Project VHESelfVeto¶
Invoke with: import icecube.VHESelfVeto
C++ I3Modules¶
- BadStringRemover¶
"BadStringRemover"(C++ I3Module)<undocumented>
- Param BadDOMFractionForBadString:
Default =
0.3, Fraction of bad DOMs on a string for that string to be flagged as bad- Param BadDOMList:
Default =
'BadDomsList', Name of bad DOM list to use- Param If:
Default =
None, A python function… if this returns something that evaluates to True, Module runs, else it doesn’t- Param IgnoreDeepCoreStrings:
Default =
True, flag to ignore DeepCore strings, defaulting to true for original functionality- Param OutGeometry:
Default =
'I3GeometryWithoutBadStrings', Name of trimmed geometry to write out- Param OutNBadStrings:
Default =
'', optional: I3Int with number of bad strings- Param OutPulses:
Default =
'SplitOfflinePulsesTrimmed', Name of trimmed pulse series to write out- Param Pulses:
Default =
'SplitOfflinePulses', Name of pulse series to use
- DetectorShrinker¶
"DetectorShrinker"(C++ I3Module)<undocumented>
- Param BottomBoundaryWidth:
Default =
10.0, Distance from the bottom detector edge where there should be no hits.- Param If:
Default =
None, A python function… if this returns something that evaluates to True, Module runs, else it doesn’t- Param InGeometry:
Default =
'I3Geometry', Name of original geometry to read- Param OutGeometry:
Default =
'I3GeometryTrimmed', Name of trimmed geometry to write out- Param OutPulses:
Default =
'OfflinePulsesTrimmed', Name of trimmed pulse series to write out- Param Pulses:
Default =
'OfflinePulses', Name of pulse series to use- Param TopBoundaryWidth:
Default =
90.0, Distance from the top and side detector edge where there should be no hits.
- FiducialVolumeEntryPointFinder¶
"FiducialVolumeEntryPointFinder"(C++ I3Module)<undocumented>
- Param AssumeMuonTracksAreInfinite:
Default =
False, Assume muon tracks have an infinite length. If this is false, then the real starting poisition of the muon will be used- Param BottomBoundaryWidth:
Default =
10.0, Distance from the bottom detector edge where there should be no vertices.- 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 MCTreeName:
Default =
'I3MCTree', Name of I3MCTree containing Monte Carlotruth information- Param ParticleIntersectionsName:
Default =
'IntersectingParticles', Name of the output vector containing all intersecting particles- Param SideBoundaryWidth:
Default =
70.0, Distance from the side edge where there should be no vertices.- Param TopBoundaryWidth:
Default =
90.0, Distance from the top detector edge where there should be no vertices.
- HomogenizedQTot¶
"HomogenizedQTot"(C++ I3Module)<undocumented>
- 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 Output:
Default =
'QTot', Name of output object- Param Pulses:
Default =
'OfflinePulses', Name of pulse series to use- Param VertexTime:
Default =
'', Name of vertex time on which to impose charge causality requirements (ignored if blank)
- LayerVeto¶
"LayerVeto"(C++ I3Module)<undocumented>
- Param BadDOMList:
Default =
'BadDomsList', Name of the list of DOMs that do not produce data- Param Geometry:
Default =
'I3Geometry', Name of geometry 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 Output:
Default =
'LayerVeto', Prefix for output quantities- Param Pulses:
Default =
'OfflinePulsesHLCNoDeepCore', Name of the pulse series to examine for veto hits- Param QMax:
Default =
250.0, Maximum charge required to end the veto window- Param QMin:
Default =
3.0, Minimum charge required to end the veto window- Param QScale:
Default =
24.0, For total charges between QMin and QMax, require QTotal/QScale charge to end the veto window- Param TagThreshold:
Default =
inf, Charge threshold for tagging events on outer layer- Param TimeWindow:
Default =
3000.0, Maximum length of the veto window- Param VetoLayers:
Default =
None, Callback to define veto layers
- TauGeneratesMuon¶
"TauGeneratesMuon"(C++ I3Module)<undocumented>
- 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 MCTreeName:
Default =
'I3MCTree', Name of I3MCTree containing Monte Carlotruth information- Param OutgoingMuonName:
Default =
'OutgoingMuon', Name of I3Particle containing the MC particle corresponding to the outgoing muon- Param OutputBool:
Default =
'TauGeneratesMuon', Name of I3Bool containing the veto pass decision
- VHESelfVeto¶
"VHESelfVeto"(C++ I3Module)<undocumented>
- Param BottomBoundaryWidth:
Default =
10.0, Distance from the bottom detector edge where there should be no hits.- Param DustLayer:
Default =
-135, Mid-detector layer that should contain no hits.- Param DustLayerWidth:
Default =
80.0, Mid-detector layer boundary width – only applies below the dust layer- 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 OutputBool:
Default =
'VHESelfVeto', Name of I3Bool containing the veto pass decision- Param OutputVertexPos:
Default =
'VHESelfVetoVertexPos', Name of I3Position containing the vertex position guess- Param OutputVertexTime:
Default =
'VHESelfVetoVertexTime', Name of I3Double containing the vertex time guess- Param Pulses:
Default =
'OfflinePulses', Name of pulse series to use- Param TimeWindow:
Default =
3000.0, Size of sliding time window to examine.- Param TopBoundaryWidth:
Default =
90.0, Distance from the top and side detector edge where there should be no hits.- Param VertexThreshold:
Default =
250.0, Number of PE in the sliding time window that constitudes a vertex detection- Param VetoThreshold:
Default =
3.0, Maximum number of PE permitted within the detector boundary before the vertex time
- VertexInFiducialVolume¶
"VertexInFiducialVolume"(C++ I3Module)<undocumented>
- Param BottomBoundaryWidth:
Default =
10.0, Distance from the bottom detector edge where there should be no vertices.- Param DustLayer:
Default =
nan, Mid-detector layer that should contain no hits.- Param DustLayerWidth:
Default =
nan, Mid-detector layer boundary width – only applies below the dust layer- 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 MCTreeName:
Default =
'I3MCTree', Name of I3MCTree containing Monte Carlotruth information- Param NumVerticesName:
Default =
'NumVerticesInFiducialVolume', Number of vertices for this event- Param OutputBool:
Default =
'VertexInFiducialVolume', Name of I3Bool containing the veto pass decision- Param SideBoundaryWidth:
Default =
70.0, Distance from the side edge where there should be no vertices.- Param TopBoundaryWidth:
Default =
90.0, Distance from the top detector edge where there should be no vertices.- Param VertexIncomingNeutrinoName:
Default =
'VertexIncomingNeutrino', Name of I3Particle containing the MC particle corresponding to the incoming neutrino- Param VertexOutgoingHadronName:
Default =
'VertexOutgoingHadron', Name of I3Particle containing the MC particle corresponding to the outgoing hadron- Param VertexOutgoingLeptonName:
Default =
'VertexOutgoingLepton', Name of I3Particle containing the MC particle corresponding to the outgoing lepton- Param VertexPosName:
Default =
'VertexPosition', Name of I3Position containing the MC vertex position- Param VertexTimeName:
Default =
'VertexTime', Name of I3Double containing the MC vertex time
