frequency_range=band,
start_date=ephem.Date(current_date).tuple(),
duration_seconds=target_duration_s,
stations=stations,
clock_mhz=200,
bit_mode=8,
backend=backend))
current_date += target_duration_s * ephem.second + 61 * ephem.second
observations.append(
momxml.Observation(beam_list=[momxml.Beam(post_cal, target_subbands)],
antenna_set=antenna_set,
frequency_range=band,
start_date=ephem.Date(current_date).tuple(),
duration_seconds=cal_duration_s,
stations=stations,
clock_mhz=200,
bit_mode=8,
backend=backend))
date_folder = momxml.Folder(children=observations,
name='EoR-%s' % target.name,
description='EoR-%s' % target.name,
grouping_parent=True)
main_folder = momxml.Folder(children=[date_folder],
name='EoR-NCP',
description='EoR NCP commissioning observations',
mom_id=182243)
print momxml.xml([main_folder], 'LC0_019')
sys.stderr.write('MAIN: '+str(target) + '\n')
for cal in cal_fields:
sys.stderr.write(' CAL: '+str(cal)+ '\n')
observations = []
current_date = transit_date - 0.5*target_duration_s*ephem.second
backend = momxml.BackendProcessing(channels_per_subband = chan,
integration_time_seconds = int_s)
observations.append(momxml.Observation(
beam_list = [momxml.Beam(target, target_subbands)] + [momxml.Beam(field, cal_subbands) for field in cal_fields],
antenna_set = antenna_set,
frequency_range = band,
start_date = ephem.Date(current_date).tuple(),
duration_seconds = target_duration_s,
stations = stations,
clock_mhz = 200,
backend = backend,
bit_mode = 8))
obs_folder = momxml.Folder(name = 'EoR-3C196',
description = 'EoR 3C 196 observations',
children = observations,
grouping_parent = True,
mom_id = 449283)
with open('eor-3c196-%d%02d%02d.xml' % (start_search_date.tuple()[0:3]), 'w') as output:
output.write(momxml.xml([obs_folder], 'LC3_028'))
current_date += target_duration_s*ephem.second + 61*ephem.second
observations.append(momxml.Observation(
beam_list = [momxml.Beam(post_cal, target_subbands)],
antenna_set = antenna_set,
frequency_range = band,
start_date = ephem.Date(current_date).tuple(),
duration_seconds = cal_duration_s,
stations = stations,
clock_mhz = 200,
bit_mode = 8,
backend = backend))
date_folder = momxml.Folder(children=observations,
name='EoR-%s' % target.name,
description = 'EoR-%s' % target.name,
grouping_parent = True,
label = '0')
obs_folder = momxml.Folder(name = 'EoR-ELAIS-N1',
description = 'ELAIS N1 observations for the EoR',
children = [date_folder],
mom_id = 260476)
print momxml.xml([obs_folder], 'LC0_019')
sys.stderr.write('MAIN: '+str(target) + '\n')
for field in aux_pointings:
sys.stderr.write(' GRID: '+str(field)+ '\n')
all_fields = [target] + aux_pointings
observations = []
current_date = transit_date - 0.5*target_duration_s*ephem.second
backend = momxml.BackendProcessing(channels_per_subband = chan,
integration_time_seconds = int_s)
observations.append(momxml.Observation(
beam_list = [momxml.Beam(field, subbands) for field in all_fields],
antenna_set = antenna_set,
frequency_range = band,
start_date = ephem.Date(current_date).tuple(),
duration_seconds = target_duration_s,
stations = stations,
clock_mhz = 200,
backend = backend,
bit_mode = 8))
obs_folder = momxml.Folder(name = 'EoR-3C196',
description = 'EoR 3C 196 observations',
children = observations,
mom_id = 322103)
print momxml.xml([obs_folder], 'LC1_039')
bit_mode = 8,
backend = backend,
initial_status = 'approved'))
current_date += target_duration_s*ephem.second + 61*ephem.second
observations.append(momxml.Observation(
beam_list = [momxml.Beam(post_cal, target_subbands)],
antenna_set = antenna_set,
frequency_range = band,
start_date = ephem.Date(current_date).tuple(),
duration_seconds = cal_duration_s,
stations = stations,
clock_mhz = 200,
bit_mode = 8,
backend = backend,
initial_status = 'approved'))
date_folder = momxml.Folder(children=observations, name='EoR-%s' % target.name,
description = 'EoR-%s' % target.name,
grouping_parent = True)
main_folder = momxml.Folder(children=[date_folder], name='EoR-NCP', description='EoR NCP observations')
with open('eor-ncp-%d%02d%02d.xml' % (start_date.tuple()[0:3]), 'w') as output:
output.write(momxml.xml([main_folder], 'LT5_009', description='The LOFAR EoR project'))
start_date = (2012, 12, 16, 6, 0, 0)
all_fields = TARGETS_8bit
field_sets = [MSSSFieldSet(obs[0], obs[1:]) for obs in all_fields]
date_tagged_field_sets = []
for field_set in field_sets:
for ha in HOUR_ANGLES:
date_tagged_field_sets.append(
(field_set,
momxml.next_date_with_lofar_lst(field_set.mean_ra_rad() + ha,
start_date=start_date)))
observations = []
for field_set, date in sorted(date_tagged_field_sets,
key=lambda x: str(ephem.Date(x[1]))):
stderr('%20s: %s' % (field_set.name, str(ephem.Date(date))))
observations += field_set.obs_list(date)
subfolder = momxml.Folder(name='MSSS-HBA-2012-12-16',
description='8 bit MSSS HBA experiment',
children=observations)
folder = momxml.Folder(name='MSSS commissioning',
description='MSSS experimental observations',
mom_id=173637,
children=[subfolder])
print momxml.as_xml_mom_project([folder], 'Commissioning2012')
ra_angle=ra_angle,
dec_angle=dec_angle))
sys.stderr.write('MAIN: ' + str(target) + '\n')
for cal in cal_fields:
sys.stderr.write(' CAL: ' + str(cal) + '\n')
observations = []
current_date = transit_date - 0.5 * target_duration_s * ephem.second
observations.append(
momxml.Observation(
beam_list=[momxml.Beam(target, target_subbands)] +
[momxml.Beam(field, cal_subbands) for field in cal_fields],
antenna_set=antenna_set,
frequency_range=band,
start_date=ephem.Date(current_date).tuple(),
duration_seconds=target_duration_s,
stations=stations,
clock_mhz=200,
integration_time_seconds=int_s,
channels_per_subband=chan,
bit_mode=8))
obs_folder = momxml.Folder(name='EoR-3C295',
description='3C 295 observations for the EoR',
children=observations,
mom_id=227443)
print momxml.xml([obs_folder], 'LC0_019')
stokes_downsampling_steps=4,
polarizations='I')),
bit_mode=8))
current_date += target_duration_s * ephem.second + 61 * ephem.second
observations.append(
momxml.Observation(beam_list=[momxml.Beam(post_cal, target_subbands)],
antenna_set=antenna_set,
frequency_range=band,
start_date=ephem.Date(current_date).tuple(),
duration_seconds=cal_duration_s,
stations=stations,
clock_mhz=200,
backend=momxml.BackendProcessing(
integration_time_seconds=int_s,
channels_per_subband=chan),
bit_mode=8))
date_folder = momxml.Folder(children=observations,
name='%s' % target.name,
description='%s' % target.name)
obs_folder = momxml.Folder(
name='ELAIS-N1',
description='ELAIS N1 observations for Surveys, EoR, and Transients',
children=[date_folder],
mom_id=266709)
print momxml.as_xml_mom_project([obs_folder], 'DDT_003')
sys.stderr.write(' CAL: ' + str(cal) + '\n')
observations = []
current_date = transit_date - 0.5 * target_duration_s * ephem.second
backend = momxml.BackendProcessing(channels_per_subband=chan,
integration_time_seconds=int_s)
observations.append(
momxml.Observation(
beam_list=[momxml.Beam(target, target_subbands)] +
[momxml.Beam(field, cal_subbands) for field in cal_fields],
antenna_set=antenna_set,
frequency_range=band,
start_date=ephem.Date(current_date).tuple(),
duration_seconds=target_duration_s,
stations=stations,
clock_mhz=200,
backend=backend,
bit_mode=8))
start_tuple = ephem.Date(current_date).tuple()
folder = momxml.Folder(name='3C196:11h%04d%02d%02d-%02d%02d' % start_tuple[:5],
children=observations,
grouping_parent=True)
with open('cobalt-3c196-%04d%02d%02d-%02d%02d.xml' % start_tuple[:5],
mode='w') as out:
out.write(momxml.xml([folder], project='COBALT'))
