ana_mods_icarus.fcl

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#include "analysis_icarus.fcl"
#include "reco_icarus_driver_common.fcl"

process_name: HitEfficiency

#Start each new event with an empty event.
source:
{
        module_type:     RootInput
        maxEvents:       10          # Number of events to create
}

# Define and configure some modules to do work on each event.
# First modules are defined; they are scheduled later.
# Modules are grouped by type.
physics:
{
        analyzers:
        {
                hitEffAnalysisGauss:       @local::icarus_HitEfficiencyAnalysis
                hitEffAnalysisCluster3d:   @local::icarus_HitEfficiencyAnalysis
                hitEffAnalysisRaw:         @local::icarus_HitEfficiencyAnalysis
        }

        #define the producer and filter modules for this path, order matters, 
        #filters reject all following items.  see lines starting physics.producers below
        ana: [ hitEffAnalysisGauss, hitEffAnalysisCluster3d, hitEffAnalysisRaw ]
        end_paths:     [ana]  
}

#block to define where the output goes.  if you defined a filter in the physics
#block and put it in the trigger_paths then you need to put a SelectEvents: {SelectEvents: [XXX]}
#entry in the output stream you want those to go to, where XXX is the label of the filter module(s)
outputs:
{
        out1:
        {
                module_type: RootOutput
                fileName:    "hitEfficiency_icarus.root"
                dataTier:    "reco-simulated"
                compressionLevel: 1
                fastCloning: false
        }
}

physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].OffsetVec: [9, 4, 2]
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].RawDigitLabel:    "rawdigitfilter"
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].WireModuleLabel:  "recowireraw"
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].HitModuleLabel:   "icarushit"
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].MCParticleLabel:  "largeant"
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].SimChannelLabel:  "largeant"
phsyics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].UseBadChannelDB:  false

physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].RawDigitLabel:    "rawdigitfilter"
physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].WireModuleLabel:  "recowire" #"decon1droi"
physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].HitModuleLabel:   "gaushit"
physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].MCParticleLabel:  "largeant"
physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].SimChannelLabel:  "largeant"
phsyics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].UseBadChannelDB:  false

physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].RawDigitLabelVec:        ["rawDigitFilterTPC0","rawDigitFilterTPC1","rawDigitFilterTPC2","rawDigitFilterTPC3"]
physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].WireModuleLabelVec:      ["decon1DroiTPC0","decon1DroiTPC1","decon1DroiTPC2","decon1DroiTPC3"]
physics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].HitModuleLabelVec:       ["gaushitTPC0","gaushitTPC1","gaushitTPC2","gaushitTPC3"]
phsyics.analyzers.hitEffAnalysisGauss.HitEfficiencyHistogramToolList[0].UseBadChannelDB:      false
physics.analyzers.hitEffAnalysisCluster3d.HitEfficiencyHistogramToolList[0].RawDigitLabelVec:    ["rawDigitFilterTPC0","rawDigitFilterTPC1","rawDigitFilterTPC2","rawDigitFilterTPC3"]
physics.analyzers.hitEffAnalysisCluster3d.HitEfficiencyHistogramToolList[0].WireModuleLabelVec:  ["decon1DroiTPC0","decon1DroiTPC1","decon1DroiTPC2","decon1DroiTPC3"]
physics.analyzers.hitEffAnalysisCluster3d.HitEfficiencyHistogramToolList[0].HitModuleLabelVec:   ["cluster3DCryo0","cluster3DCryo1"]
phsyics.analyzers.hitEffAnalysisCluster3d.HitEfficiencyHistogramToolList[0].UseBadChannelDB:  false
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].RawDigitLabelVec:          ["rawDigitFilterTPC0","rawDigitFilterTPC1","rawDigitFilterTPC2","rawDigitFilterTPC3"]
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].WireModuleLabelVec:        ["recoWireRawTPC0","recoWireRawTPC1","recoWireRawTPC2","recoWireRawTPC3"]
physics.analyzers.hitEffAnalysisRaw.HitEfficiencyHistogramToolList[0].HitModuleLabelVec:         ["icarusHitTPC0","icarusHitTPC1","icarusHitTPC2","icarusHitTPC3"]