def setup_coh_inspiral(ifo_name,ifo_char,insp_job,runSplitBank,calibrated,\
runSpinChecker,chunk,dag,bank,scSpinBank,scNoSpinBank,sbOutBanks,scNodes,sb_node,usertag):
# make one single inspiral job for the master chunk
insp = inspiral.PTFInspiralNode(insp_job)
if not opts.disable_dag_categories:
insp.set_category('inspiral1')
insp.set_priority(2)
insp.set_user_tag(usertag)
if runSpinChecker:
insp.set_spin_bank(scSpinBank[bank])
insp.set_no_spin_bank(scNoSpinBank[bank])
insp.add_parent(scNodes[bank])
else:
insp.set_no_spin_bank(sbOutBanks[bank])
if runSplitBank:
insp.add_parent(sb_node)
insp.set_seed(bank)
insp.set_start(chunk.start())
insp.set_end(chunk.end())
insp.set_trig_start(chunk.trig_start())
insp.set_trig_end(chunk.trig_end())
insp.set_ifo(ifo_char)
if runSplitBank:
insp.set_ifo_tag("FIRST_" + str(bank))
else:
insp.set_ifo_tag("FIRST")
insp.set_output()
insp.set_vds_group(ifo_name[0] + str(chunk.start()))
if not calibrated: insp.calibration()
output = insp.get_output()
if opts.inspiral: dag.add_node(insp)
return insp
bank.add_parent(df)
dag.add_node(bank)
# split the template bank up into smaller banks
split = inspiral.SplitBankNode(split_job)
split.set_bank(bank.get_output())
split.set_num_banks(cp.get('splitbank', 'number-of-banks'))
split.add_parent(bank)
dag.add_node(split)
# create the inspiral jobs to do the analysis
sub_insp = []
for i, subbank in enumerate(split.get_output()):
if doCohPTF:
insp = inspiral.PTFInspiralNode(insp_job)
else:
insp = inspiral.InspiralNode(insp_job)
insp.set_start(seg[0])
insp.set_end(seg[1])
insp.set_trig_start('trig-start-time')
insp.set_trig_end('trig-end-time')
insp.set_ifo(ifo)
if doCohPTF:
insp.set_no_spin_bank(subbank)
insp.set_ifo_tag('FIRST')
else:
insp.set_cache(df.get_output())
insp.set_bank(subbank)