def get_anns(cal, nbright=0):
wcsfn = cal.get_wcs_file()
from astrometry.util.util import anwcs
wcs = anwcs(wcsfn,0)
catdir = settings.CAT_DIR
uzcfn = os.path.join(catdir, 'uzc2000.fits')
abellfn = os.path.join(catdir, 'abell-all.fits')
ngcfn = os.path.join(catdir, 'ngc2000.fits')
ngcnamesfn = os.path.join(catdir, 'ngc2000name.fits')
icfn = os.path.join(catdir, 'ic2000.fits')
brightfn = os.path.join(catdir, 'brightstars.fits')
hdfn = settings.HENRY_DRAPER_CAT
tycho2fn = settings.TYCHO2_KD
import astrometry.blind.plotann as plotann
opt = plotann.get_empty_opts()
if nbright:
opt.nbright = nbright
rad = cal.get_radius()
# These are the same limits used in views/image.py for annotations
if rad < 1.:
opt.abellcat = abellfn
opt.hdcat = hdfn
if rad < 0.25:
opt.t2cat = tycho2fn
if rad < 10:
opt.ngc = True
opt.ngccat = ngcfn
opt.ngcname = ngcnamesfn
opt.iccat = icfn
opt.brightcat = brightfn
jobjs = plotann.get_annotations_for_wcs(wcs, opt)
return jobjs
def get_anns(cal, nbright=0):
wcsfn = cal.get_wcs_file()
from astrometry.util.util import anwcs
wcs = anwcs(wcsfn,0)
catdir = settings.CAT_DIR
uzcfn = os.path.join(catdir, 'uzc2000.fits')
abellfn = os.path.join(catdir, 'abell-all.fits')
ngcfn = os.path.join(catdir, 'ngc2000.fits')
ngcnamesfn = os.path.join(catdir, 'ngc2000name.fits')
icfn = os.path.join(catdir, 'ic2000.fits')
brightfn = os.path.join(catdir, 'brightstars.fits')
hdfn = settings.HENRY_DRAPER_CAT
tycho2fn = settings.TYCHO2_KD
import astrometry.blind.plotann as plotann
opt = plotann.get_empty_opts()
if nbright:
opt.nbright = nbright
rad = cal.get_radius()
# These are the same limits used in views/image.py for annotations
if rad < 1.:
opt.abellcat = abellfn
opt.hdcat = hdfn
if rad < 0.25:
opt.t2cat = tycho2fn
if rad < 10:
opt.ngc = True
opt.ngccat = ngcfn
opt.ngcname = ngcnamesfn
opt.iccat = icfn
opt.brightcat = brightfn
jobjs = plotann.get_annotations_for_wcs(wcs, opt)
return jobjs