#build image (stack) sequence
sequence = Sequence([stack], 1)
#minimum altitude to observe this target
min_obs_alt = 30.0
#add this observations to the list
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
telescope.slackdebug('Starting nebulizer...')
#start up the scheduler
scheduler = Scheduler(observatory, observations)
#loop through the observations
next_observation = scheduler.whatsNext()
in_between_observation = scheduler.whatsInBetween()
#for obs in observations:
# print obs.toString()
if next_observation:
print next_observation.toString()
if in_between_observation:
print in_between_observation.toString()
#wait for sun to set
telescope.checkSun(True)
count = 0
while next_observation != None:
filter = filter.strip()
# skip the darks for now
if filter.lower() != 'dark':
stacks.append(
Stack(float(exposure), filter, int(binning), int(count)))
observations.append(
Observation(observatory, target, Sequence(stacks, repeat), min_obs_alt,
user))
telescope.slackdebug('Starting curverizer...')
# add observations
scheduler.addObservations(observations)
# loop through the observations
asteroid_observation = scheduler.whatsInBetween()
if asteroid_observation:
logger.debug(asteroid_observation.toString())
else:
logger.error('Target (%s) is not observable.' %
asteroid_observation.target.getName())
sys.exit(1)
# wait for sun to set
telescope.checkSun(True)
# wait for target to be available
while Time.now() < asteroid_observation.min_obs_time:
wait_time_s = (asteroid_observation.min_obs_time - Time.now()).sec
telescope.slackdebug(