# ts_job = TrigscanJob(cp)
si_job_coarse = SiClusterJobCoarse(cp)
si_job_fine = SiClusterJobFine(cp)
cp_job = FilesystemJob('cp')
# Add ifo-specific template config
if cp.has_section(ifo.lower() + '-tmpltbank'):
tmplt_job.add_ini_opts(cp, ifo.lower() + '-tmpltbank')
# Create a job to split the template into parallelization pieces
split_job = inspiral.SplitBankJob(cp)
# and one to run the inspirals
if doCohPTF:
insp_job = inspiral.PTFInspiralJob(cp)
else:
insp_job = inspiral.InspiralJob(cp)
# template and inspiral jobs also need to know about the data
if ifo == 'V1':
channel_name = 'virgo-channel'
data_name = 'virgo-data'
type_name = 'virgo-type'
else:
channel_name = 'ligo-channel'
data_name = 'ligo-data'
type_name = 'ligo-type'
channel = cp.get('input', channel_name)
type = cp.get('input', type_name)
if startExttrig > stopExttrig:
print >> sys.stderr, "exttrig-inj-stop must be larger than "\
"exttrig-inj-start."
sys.exit(1)
else:
exttrigInjections = [0, 0]
doSlides = cp.has_option('input', 'do-long-slides')
tmplt_job = inspiral.TmpltBankJob(cp, opts.dax)
# spinchecker
spincheck_job = inspiral.PTFSpinCheckerJob(cp, opts.dax)
# inspiral:
insp_jobs = inspiral.PTFInspiralJob(cp, opts.dax)
if doExtTrig:
insp_jobs.add_opt('analyze-inj-segs-only', '')
for ifo1 in ifo_list:
if do[ifo1]:
ifo1 = ifo1.upper()
spincheck_job.add_opt(ifo1.lower() + '-data', '')
insp_jobs.add_opt(ifo1.lower() + '-data', '')
duration = int(cp.get('input', 'gps-end-time')) - int(
cp.get('input', 'gps-start-time'))
gps_times = cp.get('input', 'gps-start-time') + '-' + str(duration)
if ifo1 == 'H1' or ifo1 == 'H2' or ifo1 == 'L1':
spincheck_job.add_opt(
ifo1.lower() + '-channel-name',