Project portia¶
Invoke with: import icecube.portia
C++ I3Modules¶
- I3Portia¶
"I3Portia"
(C++ I3Module)<undocumented>
- Param ATWDBaseLineOption:
Default =
'eheoptimized'
, ATWD baseline option- Param ATWDLEThresholdAmplitude:
Default =
5.000000000000001e-13
, ATWD LE threshold amp- Param ATWDPortiaPulseName:
Default =
'ATWDPortiaPulse'
, output ATWD portia pulse name- Param ATWDPulseSeriesName:
Default =
'ATWDPulseSeries'
, output ATWD reco pulse series name- Param ATWDThresholdCharge:
Default =
624150.9744511525
, ATWD threshold charge- Param ATWDWaveformName:
Default =
'CalibratedATWD'
, input ATWD waveform name- Param BestPortiaPulseName:
Default =
'BestPortiaPulse'
, output Best portia pulse- Param DataReadoutName:
Default =
'CleanInIceRawData'
, input DOM launch name- Param FADCBaseLineOption:
Default =
'eheoptimized'
, FADC baseline option- Param FADCLEThresholdAmplitude:
Default =
5.000000000000001e-13
, FADC lE threshold amp- Param FADCNoiseThreshold:
Default =
2.0
, The bin height in the FADC waveform required for the bin to not be counted as noise- Param FADCPortiaPulseName:
Default =
'FADCPortiaPulse'
, output FADC portia pulse name- Param FADCPulseSeriesName:
Default =
'FADCPulseSeris'
, output FADC reco pulse series name- Param FADCThresholdCharge:
Default =
624150.9744511525
, FADC threshold charge- Param FADCWaveformName:
Default =
'CalibratedFADC'
, input FADC waveform name- 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 IncludeHighQEDOMs:
Default =
True
, include high-QE DOms that are outside of DC- Param inTopATWDWaveformName:
Default =
'CalibratedIceTopATWD'
, IceTop calibrated waveform name- Param MakeBestPulseSeries:
Default =
False
, Bool to choose to make best pulse- Param MakeIceTopPulse:
Default =
False
, Make IceTop pulse or not- Param OutPortiaEventName:
Default =
'PortiaEvent'
, output Portia event name- Param PMTGain:
Default =
10000000.0
, default value of PMT Gain- Param ReadExternalDOMMap:
Default =
False
, Bool to read splitted DOM map- Param SplitDOMMapName:
Default =
'SplittedDOMMap'
, in DOM Map name- Param TopDataReadoutName:
Default =
'CleanIceTopRawData'
, IceTop Raw DOMLaunch Name- Param UseFADC:
Default =
True
, Bool to choose use fadc waveforms- Param UseFADCNoiseThreshold:
Default =
False
, Apply a minimum bin height in the FADC waveform (to remove noise)
- I3PortiaEventOMKeyConverter¶
"I3PortiaEventOMKeyConverter"
(C++ I3Module)a module to convert I3PortiaEvent to OMKey
- 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 InputPortiaEventName:
Default =
'EHEPortiaEventSummary'
, Input name of I3PortiaEvent- Param OutputOMKeyListName:
Default =
'LargestOMKey'
, Output name of OMKey list
- I3PortiaSplitter¶
"I3PortiaSplitter"
(C++ I3Module)<undocumented>
- Param DataReadoutName:
Default =
'InIceRawData'
, input DOM launch name- Param EventHeaderName:
Default =
'I3EventHeader'
, input I3EventHeader name- 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 pframeName:
Default =
'InIceSplit'
, input p-frame name- Param SplitDOMMapName:
Default =
'SplittedDOMMap'
, out DOM Map name- Param SplitLaunchTime:
Default =
False
, bool to split launch or not- Param TimeWindowName:
Default =
'I3TimeWindow'
, input time window name