elif len(objects) > 1:
print 'Error. Found multiple matching objects for %s.' % name
else:
num_targets += 1
target = Target(objects[0]['name'], objects[0]['RA'],
objects[0]['DEC'])
stacks = []
for i in range(0, count):
for filter in filters:
filter = filter.strip()
# skip the darks for now
if filter.lower() != 'dark':
stacks.append(
Stack(float(exposure), filter, int(binning), 1))
observations.append(
Observation(observatory, target, Sequence(stacks, 1), min_obs_alt,
user))
print 'Successfully identified %d of %d targets.' % (num_targets, len(inputs))
telescope.slackdebug('Starting observerizer...')
# add observations
scheduler.addObservations(observations)
# loop through the observations
next_observation = scheduler.whatsNext()
# for obs in observations:
# print obs.toString()
target_json = observation_json['target']
sequence_json = observation_json['sequences']['main']
stacks_json = sequence_json['stacks']
# build target
target = Target.from_name(
target_json['name'], observatory, target_json['type'], target_json.get('ra_offset'), target_json.get('dec_offset'))
logger.debug(target.toString().replace('\n', '; '))
# build image stacks
stacks = []
for stack_json in stacks_json:
stack = Stack(float(stack_json['exposure']), stack_json['filters'], int(
stack_json['binning']), int(stack_json['count']), stack_json['do_pinpoint'] if 'do_pinpoint' in stack_json else True)
logger.debug(stack.toString().replace('\n', '; '))
stacks.append(stack)
# build sequence
sequence = Sequence(stacks, int(
sequence_json['repeat']), sequence_json['do_pinpoint'] if 'do_pinpoint' in sequence_json else True)
logger.debug(sequence.toString().replace('\n', '; '))
# build main observations
asteroid_main_observation = Observation(
observatory, target, sequence, min_obs_alt, user)
# get min, max, and max alt obs times
asteroid_main_observation.getTimes()
logger.debug(asteroid_main_observation.toString().replace('\n', '; '))
# build calibration asteroid/star observations
sequence_json = observation_json['sequences']['calibration']
stacks_json = sequence_json['stacks']
# build image stacks
stacks = []
for stack_json in stacks_json:
stack = Stack(float(stack_json['exposure']), stack_json['filters'], int(
else:
if len(objects) > 1:
logger.error('Found multiple matching objects for %s.' % name)
logger.error('Will take the first in the list (%s).' % name)
num_targets += 1
target = Target(objects[0]['name'], objects[0]
['RA'], objects[0]['DEC'])
stacks = []
for filter in filters:
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, 1), min_obs_alt, user))
logger.info('Successfully identified %d of %d targets.' % (
num_targets, len(inputs)))
telescope.slackdebug('Starting observerizer...')
# add observations
scheduler.addObservations(observations)
# loop through the observations
next_observation = scheduler.whatsNext()
# for obs in observations:
# print obs.toString()
target_json = observation_json['target']
sequence_json = observation_json['sequences']['main']
stacks_json = sequence_json['stacks']
# build target
target = Target.from_name(target_json['name'], observatory,
target_json['type'])
logger.debug(target.toString().replace('\n', '; '))
# build image stacks
stacks = []
for stack_json in stacks_json:
stack = Stack(float(stack_json['exposure']), stack_json['filters'],
int(stack_json['binning']), int(stack_json['count']))
logger.debug(stack.toString().replace('\n', '; '))
stacks.append(stack)
# build sequence
sequence = Sequence(stacks, int(sequence_json['repeat']))
logger.debug(sequence.toString().replace('\n', '; '))
# build main observation
star_main_observation = Observation(observatory, target, sequence, min_obs_alt,
user)
# get min, max, and max alt obs times
star_main_observation.getTimes()
logger.debug(star_main_observation.toString().replace('\n', '; '))
# start observations
telescope.slackdebug('Starting aavso...')
# wait for sun to set
telescope.checkSun(True)
# wait for target to be available
##5358 (1992 QH)
##define the target
#target = Target('5358', '07 38 46.48', '+36 07 12.2')
##build image stack
#stack = Stack(120, 'clear', 2, 1)
##build image (stack) sequence
#sequence = Sequence([stack], Sequence.CONTINUOUS)
##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))
min_obs_alt = 30.0
target = Target('maxgoldberg.M104', '12 39 59.299', '-11 37 21.000')
stack = Stack(240, 'clear', 2, 1)
sequence = Sequence([stack], 1)
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
target = Target('maxgoldberg.M104', '12 39 59.299', '-11 37 21.000')
stack = Stack(300, 'clear', 2, 1)
sequence = Sequence([stack], 1)
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
target = Target('shelstrom.M104', '12 39 59.299', '-11 37 21.000')
sequence = Sequence([Stack(60, 'clear', 2, 2), Stack(40, 'r-band', 2, 2), Stack(60, 'g-band', 2, 2)], 1)
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
target = Target('rich.oddjob.Jupiter', '17 29 06', '-22 37 07')
stack = Stack(0.1, 'z-band', 2, 1)
sequence = Sequence([stack], 1)
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
# #build image stack
# stack = Stack(120, 'clear', 2, 1)
# #build image (stack) sequence
# sequence = Sequence([stack], Sequence.CONTINUOUS)
# #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))
#5358 (1992 QH)
#define the target
target = Target('5358', '07 38 46.48', '+36 07 12.2')
#build image stack
stack = Stack(120, 'clear', 2, 1)
#build image (stack) sequence
sequence = Sequence([stack], Sequence.CONTINUOUS)
#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))
#PN K 3-63
#define the target
target = Target('PN K 3-63', '21 39 11.976', '+55 46 03.94')
#build image stack
stack = Stack(120, 'r-band', 2, 5)
#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
# initialize array covering a range of focus positions
pass1_array = [
4650, 4675, 4700, 4725, 4750, 4775, 4800, 4825, 4850, 4875, 4900, 4925,
4950, 4975, 5000
]
pass1_array_focus = np.zeros((len(pass1_array), 2))
# read in reference stars from file
with open(ref_stars_fname) as f:
ref_stars = f.readlines()
ref_stars = [x.strip() for x in ref_stars if not x.startswith('#')]
# create a list of observations from the reference stars
stack = Stack(exposure, filter, binning, 1)
stacks = [stack]
sequence = Sequence(stacks, 1)
for ref_star in ref_stars:
ref_star_data = ref_star.split()
name = ref_star_data[0]
ra = ref_star_data[1]
dec = ref_star_data[2]
target = Target(name, ra, dec)
observations.append(
Observation(observatory, target, sequence, min_obs_alt, user))
telescope.slackdebug('Starting hocusfocus...')
# wait for sun to set
telescope.checkSun(True)
# find the best target (currently highest in the sky)