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procedure qhistogram (image)
begin
string tmp, meta, im, subimage, amp, section
int nx, ny
# real zz1, zz2, mean, mode, min, max, sigma
im = image
tmp = mktemp ("uparm$tmp")
fdtmp = tmp
meta = mktemp ("uparm$meta")
# Project image section on to quadrant boundaries.
#quadsections (im, window=window, section="", template="$I$S $A $S\n",
#xskip1=INDEF, xskip2=INDEF, xtrim1=INDEF, xtrim2=INDEF,
#ytrim1=INDEF, ytrim2=INDEF, >> tmp)
quadsections (im, window=window, section="", template="$I$S $A $S\n",
>> tmp)
# # Set up histogram limits
# switch (substr (scaling, 1, 1) {
# case "s": set
# zz1 = z1
# zz2 = z2
# case minmax"
if (listout) {
printf ("%s\n", im)
while (fscan (fdtmp, subimage, amp, section) != EOF) {
printf ("\tAmp%s: section=%s\n\n", amp, section)
imhist (subimage, z1=z1, z2=z2, binwidth=binwidth, nbins=nbins,
autoscale=autoscale, top_closed=top_closed, hist_type=hist_type,
listout=listout, plot_type=plot_type, logy=logy, device=device)
}
} else {
while (fscan (fdtmp, subimage) != EOF) {
imhist (subimage, z1=z1, z2=z2, binwidth=binwidth, nbins=nbins,
autoscale=autoscale, top_closed=top_closed, hist_type=hist_type,
listout=listout, plot_type=plot_type, logy=logy, device=device,
>>G meta)
}
ccdgetparam (im, "nampsyx") | scan (ny, nx)
gkim (meta, device=device, output=plotfile, nx=nx, ny=ny, rotate=no,
fill=yes, interactive=no, cursor="")
delete (meta, ver-)
}
delete (tmp, ver-)
end
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