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subroutine htmlfortbl(fo,freg,ftr,fsa,fs,fcyc,fir,tse,siepf,
$ siepfl,sieaf,sieafl,neff,mq,nouir,noutr,npatd,
$ neast,nchi,npsi,ncyc,ncycth,lamd,nper,nyer,nz,lfor,
$ isCloseToTD,varwnc)
C
C.. Implicits ..
implicit none
C
C.. Parameters ..
INCLUDE 'srslen.prm'
INCLUDE 'dimensions.i'
C
C.. Formal Arguments ..
integer neff(0:7),mq,nouir,noutr,npatd,neast,nchi,npsi,ncyc,
$ ncycth,lamd,nper,nyer,nz, lfor
real*8 fo(-kp:kp),freg(-kp:kp),ftr(-kp:kp),fsa(-kp:kp),fs(-kp:kp),
$ fcyc(-kp:kp),fir(-kp:kp),tse(kl),siepf(kl),siepfl(kl),
$ sieaf(kl),sieafl(kl),varwnc
logical isCloseToTD
C
C.. Local Scalars ..
integer i,j,jnlastper,jnlastyear,ncols,nf,nlastper,nlastyear,nse
C
C.. Local Arrays ..
character mth(12)*34,srt(11)*4
real*8 formatrix(kp,14),tmp(kp)
C
C.. External Calls ..
external USRENTRY
C
C.. Intrinsic Functions ..
intrinsic MAX, MOD
include 'stream.i'
C
C.. Data Declarations ..
data mth/
$ '<abbr title="January">JAN</abbr> ',
$ '<abbr title="February">FEB</abbr> ',
$ '<abbr title="March">MAR</abbr> ',
$ '<abbr title="April">APR</abbr> ',
$ 'MAY',
$ '<abbr title="June">JUN</abbr> ',
$ '<abbr title="July">JUL</abbr> ',
$ '<abbr title="August">AUG</abbr> ',
$ '<abbr title="September">SEP</abbr>',
$ '<abbr title="October">OCT</abbr> ',
$ '<abbr title="November">NOV</abbr> ',
$ '<abbr title="December">DEC</abbr> '/
data srt/
$ '1ST','2ND','3RD','4TH','5TH','6TH','7TH','8TH','9TH','10TH',
$ '11TH'/
C
C ... Executable Statements ...
C
CALL mkTableTag(Nio,'w90','FORECAST OF FINAL COMPONENT')
CALL writTag(Nio,'<thead>')
CALL writTag(Nio,'<tr>')
CALL mkTableCellSpan(Nio,'row',2,'head',' ')
ncols = 1
nse = 1
nf = MAX(lfor,MAX(8,2*mq))
do i = 1,nf
formatrix(i,ncols) = fo(i)
formatrix(i,ncols+1) = tse(i)
end do
ncols = ncols + 1
CALL mkHeaderCellScope(Nio,0,2,'colgroup','@',
& 'ORIGINAL (UNCORRECTED)')
if ((nchi.gt.1) .or. (noutr.eq.1) .or. (neff(1).eq.1) .or.
$ (neff(7).eq.1)) then
nse = nse + 1
ncols = ncols + 1
do i = 1,nf
formatrix(i,ncols) = ftr(i)
tmp(i) = ftr(i)
end do
ncols = ncols + 1
if (lamd .eq. 0) then
do i = 1,nf
formatrix(i,ncols) = siepfl(i)
end do
else
do i = 1,nf
formatrix(i,ncols) = siepf(i)
end do
end if
call USRENTRY(tmp,1,nf,1,kp,1410)
CALL mkHeaderCellScope(Nio,0,2,'colgroup','@','TREND-CYCLE')
end if
if ((npsi.gt.1) .or. (neast.eq.1) .or. (neff(2).eq.1) .or.
$ (npatd.eq.1)) then
nse = nse + 1
ncols = ncols + 1
do i = 1,nf
formatrix(i,ncols) = fsa(i)
tmp(i) = fsa(i)
end do
ncols = ncols + 1
if (lamd .eq. 0) then
do i = 1,nf
formatrix(i,ncols) = sieafl(i)
end do
else
do i = 1,nf
formatrix(i,ncols) = sieaf(i)
end do
end if
call USRENTRY(tmp,1,nf,1,kp,1409)
CALL mkHeaderCellScope(Nio,0,2,'colgroup',
& 'SEASONALLY ADJUSTED SERIES','SA SERIES')
elseif (neff(0) .eq. 1) then
nse = nse + 1
ncols = ncols + 1
do i = 1,nf
formatrix(i,ncols) = fsa(i)
tmp(i) = fsa(i)
end do
ncols = ncols + 1
if (lamd .eq. 0) then
do i = 1,nf
formatrix(i,ncols) = sieafl(i)
end do
else
do i = 1,nf
formatrix(i,ncols) = sieaf(i)
end do
end if
call USRENTRY(tmp,1,nf,1,kp,1409)
CALL mkHeaderCellScope(Nio,0,2,'colgroup',
& 'SEASONALLY ADJUSTED SERIES','SA SERIES')
end if
if (neff(0) .eq. 1) then
ncols = ncols + 1
do i = 1,nf
formatrix(i,ncols) = freg(i)
end do
CALL mkHeaderCellScope(Nio,2,0,'col','@',
& 'SEPARATE REGRESSION EFFECT')
end if
if ((npsi.gt.1) .or. (neast.eq.1) .or. (neff(2).eq.1) .or.
$ (npatd.eq.1)) then
ncols = ncols + 1
do i = 1,nf
formatrix(i,ncols) = fs(i)
tmp(i) = fs(i)
end do
call USRENTRY(tmp,1,nf,1,kp,1411)
if (lamd .eq. 0) then
CALL mkHeaderCellScope(Nio,2,0,'col','@','SEASONAL FACTORS')
else
CALL mkHeaderCellScope(Nio,2,0,'col','@','SEASONAL COMPONENT')
end if
end if
if ((neff(3).eq.1) .or. (nouir.eq.1) .or.
$ (varwnc.gt.1.0D-10 .and.(ncycth.eq.1 .or.ncyc.gt.1))
$ .or. (neff(5).eq.1)) then
ncols = ncols + 1
if (lamd .eq. 1) then
do i = 1,nf
formatrix(i,ncols) = fir(i) + fcyc(i)
tmp(i) = fir(i)
end do
else
do i = 1,nf
formatrix(i,ncols) = (fir(i)*fcyc(i)) / 100.0d0
tmp(i) = fir(i)
end do
end if
call USRENTRY(tmp,1,nf,1,kp,1412)
if (IsCloseToTD) then
if (lamd .eq. 0) then
CALL mkHeaderCellScope(Nio,2,0,'col',
& 'Trading Day final - IRREGULAR FACTORS',
& 'TDfinal.-IRREG.')
else
CALL mkHeaderCellScope(Nio,2,0,'col',
& 'Trading Day final - IRREGULAR',
& 'TDfinal.-IRREG.')
end if
else
if (lamd .eq. 0) then
CALL mkHeaderCellScope(Nio,2,0,'col',
& 'TRANSITORY IRREGULAR FACTORS',
& 'TRANS.-IRREG. FACTORS')
else
CALL mkHeaderCellScope(Nio,2,0,'col','TRANSITORY IRREGULAR',
& 'TRANS.-IRREG.')
end if
end if
end if
CALL writTag(Nio,'</tr>')
CALL writTag(Nio,'<tr>')
CALL mkHeaderCellScope(Nio,0,0,'col','@','FORECAST')
CALL mkHeaderCellScope(Nio,0,0,'col','standard error','SE')
do i=1,nse-1
CALL mkHeaderCellScope(Nio,0,0,'col','@','FORECAST')
CALL mkHeaderCellScope(Nio,0,0,'col',
& 'standard error of the revision','SER')
end do
CALL writTag(Nio,'</tr>')
CALL writTag(Nio,'</thead>')
nlastper = nper
nlastyear = nyer
do i = 2,nz
if (MOD(nlastper,mq) .eq. 0) then
nlastyear = nlastyear + 1
nlastper = 0
end if
nlastper = nlastper + 1
end do
nlastper = nlastper + 1
if (nlastper .gt. mq) then
nlastper = 1
nlastyear = nlastyear + 1
end if
jnlastper = nlastper
jnlastyear = nlastyear
CALL writTag(Nio,'<tbody>')
do i = 1,nf
if (mq .eq. 12) then
write (Nio,1010) mth(nlastper), nlastyear
else
write (Nio,1010) srt(nlastper), nlastyear
end if
1010 format('<tr><th scope="row">',a,1x,i4,'</th>')
do j = 1, nse*2, 2
write (Nio,1020) formatrix(i,j), formatrix(i,j+1)
1020 format(2('<td>',f16.4,'</td>'))
end do
if (nlastper .eq. mq) then
nlastper = 1
nlastyear = nlastyear + 1
else
nlastper = nlastper + 1
end if
if (nse*2 .lt. ncols) then
do j=nse*2+1,ncols
write (Nio,1030) formatrix(i,j)
1030 format('<td>',f16.4,'</td>')
end do
end if
CALL writTag(Nio,'</tr>')
end do
CALL writTag(Nio,'</tbody>')
write (Nio,'("</table>")')
CALL mkPOneLine(Nio,'@',' ')
CALL mkPOneLine(Nio,'em','SE : standard error of the '//
$ 'observation series forecast.')
CALL mkPOneLine(Nio,'em','SER : standard error of the revision.')
CALL mkPOneLine(Nio,'ub','Note 1 :')
CALL mkPOneLine(Nio,'em',
& 'Since the component is never observed, '//
& 'the forecast error is of little applied interest. '//
& 'What is of interest is the se of the revision the '//
$ 'forecast of the component will undergo (until it '//
$ 'becomes the final or historical estimator).')
CALL mkPOneLine(Nio,'ub','Note 2 :')
CALL mkPOneLine(Nio,'em','SER(Seasonal) = SER (SA Series)')
end
cc
c
cc
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