF (tl2541(1:1).EQ.'*') THEN
IF (tl2541(1:8).NE.'*CONTROL') THEN
IF (TL2541(2:4).EQ.'EXP') GO TO 999
IF (TL2541(2:8).NE.'GENERAL') STARNUM=STARNUM + 1
! Following is to accomodate files with treatment group
! low in file
IF (STARNUM .EQ. STARTRE+1 .AND. STARNUM .GT. 2) THEN
! Following is necessary to stop entering
! when treatments at end of file
IF (XREADNUM .EQ. 1) THEN
CLOSE (FILENUM)
OPEN (filenum,FILE=filename(1:FILELEN),STATUS='OLD')
DATANUM=0
LINE=0
RETURNUM=0
TR='N'
CTR='N'
STARTCOL=1
ABVLINE=' '
GO TO 8888
ENDIF
ENDIF
IF(TL2541(2:4).EQ.'TRE')THEN
TR='Y'
STARTCOL=5
IF (RNCOL.LE.0) STARTCOL = STARTCOL - 1
IF (SNCOL.LE.0) STARTCOL = STARTCOL - 1
IF (ONCOL.LE.0) STARTCOL = STARTCOL - 1
IF (CNCOL.LE.0) STARTCOL = STARTCOL - 1
IF (STARTRE.EQ.0) STARTRE=STARNUM
ELSEIF(TL2541(2:5).EQ.'GENE')THEN
TR='N'
STARTCOL=1
ELSE
TR='N'
STARTCOL=2
ENDIF
LE=' '
IF(TL2541(2:5).EQ.'GENE')LE(1:3)='000'
IF(TL2541(2:4).EQ.'TRE')LE(1:LEVELLEN)=LEVELSTD(1:LEVELLEN)
IF(TL2541(2:4).EQ.'CUL')LE(1:3)=CU
IF(TL2541(2:5).EQ.'GENO')LE(1:3)=CU
IF(TL2541(2:4).EQ.'FIE')LE(1:3)=FL
IF(TL2541(2:4).EQ.'SOI')LE(1:3)=SA
IF(TL2541(2:4).EQ.'INI')LE(1:3)=IC
IF(TL2541(2:4).EQ.'PLA')LE(1:3)=MP
IF(TL2541(2:4).EQ.'IRR')LE(1:3)=MI
IF(TL2541(2:4).EQ.'FER')LE(1:3)=MF
IF(TL2541(2:4).EQ.'RES')LE(1:3)=MR
IF(TL2541(2:4).EQ.'CHE')LE(1:3)=MC
IF(TL2541(2:4).EQ.'TIL')LE(1:3)=MT
IF(TL2541(2:4).EQ.'ENV')LE(1:3)=ME
IF(TL2541(2:4).EQ.'HAR')LE(1:3)=MH
IF(TL2541(2:4).EQ.'FIL')LE(1:3)=FI
IF(TL2541(2:4).EQ.'DIS')LE(1:3)=DI
IF(TL2541(2:4).EQ.'SIM')THEN
LE(1:3)=SM
IF(SM(1:1).NE.'0')THEN
IF(CTR.EQ.'N')THEN
IF(Ctrflag.NE.'Y') THEN
WRITE(fnumrea,*)' CONTROLS FROM: ',filenew(1:60)
Ctrflag = "Y"
ENDIF
ENDIF
CTR='Y'
ENDIF
ENDIF
IF(TL2541(2:4).EQ.'AUT')LE(1:3)=AM
ENDIF
GO TO 999
ENDIF
IF(tl2541(1:1).EQ.'@')THEN
! Strip off leading @
tl2541(1:1)=' '
! Following code introduced to move header across.
! Maybe necessary in case first column is character field
! eg General section, but not for data fields where
! first column must be numeric!!!
TVI2=0
TVI3=0
DO tvi1=1,30
IF(tl2541(tvi1:tvi1).EQ.' ' .AND. TVI2.GT.0)THEN
TVI3=MIN(10,TVI1-1)
EXIT
ENDIF
IF(tl2541(tvi1:tvi1).NE.' '.AND. TVI2.EQ.0)TVI2=TVI1
ENDDO
TL10(1:(TVI3-TVI2+1))=TL2541(TVI2:TVI3)
DO TVI1=1,TVI3
TL2541(TVI1:TVI1)=' '
ENDDO
TL2541(1:(TVI3-TVI2+1))=TL10(1:(TVI3-TVI2+1))
! Strip out leading periods
ABVLEN=TVILENT(TL2541)
DO TVI1=1,ABVLEN-1
IF(TL2541(TVI1:TVI1+1).EQ.' .')TL2541(TVI1:TVI1+1)=' '
! NEW JULY 05
IF(TL2541(TVI1:TVI1).EQ.'!')TL2541(TVI1:ABVLEN)=' '
ENDDO
IF (ABVLINE(2:30).NE.TL2541(2:30))THEN
ABVLINE(1:1)=' '
ABVLINE=tl2541
ABVSTD=' '
CALL STANDARD(ABVLINE,ABVSTD,'13')
ABVNUM=TVINSTR(ABVSTD)
! NB MAXIMUM NUMBER OF VARIABLES ALONG LINE=40
IF(ABVNUM.GT.40)ABVNUM=40
LINE=1
GO TO 999
ENDIF
ENDIF
DATALINE=tl2541
IF(ABVNUM.EQ.1)THEN
IF(line.EQ.1)THEN
datanum=datanum+1
CALL LTRIM(abvline)
CALL LTRIM(dataline)
DATARRAY(datanum)=abvline(1:6)//' '//dataline(1:247)
LINE=LINE+1
ELSE
CALL LTRIM(dataline)
tvi1=TVILENT(DATARRAY(datanum))
tvi2=TVILENT(dataline)
IF(tvi1+tvi2.GT.241)tvi2=254-tvi1
dn=datanum
DATARRAY(dn)=DATARRAY(dn)(1:tvi1)//' '//dataline(1:tvi2)
ENDIF
GO TO 999
ENDIF
DATASTD=' '
TEXTSTD=' '
IF(TVILENT(abvline).LT.3)THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE(fnumerr,*)' Header line not found! '
WRITE(fnumerr,*)' Possibly wrong file type!'
WRITE(fnumerr,*)' Header line: ',abvline(1:60)
WRITE(fnumerr,*)' Data line : ',dataline(1:60)
WRITE(fnumerr,*)' Text : ',textstd
WRITE(fnumerr,*)' Check READS.OUT for details'
WRITE (*,*) ' Header line not found! '
WRITE (*,*) ' Possibly wrong file type!'
WRITE (*,*) ' Header line: ',abvline(1:60)
WRITE (*,*) ' Data line : ',dataline(1:60)
WRITE (*,*) ' Text : ',textstd
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
IF(MP(1:1).EQ.'0' .AND. MH(1:1).EQ.'0')THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE(fnumerr,*)' Both planting and harvest levels = 0!'
WRITE(fnumerr,*)' Hence no crop nor fallow specified!'
WRITE(fnumerr,*)' Check READS.OUT for details of reads'
WRITE(*,*)' Both planting and harvest levels = 0!'
WRITE(*,*)' Hence no crop nor fallow specified!'
WRITE(*,*)' Program will have to stop'
WRITE(*,*)' Check READS.OUT for details of reads'
CLOSE (fnumerr)
STOP ' '
ENDIF
IF (TVILENT(DATALINE).LT.5) GO TO 999
CALL STANDC(ABVLINE,DATALINE,DATASTD,TEXTSTD,'13')
! Below is for debugging purposes only
! WRITE(fnumrea,*)' ABVLINE ',abvline(1:60)
! WRITE(fnumrea,*)' ABVSTD ',abvstd(1:60)
! WRITE(fnumrea,*)' DATALINE ',dataline(1:60)
! WRITE(fnumrea,*)' DATASTD ',datastd(1:60)
IF(le(1:3).NE.'000')THEN
leveltmp=' '
READ(DATASTD,'(A13)',ERR=7777)leveltmp(1:13)
CALL Ltrim(leveltmp)
IF(leveltmp(1:1).EQ.'0')THEN
leveltmp(1:1)=' '
IF(leveltmp(2:2).EQ.'0')THEN
leveltmp(2:2)=' '
IF(leveltmp(3:3).EQ.'0')THEN
leveltmp(3:3)=' '
ENDIF
ENDIF
ENDIF
CALL Ltrim(leveltmp)
ENDIF
IF(TR.EQ.'Y')THEN
DATAROC=' '
IF(ftype.EQ.'*')THEN
DATAROC(1:52)=DATASTD(1:52)
ELSEIF(ftype.EQ.'$')THEN
IF (RNCOL.GT.0) THEN
READ(DATASTD,'(13X,I13)',ERR=7777)COLRN
IF (COLRN.NE.COL1R)GO TO 999
DATAROC(1:13)=DATASTD(1:13)
DATAROC(14:52)=DATASTD(26:64)
ENDIF
ENDIF
IF (SNCOL.GT.0.AND.COL2.GT.0) THEN
READ(DATAROC,'(13X,I13)',ERR=7777)COL2TMP
IF (COL2TMP.EQ.0)COL2TMP=COL2
IF (COL2TMP.NE.COL2)GO TO 999
ENDIF
IF (ONCOL.GT.0.AND.COL3.GT.0) THEN
READ(DATAROC,'(26X,I13)',ERR=7777)COL3TMP
IF (COL3TMP.EQ.0)COL3TMP=COL3
IF (COL3TMP.NE.COL3)GO TO 999
ENDIF
IF (CNCOL.GT.0.AND.COL4.GT.0) THEN
READ(DATAROC,'(39X,I13)',ERR=7777)COL4TMP
IF (COL4TMP.EQ.0)COL4TMP=COL4
IF (COL4TMP.NE.COL4)GO TO 999
ENDIF
ENDIF
IF (LE .NE. '00') THEN
IF (LE(1:1).EQ.'0') THEN
LE(1:1)=' '
IF (LE(2:2).EQ.'0') LE(2:2)=' ' ! NEW JUL 06
ENDIF
CALL Ltrim(le)
LENTMP=TVILENT(LE)
! Below is for debugging
! Write (fnumrea,*)' Leveltmp ie what read ',leveltmp
! Write (fnumrea,*)' Le ie what needed ',le
IF(LEVELTMP(1:LENTMP).NE.LE(1:LENTMP))GO TO 999
IF(LEVELTMP(LENTMP+1:LENTMP+1).NE.' ')GO TO 999
ENDIF
DO TVI1=1,ABVNUM-(STARTCOL-1)
IF(TVI1.EQ.1)THEN
IF(LINE.EQ.1)THEN
datanums=datanum
ELSE
datanum=datanums
ENDIF
ENDIF
datanum=datanum+1
TVI2=1 + ((STARTCOL-1)*LENSTD) + (TVI1-1)*LENSTD
TVI4=TVI2 + (LENSTD-1)
COEFFC=DATASTD(TVI2:TVI4)
ABVC=ABVSTD(TVI2:TVI4)
! Below are for debugging
! Write(fnumrea,*)' abvnum ',abvnum
! Write(fnumrea,*)' lenstd ',lenstd
! Write(fnumrea,*)' startcol ',startcol
! Write(fnumrea,*)' abvc ',abvc
! Write(fnumrea,*)' tvi2,tvi4 ',tvi2,tvi4
! Write(fnumrea,*)' coeffc ',coeffc
COEFFCTM=COEFFC
CALL LTRIM(COEFFCTM)
IF (TVILENT(COEFFCTM).LT.1)COEFFC='-99 '
CALL LTRIM(TEXTSTD)
IF (TVILENT(TEXTSTD).LT.1)TEXTSTD(1:3)='-99'
COEFFCHK=COEFFCTM(1:4)
IF (LINE.EQ.1) THEN
IF(COEFFCHK.EQ.'TEXT')THEN
DATARRAY(datanum)=abvc//' '//TEXTSTD
ELSE
DATARRAY(datanum)=abvc//' '//coeffc
ENDIF
IF(TVI1.EQ.(ABVNUM-(STARTCOL-1)))LINE=LINE+1
ELSE
LENTMP=TVILENT(DATARRAY(datanum))
IF(COEFFCHK.EQ.'TEXT')THEN
TL2541=DATARRAY(datanum)(1:LENTMP)//' '//TEXTSTD
DATARRAY(datanum)=TL2541
ELSE
TL2541=DATARRAY(datanum)(1:LENTMP)//' '//coeffc
DATARRAY(datanum)=TL2541
ENDIF
ENDIF
IF(ABVC(1:3).EQ.'CU '.OR.ABVC(1:3).EQ.'GE ') CU=COEFFC(1:3)
IF(ABVC(1:3).EQ.'FL ')FL=COEFFC(1:3)
IF(ABVC(1:3).EQ.'SA ')SA=COEFFC(1:3)
IF(ABVC(1:3).EQ.'IC ')IC=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MP '.OR.ABVC(1:3).EQ.'PL ')MP=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MI '.OR.ABVC(1:3).EQ.'IR ')MI=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MF '.OR.ABVC(1:3).EQ.'FE ')MF=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MR '.OR.ABVC(1:3).EQ.'RE ')MR=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MC '.OR.ABVC(1:3).EQ.'CH ')MC=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MT '.OR.ABVC(1:3).EQ.'TI ')MT=COEFFC(1:3)
IF(ABVC(1:3).EQ.'ME '.OR.ABVC(1:3).EQ.'EN ')ME=COEFFC(1:3)
IF(ABVC(1:3).EQ.'ME '.OR.ABVC(1:3).EQ.'EM ')ME=COEFFC(1:3)
IF(ABVC(1:3).EQ.'MH '.OR.ABVC(1:3).EQ.'HA ')MH=COEFFC(1:3)
IF(ABVC(1:3).EQ.'DI '.OR.ABVC(1:3).EQ.'DI ')DI=COEFFC(1:3)
IF(ABVC(1:3).EQ.'SM ')THEN
SM=COEFFC(1:3)
FI=COEFFC(1:3)
ENDIF
IF(ABVC(1:3).EQ.'AM ')AM=COEFFC(1:3)
IF(ABVC(1:3).EQ.'FI ')FI=COEFFC(1:3)
ENDDO
999 CONTINUE
END DO
9996 CONTINUE
! Following is to accomodate files with treatment group
! at the end of the file
IF (STARNUM.EQ.STARTRE .AND. XREADNUM.EQ.1) THEN
CLOSE (FILENUM)
OPEN (filenum,FILE=filename(1:FILELEN),STATUS='OLD')
DATANUM=0
LINE=0
RETURNUM=0
TR='N'
CTR='N'
STARTCOL=1
ABVLINE=' '
GO TO 8888
ENDIF
9999 CONTINUE
CLOSE(filenum)
IF (CTR.EQ.'N')THEN
arg=' '
tvi2=0
tvi3=0
! CALL GETARG (0,arg,arglen)
!portability
CALL GETARG (0,arg)
arglen = len_trim(arg)
DO tvi1=1,arglen
IF (arg(tvi1:tvi1).EQ.SLASH) tvi2=tvi1
IF (arg(tvi1:tvi1).EQ.'.') tvi3=tvi1-1
ENDDO
IF (tvi3.EQ.0) THEN
tvi3=arglen
ENDIF
ctrdirfl=ARG(1:TVI3)//'.CTR'
ctrdirfl = TRIM(ctrdirfl)
! Change control file name from module specific to general
DO L=LEN(CTRDIRFL),1,-1
IF (CTRDIRFL(L:L).EQ.SLASH) EXIT
ENDDO
IF (L.GT.1) THEN
ctrdirfl=CTRDIRFL(1:L-1)//SLASH//'CROPSIM.CTR'
ELSE
ctrdirfl(1:12)='CROPSIM.CTR '
ENDIF
INQUIRE(FILE=ctrdirfl,EXIST=fflag)
IF(.NOT.fflag)THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE (fnumerr,*) ' No control file: ',ctrdirfl(1:60)
WRITE (fnumerr,*) ' Check READS.OUT for details'
WRITE (*,*) ' No control file: ',ctrdirfl(1:60)
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
OPEN(filenum,FILE=ctrdirfl,STATUS='OLD')
IF(Ctrflag.NE.'Y') THEN
WRITE(fnumrea,*)' CONTROLS FROM: ',filenew(1:60)
Ctrflag = "Y"
ENDIF
STARTCOL=2
CTR='Y'
TR='N'
LE='1 '
GO TO 4444
ENDIF
CLOSE(filenum)
IF (DATANUM.LE.0.0)THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE (fnumerr,*) ' Problem reading: ',filename(1:55)
WRITE (fnumerr,*) ' No elements in array!',datarray(1)(1:50)
WRITE (fnumerr,*) ' Check READS.OUT for details'
WRITE (*,*) ' Problem reading: ',filename(1:55)
WRITE (*,*) ' No elements in array!',datarray(1)(1:50)
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
IF (DATANUM.GT.0.AND.DATARRAY(1)(1:6) .EQ. ' ')THEN
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE (fnumerr,*) ' Problem reading: ',filename(1:55)
WRITE (fnumerr,*) ' First array element: ',datarray(1)(1:50)
WRITE (fnumerr,*) ' 2nd array element: ',datarray(2)(1:50)
WRITE (fnumerr,*) ' Number in array: ',datanum
WRITE (fnumerr,*) ' Check READS.OUT for details'
WRITE (*,*) ' Problem reading: ',filename(1:55)
WRITE (*,*) ' First array element: ',datarray(1)(1:50)
WRITE (*,*) ' 2nd array element: ',datarray(2)(1:50)
WRITE (*,*) ' Number in array: ',datanum
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
ENDIF
WRITE(fnumrea,'(A13)')' Data array:'
DO TVI3=1,DATANUM
WRITE(fnumrea,'(I6,A2,A60)')tvi3,' ',datarray(TVI3)(1:60)
ENDDO
abvfile=' '
abvfile(1:10)='DETAIL.CDE'
INQUIRE(FILE=abvfile,EXIST=fflag)
IF(.NOT.fflag)THEN
! CALL GETARG (0,arg,arglen)
!portability
CALL GETARG (0,arg)
arglen = len_trim(arg)
DO tvi1=1,arglen
IF(arg(tvi1:tvi1).EQ.SLASH)tvi2=tvi1
ENDDO
abvfile=ARG(1:TVI2)//'DETAIL.CDE'
INQUIRE(FILE=abvfile,EXIST=fflag)
ENDIF
IF(fflag)THEN
! Read abbreviation file
WRITE(fnumrea,*)' '
WRITE(fnumrea,*)' Reading abbrev file: ',abvfile(1:55)
CALL AMAKEABV(ABVFILE,abvarray,abvsyn)
ELSE
WRITE(fnumrea,*)' '
abvsyn=0
ENDIF
5555 CONTINUE
FILEOLD=' '
FILEOLD=' '
FILEOLD(1:FILELEN)=FILENEW(1:FILELEN)
COL1P=COL1
COL1RP=COL1R
COL2P=COL2
COL3P=COL3
COL4P=COL4
CALL ARAYREAD(CODE,DATARRAY,DATANUM,ABVARRAY,ABVSYN,TXTO)
!WRITE(FNUMREA,*) 'CODE,TXTO ',CODE,TXTO
RETURN
7777 CONTINUE
CALL Getlun('ERROR.OUT',fnumerr)
OPEN(UNIT=fnumerr,FILE='ERROR.OUT')
WRITE(fnumerr,*)' Problem in reading treatments in X-file file!'
WRITE(fnumerr,*)' Original line was: ',dataline(1:50)
WRITE(fnumerr,*)' Standard line was: ',datastd(1:50)
WRITE(fnumerr,*)' Text was: ',textstd
WRITE(fnumerr,*)' Maybe that numbers run together!'
WRITE(fnumerr,*)' Or dots in header line over numeric fields!'
WRITE(fnumerr,*)' Check READS.OUT for details'
WRITE (*,*) ' Problem in reading treatments in X-file file!'
WRITE (*,*) ' Original line was: ',dataline(1:50)
WRITE (*,*) ' Standard line was: ',datastd(1:50)
WRITE (*,*) ' Text was: ',textstd
WRITE (*,*) ' Maybe that numbers run together!'
WRITE (*,*) ' Or dots in header line over numeric fields!'
WRITE (*,*) ' Program will have to stop'
WRITE (*,*) ' Check READS.OUT for details'
CLOSE (fnumerr)
STOP ' '
END
!-----------------------------------------------------------------------
SUBROUTINE XREADC(FILENAME,COL1,COL1R,COL2,COL3,COL4,CODE,charout)
! Returns one character string for particular code
IMPLICIT NONE
CHARACTER (LEN=*) FILENAME, CODE, CHAROUT
CHARACTER (LEN=254) TL2541, TXTO
CHARACTER (LEN=100) CODENEW
!chp 2/23/07 CHARACTER (LEN=20) COEFF
CHARACTER (LEN=50) COEFF
CHARACTER (LEN=1) FOUND
INTEGER TVI1, STARTPOS, ENDPOS
INTEGER LENGTH, TVI3, CODECLEN
INTEGER COL1, COL1R, COL2, COL3, COL4
INTRINSIC LEN
SAVE
CALL XREADT (FILENAME,COL1,COL1R,COL2,COL3,COL4,CODE,TXTO)
CALL LTRIM2(CODE,codenew)
CODECLEN=LEN(CHAROUT)
DO TVI1=1,CODECLEN
CHAROUT(TVI1:TVI1)=' '