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C Last change: BCM 16 Sep 2005 1:27 pm
SUBROUTINE getcmp(Probs,Havesp,Sp,Y,Nobs,Start,Nspobs,Begspn,
& Srsttl,Nttlcr,Srsnam,Nser,Itest,Kdec,Begmdl,
& Endmdl,Svprec,Locok,Yr2000,Lindot,Isrflw,
& Inptok)
IMPLICIT NONE
c-----------------------------------------------------------------------
c Set options for final direct and indirect composite adjustment,
c including the number of observations, nobs, start date, start, and
c seasonal period, Sp.
c-----------------------------------------------------------------------
c Variable typing and parameters initialization
c-----------------------------------------------------------------------
c Add appendfcst and appendbcst arguments, october 2006, bcm
c-----------------------------------------------------------------------
INCLUDE 'notset.prm'
INCLUDE 'lex.i'
INCLUDE 'tbllog.i'
INCLUDE 'tbllog.prm'
INCLUDE 'tbllog.cmn'
INCLUDE 'svllog.i'
INCLUDE 'stdio.i'
INCLUDE 'error.cmn'
INCLUDE 'units.cmn'
c-----------------------------------------------------------------------
LOGICAL F,T
INTEGER YR,MO
DOUBLE PRECISION ZERO
PARAMETER(F=.false.,T=.true.,YR=1,MO=2,ZERO=0D0)
c-----------------------------------------------------------------------
CHARACTER Srsttl*(*),Srsnam*(64)
LOGICAL argok,Locok,Inptok,Havesp,Yr2000,Lindot
INTEGER Sp,nelt,Nobs,Nttlcr,Probs,Start,tmpptr,Itest,endspn,nspec,
& Kdec,Begspn,Begmdl,Endmdl,spnmdl,nobmdl,Nspobs,Nser,ivec,
& Isrflw,Svprec
DOUBLE PRECISION Y,Spclim,dvec
DIMENSION Start(2),tmpptr(0:1),Itest(5),endspn(2),Y(Probs),
& Begspn(2),Begmdl(2),Endmdl(2),spnmdl(2,2),ivec(1),
& dvec(1)
c-----------------------------------------------------------------------
LOGICAL gtarg,chkcvr
EXTERNAL chkcvr,gtarg
c-----------------------------------------------------------------------
CHARACTER ARGDIC*95
INTEGER argidx,argptr,PARG,arglog
PARAMETER(PARG=13)
DIMENSION argptr(0:PARG),arglog(2,PARG)
PARAMETER(ARGDIC='nametitleprintsavedecimalsmodelspansaveprecision
&savelogyr2000indoutlierappendfcstappendbcsttype')
c-----------------------------------------------------------------------
CHARACTER YSNDIC*5
INTEGER ysnptr,PYSN
PARAMETER(PYSN=2)
DIMENSION ysnptr(0:PYSN)
PARAMETER(YSNDIC='yesno')
c ------------------------------------------------------------------
CHARACTER TYPDIC*9
INTEGER typptr,PTYP
PARAMETER(PTYP=2)
DIMENSION typptr(0:PTYP)
PARAMETER(TYPDIC='flowstock')
c-----------------------------------------------------------------------
DATA argptr / 1,5,10,15,19,27,36,49,56,62,72,82,92,96 /
DATA ysnptr / 1,4,6 /
DATA typptr/1,5,10/
c-----------------------------------------------------------------------
c Assume the input is OK and we don't have any of the arguments
c-----------------------------------------------------------------------
Locok=T
CALL setint(NOTSET,4,spnmdl)
CALL setint(NOTSET,2*PARG,arglog)
c-----------------------------------------------------------------------
c Argument get loop
c-----------------------------------------------------------------------
DO WHILE (T)
IF(gtarg(ARGDIC,argptr,PARG,argidx,arglog,Inptok))THEN
IF(Lfatal)RETURN
GO TO(10,20,30,40,50,60,70,80,90,100,110,120,130),argidx
c-----------------------------------------------------------------------
c Series name argument
c-----------------------------------------------------------------------
10 CALL gtnmvc(LPAREN,T,1,Srsnam,tmpptr,nelt,64,argok,Locok)
IF(Lfatal)RETURN
IF(argok)CALL eltlen(1,tmpptr,nelt,Nser)
GO TO 140
c-----------------------------------------------------------------------
c Title argument
c-----------------------------------------------------------------------
20 CALL getttl(LPAREN,T,1,Srsttl,tmpptr,nelt,argok,Locok)
IF(Lfatal)RETURN
IF(argok)CALL eltlen(1,tmpptr,nelt,Nttlcr)
GO TO 140
c-----------------------------------------------------------------------
c Print argument
c-----------------------------------------------------------------------
30 CALL getprt(LSPCMP,NSPCMP,Locok)
GO TO 140
c-----------------------------------------------------------------------
c Save argument
c-----------------------------------------------------------------------
40 CALL getsav(LSPCMP,NSPCMP,Locok)
GO TO 140
c-----------------------------------------------------------------------
c decimals argument
c-----------------------------------------------------------------------
50 CALL getivc(LPAREN,T,1,ivec,nelt,argok,Locok)
IF(Lfatal)RETURN
IF(argok)THEN
IF(ivec(1).lt.0.or.ivec(1).gt.5)THEN
CALL inpter(PERROR,Errpos,
& 'Number of output decimals must be between 0 and 5, inclusive.')
Locok=F
ELSE
Kdec=ivec(1)
END IF
END IF
GO TO 140
c-----------------------------------------------------------------------
c Span for the model estimation.
c-----------------------------------------------------------------------
60 CALL gtdtvc(Havesp,Sp,LPAREN,F,2,spnmdl,nelt,argok,Inptok)
IF(Lfatal)RETURN
IF(nelt.eq.1)THEN
CALL inpter(PERROR,Errpos,'Need two dates for the model span or
& use a comma as place holder.')
Inptok=F
END IF
GO TO 140
c-----------------------------------------------------------------------
c saveprecision argument
c-----------------------------------------------------------------------
70 CALL getivc(LPAREN,T,1,ivec,nelt,argok,Locok)
IF(Lfatal)RETURN
IF(argok.and.nelt.gt.0)THEN
IF(ivec(1).le.0.or.ivec(1).gt.15)THEN
CALL inpter(PERROR,Errpos,'Value of saveprecision must be grea
&ter than zero and less than 15.')
Inptok=F
ELSE
Svprec=ivec(1)
END IF
END IF
GO TO 140
c-----------------------------------------------------------------------
c Savelog argument
c-----------------------------------------------------------------------
80 CALL getsvl(LSLCMP,NSLCMP,Locok)
GO TO 140
c-----------------------------------------------------------------------
c yr2000 argument
c-----------------------------------------------------------------------
90 CALL gtdcvc(LPAREN,T,1,YSNDIC,ysnptr,PYSN,
& 'Available options for yr2000 are yes or no.',
& ivec,nelt,argok,Inptok)
IF(Lfatal)RETURN
IF(argok.and.nelt.gt.0)Yr2000=ivec(1).eq.1
GO TO 140
c-----------------------------------------------------------------------
c indoutlier argument
c-----------------------------------------------------------------------
100 CALL gtdcvc(LPAREN,T,1,YSNDIC,ysnptr,PYSN,
& 'Available options for indoutlier are yes or no.',
& ivec,nelt,argok,Inptok)
IF(Lfatal)RETURN
IF(argok.and.nelt.gt.0)Lindot=ivec(1).eq.1
GO TO 140
c-----------------------------------------------------------------------
c appendfcst argument
c-----------------------------------------------------------------------
110 CALL gtdcvc(LPAREN,T,1,YSNDIC,ysnptr,PYSN,
& 'Available options for appending forecasts are yes or no.',
& ivec,nelt,argok,Inptok)
IF(Lfatal)RETURN
IF(argok.and.nelt.gt.0)Savfct=ivec(1).eq.1
GO TO 140
c-----------------------------------------------------------------------
c appendbcst argument
c-----------------------------------------------------------------------
120 CALL gtdcvc(LPAREN,T,1,YSNDIC,ysnptr,PYSN,
& 'Available options for appending backcasts are yes or no.',
& ivec,nelt,argok,Inptok)
IF(Lfatal)RETURN
IF(argok.and.nelt.gt.0)Savbct=ivec(1).eq.1
GO TO 140
c-----------------------------------------------------------------------
c type argument
c-----------------------------------------------------------------------
130 CALL gtdcvc(LPAREN,T,1,TYPDIC,typptr,PTYP,
& 'Available options for type are flow or stock.',
& ivec,nelt,argok,Inptok)
IF(Lfatal)RETURN
IF(argok.and.nelt.gt.0)Isrflw=ivec(1)
GO TO 140
END IF
IF(Lfatal)RETURN
c----------------------------------------------------------------------
c Set starting date, seasonal period
c----------------------------------------------------------------------
Start(YR)=Itest(4)
Start(MO)=Itest(2)
Begspn(YR)=Itest(4)
Begspn(MO)=Itest(2)
endspn(YR)=Itest(5)
endspn(MO)=Itest(3)
Sp=Itest(1)
Havesp=T
CALL dfdate(endspn,Begspn,Sp,Nspobs)
Nspobs=Nspobs+1
Nobs=Nspobs
c----------------------------------------------------------------------
c If beginning or ending date in the model span is undefined, set
c equal to beginning date of the span.
c----------------------------------------------------------------------
IF(spnmdl(YR,1).eq.NOTSET)THEN
CALL cpyint(Begspn,2,1,Begmdl)
ELSE
CALL cpyint(spnmdl,2,1,Begmdl)
END IF
IF(spnmdl(YR,2).eq.NOTSET.or.spnmdl(YR,2).eq.0)THEN
CALL addate(Begspn,Sp,Nspobs-1,Endmdl)
IF(spnmdl(YR,2).eq.0)THEN
Endmdl(MO)=spnmdl(MO,2)
IF(Endmdl(MO).gt.Endspn(MO))Endmdl(YR)=Endmdl(YR)-1
END IF
ELSE
CALL cpyint(spnmdl(1,2),2,1,Endmdl)
END IF
c-----------------------------------------------------------------------
c Check that the span is within the series
c-----------------------------------------------------------------------
CALL dfdate(Endmdl,Begmdl,Sp,nobmdl)
nobmdl=nobmdl+1
IF(.not.chkcvr(Begspn,Nspobs,Begmdl,nobmdl,Sp))THEN
CALL inpter(PERRNP,Errpos,
& 'Model span is not within the span of available data.')
CALL cvrerr('span',Begspn,Nspobs,'model span',Begmdl,nobmdl,Sp)
IF(Lfatal)RETURN
Inptok=F
END IF
c-----------------------------------------------------------------------
IF(Locok)CALL agr1(Y,Nobs)
IF(Isrflw.eq.NOTSET)Isrflw=0
Inptok=Inptok.and.Locok
c ------------------------------------------------------------------
RETURN
140 CONTINUE
END DO
c ------------------------------------------------------------------
END
|
