def ligolw_burca( xmldoc, process_id, EventListType, CoincTables, coinc_definer_row, event_comparefunc, thresholds, ntuple_comparefunc = lambda events, offset_vector: False, verbose = False ): # # prepare the coincidence table interface. # if verbose: print >>sys.stderr, "indexing ..." coinc_tables = CoincTables(xmldoc) coinc_def_id = ligolw_coincs.get_coinc_def_id(xmldoc, coinc_definer_row.search, coinc_definer_row.search_coinc_type, create_new = True, description = coinc_definer_row.description) sngl_index = dict((row.event_id, row) for row in lsctables.SnglBurstTable.get_table(xmldoc)) # # build the event list accessors, populated with events from those # processes that can participate in a coincidence # eventlists = snglcoinc.make_eventlists(xmldoc, EventListType, lsctables.SnglBurstTable.tableName) # # construct offset vector assembly graph # time_slide_graph = snglcoinc.TimeSlideGraph(coinc_tables.time_slide_index, verbose = verbose) # # retrieve all coincidences, apply the final n-tuple compare func # and record the survivors # for node, coinc in time_slide_graph.get_coincs(eventlists, event_comparefunc, thresholds, verbose = verbose): ntuple = tuple(sngl_index[id] for id in coinc) if not ntuple_comparefunc(ntuple, node.offset_vector): coinc_tables.append_coinc(process_id, node.time_slide_id, coinc_def_id, ntuple) # # remove time offsets from events # del eventlists.offsetvector # # done # return xmldoc
def ligolw_thinca(xmldoc,
process_id,
coinc_definer_row,
event_comparefunc,
thresholds,
ntuple_comparefunc=default_ntuple_comparefunc,
effective_snr_factor=250.0,
veto_segments=None,
trigger_program=u"inspiral",
likelihood_func=None,
likelihood_params_func=None,
verbose=False,
max_dt=None):
#
# prepare the coincidence table interface.
#
if verbose:
print >> sys.stderr, "indexing ..."
coinc_tables = InspiralCoincTables(
xmldoc,
vetoes=veto_segments,
program=trigger_program,
likelihood_func=likelihood_func,
likelihood_params_func=likelihood_params_func)
coinc_def_id = ligolw_coincs.get_coinc_def_id(
xmldoc,
coinc_definer_row.search,
coinc_definer_row.search_coinc_type,
create_new=True,
description=coinc_definer_row.description)
sngl_index = dict((row.event_id, row)
for row in lsctables.SnglInspiralTable.get_table(xmldoc))
#
# build the event list accessors, populated with events from those
# processes that can participate in a coincidence. apply vetoes by
# removing events from the lists that fall in vetoed segments
#
eventlists = snglcoinc.make_eventlists(
xmldoc, InspiralEventList, lsctables.SnglInspiralTable.tableName)
if veto_segments is not None:
for eventlist in eventlists.values():
iterutils.inplace_filter(
(lambda event: event.ifo not in veto_segments or event.end
not in veto_segments[event.ifo]), eventlist)
#
# set the \Delta t parameter on all the event lists
#
if max_dt is None:
max_dt = inspiral_max_dt(lsctables.SnglInspiralTable.get_table(xmldoc),
thresholds)
if verbose:
print >> sys.stderr, "event bisection search window will be %.16g s" % max_dt
for eventlist in eventlists.values():
eventlist.set_dt(max_dt)
#
# replicate the ethinca parameter for every possible instrument
# pair
#
thresholds = replicate_threshold(thresholds, set(eventlists))
#
# construct offset vector assembly graph
#
time_slide_graph = snglcoinc.TimeSlideGraph(coinc_tables.time_slide_index,
verbose=verbose)
#
# retrieve all coincidences, apply the final n-tuple compare func
# and record the survivors
#
for node, coinc in time_slide_graph.get_coincs(eventlists,
event_comparefunc,
thresholds,
verbose=verbose):
coinc = tuple(sngl_index[event_id] for event_id in coinc)
if not ntuple_comparefunc(coinc, node.offset_vector):
coinc_tables.append_coinc(process_id, node.time_slide_id,
coinc_def_id, coinc,
effective_snr_factor)
#
# remove time offsets from events
#
del eventlists.offsetvector
#
# done
#
return xmldoc
def ligolw_thinca( xmldoc, process_id, coinc_definer_row, event_comparefunc, thresholds, ntuple_comparefunc = default_ntuple_comparefunc, effective_snr_factor = 250.0, veto_segments = None, trigger_program = u"inspiral", likelihood_func = None, likelihood_params_func = None, verbose = False, max_dt = None ): # # prepare the coincidence table interface. # if verbose: print >>sys.stderr, "indexing ..." coinc_tables = InspiralCoincTables(xmldoc, vetoes = veto_segments, program = trigger_program, likelihood_func = likelihood_func, likelihood_params_func = likelihood_params_func) coinc_def_id = ligolw_coincs.get_coinc_def_id(xmldoc, coinc_definer_row.search, coinc_definer_row.search_coinc_type, create_new = True, description = coinc_definer_row.description) sngl_index = dict((row.event_id, row) for row in lsctables.SnglInspiralTable.get_table(xmldoc)) # # build the event list accessors, populated with events from those # processes that can participate in a coincidence. apply vetoes by # removing events from the lists that fall in vetoed segments # eventlists = snglcoinc.make_eventlists(xmldoc, InspiralEventList, lsctables.SnglInspiralTable.tableName) if veto_segments is not None: for eventlist in eventlists.values(): iterutils.inplace_filter((lambda event: event.ifo not in veto_segments or event.get_end() not in veto_segments[event.ifo]), eventlist) # # set the \Delta t parameter on all the event lists # if max_dt is None: max_dt = inspiral_max_dt(lsctables.SnglInspiralTable.get_table(xmldoc), thresholds) if verbose: print >>sys.stderr, "event bisection search window will be %.16g s" % max_dt for eventlist in eventlists.values(): eventlist.set_dt(max_dt) # # replicate the ethinca parameter for every possible instrument # pair # thresholds = replicate_threshold(thresholds, set(eventlists)) # # construct offset vector assembly graph # time_slide_graph = snglcoinc.TimeSlideGraph(coinc_tables.time_slide_index, verbose = verbose) # # retrieve all coincidences, apply the final n-tuple compare func # and record the survivors # for node, coinc in time_slide_graph.get_coincs(eventlists, event_comparefunc, thresholds, verbose = verbose): coinc = tuple(sngl_index[event_id] for event_id in coinc) if not ntuple_comparefunc(coinc, node.offset_vector): coinc_tables.append_coinc(process_id, node.time_slide_id, coinc_def_id, coinc, effective_snr_factor) # # remove time offsets from events # del eventlists.offsetvector # # done # return xmldoc
def ligolw_rinca( xmldoc, process_id, EventListType, CoincTables, coinc_definer_row, event_comparefunc, thresholds, ntuple_comparefunc = lambda events, offset_vector: False, small_coincs = False, veto_segments = None, coinc_end_time_segment = None, verbose = False ): # # prepare the coincidence table interface. # if verbose: print >>sys.stderr, "indexing ..." coinc_tables = CoincTables(xmldoc, vetoes = veto_segments) coinc_def_id = llwapp.get_coinc_def_id(xmldoc, coinc_definer_row.search, coinc_definer_row.search_coinc_type, create_new = True, description = coinc_definer_row.description) sngl_index = dict((row.event_id, row) for row in lsctables.table.get_table(xmldoc, lsctables.SnglRingdownTable.tableName)) # # build the event list accessors, populated with events from those # processes that can participate in a coincidence. apply vetoes by # removing events from the lists that fall in vetoed segments # eventlists = snglcoinc.make_eventlists(xmldoc, EventListType, lsctables.SnglRingdownTable.tableName) if veto_segments is not None: for eventlist in eventlists.values(): iterutils.inplace_filter((lambda event: event.ifo not in veto_segments or event.get_start() not in veto_segments[event.ifo]), eventlist) # # set the \Delta t parameter on all the event lists # max_dt = ringdown_max_dt(lsctables.table.get_table(xmldoc, lsctables.SnglRingdownTable.tableName), thresholds) if verbose: print >>sys.stderr, "event bisection search window will be %.16g s" % max_dt for eventlist in eventlists.values(): eventlist.set_dt(max_dt) # # replicate the ds_sq threshold for every possible instrument # pair # thresholds = replicate_threshold(thresholds, set(eventlists)) # # construct offset vector assembly graph # time_slide_graph = snglcoinc.TimeSlideGraph(coinc_tables.time_slide_index, verbose = verbose) # # retrieve all coincidences, apply the final n-tuple compare func # and record the survivors # for node, coinc in time_slide_graph.get_coincs(eventlists, event_comparefunc, thresholds, include_small_coincs = small_coincs, verbose = verbose): ntuple = tuple(sngl_index[id] for id in coinc) if not ntuple_comparefunc(ntuple, node.offset_vector): coinc_tables.append_coinc(process_id, node, coinc_def_id, ntuple) # # remove time offsets from events # del eventlists.offsetvector # # done # return xmldoc
def ligolw_rinca(xmldoc,
process_id,
EventListType,
CoincTables,
coinc_definer_row,
event_comparefunc,
thresholds,
ntuple_comparefunc=lambda events, offset_vector: False,
small_coincs=False,
veto_segments=None,
coinc_end_time_segment=None,
verbose=False):
#
# prepare the coincidence table interface.
#
if verbose:
print >> sys.stderr, "indexing ..."
coinc_tables = CoincTables(xmldoc, vetoes=veto_segments)
coinc_def_id = llwapp.get_coinc_def_id(
xmldoc,
coinc_definer_row.search,
coinc_definer_row.search_coinc_type,
create_new=True,
description=coinc_definer_row.description)
sngl_index = dict((row.event_id, row) for row in lsctables.table.get_table(
xmldoc, lsctables.SnglRingdownTable.tableName))
#
# build the event list accessors, populated with events from those
# processes that can participate in a coincidence. apply vetoes by
# removing events from the lists that fall in vetoed segments
#
eventlists = snglcoinc.make_eventlists(
xmldoc, EventListType, lsctables.SnglRingdownTable.tableName)
if veto_segments is not None:
for eventlist in eventlists.values():
iterutils.inplace_filter(
(lambda event: event.ifo not in veto_segments or event.
get_start() not in veto_segments[event.ifo]), eventlist)
#
# set the \Delta t parameter on all the event lists
#
max_dt = ringdown_max_dt(
lsctables.table.get_table(xmldoc,
lsctables.SnglRingdownTable.tableName),
thresholds)
if verbose:
print >> sys.stderr, "event bisection search window will be %.16g s" % max_dt
for eventlist in eventlists.values():
eventlist.set_dt(max_dt)
#
# replicate the ds_sq threshold for every possible instrument
# pair
#
thresholds = replicate_threshold(thresholds, set(eventlists))
#
# construct offset vector assembly graph
#
time_slide_graph = snglcoinc.TimeSlideGraph(coinc_tables.time_slide_index,
verbose=verbose)
#
# retrieve all coincidences, apply the final n-tuple compare func
# and record the survivors
#
for node, coinc in time_slide_graph.get_coincs(
eventlists,
event_comparefunc,
thresholds,
include_small_coincs=small_coincs,
verbose=verbose):
ntuple = tuple(sngl_index[id] for id in coinc)
if not ntuple_comparefunc(ntuple, node.offset_vector):
coinc_tables.append_coinc(process_id, node, coinc_def_id, ntuple)
#
# remove time offsets from events
#
del eventlists.offsetvector
#
# done
#
return xmldoc
def ligolw_burca(xmldoc,
process_id,
EventListType,
CoincTables,
coinc_definer_row,
event_comparefunc,
thresholds,
ntuple_comparefunc=lambda events, offset_vector: False,
verbose=False):
#
# prepare the coincidence table interface.
#
if verbose:
print >> sys.stderr, "indexing ..."
coinc_tables = CoincTables(xmldoc)
coinc_def_id = ligolw_coincs.get_coinc_def_id(
xmldoc,
coinc_definer_row.search,
coinc_definer_row.search_coinc_type,
create_new=True,
description=coinc_definer_row.description)
sngl_index = dict((row.event_id, row)
for row in lsctables.SnglBurstTable.get_table(xmldoc))
#
# build the event list accessors, populated with events from those
# processes that can participate in a coincidence
#
eventlists = snglcoinc.make_eventlists(xmldoc, EventListType,
lsctables.SnglBurstTable.tableName)
#
# construct offset vector assembly graph
#
time_slide_graph = snglcoinc.TimeSlideGraph(coinc_tables.time_slide_index,
verbose=verbose)
#
# retrieve all coincidences, apply the final n-tuple compare func
# and record the survivors
#
for node, coinc in time_slide_graph.get_coincs(eventlists,
event_comparefunc,
thresholds,
verbose=verbose):
ntuple = tuple(sngl_index[id] for id in coinc)
if not ntuple_comparefunc(ntuple, node.offset_vector):
coinc_tables.append_coinc(process_id, node.time_slide_id,
coinc_def_id, ntuple)
#
# remove time offsets from events
#
del eventlists.offsetvector
#
# done
#
return xmldoc