def CWBSnglCompare(sim, burst, offsetvector, delta_t = 10.0): """ Return False (injection matches event) if the time of the sim and the peak time of the burst event differ by less than or equal to delta_t seconds. """ return abs(float(SimBurstUtils.time_at_instrument(sim, burst.ifo, offsetvector) - burst.get_peak())) > delta_t
def ExcessPowerNearCoincCompare(sim, burst, offsetvector): """ Return False (injection matches coinc) if the peak time of the sim is "near" the burst event. """ tinj = SimBurstUtils.time_at_instrument(sim, burst.ifo, offsetvector) window = SimBurstUtils.burst_is_near_injection_window return segments.segment(tinj - window, tinj + window).disjoint(burst.get_period())
def StringCuspNearCoincCompare(sim, burst, offsetvector): """ Return False (injection matches coinc) if the peak time of the sim is "near" the burst event. """ tinj = SimBurstUtils.time_at_instrument(sim, burst.ifo, offsetvector) window = SimBurstUtils.stringcusp_autocorrelation_width / 2 + SimBurstUtils.burst_is_near_injection_window return segments.segment(tinj - window, tinj + window).disjoint(burst.period)
def StringCuspSnglCompare(sim, burst, offsetvector): """ Return False (injection matches event) if an autocorrelation-width window centred on the injection is continuous with the time interval of the burst. """ tinj = SimBurstUtils.time_at_instrument(sim, burst.ifo, offsetvector) window = SimBurstUtils.stringcusp_autocorrelation_width / 2 # uncomment last part of expression to impose an amplitude cut return segments.segment(tinj - window, tinj + window).disjoint(burst.get_period()) #or abs(sim.amplitude / SimBurstUtils.string_amplitude_in_instrument(sim, burst.ifo, offsetvector)) > 3
def ExcessPowerSnglCompare(sim, burst, offsetvector): """ Return False (injection matches event) if the peak time and centre frequency of sim lie within the time-frequency tile of burst. """ return (SimBurstUtils.time_at_instrument(sim, burst.ifo, offsetvector) not in burst.get_period()) or (sim.frequency not in burst.get_band())
