#pick the star
try:
pick_star.pick_star(g)
except Exception, e:
print Exception
print 'Could not pick new star because %s' % e
print 'WARNING: YOU MAY WANT TO STOP MEASUREMENT AND START AGAIN'
g.park_mode()
exit()
#check to see if the star is available
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
if nstars < 2:
nfound, sx, sy = spiralsearch(g, niter=niter)
sout = open(spiral_log, 'a')
sout.write('%s %i %i %i\n' %
(datetime.datetime.now(), sx, sy, nfound))
sout.close()
if nfound == -1:
print 'Could not find stars in %i iterations' % niter
g.park_mode()
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
#start turbina running
try:
current_star = open('current_object').read().strip()
except:
print 'Could not pick new star because %s' % e
print 'WARNING: YOU MAY WANT TO STOP MEASUREMENT AND START AGAIN'
os.system('./pygto900.py init')
exit()
pass
#check to see if the star is available
with GTO900() as g:
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
if nstars < 2:
ra_i, dec_i, ha_i, lst_i, alt_i, az_i, airmass_i, pier_i = status(
g)
print ra_i
nfound, sx, sy = spiralsearch()
ra_f, dec_f, ha_f, lst_f, alt_f, az_f, airmass_f, pier_f = status(
g)
sout = open(spiral_log, 'a')
sout.write('%s %i %i %i %s %s %s %s %s %s\n' %
(datetime.datetime.now(), sx, sy, nfound, lst_i, ra_i,
dec_i, lst_f, ra_f, dec_f))
sout.close()
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
#start turbina running
try:
current_star = open('current_object').read().strip()
except:
old_star = None
print 'Could not pick new star because %s' % e
print 'WARNING: YOU MAY WANT TO STOP MEASUREMENT AND START AGAIN'
os.system('./pygto900.py init')
exit()
pass
#check to see if the star is available
with GTO900() as g:
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
if nstars < 2:
ra_i, dec_i, ha_i, lst_i ,alt_i ,az_i, airmass_i ,pier_i = status(g)
print ra_i
nfound, sx, sy = spiralsearch()
ra_f, dec_f, ha_f, lst_f, alt_f ,az_f ,airmass_f ,pier_f = status(g)
sout = open(spiral_log, 'a')
sout.write('%s %i %i %i %s %s %s %s %s %s\n' % (datetime.datetime.now(), sx, sy, nfound,lst_i,ra_i,dec_i,lst_f,ra_f,dec_f))
sout.close()
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
#start turbina running
try:
current_star=open('current_object').read().strip()
except:
old_star = None
if (old_star is None) or (old_star != current_star):
#os.system('./run_turbina.py')
#pick the star
try:
pick_star.pick_star(g)
except Exception, e:
print Exception
print 'Could not pick new star because %s' % e
print 'WARNING: YOU MAY WANT TO STOP MEASUREMENT AND START AGAIN'
g.park_mode()
exit()
#check to see if the star is available
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
if nstars < 2:
nfound, sx, sy = spiralsearch(g,niter=niter)
sout = open(spiral_log, 'a')
sout.write('%s %i %i %i\n' % (datetime.datetime.now(), sx, sy, nfound))
sout.close()
if nfound == -1:
print 'Could not find stars in %i iterations' % niter
g.park_mode()
os.system('./ave_frames 10 \!center.fits')
nstars = find_boxes('center.fits')
#start turbina running
try:
current_star=open('current_object').read().strip()
except:
old_star = None