min_background_time = 10 * 60 # 10 minutes
# seo
observatory = Observatory('G52', 38.2886, -122.50400, 8, 'US/Pacific')
# seo telescope
telescope = Telescope(simulate)
# default min observation alt in degrees
min_obs_alt = 30.0
# list of observations
observations = []
# init the scheduler
scheduler = Scheduler(observatory)
# read in observations from file
with open(input_fname) as f:
inputs = f.readlines()
inputs = [x.strip() for x in inputs if not x.startswith('#')]
# user,object,exp,bin,filter,count
num_targets = 0
for input in inputs:
input = input.split(',')
user = input[0]
name = input[1]
exposure = input[2]
binning = input[3]
filters = input[4].split(' ')
target = Target('sophiavlahakis.M83', '13 37 00', '-29 52 02')
sequence = Sequence([Stack(40, 'clear', 2, 5), Stack(40, 'r-band', 2, 5), Stack(40, 'h-alpha', 2, 5)], 1)
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
target = Target('mroussi.M42', '05 35 17', '-05 23 25')
sequence = Sequence([Stack(30, 'g-band', 2, 1), Stack(30, 'r-band', 2, 1), Stack(30, 'i-band', 2, 1)], 1)
observations.append(Observation(observatory, target, sequence, min_obs_alt, user))
target = Target('oliviapalid.Neptune', '23 10 31', '-06 21 03')
sequence = Sequence([Stack(300, 'g-band', 2, 2), Stack(300, 'i-band', 2, 2)], 1)
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()
#for obs in observations:
# print obs.toString()
if next_observation:
print next_observation.toString()
#wait for sun to set
telescope.checkSun(True)
count = 0
while next_observation != None:
#PN M 1-8
#define the target
target = Target('PN M 1-8', '6:53:33.7949', '3:08:26.9592')
#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
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()
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)
# this is overly complicated, but I know it works ;)
# start up the scheduler
scheduler = Scheduler(observatory, observations)
telescope.slackdebug('Identifying calibration star...')
target_observation = scheduler.whatsHighest()
if target_observation:
logger.debug(target_observation.toString())
else:
logger.error('No target found. Aborted.')
sys.exit(1)
telescope.slackdebug('Calibration star is %s.' %
target_observation.target.getName())
# check clouds
telescope.checkClouds()
min_background_time = 10 * 60 # 10 minutes
# seo
observatory = Observatory('G52', 38.2886, -122.50400, 8, 'US/Pacific')
# seo telescope
telescope = Telescope(simulate)
# default min observation alt in degrees
min_obs_alt = 30.0
# list of observations
observations = []
# init the scheduler
scheduler = Scheduler(observatory)
# read in observations from file
with open(input_fname) as f:
inputs = f.readlines()
inputs = [x.strip() for x in inputs if not x.startswith('#')]
# [email protected] General NGC 3941 240 1 clear, dark, u-band, g-band, r-band, i-band 2 No
num_targets = 0
for input in inputs:
input = input.split('\t')
user = input[0].replace('@', '.')
name = input[2]
exposure = input[3]
count = input[4]
filters = input[5].split(',')
min_background_time = 10 * 60 # 10 minutes
# seo
observatory = Observatory('G52', 38.2886, -122.50400, 8, 'US/Pacific')
# seo telescope
telescope = Telescope(simulate)
# default min observation alt in degrees
min_obs_alt = 30.0
# list of observations
observations = []
# init the scheduler
scheduler = Scheduler(observatory)
input = [
'mcnowinski', 'Solar System', '3982', 120, 1, 'clear', 2,
Sequence.CONTINUOUS
]
user = input[0].replace('@', '.')
obstype = input[1]
name = input[2]
exposure = input[3]
count = input[4]
filters = input[5].split(',')
binning = input[6]
repeat = input[7]
if obstype == "Solar System":