Project StartingTrackVeto

Invoke with: import icecube.StartingTrackVeto

C++ I3Modules

StartingTrackVeto

"StartingTrackVeto" (C++ I3Module)

Estimates an events startingness using photon tables,.

Param BadDOMs:

Default = 'BadDomsList', Name of BadDOMs object to use (I assume there is a corresponding SLC list)

Param Cascade:

Default = False, Run calculation assuming the event is a cascade?

Param Distance_Along_Track_Type:

Default = 'cher_dat', cher_dat: Distance along track from Cherenkov angle cad_dat: Distance along track from closest approach position contrib_dat: Distance along track from Cherenkov Angles contributing from segments

Param Fit:

Default = '', Name of the fit to use

Param Geometry:

Default = 'I3Geometry', Name of geometry object to use

Param IcePickServiceKey:

Default = '', Key for an IcePick in the context that this module should check before processing physics frames.

Param If:

Default = None, A python function… if this returns something that evaluates to True, Module runs, else it doesn’t

Param Min_CAD_Dist:

Default = 125, Minimum closest approach distance considered for calculation

Param Miss_Prob_Thresh:

Default = 1, Miss probability threshold for rejection

Param Particle_Segments:

Default = '', Name of the particle segments to use

Param Photonics_Service:

Default = <Unprintable>, Photon service to use

Param Pulses:

Default = 'SplitInIcePulses', Name of pulse series to use

Param Standard_Deviation_Spacing:

Default = 1.5, How many standard deviations wide is the muon->veto region border

Param Supress_Stochastics:

Default = False, Apply stochastic supression?

Param Time_Edge_Max:

Default = 10100, Maximum of the time edges

Param Time_Edge_Min:

Default = 0, Minimum of the time edges

Param Time_Edge_NSteps:

Default = 101, Number of steps for the time edges