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Re: 20001215: sfcntr bug
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- Subject: Re: 20001215: sfcntr bug
- Date: Mon, 18 Dec 2000 14:36:27 -0700
David, I think the problem lies in the fact that a "grid" is defined on one of the standard angular projections and not RAD or SAT projections using the gsmprj() call in sfcntr. I have worked around this now, so that if SAT or RAD is the projection of the display, the grid is created on a CED projection using the LL and UR bounds of the image. The grid can always be projected to the image coordinates for display (similarly, I don't think you can run GDCFIL and get a meaningful grid with PROJ=SAT). I have attatched updated sfcntr.f and oagagn.f for the $GEMPAK/source/programs/sf/sfcntr directory. I will make these routines part of the GEMPAK5.6a release, but you can try them out now if you have the chance. Steve Chiswell Unidata User Support On Mon, 18 Dec 2000, Unidata Support wrote: > > ------- Forwarded Message > > >To: address@hidden (Unidata Support) > >From: David Ovens <address@hidden> > >Subject: Re: 20001215: 20001214: sfcntr bug > >Organization: UCAR/Unidata > >Keywords: 200012181652.eBIGq4o06335 > > Unidata Support wrote: > > > > > > David, > > > > One thing to check if you are trying to use > > a satellite image as the projection is that the garea specified allows > > the grid to be created within the projection. > > > > The sfcntr.f call to OAGAGN uses ' ' as the extend area of the grid, > > which will default to 2;2;2;2. If the garea is dset then the 2 grid rows > > extended may be outside the projection. I may have to change the > > passed parameter to '0;0;0;0' for these cases. > > > > In general, the 2 grid rows extended past the grid allow for smoother > > contours > > near the boundaries. But this may be a problem with satellite images. > > Also, if the mean station spacing is large, then the grid > > rows may extend far outside the projection causing the error. > > > > The satellite file you specify nw_washington, I don't now what the area > > bounds > > are so I can't make any guesses here. > > > > Does sfcntr work when sat isn't the projection? > > > > Steve Chiswell > > Steve, > > As you'll see in the example script that I sent (also available at > http://www.atmos.washington.edu/~ovens/sfcntr_bug/sfcntr_bug.csh), > Method 4, specifying PROJ = MER does enable the program to work, but > only on the SUN. We NEVER get any contours plotted on the DEC, no > matter what. The updated version of the DEC sfcntr does at least give > the following information when PROJ=MER, indicating that it is at > least finding data, > Enter <cr> to accept parameters or type EXIT: > Using 46x 51 grid. > Barnes Pass: 1 > RMS: 11.60851 Number of stations: 109 > > Barnes Pass: 2 > RMS: 1.502328 Number of stations: 109 > > It also displays this when PROJ=SAT: > Enter <cr> to accept parameters or type EXIT: > Using 46x 51 grid. > Barnes Pass: 1 > RMS: 11.62093 Number of stations: 107 > > Barnes Pass: 2 > RMS: 1.514042 Number of stations: 107 > > But there are no contours drawn! > > The nw_namerica satellite file is retrievable from the Web as you can > see in the sfcntr_bug.csh script in the top. Plotted in GARP, it > looks like the borders of that image, namely, > LL 40N, 130W > UL 60N, 130W > UR 60N, 100W > LR 40N, 100W > provide ample foom for the garea of > GAREA = 44.75;-125;50.8;-116.75 > > Thanks for looking into this. > > David > > -- > David Ovens e-mail: address@hidden > (206) 685-8108 plan: Real-time MM5 forecasting for Pacific Northwest > Research Meteorologist > Dept of Atmospheric Sciences, Box 351640 > University of Washington > Seattle, WA 98195 > > > ------- End of Forwarded Message > >
PROGRAM SFCNTR
C************************************************************************
C* This program plots surface data on a map. *
C* *
C* Log: *
C* I. Graffman/RDS 8/87 GEMPAK4 *
C* M. desJardins/GSFC 6/88 Rewrote *
C* G. Huffman/GSC 1/89 Note for SCALE in [-100,-5],[5,100], *
C* filter in N coord. *
C* M. desJardins/GSFC 11/89 Added conditions and STIM *
C* M. desJardins/GSFC 1/90 Add SKPMIS *
C* S. Schotz/GSC 4/90 Added capability to plot weather/cloud *
C* symbols, also cleaned up somewhat *
C* S. Schotz/GSC 5/90 Will now plot markers when all other *
C* parameters are not plotted *
C* M. desJardins/GSFC 7/90 Added LATLON *
C* S. Schotz/GSC 8/90 Removed scale added display of *
C* conditions in title, and screen output *
C* J. Whistler/SSAI 7/91 Moved parm cond. filter out of SFMPLT *
C* and placed before station filter *
C* S. Jacobs/SSAI 10/91 Changed PANEL to *48 *
C* S. Jacobs/SSAI 10/91 Added capability to plot certain *
C* stations before filtering. *
C* M. desJardins/NMC 10/91 Check for state name; list of stations *
C* K. Brill/NMC 11/91 Add John Nielsen's flexible filter and *
C* changes for removing WIND input parm *
C* and getting barb/arrow info from SFPARM *
C* S. Jacobs/EAI 6/92 Fixed call to SFMPLT to send lat/lon *
C* S. Jacobs/EAI 10/92 Fixed typo in call to PC_SSTN *
C* S. Jacobs/EAI 11/92 Added call to GMESG and 'shrttl' *
C* S. Jacobs/NMC 3/94 Added satellite display routines *
C* L. Williams/EAI 3/94 Clean up declarations of user input *
C* variables *
C* S. Jacobs/NMC 6/94 DEVICE*24 --> *72 *
C* S. Jacobs/NMC 6/94 COLORS*24 --> *72 *
C* L. Williams/EAI 7/94 Removed call to SFMUPD and added shrttl *
C* to the user input variables *
C* S. Jacobs/NMC 8/94 Added GSTANM, GSPLOT for animation *
C* P. Bruehl/Unidata 8/94 Added logical first, prompt only once *
C* J. Cowie/COMET 8/94 Modified for multiple sat image looping *
C* M. desJardins/NMC 8/94 Added ST_FLST *
C* L. Williams/EAI 9/94 Grouped title code together *
C* S. Jacobs/NMC 9/94 Moved the title plotting to the end *
C* S. Jacobs/NMC 10/94 Added GR_MTTL to create the title *
C* J. Cowie/COMET 1/95 Added SATFIL and RADFIL *
C* S. Jacobs/NMC 2/95 Moved IN_TEXT to before setting proj *
C* J. Cowie/COMET 8/95 Change GSATIM to IM_DROP, add IM_LUTF, *
C* use idrpfl *
C* D. Plummer/NCEP 11/95 Added LUTFIL processing *
C* D. Keiser/GSC 12/95 Added STNPLT as a parameter *
C* D. Keiser/GSC 8/96 Added FL_MFIL to search for file type *
C* K. Tyle/GSC 8/96 Added ER_WMSG call after FL_MFIL call *
C* S. Jacobs/NCEP 1/97 Changed the order of IM_DROP & IM_LUTF *
C* S. Maxwell/GSC 3/97 Added call to TB_PARM *
C* S. Maxwell/GSC 3/97 Removed marker and skmis *
C* S. Maxwell/GSC 7/97 Increased input character length *
C* D. Kidwell/NCEP 2/98 Added color coding capability *
C* A. Hardy/GSC 1/99 Added grouping calls for station models *
C* A. Hardy/GSC 2/99 Increased variable parms from 72 to 128 *
C* S. Jacobs/NCEP 3/99 Changed calls to SFMPRM and SFMPLT *
C* A. Hardy/GSC 3/99 Added priority parameter to PC_SSTN *
C* A. Hardy/GSC 3/99 Added priority parameter to SF_SNXT *
C* A. Hardy/GSC 3/99 Removed ispri = 0 *
C* S. Jacobs/NCEP 3/99 Changed chd from 8 char to 12 char *
C* S. Jacobs/NCEP 3/99 Added Med Range station model group type*
C* S. Jacobs/NCEP 5/99 Added the CLRBAR parameter *
C************************************************************************
INCLUDE 'GEMPRM.PRM'
C*
CHARACTER sffile*(LLMXLN), area*(LLMXLN), garea*(LLMXLN),
+ sfparm*(LLMXLN), dattim*(LLMXLN),
+ colors*(LLMXLN), map*(LLMXLN), title*(LLMXLN),
+ device*(LLMXLN), filter*(LLMXLN), proj*(LLMXLN),
+ panel*(LLMXLN), text*(LLMXLN), latlon*(LLMXLN),
+ shrttl*(LLMXLN), satfil*(LLMXLN),
+ radfil*(LLMXLN), lutfil*(LLMXLN),
+ stnplt*(LLMXLN), clrbar*(LLMXLN),
+ cntrprm*(LLMXLN), ucntrprm*(LLMXLN),nproj*72,
+ gamma*(LLMXLN), linetyp*(LLMXLN), contur*(LLMXLN),
+ weight*(LLMXLN), cnpass*(LLMXLN), cintc*(LLMXLN)
C*
LOGICAL clear
C*
CHARACTER sffcur*72, arecur*48, datcur*48, filnam*72
CHARACTER pmdset (MMPARM)*4, parms*128, colrs*(LLMXLN)
CHARACTER prmlst (MMPARM)*4, times (LLMXTM)*15
CHARACTER tstn*8, sta*8, ttlstr*48, ttt*72
CHARACTER prcons (MMPARM)*16, chd (MMPARM)*12
CHARACTER area1*48, area2*48, ttlinp*72, shrtin*72
CHARACTER imgfls(MXLOOP)*132, uprj*72, endflg*1
INTEGER icolor (MMPARM), iscale (MMPARM)
INTEGER numccc (MMPARM), icclrs (MMPARM*LLCLEV)
INTEGER icrprm (MMPARM)
LOGICAL respnd, done, proces, newfil, chrflg (MMPARM)
LOGICAL wndflg, plot
REAL offset (4), sxplt (LLSTFL), outd (MMPARM)
REAL syplt (LLSTFL), data (MMPARM)
REAL ccvals (MMPARM*LLCLEV)
REAL clats(LLSTFL),clons(LLSTFL),convals(1,LLSTFL),
+ srow(LLSTFL),scol(LLSTFL)
REAL gelt(LLMXGD),geln(LLMXGD),coslt(LLMXGD),
+ cosstn(LLSTFL),rgrid(1,LLMXGD)
REAL cints(200), gltln(4), sinvls(1,LLSTFL)
REAL grltln(4), eltln(4), dltln(4),rms
INTEGER ncvals, iextend(4),isn(1)
INTEGER icolr(200),itype(200),iwidth(200),ilabel(200)
INTEGER kx, ky, kex, key
REAL deltax, deltay
CHARACTER extnd*10
LOGICAL first
C------------------------------------------------------------------------
C--------1---------2---------3---------4---------5---------6---------7--
CALL IP_INIT ( respnd, iperr )
IF ( iperr .eq. 0 ) THEN
CALL GG_INIT ( 1, iperr )
END IF
IF ( iperr .eq. 0 ) THEN
done = .false.
ELSE
done = .true.
END IF
CALL IP_IDNT ( 'SFCNTR', ier )
C
DO WHILE ( .not. done )
CALL SFMINP ( sffile, area, garea, sfparm, dattim, colors,
+ map, title, clear, device, proj, filter,
+ panel, text, latlon, satfil, radfil,
+ lutfil, stnplt, clrbar, cntrprm, gamma,
+ linetyp, contur, weight, cnpass, cintc,
+ iperr )
IF ( iperr .lt. 0 ) THEN
done = .true.
proces = .false.
ELSE
proces = .true.
END IF
C
C* Set up device and projection.
C
IF ( proces ) THEN
CALL GG_SDEV ( device, iret )
IF ( iret .ne. 0 ) proces = .false.
C
C* Set text.
C
CALL IN_TEXT ( text, ier )
C
C* If projection=SAT or RAD, see if multiple image files
C* have been specified.
C
CALL ST_LCUC ( proj, uprj, ier )
IF ( uprj (1:3) .eq. 'SAT' ) THEN
CALL ST_FLST ( satfil, ';', ' ', MXLOOP, imgfls,
+ numimg, ier )
ELSE IF ( uprj (1:3) .eq. 'RAD' ) THEN
CALL ST_FLST ( radfil, ';', ' ', MXLOOP, imgfls,
+ numimg, ier )
END IF
C
C* Set map projection
C
CALL GG_MAPS ( proj, garea, imgfls (1), idrpfl, iret )
IF ( iret .ne. 0 ) proces = .false.
C
C* Process filename.
C
CALL FL_MFIL ( sffile, ' ', filnam, iret )
IF ( iret .ne. 0 ) CALL ER_WMSG ( 'FL', iret, ' ', ier )
CALL SFMFIL ( filnam, sffcur, iflno, newfil, pmdset,
+ npmdst, iret )
IF ( iret .ne. 0 ) proces = .false.
END IF
C
C* Process text, title, filter and parms.
C
IF ( proces ) THEN
CALL IN_FILT ( filter, filtfc, ier )
C
CALL TB_PARM ( sfparm, parms, colrs, iret )
IF ( iret .lt. 0 ) THEN
CALL ER_WMSG ( 'TB', iret, ' ', ier )
proces = .false.
ELSE IF ( iret .eq. 2 ) THEN
parms = sfparm
colrs = colors
ELSE
IF ( colors .ne. ' ' ) colrs = colors
END IF
END IF
C
IF ( proces ) THEN
C
C* Process parameter names and colors.
C
CALL SFMPRM ( parms, pmdset, npmdst, colrs,
+ prmlst, chrflg, ncprm, prcons, wndflg,
+ icolor, ccvals, icclrs, numccc, icrprm,
+ iaddcl, endflg, ier )
if(cntrprm .ne. ' ') then
CALL ST_LCUC (cntrprm, ucntrprm, ier)
CALL ST_FIND (ucntrprm, prmlst, ncprm, icntrpos, ier )
else
icntrpos = 0
end if
C
C* Determine whether any data will be plotted.
C
IF (ncprm .eq. 0) THEN
plot = .false.
ELSE
plot = .true.
END IF
C
C* Get offsets for filtering.
C
IF ( ( filtfc .ne. 0. ) .and. plot )
+ CALL SFMCOF ( ncprm - iaddcl, prmlst, wndflg,
+ filtfc, offset, ier )
C
C* Take care of the special case of plotting a list of
C* stations before plotting an area with the filter on.
C
ipos2 = INDEX ( area, '/' )
IF ( area(1:1) .eq. '@' .and. ( ipos2 .gt. 4 ) ) THEN
area1 = area(:ipos2-1)
area2 = area(ipos2+1:)
iloop = 1
ELSE
area1 = area
iloop = 2
END IF
C
C* Set area and get times to be processed.
C
CALL LC_UARE ( area1, newfil, iflno, arecur, tstn,
+ ier )
IF ( ier .ne. 0 ) proces = .false.
C*
CALL SFMDAT ( dattim, iflno, newfil,
+ datcur, ntime, times, ier )
IF ( ier .ne. 0 ) proces = .false.
END IF
C
C* Begin processing if inputs are ok.
C
itime = 1
C
C* Plot all times even if there are no images.
C* Loop over times.
C
DO WHILE ( proces )
C
C* Set the current pixmap.
C* If this is the first time, go to the first pixmap.
C* If it is not the first time, go to the next pixmap.
C
IF ( itime .eq. 1 ) THEN
CALL GSTANM ( iret )
first = .true.
ELSE
CALL GSPLOT ( iret )
first = .false.
C
C* Set the map projection for each image
C
IF ( uprj (1:3) .eq. 'SAT' .or.
+ uprj (1:3) .eq. 'RAD' )
+ CALL GG_MAPS ( proj, garea, imgfls (itime),
+ idrpfl, iret )
END IF
nplot = 0
ncvals = 0
CALL SF_STIM ( iflno, times (itime), ier )
C
C* Give the user a chance to exit
C
IF ( first )
+ CALL SFMOPT ( sffcur, times (itime), device,
+ proj, area, garea, ncprm, prcons,
+ icolor, map, title, clear, filtfc,
+ itime, panel, ccvals, icclrs, numccc,
+ icrprm, iaddcl, iopt )
IF ( iopt .lt. 0 ) proces = .false.
C
C* Process clear, define panel, set up filtering and
C* draw map.
C
IF ( proces ) THEN
IF ( clear ) CALL GCLEAR ( iret )
CALL GG_PANL ( panel, ier )
C
C* Apply LUT file
C
IF ( itime .eq. 1 ) CALL IM_LUTF ( lutfil, ier )
C
C* Display satellite image, if desired.
C
IF ( idrpfl .eq. 1 .or.
+ ( idrpfl .eq. 0 .and. clear ) )
+ CALL IM_DROP ( iret)
C
C* Draw map, lat/lon lines, and station ID/marker.
C
CALL GG_MAP ( map, ier )
CALL GG_LTLN ( latlon, ier )
CALL GG_SPLT ( stnplt, iret )
C
C* Intialize coordinate arrays for filtering.
C
IF ( ( filtfc .ne. 0. ) .and. plot ) THEN
DO m = 1, LLSTFL
sxplt (m) = RMISSD
syplt (m) = RMISSD
END DO
END IF
C
C* For special plotting, change the area on the
C* second time through.
C
DO lll = iloop, 2
IF ( ( lll .eq. 2 ) .and. ( iloop .eq. 1 ) )
+ THEN
CALL LC_UARE ( area2, newfil, iflno,
+ arecur, tstn, ier )
IF ( ier .ne. 0 ) plot = .false.
END IF
C
C* Station loop.
C
iout = 0
DO WHILE ( plot .and. (iout .eq. 0) )
CALL SF_SNXT ( iflno, sta, id, slat,
+ slon, selv, ispri, iout )
IF ( iout .eq. 0 ) THEN
C
C* Get the data.
C
CALL SF_RDAT ( iflno, data, ihhmm, ier )
C
C* Check for missing data and filter.
C
IF ( ier .eq. 0 ) THEN
CALL PC_SSTN ( sta, id, slat, slon,
+ selv, ispri, ihhmm, 1,
+ ier )
CALL PC_CMVS ( 0., 0, data,
+ outd, chd, ier )
END IF
C*
IF ( ier .eq. 0 ) THEN
C
C* Convert to plot coordinates.
C
CALL GTRANS ( 'M', 'P', 1, slat, slon,
+ sx, sy, ier )
C
C* Filter, if requested.
C
IF ( ( filtfc .ne. 0. ) .and.
+ ( lll .eq. 2 ) ) THEN
CALL SFMOVR ( sx, sy, sxplt, syplt,
+ nplot, offset, ier )
C
C* Save x/y for no overlap.
C
IF ( ier .eq. 0 ) THEN
nplot = nplot + 1
sxplt (nplot) = sx
syplt (nplot) = sy
END IF
ELSE IF ( ( filtfc .ne. 0. ) ) THEN
nplot = nplot + 1
sxplt (nplot) = sx
syplt (nplot) = sy
END IF
END IF
C
C* Plot if we are ok to here.
C
IF ( ier .eq. 0 ) THEN
C
C* Group a "normal" station model as
C* group type 10. The Medium Range AFOS
C* products are group type 11.
C
CALL ST_FIND ( 'TPFC', prmlst, ncprm,
+ ipos, ier )
IF ( ipos .eq. 0 ) THEN
igroup = 10
ELSE
igroup = 11
END IF
C
CALL GSGRP ( igroup, iret )
C
if(icntrpos .ne. 0) then
ncvals = ncvals + 1
clats(ncvals) = slat
clons(ncvals) = slon
convals(1,ncvals) = outd(icntrpos)
endif
CALL SFMPLT ( icolor, sx, sy, slat,
+ slon, chrflg, prmlst,
+ ncprm, outd, chd,
+ ccvals, icclrs, numccc,
+ icrprm, endflg, ier )
C
CALL GEGRP ( iret )
END IF
END IF
END DO
C
C* See if we need to contour
C
if(ncvals .gt. 0) then
CALL GQMPRJ(nproj, rang1, rang2, rang3,
+ rlatll, rlonll, rlatur, rlonur,ier)
C
C* Get Station Spacing
C
gltln(1) = rlatll
gltln(2) = rlonll
gltln(3) = rlatur
gltln(4) = rlonur
CALL OAGSPC(gltln,clats,clons,ncvals,dscomp,
+ dsunif,ier)
deltan = ( dscomp + dsunif ) / 2.
deltay = deltan / 2.
deltax = deltay / COS ( ( (gltln(1) + gltln(3) )
+ / 2. ) * DTR )
deltan = FLOAT ( NINT ( deltan * 100. )) / 100.
deltay = FLOAT ( NINT ( deltay * 100. )) / 100.
deltax = FLOAT ( NINT ( deltax * 100. )) / 100.
C
C* set extend area and base projection
C
IF (( uprj (1:3) .eq. 'SAT' ) .or.
+ ( uprj (1:3) .eq. 'RAD' )) THEN
extnd = '0;0;0;0'
nproj = 'CED'
ELSE
extnd = ' '
ENDIF
CALL OAGAGN(gltln,extnd,deltax,deltay,.false.,
+ grltln,etltln,iextend,kx,ky,dltln,ier)
write(*,*) 'Using ',kx,'x',ky,' grid.'
kex = kx + iextend(1) + iextend(2)
key = ky + iextend(3) + iextend(4)
CALL GSGPRJ(nproj,rang1,rang2,rang3,kx,ky,
+ rlatll, rlonll, rlatur, rlonur,ier)
CALL OA_LTLN(kex,key,iextend,gelt,geln,coslt,
+ ier)
do i=1,ncvals
cosstn(i) = cos(clats(i) * DTR)
end do
CALL OA_BOXC(clats,clons,ncvals,iextend,srow,
+ scol,ier)
do i=1,kex*key
rgrid(1,i) = 0
end do
CALL ST_C2R(gamma,1,rgamma,ifnd,ier)
if(ier .ne. 0) then
rgamma = .3
write(*,*) 'GAMMA defaulting to ',rgamma
else
if(rgamma.lt.0) rgamma = 0
if(rgamma.gt.1) rgamma = 1
endif
CALL ST_C2R(weight,1,rsearch,ifnd,ier)
if(ier .ne. 0) then
rsearch = 20.
write(*,*) 'WEIGHT defaulting to ',rsearch
else
if(rsearch.le.0) rsearch = 0.01
if(rsearch.gt.50) rsearch = 50.
endif
kexy = kex*key
CALL OA_WFSR(deltan,rsearch,rweight,srad,ier)
do i=1,ncvals
sinvls(1,i) = convals(1,i)
end do
CALL ST_C2I(cnpass,1,ipass,ifnd,ier)
if(ier .ne. 0) then
ipass = 2
write(*,*) 'NPASS defaulting to ',ipass
else
if(ipass.lt.1) ipass = 1
if(ipass.gt.5) ipass = 5
endif
do npass=1,ipass
if(npass .eq. 2) then
rweight = rweight * rgamma
srad = srad * rgamma
endif
CALL OA_BARN(1,rweight,srad,kexy,ncvals,
+ sinvls,clats,clons,gelt,geln,
+ coslt,cosstn,.TRUE.,.FALSE.,
+ isn, rgrid, ier)
CALL OA_SINT(1,ncvals,convals,srow,scol,
+ kex, key, rgrid, iextend, sinvls, rms,
+ isn, ier)
C--------1---------2---------3---------4---------5---------6---------7--
write(*,*) 'Barnes Pass: ',npass
write(*,*) 'RMS: ',rms,
+ ' Number of stations: ',isn
write(*,*) ' '
end do
gmax = RMISSD
gmin = RMISSD
do i=1,kex*key
if(rgrid(1,i).ne.RMISSD) then
if(gmax .eq. RMISSD) then
gmax = rgrid(1,i)
else if (rgrid(1,i) .gt. gmax) then
gmax = rgrid(1,i)
endif
if(gmin .eq. RMISSD) then
gmin = rgrid(1,i)
else if (rgrid(1,i) .lt. gmin) then
gmin = rgrid(1,i)
endif
endif
end do
CALL IN_INTC(cintc,gmin,gmax,cints,ncint,crint,
+ cmin,cmax,ier)
CALL IN_LINE(linetyp,cints,ncint,
+ icolr,itype,iwidth,ilabel,
+ smooth,rfilter,ier)
CALL IN_CONT( contur, ier )
if(smooth .ne. 0.0) then
CALL GSSMTH ( 2, smooth, ier )
END IF
CALL GSRDUC ( rfilter, ier )
CALL GCLGRN(kex,key,rgrid,-iextend(1),
+ -iextend(2), 0,ncint, cints,icolr,itype,
+ iwidth,ilabel,ier)
IF ( smooth .ne. 0.0 ) THEN
CALL GSSMTH ( 0, 0.0, ier )
END IF
CALL GSRDUC ( 0.0, ier )
end if
C
C* Draw color bar for first color-coded parameter.
C
ip = 1
DO WHILE ( ip .le. ncprm )
IF ( icolor (ip) .eq. (-1) ) THEN
CALL GG_CBAR ( clrbar, numccc (1 ) - 1,
+ ccvals, icclrs, ier )
ip = ncprm + 1
ELSE
ip = ip + 1
END IF
END DO
C
C* Create and draw the title.
C
ipbar = INDEX ( title, '|' )
IF ( ipbar .ne. 0 ) THEN
shrtin = title ( ipbar+1: )
IF ( ipbar .eq. 1 ) THEN
ttlinp = ' '
ELSE
ttlinp = title ( :ipbar-1 )
END IF
ELSE
shrtin = ' '
ttlinp = title
END IF
C
C* Create the title string.
C
CALL IN_TITL ( ttlinp, -3, ititl, linttl,
+ ttlstr, ier )
ncttl = ncprm - iaddcl
DO ii = 1, ncttl
iscale (ii) = 0
END DO
IF ( ititl .gt. 0 ) THEN
CALL GR_MTTL ( ttlstr, '^ _', .false.,
+ times (itime), ' ', .false.,
+ 0, -1, 0, ncttl, prcons,
+ iscale, ' ', ttt, ier )
CALL GSCOLR ( ititl, ier )
CALL GG_WSTR ( ttt, linttl, ier )
END IF
C
C* Create the short title string.
C
IF ( clear ) THEN
CALL GR_MTTL ( shrtin, 'SURFACE ^ #', .true.,
+ times (itime), ' ', .false.,
+ 0, -1, 0, ncttl, prcons,
+ iscale, area, shrttl, ier )
CALL GMESG ( shrttl, ier )
END IF
C
C* Flush the graphics buffer.
C
CALL GEPLOT ( iret )
END DO
itime = itime + 1
IF ( itime .gt. ntime ) proces = .false.
END IF
END DO
CALL GENANM ( iret )
CALL IP_DYNM ( done, iret )
END DO
C*
IF ( iperr .ne. 0 ) CALL ER_WMSG ( 'SFMAP', iperr, ' ', ier )
CALL GENDP ( 0, iret )
CALL IP_EXIT ( iret )
C*
END
SUBROUTINE OAGAGN ( gltln, extend, deltax, deltay, datflg,
+ grltln, eltln, iextnd, kx, ky, dltln,
+ iret )
C************************************************************************
C* OAGAGN *
C* *
C* This subroutine aligns the grid and extended areas on grid points. *
C* *
C* OAGAGN ( GLTLN, EXTEND, DELTAX, DELTAY, DATFLG, GRLTLN, ELTLN, *
C* IEXTND, KX, KY, DLTLN, IRET ) *
C* *
C* Input parameters: *
C* GLTLN (4) REAL Input grid area *
C* EXTEND CHAR* Input extend *
C* DELTAX REAL X grid spacing *
C* DELTAY REAL Y grid spacing *
C* DATFLG LOGICAL Flag to compute data area *
C* *
C* Output parameters: *
C* GRLTLN (4) REAL Actual grid area *
C* ELTLN (4) REAL Extended grid area *
C* IEXTND (4) INTEGER Extend grid numbers *
C* KX INTEGER Number of points in x *
C* KY INTEGER Number of points in y *
C* DLTLN (4) REAL Data area *
C* IRET INTEGER Return code *
C* 0 = normal return *
C* -8 = invalid DELTAX/DELTAY *
C** *
C* Log: *
C* M. desJardins/GSFC 8/85 *
C* M. desJardins/GSFC 11/88 GEMPAK 4.1 *
C* K. Brill/NMC 9/90 Fix for 0-360 lon range *
C************************************************************************
CHARACTER*(*) extend
REAL gltln (4), grltln (4), eltln (4), dltln (4)
REAL deltax, deltay
INTEGER iextnd (4), kx, ky, iret
LOGICAL datflg
C------------------------------------------------------------------------
iret = 0
C
C* Check for valid deltax and deltay.
C
IF ( ( deltax .eq. 0. ) .or. ( deltay .eq. 0. ) ) THEN
iret = -8
CALL ER_WMSG ( 'OAGRID', iret, ' ', ier )
RETURN
END IF
C
C* Convert extend to integers. Use a default of 2 if any numbers are
C* missing.
C
CALL ST_ILST ( extend, ';', 2, 4, iextnd, n, ier )
DO i = 1, 4
IF ( iextnd (i) .lt. 0 ) iextnd (i) = 2
END DO
C
C* Compute the number of grid points in the x direction.
C* Correct the northeast grid corner to lie on a grid line.
C* Compute the longitude corners of the extended area.
C
itst = IFIX ( gltln (4) - gltln (2) )
nlon = IFIX ( ( gltln (4) - gltln (2) ) /deltax )
IF ( itst .ne. 360 ) THEN
kx = nlon + 1
ELSE
kx = nlon
END IF
grltln (2) = gltln (2)
grltln (4) = grltln (2) + nlon * deltax
IF ( itst .eq. 360 ) THEN
iextnd (1) = 0
iextnd (3) = 0
END IF
eltln (2) = grltln (2) - iextnd (1) * deltax
eltln (4) = grltln (4) + iextnd (3) * deltax
C
C* Do the same computations for the latitude.
C
nlat = IFIX ( ( gltln (3) - gltln (1) ) / deltay )
ky = nlat + 1
grltln (1) = gltln (1)
grltln (3) = grltln (1) + nlat * deltay
eltln (1) = grltln (1) - iextnd (2) * deltay
eltln (3) = grltln (3) + iextnd (4) * deltay
IF ( eltln (1) .lt. -90. ) eltln (1) = -90.
IF ( eltln (3) .gt. 90. ) eltln (3) = 90.
C
C* IF data area was not input by the user, use extended area.
C
IF ( .not. datflg ) THEN
DO i = 1, 4
dltln (i) = eltln (i)
END DO
END IF
C*
RETURN
END
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