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|
C Last change: BCM 8 Dec 1998 4:22 pm
SUBROUTINE mkshdr(Subttl,Nsttl,Ktabl,Itype,Subhdr)
IMPLICIT NONE
c-----------------------------------------------------------------------
LOGICAL F,T
PARAMETER(F=.false.,T=.true.)
c-----------------------------------------------------------------------
INCLUDE 'srslen.prm'
INCLUDE 'prior.prm'
INCLUDE 'x11adj.cmn'
INCLUDE 'x11log.cmn'
INCLUDE 'hiddn.cmn'
INCLUDE 'prior.cmn'
INCLUDE 'force.cmn'
INCLUDE 'x11opt.cmn'
INCLUDE 'picktd.cmn'
c-----------------------------------------------------------------------
CHARACTER Subttl*(*)
INTEGER Nsttl,Ktabl,Itype,nnls
LOGICAL Subhdr,ltd,lhol,lreg,lxreg,lpri
c-----------------------------------------------------------------------
Subhdr=F
nnls=Nls-Nramp
IF(Kpart.eq.4.and.Ktabl.eq.11.and.(Kfulsm.eq.0.or.Kfulsm.eq.2))
& THEN
ltd=Adjtd.eq.1.or.(Ixreg.gt.0.and.Axrghl)
lhol=Finhol.and.(Khol.eq.2.or.(Ixreg.gt.0.and.Axrghl).or.
& Adjhol.eq.1)
IF(ltd.or.lhol.OR.Finao.or.Finls.or.Finusr)THEN
IF(Itype.gt.1)THEN
Nsttl=26
Subttl(1:Nsttl)=' (also adjusted for'
ELSE
Nsttl=24
Subttl(1:Nsttl)=' (also adjusted for'
END IF
IF(ltd)THEN
IF(Kswv.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+21))=' combined trading day'
Nsttl=Nsttl+21
ELSE
Subttl((Nsttl+1):(Nsttl+12))=' trading day'
Nsttl=Nsttl+12
END IF
Subhdr=T
ELSE IF(Kswv.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+18))=' prior trading day'
Nsttl=Nsttl+18
Subhdr=T
END IF
IF(lhol)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+8))=' holiday'
Nsttl=Nsttl+8
END IF
IF(Finao.or.Fintc.or.Finls)THEN
IF(Finls)THEN
IF(nnls.gt.0)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+3))=' LS'
Nsttl=Nsttl+3
END IF
IF(Nramp.gt.0)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+5))=' ramp'
Nsttl=Nsttl+5
END IF
END IF
IF(Fintc)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+3))=' TC'
Nsttl=Nsttl+3
END IF
IF(Finao)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+5))=' AO'
Nsttl=Nsttl+3
END IF
Subttl((Nsttl+1):(Nsttl+8))=' outlier'
Nsttl=Nsttl+8
END IF
IF(Finusr)THEN
IF(Subhdr)THEN
Subttl(Nsttl+1:Nsttl+1)=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+21))=' user-defined effects'
Nsttl=Nsttl+21
END IF
Subttl(Nsttl+1:Nsttl+1)=')'
Nsttl=Nsttl+1
END IF
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.2.and.Ktabl.eq.1)THEN
lreg=Adjtd.eq.1.or.Adjao.eq.1.or.Adjls.eq.1.or.Adjtc.eq.1.or.
& Adjso.eq.1.or.Adjhol.eq.1.or.Adjusr.eq.1.or.Adjsea.eq.1
lxreg=Ixreg.gt.0.AND.(Axrghl.or.Axrgtd)
lpri=Priadj.gt.1.OR.Nprtyp.gt.0
IF(lpri.OR.lreg.or.lxreg.or.Khol.eq.2)THEN
Nsttl=18
Subttl(1:Nsttl)=' (adjusted for'
IF(lpri)THEN
Subhdr=T
Subttl((Nsttl+1):(Nsttl+6))=' prior'
Nsttl=Nsttl+6
END IF
IF(lreg)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+9))=' regARIMA'
Nsttl=Nsttl+9
END IF
IF(lxreg)THEN
IF(Subhdr)THEN
Subttl(Nsttl+1:Nsttl+1)=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+21))=' irregular regression'
Nsttl=Nsttl+21
END IF
IF(Khol.eq.2)THEN
IF(Subhdr)THEN
Subttl(Nsttl+1:Nsttl+1)=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+12))=' X-11 Easter'
Nsttl=Nsttl+12
END IF
IF(Kswv.gt.0)THEN
IF(Subhdr)THEN
Subttl(Nsttl+1:Nsttl+1)=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+18))=' prior trading day'
Nsttl=Nsttl+18
END IF
Subttl(Nsttl+1:Nsttl+9)=' factors)'
Nsttl=Nsttl+9
END IF
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.4.and.(Ktabl.eq.16.or.Ktabl.eq.18))THEN
ltd=Adjtd.eq.1.or.(Ixreg.gt.0.and.Axrghl)
lhol=Finhol.and.(Khol.eq.2.or.(Ixreg.gt.0.and.Axrghl).or.
& Adjhol.eq.1)
IF(ltd.or.lhol)THEN
IF(Ktabl.eq.16)THEN
Nsttl=25
Subttl(1:Nsttl)=' (includes seasonal,'
ELSE
Nsttl=15
Subttl(1:Nsttl)=' (includes'
END IF
IF(ltd)THEN
IF(Kswv.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+21))=' combined trading day'
Nsttl=Nsttl+21
ELSE
Subttl((Nsttl+1):(Nsttl+12))=' trading day'
Nsttl=Nsttl+12
END IF
Subhdr=T
ELSE IF(Kswv.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+18))=' prior trading day'
Nsttl=Nsttl+18
Subhdr=T
END IF
IF(lhol)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+8))=' holiday'
Nsttl=Nsttl+8
END IF
Subttl(Nsttl+1:Nsttl+9)=' factors)'
Nsttl=Nsttl+9
END IF
c-----------------------------------------------------------------------
ELSE IF(((Kpart.eq.2.or.Kpart.eq.3).and.Ktabl.eq.15).AND.
& ((Khol.eq.1.OR.(Kpart.eq.0.and.Ktabl.eq.1)).OR.
& Ixreg.eq.2))THEN
Nsttl=26
Subttl(1:Nsttl)=' First pass - Estimating '
IF(Ixreg.eq.2.AND.(Khol.eq.1.OR.(Kpart.eq.0.and.Ktabl.eq.1)))THEN
Subttl((Nsttl+1):(Nsttl+44))=
& 'irregular regression and X-11 Easter effects'
Nsttl=Nsttl+44
ELSE IF(Ixreg.eq.2)THEN
Subttl((Nsttl+1):(Nsttl+28))='irregular regression effects'
Nsttl=Nsttl+28
ELSE
Subttl((Nsttl+1):(Nsttl+19))='X-11 Easter effects'
Nsttl=Nsttl+19
END IF
Subhdr=T
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.2.and.Priadj.gt.1)THEN
Nsttl=5
Subttl(1:Nsttl)=' '
IF(Priadj.eq.2)THEN
Subttl((Nsttl+1):(Nsttl+16))='Length of month '
Nsttl=Nsttl+16
ELSE IF(Priadj.eq.3)THEN
Subttl((Nsttl+1):(Nsttl+18))='Length of quarter '
Nsttl=Nsttl+18
ELSE IF(Priadj.eq.4)THEN
Subttl((Nsttl+1):(Nsttl+10))='Leap year '
Nsttl=Nsttl+10
END IF
Subhdr=T
IF(Picktd)THEN
Subttl((Nsttl+1):(Nsttl+30))='(from trading day regression) '
Nsttl=Nsttl+30
END IF
IF(Nprtyp.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+11))=' and prior '
Nsttl=Nsttl+11
END IF
Subttl((Nsttl+1):(Nsttl+12))='adjustments.'
Nsttl=Nsttl+12
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.6.and.Priadj.lt.0)THEN
Nsttl=5
Subttl(1:Nsttl)=' '
IF(Priadj.eq.-2)THEN
Subttl((Nsttl+1):(Nsttl+16))='Length of month '
Nsttl=Nsttl+16
ELSE IF(Priadj.eq.-3)THEN
Subttl((Nsttl+1):(Nsttl+18))='Length of quarter '
Nsttl=Nsttl+18
ELSE IF(Priadj.eq.-4)THEN
Subttl((Nsttl+1):(Nsttl+10))='Leap year '
Nsttl=Nsttl+10
END IF
Subhdr=T
Subttl((Nsttl+1):(Nsttl+41))=
& 'prior adjustments included from Table A2.'
Nsttl=Nsttl+41
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.3.and.Itype.eq.1)THEN
lxreg=Ixreg.gt.0.AND.(Axrghl.or.Axrgtd)
lpri=Priadj.gt.1.OR.Nprtyp.gt.0
IF(lpri.or.lxreg.or.Khol.eq.2)THEN
Nsttl=6
Subttl(1:Nsttl)=' ('
IF(lpri)THEN
Subhdr=T
Subttl((Nsttl+1):(Nsttl+5))='Prior'
Nsttl=Nsttl+5
END IF
IF(lxreg)THEN
IF(Subhdr)THEN
Subttl(Nsttl+1:Nsttl+22)=', irregular regression'
Nsttl=Nsttl+22
ELSE
Subttl((Nsttl+1):(Nsttl+20))='Irregular regression'
Nsttl=Nsttl+20
Subhdr=T
END IF
END IF
IF(Khol.eq.2)THEN
IF(Subhdr)THEN
Subttl(Nsttl+1:Nsttl+2)=', '
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+12))=' X-11 Easter'
Nsttl=Nsttl+12
END IF
Subttl((Nsttl+1):(Nsttl+27))=' adjustments applied to A1)'
Nsttl=Nsttl+27
END IF
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.3.and.Itype.eq.2)THEN
Nsttl=50
Subttl(1:Nsttl)=
& ' (Permanent prior adjustments applied to A1)'
Subhdr=T
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.18)THEN
Nsttl=16
Subttl(1:Nsttl)=' (regARIMA '
IF(Adjtd.eq.1)THEN
IF(Adjhol.eq.1)THEN
Subttl((Nsttl+1):(Nsttl+23))='trading day and holiday'
Nsttl=Nsttl+23
ELSE
Subttl((Nsttl+1):(Nsttl+11))='trading day'
Nsttl=Nsttl+11
END IF
ELSE
Subttl((Nsttl+1):(Nsttl+7))='holiday'
Nsttl=Nsttl+7
END IF
Subttl((Nsttl+1):(Nsttl+23))=' factors applied to A1)'
Nsttl=Nsttl+23
Subhdr=T
c ------------------------------------------------------------------
ELSE IF((Kpart.eq.5.and.Ktabl.eq.6.and.Itype.ge.2).and.
& Iyrt.gt.0)THEN
Nsttl=32
Subttl(1:Nsttl)=' with forced yearly totals'
Subhdr=T
ELSE IF(Kpart.eq.5.and.Ktabl.eq.1)THEN
Nsttl=44
Subttl(1:Nsttl)=' (A1 adjusted by C20 whenever C17 = 0)'
Subhdr=T
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.5.and.Ktabl.eq.2)THEN
Nsttl=54
Subttl(1:Nsttl)=' (D11 with D12 trend substituted whenever C1
&7 = 0)'
Subhdr=T
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.5.and.Ktabl.eq.3)THEN
Nsttl=48
IF(Muladd.eq.1)THEN
Subttl(1:Nsttl)=
& ' (D13 with 0.0 substituted whenever C17 = 0)'
ELSE
Subttl(1:Nsttl)=
& ' (D13 with 1.0 substituted whenever C17 = 0)'
END IF
Subhdr=T
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.5.and.Ktabl.eq.11)THEN
Nsttl=62
Subttl(1:Nsttl)=' (E2 with D12+(A1-E1) value substituted whe
&never C17 = 0)'
Subhdr=T
c ------------------------------------------------------------------
c ELSE IF((Kpart.eq.4.and.Ktabl.eq.12.AND.((.not.Finls).and.
c & Adjls.eq.1)).or.
ELSE IF (Kpart.eq.1.and.Ktabl.eq.12)THEN
Nsttl=7
Subttl(1:Nsttl)=' ('
IF(nnls.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+2))='LS'
Nsttl=Nsttl+2
Subhdr=T
END IF
IF(Nramp.gt.0)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+5))=' ramp'
Nsttl=Nsttl+5
END IF
Subttl((Nsttl+1):(Nsttl+19))=' outliers included)'
Nsttl=Nsttl+19
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.16)THEN
Nsttl=15
Subttl(1:Nsttl)=' (includes'
IF(Khol.eq.2)THEN
Subttl((Nsttl+1):(Nsttl+12))=' X-11 Easter'
Nsttl=Nsttl+12
Subhdr=T
END IF
IF(Adjhol.gt.0)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+9))=' regARIMA'
Nsttl=Nsttl+9
END IF
IF(Ixreg.gt.2.and.Axrghl)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+1))=','
Nsttl=Nsttl+1
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+21))=' irregular regression'
Nsttl=Nsttl+21
END IF
Subttl((Nsttl+1):(Nsttl+9))=' holiday)'
Nsttl=Nsttl+9
c ------------------------------------------------------------------
ELSE IF(Kpart.eq.1.and.Ktabl.eq.5)THEN
Nsttl=14
Subttl(1:Nsttl)=' (includes'
IF(Nlp.gt.0)THEN
Subttl((Nsttl+1):(Nsttl+21))=' leap year regressor)'
Nsttl=Nsttl+21
Subhdr=T
ELSE IF(Nln.gt.0)THEN
Subhdr=T
IF(Ny.eq.12)THEN
Subttl((Nsttl+1):(Nsttl+27))=' length of month regressor)'
Nsttl=Nsttl+27
ELSE
Subttl((Nsttl+1):(Nsttl+29))=' length of quarter regressor)'
Nsttl=Nsttl+29
END IF
ELSE IF(Nsln.gt.0)THEN
Subhdr=T
Subttl((Nsttl+1):(Nsttl+33))='stock length of month regressor)'
Nsttl=Nsttl+33
ELSE IF(Picktd)THEN
Subhdr=T
Subttl((Nsttl+1):(Nsttl+25))=' leap year preadjustment)'
Nsttl=Nsttl+25
ELSE IF(Priadj.gt.0) THEN
Subhdr=T
IF(Priadj.eq.2)THEN
Subttl((Nsttl+1):(Nsttl+31))=' length of month preadjustment)'
Nsttl=Nsttl+31
ELSE IF(Priadj.eq.3)THEN
Subttl((Nsttl+1):(Nsttl+33))=
& ' length of quarter preadjustment)'
Nsttl=Nsttl+33
ELSE IF(Priadj.eq.4)THEN
Subttl((Nsttl+1):(Nsttl+25))=' leap year preadjustment)'
Nsttl=Nsttl+25
END IF
END IF
c ------------------------------------------------------------------
ELSE IF((Kpart.eq.2.or.Kpart.eq.3).and.Ktabl.eq.22)THEN
Subhdr=T
IF(Itype.eq.1)THEN
Subttl(1:31)=' (trading day and holiday)'
Nsttl=31
ELSE
Subttl(1:62)=' (prior and irregular regression trading day
&and holiday)'
Nsttl=62
END IF
c ------------------------------------------------------------------
ELSE IF((Kpart.eq.1.and.Ktabl.eq.8.and.Itype.eq.1).AND.
& ((Adjls.eq.1.or.Finls).OR.(Adjao.eq.1.or.Finao).OR.
& (Adjtc.eq.1.or.Fintc)))THEN
Nsttl=6
Subttl(1:Nsttl)=' ('
IF(Adjao.eq.1.or.Finao)THEN
Subttl((Nsttl+1):(Nsttl+2))='AO'
Nsttl=Nsttl+2
Subhdr=T
END IF
IF(Adjls.eq.1.or.Finls)THEN
IF(nnls.gt.0)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+2))=', '
Nsttl=Nsttl+2
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+2))='LS'
Nsttl=Nsttl+2
END IF
IF(Nramp.gt.0)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+2))=', '
Nsttl=Nsttl+2
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+4))='ramp'
Nsttl=Nsttl+4
END IF
END IF
IF(Adjtc.eq.1.or.Fintc)THEN
IF(Subhdr)THEN
Subttl((Nsttl+1):(Nsttl+2))=', '
Nsttl=Nsttl+2
ELSE
Subhdr=T
END IF
Subttl((Nsttl+1):(Nsttl+2))='TC'
Nsttl=Nsttl+2
END IF
Subttl((Nsttl+1):(Nsttl+19))=' outliers included)'
Nsttl=Nsttl+19
END IF
c ------------------------------------------------------------------
RETURN
END
|
