Project fill-ratio¶
Invoke with: import icecube.fill_ratio
C++ I3Modules¶
- I3FillRatio2StringDoubleMap¶
"I3FillRatio2StringDoubleMap"(C++ I3Module)<undocumented>
- Param FillRatioOutputName:
Default =
'FRInfo', Name of Fill Ratio Object in the frame- Param ResultStringDoubleMap:
Default =
'FillRatioBox', Name of String Double Map Name
- I3FillRatioLite¶
"I3FillRatioLite"(C++ I3Module)<undocumented>
- Param AmplitudeWeightingPower:
Default =
0.0, Weight hits by the charge to this power- Param BadDOMListName:
Default =
'', Name of the dynamic BadDOMList in the DetectorStatus frame- Param ExcludeDOMs:
Default =
[], List of DOMs to exclude from the calculation (e.g. all DeepCore DOMs)- 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 =
'', Name of the I3Double to put in the frame- Param Pulses:
Default =
'', Name of the pulse series in the frame- Param Scale:
Default =
1.0, Factor by which to scale the mean vertex-DOM distance- Param Vertex:
Default =
'', Name of the particle to use as a vertex
- I3FillRatioModule¶
"I3FillRatioModule"(C++ I3Module)An instance of the fill-ratio algorithm.
- Param AmplitudeWeightingPower:
Default =
0.0, The means and RMSs can be weighted by the charge of the hit. This parameter sets the power for the exponential wieghting.- Param BadDOMList:
Default =
'', Name of the BadDOMList in the DetectorStatus frame- Param BadOMs:
Default =
[], A user-defined vector of OMKeys that should not contribute to the calculation of the fill-ratio. This is especially useful for an IceCube-only analysis, as the presence of AMANDA geometry records can add a huge number of unhit OMs to the fill ratio.- 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 RecoPulseName:
Default =
'RecoPulses', The name of the recopulses to be used- Param ResultName:
Default =
'FillRatioInfo', The name that the resulting I3FillRatioInfo object will take in the frame- Param SphericalRadiusMean:
Default =
2.0, The radius (in units of the mean) of the sphere used to calculate the fill ratio.- Param SphericalRadiusMeanPlusRMS:
Default =
1.3, The radius (in units of the mean plus rms) of the sphere used to calculate the fill ratio.- Param SphericalRadiusNCh:
Default =
1.3, The radius (in units of the SPE Radius) of the sphere used to define the fill- ratio- Param SphericalRadiusRMS:
Default =
3.0, The radius (in units of the RMS) of the sphere to be used to calculate the fill ratio.- Param VertexName:
Default =
'CFirst', Name of the previous vertex reconstruction
I3Tray segments¶
- FillRatioModule¶
FillRatioModule(I3Tray segment)Algorithm to look for the fraction of hit DOMs to unhit DOMs within some distance to a given vertex.
- Param VertexName:
Default =
'CFirst', Name of the previous vertex reconstruction- Param ResultName:
Default =
'FillRatioInfo', The name that the resulting I3FillRatioInfo object will take in the frame”- Param MapName:
Default =
'FillRatioMap', The name that the I3MapStringDouble object will take in the frame”- Param RecoPulseName:
Default =
'RecoPulses', The name of the recopulses to be used- Param SphericalRadiusRMS:
Default =
3.0, The radius (in units of the RMS) of the sphere to be used to calculate the fill ratio.- Param SphericalRadiusMean:
Default =
2.0, The radius (in units of the mean) of the sphere used to calculate the fill ratio.- Param SphericalRadiusMeanPlusRMS:
Default =
1.3, The radius (in units of the mean plus rms) of the sphere used to calculate the fill ratio.- Param SphericalRadiusNCh:
Default =
1.3, The radius (in units of the SPE Radius) of the sphere used to define the fill- ratio- Param AmplitudeWeightingPower:
Default =
0.0, The means and RMSs can be weighted by the charge of the hit. This parameter sets the power for the exponential wieghting.- Param If:
Default =
<function <lambda> at 0x107621800>, the usual python function, makes the segment run conditionally frame by frame.
