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C Copyright 1981-2007 ECMWF
C
C Licensed under the GNU Lesser General Public License which
C incorporates the terms and conditions of version 3 of the GNU
C General Public License.
C See LICENSE and gpl-3.0.txt for details.
C
SUBROUTINE BTABLE(YNAME,YTABB,KERR)
C
C**** *BTABLE*
C
C
C PURPOSE.
C --------
C CREATE BUFR TABLE B IN BINARY FORM.
C
C** INTERFACE.
C ----------
C NONE.
C
C
C *METHOD.
C -------
C NONE.
C
C
C EXTERNALS.
C ----------
C NONE.
C
C
C
C
C REFERENCE.
C ----------
C
C BINARY UNIVERSAL FORM FOR DATA REPRESENTATION, FM 94 BUFR.
C
C J.K.GIBSON AND M.DRAGOSAVAC,1987: DECODING DATA
C REPRESENTATION FM 94 BUFR,TECHNICAL MEMORANDUM NO.
C
C J.K.GIBSON,1986:EMOS 2 - STANDARDS FOR SOFTWARE DEVELOPMENT
C AND MAINTANANCE ,TECHICAL MEMORANDUM NO. ECMWF.
C
C
C AUTHOR.
C -------
C
C M. DRAGOSAVAC *ECMWF* JANUARY 1991.
C
C
C MODIFICATIONS.
C --------------
C
C NONE.
C
C
IMPLICIT LOGICAL(L,O,G), CHARACTER*8(C,H,Y)
C
# include "parameter.F"
# include "bcomwork.F"
# include "bcomtab.F"
# include "bcomtabc.F"
# include "bcomct.F"
# include "bcomctc.F"
# include "bcomroot.F"
# include "bcomtabload.F"
# include "bcomtabloadc.F"
C
CHARACTER*64 CTABBEN,CCTABBEN
CHARACTER*24 CTABBU,CCTABBU,CTABLE_LIST,YTABB
CHARACTER*120 YENTRY
CHARACTER*(*) YNAME
CHARACTER*256 YFNAME
REAL*8 RVIND,EPS
C
C DATA CTABBEN/JTAB*' '/,CTABBU/JTAB*' '/
C
C ------------------------------------------------------------------
C* 1. INITIALIZE CONSTANTS AND VARIABLES.
C -----------------------------------
100 CONTINUE
C
J=0
ICLASS0=0
IVIND=2147483647
YFNAME=' '
C
DO 101 I=1,64
do 101 ii=1,255
NTABP(I,ii)=0
101 CONTINUE
C
DO 102 i=1,JTAB
NTABBTR(I)=IVIND
NTABBS (I)=IVIND
NTABBRV(I)=IVIND
NTABBDW(I)=IVIND
CTABBEN(I)=' '
CTABBU (I)=' '
102 CONTINUE
C
II=INDEX(YNAME,' ')
II=II-1
YFNAME=YNAME(1:II)
II=INDEX(YFNAME,' ')
II=II-1
CALL GET_FREE_UNIT(IUNIT)
OPEN(UNIT=IUNIT,FILE=YFNAME(1:II),
2 IOSTAT=IOS,
1 STATUS='OLD')
IF(IOS.NE.0) THEN
print*,'open error on ',YFNAME(1:II)
kerr=61
return
END IF
C ------------------------------------------------------------------
C* 2. READ IN TABLE B ELEMENT.
C ------------------------
C
200 CONTINUE
C
YENTRY=' '
READ(IUNIT,'(A)',ERR=402,END=300) YENTRY
C
J=J+1
IF(J.GT.JTAB) THEN
PRINT*,' DIMENSION TOO SMALL J=',J
kerr=6
return
END IF
C
C ------------------------------------------------------------------
C* 2.1 SET ARRAYS FOR TABLE REFERENCE, ELEMENT NAME, UNITS,
C* REFERENCE VALUE AND DATA WIDTH.
C
210 CONTINUE
C
C
READ(YENTRY,'(1X,I6,1x,64x,1x,24x,1x,I3,1x,I12,1x,I3)')
1 NTABBTR(J),NTABBS (J),
1 NTABBRV(J),NTABBDW(J)
C
CTABBEN(J)=YENTRY( 9:72)
CTABBU (J)=YENTRY(74:97)
C
ICLASS=NTABBTR(J)/1000
IYYY =NTABBTR(J)-ICLASS*1000+1
C
ICLASS=ICLASS+1
NTABP(ICLASS,IYYY)=J
C
c WRITE(*,1000) NTABBTR(J),CTABBEN(J),CTABBU(J),NTABBS(J),
c 1 NTABBRV(J),NTABBDW(J)
c 1000 FORMAT(1H ,1X,I6,1x,64x,1x,24x,1x,,I3,1x,I12,1x,I3)
C
GO TO 200
C
C ------------------------------------------------------------------
300 CONTINUE
C
NTT=NTT+1
IF(NTT.GT.JTMAX) THEN
NTT=NTT-1
NTC=NTC+1
IF(NTC.GT.10) NTC=1
DO J=1,JTAB
MTABBTR(J,NTC)=NTABBTR(J)
MTABBS (J,NTC)=NTABBS (J)
MTABBRV(J,NTC)=NTABBRV(J)
MTABBDW(J,NTC)=NTABBDW(J)
CCTABBEN(J,NTC)=CTABBEN(J)
CCTABBU (J,NTC)=CTABBU (J)
END DO
DO I=1,64
DO K=1,255
MTABP(I,K,NTC)=NTABP(I,K)
END DO
END DO
CTABLE_LIST(NTC)=YTABB
ELSE
DO J=1,JTAB
MTABBTR(J,NTT)=NTABBTR(J)
MTABBS (J,NTT)=NTABBS (J)
MTABBRV(J,NTT)=NTABBRV(J)
MTABBDW(J,NTT)=NTABBDW(J)
CCTABBEN(J,NTT)=CTABBEN(J)
CCTABBU (J,NTT)=CTABBU (J)
END DO
DO I=1,64
DO K=1,255
MTABP(I,K,NTT)=NTABP(I,K)
END DO
END DO
CTABLE_LIST(NTT)=YTABB
END IF
C
CLOSE(IUNIT)
C
C WRITE(*,'(1h )')
C WRITE(*,'(1h ,a,i4)') 'Total number of entries in Table B is ',j
C
RETURN
C
402 CONTINUE
KERR=6
WRITE(*,4402) IOS,YFNAME
4402 FORMAT(1H ,'Read error',i4,' on ',a)
RETURN
C
401 CONTINUE
C
KERR=61
WRITE(*,4401) IOS,YFNAME
4401 FORMAT(1H ,'Open error',i4,' on ',a)
C
RETURN
END
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