Project linefit¶
Invoke with: import icecube.linefit
C++ I3Modules¶
- Debiasing¶
"Debiasing"(C++ I3Module)<undocumented>
- Param Distance:
Default =
116.0, Distance in phase space a hit is allowed to be from the trackbefore we discard it- 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 InputResponse:
Default =
'Pulses_delay_cleaned', HitSeriesMap to use for input- Param OutputResponse:
Default =
'Pulses_delay_cleaned', Name to give the new pulse series.- Param Seed:
Default =
'linefit', The seed we use to determine whether hits are far or near
- DebiasingEHE¶
"DebiasingEHE"(C++ I3Module)<undocumented>
- Param Distance:
Default =
116.0, Distance in phase space a hit is allowed to be from the trackbefore we discard it- 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 InputResponse:
Default =
'Pulses_delay_cleaned', HitSeriesMap to use for input- Param OutputResponse:
Default =
'Pulses_delay_cleaned', Name to give the new pulse series.- Param Seed:
Default =
'linefit', The seed we use to determine whether hits are far or near
- DelayCleaning¶
"DelayCleaning"(C++ I3Module)<undocumented>
- Param Distance:
Default =
156.0, Radius of sphere in which we look for other hits- 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 InputResponse:
Default =
'NFEMergedPulses', HitSeriesMap to use for input- Param OutputResponse:
Default =
'debiasedPulses', Name to give the new pulse series.- Param TimeWindow:
Default =
778.0, The window that we consider local.
- DelayCleaningEHE¶
"DelayCleaningEHE"(C++ I3Module)<undocumented>
- Param Distance:
Default =
156.0, Radius of sphere in which we look for other hits- 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 InputResponse:
Default =
'NFEMergedPulses', HitSeriesMap to use for input- Param OutputResponse:
Default =
'debiasedPulses', Name to give the new pulse series.- Param TimeInterval:
Default =
10000.0, The time interval considered to be independent.- Param TimeWindow:
Default =
778.0, The window that we consider local.
- HuberFit¶
"HuberFit"(C++ I3Module)<undocumented>
- Param Distance:
Default =
153.0, The Huber parameter. This is the cutoff that separates thelinear and quadradic regime.- 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 InputRecoPulses:
Default =
'Pulses_delay_cleaned', HitSeriesMap to use for input- Param Name:
Default =
'HuberFit153', The name of the output fit
- HuberFitEHE¶
"HuberFitEHE"(C++ I3Module)<undocumented>
- Param Distance:
Default =
153.0, The Huber parameter. This is the cutoff that separates thelinear and quadradic regime.- 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 InputRecoPulses:
Default =
'Pulses_delay_cleaned', HitSeriesMap to use for input- Param Name:
Default =
'HuberFitEHE153', The name of the output fit
- I3LineFit¶
"I3LineFit"(C++ I3Module)IceTray module to implement the linefit first guess routine.
- Param AmpWeightPower:
Default =
0.0, Hits are weighted with the amplitude raised to this power. Typically 0. (for all hits weight=1) or 1. (weight=amplitude).- 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 InputRecoPulses:
Default =
'', RecoPulseSeriesMap to use for input- Param LeadingEdge:
Default =
'ALL', What hits to use. ALL=all leading edges, FLE=just first LE- Param MinHits:
Default =
2, Minimum number of hits: events with fewer hits will not be reconstructed.- Param Name:
Default =
'LineFit', Name to give the fit the module adds to the event
Python I3Modules¶
- LFTest¶
LFTest(Python I3Module)<undocumented>
- LFTestCompare¶
LFTestCompare(Python I3Module)<undocumented>
- LFTestIC23¶
LFTestIC23(Python I3Module)<undocumented>
- LFTestMinHit¶
LFTestMinHit(Python I3Module)<undocumented>
- LFTestRecoos¶
LFTestRecoos(Python I3Module)<undocumented>
I3Tray segments¶
- simple¶
simple(I3Tray segment)Computes a robust first-pass reconstruction on a data set.
- Param inputResponse:
Default =
'Pulses_cleaned', Name of the data series to get pulses from.- Param fitName:
Default =
'linefit_improved', Name of the output reconstruction.- Param If:
Default =
<function <lambda> at 0x10545c2c0>,
