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|
C Last change: BCM 16 Feb 1999 3:59 pm
SUBROUTINE table(Z,Ib,Ie,Ktabl,Itype,Nop,Y,Tblptr)
IMPLICIT NONE
c-----------------------------------------------------------------------
C --- THIS SUBROUTINE WRITES TABLE OUTPUT.
C --- Z IS THE ARRAY TO BE PRINTED FROM IB TO IE.
C --- Y IS AN ADDITIONAL ARRAY TO BE PRINTED ON TABLE.
C --- KTABL IS THE TABLE NUMBER.
C --- NOP = 1,AVERAGE.
C --- = 2,TOTAL.
C --- = 3,STANDARD DEVIATION.
C --- = 4,MOVING 5-YEAR STD. DEV.
C --- = 5,NONE.
C --- = 0,AVERAGE OF ABSOLUTE VALUE.
C --- ITYPE SPECIFIES IF THIS IS ADDITIONAL KTABL.
c-----------------------------------------------------------------------
INCLUDE 'srslen.prm'
INCLUDE 'notset.prm'
INCLUDE 'tfmts.prm'
INCLUDE 'tbltitle.prm'
INCLUDE 'desfct.prm'
INCLUDE 'x11ptr.cmn'
INCLUDE 'extend.cmn'
INCLUDE 'tfmts.cmn'
INCLUDE 'units.cmn'
INCLUDE 'missng.cmn'
INCLUDE 'hiddn.cmn'
INCLUDE 'title.cmn'
INCLUDE 'error.cmn'
INCLUDE 'x11opt.cmn'
INCLUDE 'xtrm.cmn'
INCLUDE 'goodob.cmn'
INCLUDE 'force.cmn'
c-----------------------------------------------------------------------
INTEGER YR,MO,PSP1
LOGICAL F,T
DOUBLE PRECISION ZERO,BIG
PARAMETER(YR=1,MO=2,F=.false.,T=.true.,PSP1=PSP+1,ZERO=0D0,
& BIG=10D16)
c-----------------------------------------------------------------------
CHARACTER tblttl*(PTTLEN),tyrly*(5),fbase*(110),fobs*(5),fsum*(5),
& tfmt*(110),tfmt2*(110),e4lab*(21),dash*(60)
LOGICAL lp,ltbl
DOUBLE PRECISION tmp,x,Z,Y,xmin,xmax,mtmp,numtmp
INTEGER i,ip,ifct,jyr,nb,ie2,l,begtbl,nopp,Nop,Ib,Ie,iin,ipow,
& ldec,nb2,Ktabl,iopt,ipos,wid,ndash,npos,npos2,Itype,kyr,
& nobs,ib1,ie1,im,im1,im2,nop1,ke,Tblptr,nfct,idate,begfct,
& ntbttl,nmod,sp1,nftbl
DIMENSION ip(22),tmp(PSP1),x(PLEN),idate(2),begfct(2),tyrly(0:5),
& Z(*),Y(*),begtbl(2),e4lab(4)
c-----------------------------------------------------------------------
LOGICAL dpeq
DOUBLE PRECISION totals,sdev
INTEGER nblank
EXTERNAL totals,sdev,nblank,dpeq
c-----------------------------------------------------------------------
DATA tyrly/'AVABS',' AVGE','TOTAL',' S.D.',' S.D.',' '/
DATA ip/0,0,3*1,0,0,3*1,0,0,1,1,0,1,1,1,0,1,1,1/
DATA e4lab/' Unmodified',' Modified',
& ' (D11)',' (E3)'/
c-----------------------------------------------------------------------
c include files containing DATA statements
c-----------------------------------------------------------------------
INCLUDE 'desfct.var'
INCLUDE 'tfmts.var'
c-----------------------------------------------------------------------
c Return if this is a transparent seasonal adjustment for sliding
c spans, revisions, or X-11 Holiday adjustment.
c-----------------------------------------------------------------------
IF(Lhiddn)RETURN
IF(.not.Prt1ps.AND.(.NOT.(Kpart.eq.1.and.Ktabl.eq.1)))THEN
IF(Ixreg.eq.2.OR.Khol.eq.1)THEN
IF(.NOT.((Kpart.eq.1.and.Ktabl.eq.4).OR.
& (Kpart.eq.0.and.Ktabl.eq.1).or.(Ktabl.ge.14.and.Ktabl.le.16)
& .or.Ktabl.eq.18.or.Ktabl.eq.21.or.Ktabl.eq.22))RETURN
END IF
END IF
c-----------------------------------------------------------------------
C --- INITIALIZATION
c-----------------------------------------------------------------------
nftbl=Posffc-Posfob
IF(Kpart.eq.1)ip(3)=0
IF(Kpart.ne.1)ip(3)=1
nopp=Nop
IF(Missng)THEN
IF(nopp.lt.5.and.Ib.gt.0)THEN
i=Ib
DO WHILE (i.le.Ie.and.nopp.ne.5)
IF(dpeq(Z(i),Mvval))nopp=5
i=i+1
END DO
END IF
mtmp=10D0**(Tblwid+1)
IF(Mvval.gt.mtmp)mtmp=Mvval
END IF
ke=Ie
iin=1
ipow=0
ldec=Kdec
sp1=Ny+1
nmod=5
IF(Ny.lt.5)nmod=10
IF(Ib.ne.0)THEN
c-----------------------------------------------------------------------
c Determine if forecasts are to be printed out and, if so, how many
c-----------------------------------------------------------------------
ifct=dsfptr(Tblptr)-dsfptr(Tblptr-1)
nfct=ifct
IF(ifct.gt.0)THEN
IF(((Kpart.eq.2.and.Ktabl.eq.1).or.(Kpart.eq.4.and.
& (((Ktabl.eq.10.or.Ktabl.eq.16).and.Itype.eq.2).or.
& ((Ktabl.eq.16.or.Ktabl.eq.18).and.Itype.eq.3))).or.
& (Kpart.eq.5.and.Ktabl.eq.16).and.(Kpart.eq.4.and.Ktabl.eq.11
& .and.Itype.eq.6)).and.nftbl.eq.0)THEN
nfct=0
ifct=0
ELSE IF(Kpart.eq.4.and.Ktabl.eq.11.and.Itype.eq.6.and.
& (.not.Lfctfr))THEN
nfct=0
ifct=0
ELSE
nfct=nftbl
IF(nftbl.eq.0)THEN
IF((Kpart.eq.0.and.Ktabl.eq.1).or.(Kpart.eq.1.AND.
& (Ktabl.eq.4.OR.Ktabl.eq.6.or.Ktabl.eq.7.or.Ktabl.eq.8.or.
& Ktabl.eq.16).and.Nfcst.eq.0).or.(Kpart.eq.3.and.
& (Ktabl.eq.16.or.Ktabl.eq.18.or.Ktabl.gt.20)).or.
& (Kpart.eq.4.and.(Ktabl.eq.8.or.Ktabl.eq.10.or.Ktabl.eq.16
& .or.Ktabl.eq.18)))THEN
nfct=Ny
ELSE
ifct=0
END IF
END IF
END IF
END IF
c-----------------------------------------------------------------------
c Copy data into temporary vector x
c-----------------------------------------------------------------------
ie2=Ie+nfct
xmin=DNOTST
xmax=DNOTST
ltbl=Ktabl.eq.17.or.((Kpart.eq.2.or.Kpart.eq.3).and.
& (Ktabl.eq.16.or.Ktabl.eq.21.or.Ktabl.eq.22))
DO i=Ib,ie2
IF(Muladd.eq.2.and.(.not.ltbl))THEN
IF(dpeq(Z(i),DNOTST).or.dpeq(Z(i),BIG))THEN
x(i)=Z(i)
ELSE
x(i)=exp(Z(i))
END IF
ELSE
x(i)=Z(i)
IF(Missng)THEN
IF(dpeq(x(i),Mvval))x(i)=mtmp
END IF
END IF
IF(nopp.lt.5.and.i.le.Ie)THEN
IF(Gudval(i))THEN
IF(dpeq(xmin,DNOTST))THEN
xmin=x(i)
xmax=x(i)
ELSE
IF(xmin.gt.x(i))xmin=x(i)
IF(xmax.lt.x(i))xmax=x(i)
END IF
END IF
END IF
END DO
IF(Muladd.eq.1)THEN
IF((Kpart.eq.5.and.Ktabl.eq.18.and.Itype.eq.1).or.
& (Ktabl.eq.17))THEN
ipow=1
IF((Kpart.eq.5.and.Ktabl.eq.18.and.Itype.eq.1).and.
& (ldec.eq.0))ldec=3
END IF
ELSE
ipow=ip(Ktabl)
IF((Kpart.eq.1.and.(Ktabl.eq.2.or.Ktabl.eq.6.or.Ktabl.eq.7)).or.
& (Kpart.eq.4.and.Ktabl.eq.12.and.Itype.eq.3).or.
& (Kpart.eq.5.AND.(Ktabl.eq.6.or.Ktabl.eq.7)).or.
& (Kpart.eq.0.and.Ktabl.eq.1).or.
& (Kpart.eq.4.and.Ktabl.eq.11.and.Itype.eq.6))
& ipow=1
IF((Kpart.eq.4.and.Ktabl.eq.10.and.Itype.eq.2).or.
& (Kpart.eq.4.and.Ktabl.eq.16.and.Itype.eq.2).or.
& (Kpart.eq.-1.and.Ktabl.eq.10.and.Itype.eq.2).or.
& (Kpart.eq.1.and.Ktabl.eq.18))
& ipow=0
IF(ldec.eq.0.and.((Kpart.eq.4.and.Itype.eq.1.and.(Ktabl.eq.10
& .or.Ktabl.eq.16)).or.(Kpart.eq.3.and.(Ktabl.eq.16.or.
& Ktabl.eq.18)).or.(Kpart.eq.1.and.Ktabl.eq.16)))ldec=2
IF(ldec.eq.0.and.ipow.eq.1)ldec=1
END IF
iopt=ip(Ktabl)+ipow
IF(Kpart.eq.5.AND.(Ktabl.eq.5.or.Ktabl.eq.7.or.Ktabl.eq.8))iopt=1
IF(Muladd.ne.1)THEN
IF((Kpart.eq.1.and.(Ktabl.eq.2.or.Ktabl.eq.6.or.Ktabl.eq.7)).or.
& (Kpart.eq.0.and.Ktabl.eq.1).or.
& (Kpart.eq.4.and.Ktabl.eq.12.and.Itype.eq.3).or.
& (Kpart.eq.4.and.Ktabl.eq.11.and.Itype.eq.6))iopt=2
IF((Kpart.eq.1.and.Ktabl.eq.10))iopt=0
END IF
END IF
c-----------------------------------------------------------------------
c Compute starting date for table
c-----------------------------------------------------------------------
begtbl(YR)=Lyr
begtbl(MO)=mod(Ib,Ny)
IF(begtbl(MO).eq.0)begtbl(MO)=Ny
IF(Ib.gt.Pos1bk)THEN
begtbl(YR)=begtbl(YR)+((Ib-1)/Ny)
* begtbl(YR)=begtbl(YR)+((Ib-Pos1bk)/Ny)
ELSE IF((Ixreg.eq.2.or.Ib.gt.Ny).and.Nbcst.eq.0) THEN
begtbl(YR)=begtbl(YR)+((Ib-1)/Ny)
END IF
c-----------------------------------------------------------------------
c compute number of observations in table
c-----------------------------------------------------------------------
nobs=Ie-Ib+1
c-----------------------------------------------------------------------
c Get the table description from one of the data dictionaries
C ------------------------------------------------------------------
CALL getdes(Tblptr,tblttl,ntbttl,T)
IF(Lfatal)RETURN
c-----------------------------------------------------------------------
c --- Write header for table
c-----------------------------------------------------------------------
If(Ib.eq.0.and.Ie.eq.0)THEN
lp=Lpage
IF(Kpart.eq.4.and.Ktabl.eq.9)lp=F
IF(lp)THEN
WRITE(Mt1,Ttlfmt)Newpg,Title(1:Ntitle),Kpage,Serno(1:Nser)
Kpage=Kpage+1
END IF
IF(ntbttl.gt.0)WRITE(Mt1,1020)tblttl(1:ntbttl)
1020 FORMAT(/,' ',a)
RETURN
END IF
c-----------------------------------------------------------------------
c If this is the E 4 table, print out results and print ratios.
c-----------------------------------------------------------------------
IF(Kpart.eq.5.and.Ktabl.eq.4)THEN
* IF(Pos1bk.ne.1)begtbl(YR)=begtbl(YR)+1
c-----------------------------------------------------------------------
c print out header for table
c-----------------------------------------------------------------------
CALL tblhdr(Ktabl,Itype,Ixreg,nobs,begtbl,1,Y,tblttl(1:ntbttl))
IF(Lfatal)RETURN
wid=Tblwid
IF(wid.lt.12)wid=12
write(fobs,1030)wid
1030 FORMAT('a',i2)
fbase=' '
CALL getstr(TFMDIC,tfmptr,PTFM,Iptr+1,fbase,ipos)
IF(Lfatal)RETURN
CALL cnvfmt(fbase,tfmt,fobs(1:3),fobs(1:3),ipos,npos)
CALL setchr('-',60,dash)
dash(1:1)=' '
ndash=10+2*(Disp2+wid)
WRITE(Mt1,1010)dash(1:ndash)
WRITE(Mt1,tfmt(1:npos))' Year',(e4lab(i)((21-wid+1):21),i=1,2)
WRITE(Mt1,tfmt(1:npos))' ',(e4lab(i)((21-wid+1):21),i=3,4)
WRITE(Mt1,1010)dash(1:ndash)
1010 FORMAT(a)
jyr=begtbl(YR)
c-----------------------------------------------------------------------
c Generate format for table, and print out ratios/differences
c-----------------------------------------------------------------------
ldec=Kdec
IF(mod(Muladd,2).eq.0.and.ldec.eq.0)ldec=2
write(fobs,1040)wid,ldec
1040 FORMAT('f',i2,'.',i1)
fbase=' '
CALL getstr(TFMDIC,tfmptr,PTFM,Iptr,fbase,ipos)
IF(Lfatal)RETURN
CALL cnvfmt(fbase,tfmt,fobs,fobs,ipos,npos)
DO i=1,Ie
WRITE(Mt1,tfmt(1:npos))jyr,X(i),Y(i)
IF((.not.Lcmpaq).or.((mod(jyr,nmod)+1).eq.nmod))WRITE(Mt1,1050)
1050 FORMAT(' ')
jyr=jyr+1
END DO
RETURN
END IF
c-----------------------------------------------------------------------
c print out header for table
c-----------------------------------------------------------------------
CALL tblhdr(Ktabl,Itype,Ixreg,nobs,begtbl,Ny,Y,tblttl(1:ntbttl))
IF(Lfatal)RETURN
c-----------------------------------------------------------------------
C --- WRITE COLUMN HEADINGS.
c-----------------------------------------------------------------------
l=Ny+1
CALL prtcol(l,0,Tblcol,Tblwid,Ny,Mt1,nopp,tyrly(nopp),Disp2,Disp3,
& Fmtcol,Colhdr)
IF(nopp.eq.5)l=l-1
c-----------------------------------------------------------------------
C --- WRITE TABLE.
c-----------------------------------------------------------------------
jyr=Lyr+(Ib-1)/Ny
kyr=(Ie+Ny-1)/Ny+Lyr-1
iin=iin+(jyr-Lyr)
DO i=1,PSP1
tmp(i)=DNOTST
END DO
ib1=Ib
ie1=(jyr-Lyr+1)*Ny
IF(ie1.gt.Ie)ie1=Ie
im=Ib-(Ib-1)/Ny*Ny
DO WHILE (T)
im1=im
DO i=ib1,ie1
tmp(im)=x(i)
im=im+1
END DO
im2=im-1
c-----------------------------------------------------------------------
c Compute totals or std deviation for this year's observation.
c-----------------------------------------------------------------------
IF(nopp.eq.2)THEN
tmp(l)=totals(tmp,im1,im2,1,0)
ELSE IF(nopp.eq.3)THEN
tmp(l)=sdev(tmp,im1,im2,1,iopt)
ELSE IF(nopp.eq.4)THEN
tmp(l)=Y(iin)
iin=iin+1
ELSE IF(nopp.ne.5)THEN
tmp(l)=totals(tmp,im1,im2,1,2-nopp)
END IF
c-----------------------------------------------------------------------
c Compute number of blanks for the beginning or end of the series
c for observations not in the series.
c-----------------------------------------------------------------------
nb=0
IF(jyr.eq.begtbl(YR).and.begtbl(MO).gt.1)nb=begtbl(MO)
nb2=0
IF(ie1.eq.Ie)THEN
CALL addate(begtbl,Ny,nobs-1,idate)
nb2=idate(MO)
IF(nb2.eq.Ny)nb2=0
END IF
c-----------------------------------------------------------------------
c If number of decimals in printout has changed, redo format
c-----------------------------------------------------------------------
IF(ldec.eq.Kdec)then
tfmt=Ifmt1
tfmt2=Ifmt2
npos=Nfmt1
npos2=Nfmt2
ELSE
write(fobs,1040)Tblwid,ldec
write(fsum,1040)Tblwid+2,ldec
fbase=' '
CALL getstr(TFMDIC,tfmptr,PTFM,Iptr,fbase,ipos)
IF(Lfatal)RETURN
CALL cnvfmt(fbase,tfmt,fobs,fsum,ipos,npos)
fbase=' '
CALL getstr(TFMDIC,tfmptr,PTFM,Iptr+1,fbase,ipos)
IF(Lfatal)RETURN
CALL cnvfmt(fbase,tfmt2,fobs,fsum,ipos,npos2)
END IF
c-----------------------------------------------------------------------
c Write out this year's data.
c-----------------------------------------------------------------------
c02 111 WRITE(MT1,IF1) JYR,(TMP(I),I = 1,L)
CALL wrttbl(tmp,jyr,'XXXXX',l,ldec,Mt1,tfmt(1:npos),Tblwid,
& Tblcol,Disp1,Disp2,Disp3,nb,nb2,ipow,l.eq.sp1)
IF(Lfatal)RETURN
IF((.not.Lcmpaq) .or. (((mod(jyr,nmod)+1).eq.nmod) .or.
& (kyr.lt.jyr+1)))WRITE(Mt1,1050)
c-----------------------------------------------------------------------
c Update year, starting and ending position of year
c-----------------------------------------------------------------------
jyr=jyr+1
im=1
ib1=ie1+1
ie1=ie1+Ny
IF(kyr.lt.jyr)THEN
IF((Kpart.eq.2.and.(Ktabl.eq.4.or.Ktabl.eq.9)).or.
& ((Kpart.eq.2.or.Kpart.eq.3).and.Ktabl.eq.17))THEN
IF(Ksdev.gt.0)THEN
DO i=1,Ny
tmp(i)=Stdper(i)
END DO
CALL wrttbl(tmp,0,tyrly(3),Ny,ldec,Mt1,tfmt2(1:npos2),Tblwid,
& Tblcol,Disp1,Disp2,Disp3,0,0,ipow,F)
IF(Lfatal)RETURN
END IF
c-----------------------------------------------------------------------
C --- CALCULATE AND WRITE COLUMN SUMMARIES.
c-----------------------------------------------------------------------
ELSE IF(nopp.lt.5)THEN
ie1=Ib+Ny-1
im=Ib-(Ib-1)/Ny*Ny
nb=0
nb2=0
DO i=Ib,ie1
IF(i.gt.Ie)THEN
tmp(im)=DNOTST
IF(i.eq.im)THEN
IF(nb2.eq.0)nb2=im-1
ELSE
IF(nb.eq.0)nb=1
nb=nb+1
END IF
ELSE
IF(nopp.gt.2)THEN
tmp(im)=sdev(x,i,Ie,Ny,iopt)
ELSE IF(nopp.gt.0)THEN
tmp(im)=totals(x,i,Ie,Ny,1)
ELSE
tmp(im)=totals(x,i,Ie,Ny,2)
END IF
END IF
IF(im.eq.Ny)im=0
im=im+1
END DO
C --- GENERATE COLUMN SUMMARY FORMATS.
nop1=(nopp-1)/2*2+1
IF(nopp.eq.0)nop1=0
c02 WRITE(MT1,IF2) TYRLY(NOP1),(TMP(I),I = 1,NY)
CALL wrttbl(tmp,0,tyrly(nop1),Ny,ldec,Mt1,tfmt2(1:npos2),
& Tblwid,Tblcol,Disp1,Disp2,Disp3,nb,nb2,ipow,F)
IF(Lfatal)RETURN
numtmp=totals(x,Ib,Ie,1,3)
IF(numtmp.gt.ZERO)THEN
IF(nopp.gt.0)THEN
tmp(1)=totals(x,Ib,Ie,1,0)
tmp(2)=tmp(1)/numtmp
ELSE
tmp(2)=totals(x,Ib,Ie,1,2)
tmp(1)=tmp(2)*numtmp
END IF
tmp(3)=sdev(x,Ib,Ie,1,iopt)
IF(ipow.ne.0)THEN
DO i=1,3
tmp(i)=tmp(i)*100D0
END DO
xmax=xmax*100D0
xmin=xmin*100D0
END IF
C --- WRITE TABLE SUMMARY.
WRITE(Mt1,Ifmt3)(tmp(i),i=1,3),xmin,xmax
END IF
END IF
GO TO 10
ELSE IF(kyr.eq.jyr)THEN
DO i=1,Ny
tmp(i)=DNOTST
END DO
ie1=ke
END IF
END DO
c-----------------------------------------------------------------------
c Check to see if there are forecasts to be printed out.
c-----------------------------------------------------------------------
10 IF(ifct.gt.0)THEN
c-----------------------------------------------------------------------
c If forecasts are to be printed out, get base title for forecasts
c-----------------------------------------------------------------------
CALL makttl(DSFDIC,dsfptr,PDSF,Tblptr,0,tblttl,ntbttl,T,T)
IF(Lfatal)RETURN
c-----------------------------------------------------------------------
c compute starting date of forecasts in table, ending observation
c-----------------------------------------------------------------------
CALL addate(begtbl,Ny,nobs,begfct)
ke=Ie+nfct
lp=F
c-----------------------------------------------------------------------
c print header for forecasts
c-----------------------------------------------------------------------
CALL prtshd(tblttl(1:ntbttl),begfct,Ny,nfct,lp)
IF(Lfatal)RETURN
IF((.not.(Kpart.eq.1.and.Ktabl.eq.1)).AND.(Ixreg.eq.2.OR.
& (Khol.eq.1.OR.(Kpart.eq.0.and.Ktabl.eq.1))))THEN
IF(Ixreg.eq.2.AND.(Khol.eq.1.OR.(Kpart.eq.0.and.Ktabl.eq.1)))
& THEN
WRITE(Mt1,1000) 'irregular regression and X-11 Easter effects'
ELSE IF(Ixreg.eq.2)THEN
WRITE(Mt1,1000) 'irregular regression effects'
ELSE
WRITE(Mt1,1000) 'X-11 Easter effects'
END IF
1000 FORMAT(' First pass - Estimating ',a)
END IF
c-----------------------------------------------------------------------
c Print column headers
c-----------------------------------------------------------------------
CALL prtcol(l,0,Tblcol,Tblwid,Ny,Mt1,nopp,tyrly(nopp),Disp2,
& Disp3,Fmtcol,Colhdr)
c-----------------------------------------------------------------------
c Print forecasts
c-----------------------------------------------------------------------
jyr=begfct(YR)
CALL addate(begfct,Ny,nfct-1,idate)
DO i=1,PSP1
tmp(i)=DNOTST
END DO
ib1=Ie+1
ie1=(((ib1-1)/Ny)+1)*Ny
IF(ie1.gt.ie2)ie1=ie2
im=ib1-(ib1-1)/Ny*Ny
DO WHILE (jyr.le.idate(YR))
im1=im
DO i=ib1,ie1
tmp(im)=x(i)
im=im+1
END DO
im2=im-1
c-----------------------------------------------------------------------
c Compute totals or std deviation for this year's observation.
c-----------------------------------------------------------------------
IF(nopp.eq.2)THEN
tmp(l)=totals(tmp,im1,im2,1,0)
ELSE IF(nopp.eq.0)THEN
tmp(l)=totals(tmp,im1,im2,1,2)
ELSE IF(nopp.ne.5)THEN
tmp(l)=totals(tmp,im1,im2,1,1)
END IF
c-----------------------------------------------------------------------
c Compute number of blanks for the beginning or end of the series
c for observations not in the series.
c-----------------------------------------------------------------------
nb=0
IF(jyr.eq.begfct(YR).and.begfct(MO).gt.1)nb=begfct(MO)
nb2=0
IF(jyr.eq.idate(YR).and.idate(MO).lt.Ny)nb2=idate(MO)
c-----------------------------------------------------------------------
c Write out this year's data.
c-----------------------------------------------------------------------
CALL wrttbl(tmp,jyr,'XXXXX',l,ldec,Mt1,tfmt(1:npos),Tblwid,
& Tblcol,Disp1,Disp2,Disp3,nb,nb2,ipow,l.eq.sp1)
IF(Lfatal)RETURN
IF((.not.Lcmpaq) .or. (((mod(jyr,nmod)+1).eq.nmod) .or.
& (idate(YR).lt.jyr+1)))WRITE(Mt1,1050)
im=1
ib1=ie1+1
ie1=ie1+Ny
IF(ie1.gt.ke)ie1=ke
DO i=1,PSP1
tmp(i)=DNOTST
END DO
jyr=jyr+1
END DO
c-----------------------------------------------------------------------
END IF
RETURN
END
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