Project truncated_energy¶
Invoke with: import icecube.truncated_energy
C++ I3Modules¶
- I3TruncatedEnergy¶
"I3TruncatedEnergy"(C++ I3Module)This module estimates an energy for a given track, using photorec tables.
- Param BadDomListName:
Default =
'BadDomsList', Name of the BadDomList frame object, only needed for method “UseAllDOMs”. Default is “BadDomList”, set to “” to use all DOMs.- Param I3PhotonicsServiceName:
Default =
'I3PhotonicsService', Name of the I3PhotonicsService instance you want to use. Default is “I3PhotonicsService”.- 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 RecoParticleName:
Default =
'', Name of the reconstructed particle you want to use. Default is “”.- Param RecoPulsesName:
Default =
'RecoPulseSeries', Name of the MC Hits you want to extract. Default is “RecoPulseSeries”- Param ResultParticleName:
Default =
'TruncatedEnergy_', Name of the resulting particle you want to write to the frame. Default is “TruncatedEnergy_”+RecoParticleName.- Param ReturnBinPos:
Default =
False, Return the minimum distance along the track of any DOM which gives the position of the bins. Default is False.- Param SetMaxCylinderBIN:
Default =
80.0, Set maximum cylinder distance for BINs method. Default is 80.0m for best precision, use 1000.0 to include entire detector.- Param SetMaxCylinderDOM:
Default =
60.0, Set maximum cylinder distance for DOMs method. Default is 60.0m for best precision, use 1000.0 to include entire detector.- Param SetMinCylinderBIN:
Default =
10.0, Set minimum cylinder distance for BINs method. Default is 10.0m for best precision, use 0.0 to include entire detector.- Param SetMinCylinderDOM:
Default =
0.0, Set minimum cylinder distance for DOMs method. Default is 0.0m for best precision, use 0.0 to include entire detector.- Param SetMinDOMS:
Default =
8.0, Set minimum number of DOMs for the event to qualify. Default is 8.- Param UseRDE:
Default =
True, Use relative DOM efficiency from GCD file (takes into account QE of HQE DOMs) or not? Default is True.
Python I3Modules¶
- Calculator¶
Calculator(Python I3Module)Stochasticity calculation module
- 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 OutputName:
Default =
'Stochasticity', name of the output stochasticity frame key- Param Truncated_dEdxVector:
Default =
'', name of the _BINS_dEdxVector key in truncated reconstruction result- Param Truncated_Model:
Default =
'_SPICEMie', ice model used by truncated reconstruction- Param Truncated_Seed:
Default =
'SplineMPE', seed of truncated reconstruction- Param Truncated_Suffix:
Default =
'', additional name tag that goes into truncated output keys- Param UseTruncatedInputs:
Default =
0, does the i3 file contains _dEdxVector output from truncated reconstruction?
