Project clast¶
Invoke with: import icecube.clast
C++ I3Modules¶
- I3CLastModule¶
"I3CLastModule"
(C++ I3Module)Seed Estimator for Cascade.
- Param AmandaMode:
Default =
False
, Detector Type For Energy Estimate Flag - True: Amanda / False: IceCube [default=False]- Param AmEnergyParam0:
Default =
1.448
, Zeroth Order Energy Coefficient- Param AmEnergyParam1:
Default =
-1.312
, First Order Energy Coefficient- Param AmEnergyParam2:
Default =
0.9294
, Second Order Energy Coefficient- Param AmEnergyParam3:
Default =
-0.1696
, Third Order Energy Coefficient- Param AmEnergyParam4:
Default =
0.001123
, Fourth Order Energy Coefficient- Param AmEnergyParam5:
Default =
0.0
, Fifth Order Energy Coefficient- Param AmplitudeOption:
Default =
1
, Treatment of small pulses in amplitude calculation- Param AmplitudeWeight:
Default =
1.0
, Weight applied to virtual masses in the reconstruction- Param DirectHitRadius:
Default =
300.0
, Maximum distance from COG to consider a hit as direct- Param DirectHitThreshold:
Default =
3
, Number of direct hits required by primary algorithm- Param DirectHitWindow:
Default =
200.0
, Maximum time from vertex time to consider a hit as direct- Param EnergyParam0:
Default =
1.069
, Zeroth Order Energy Coefficient- Param EnergyParam1:
Default =
1.842
, First Order Energy Coefficient- Param EnergyParam2:
Default =
-0.492
, Second Order Energy Coefficient- Param EnergyParam3:
Default =
0.075
, Third Order Energy Coefficient- Param EnergyParam4:
Default =
0.0
, Fourth Order Energy Coefficient- Param EnergyParam5:
Default =
0.0
, Fifth Order Energy Coefficient- 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 InputReadout:
Default =
'RecoPulses'
, Data Readout to use for input- Param MinHits:
Default =
3
, Minimum number of hits needed for reconstruction- Param Name:
Default =
'clast'
, Name given to the fit the module adds to the event