singlephoton_sbnd.fcl

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BEGIN_PROLOG

singlephoton_analyzer:{

    module_type:    SinglePhoton

    PandoraLabel:   "pandoraSCE"
    TrackLabel:     "pandoraTrack" #pandoraSCETrack does not have enough objects;
    ShowerLabel:    "pandoraSCEShower"
    ParticleIDLabel:"pandoraSCEPid"
    CaloLabel:      "pandoraCalo"
    FlashLabel:     "opflashtpc0"
    POTLabel:       "generator"

  #ShowerTrackFitter:    "pandoraTrack"
  #ShowerTrackFitterCalo:  "pandoraCalo"
  Shower3DLabel:      "pandoraSCEShower"

    input_param:    "optional" 

    Verbose: true

    runSEAviewShower: true
    SEAviewShowerHitThreshold: 25
    SEAviewShowerDBSCANMinPts: 8
    SEAviewShowerDBSCANEps: 4
    SEAviewShowerPlotDistance: 80
    SEAviewShowerMaxHitsLinFit: 20.0
    SEAviewShowerMakePDF: false 
    SEAviewShowerNumRecoShower: 1
    SEAviewShowerNumRecoTrack: -1

    runSEAviewStub: true
    SEAviewStubHitThreshold: 25
    SEAviewStubDBSCANMinPts: 1
    SEAviewStubDBSCANEps: 1
    SEAviewStubPlotDistance: 80
    SEAviewStubMakePDF: false 
    SEAviewStubNumRecoShower: 1
    SEAviewStubNumRecoTrack: 0

    FillTrees: true
    RunPi0Filter: false
    FilterMode2g1p: false
    FilterMode2g0p: false
 
    SelectEvent: false
    SelectEventList:""

    usePID: true 
    work_function: 23.6  # eV, average energy needed to produce an ionization electron
    recombination_factor: 0.62 # the electron recombination survival rate
    gain_mc: [49.774521418, 49.9600319744, 49.6788263874]  #for SBND
# also documented at SBN-doc-19505-v1 from Varunna Meddage
# formula used in SBN-doc-18701-v1 NOTE:origin values are in MicroBooNE-doc-20227 with inversed units;
#see SBN-doc-25161 for ICARUS?
    gain_data: [230.3, 237.6, 243.7] #not used yet, to be updated;
    wire_spacing : 0.3 
    width_box : 1. #2d dEdx is calcualted with a box of 1cmx4cm
    length_box : 4.
    
    truthmatching_signaldef : "ncdelta"
    runAllPFPs: "false"
    exiting_photon_energy: 0.02
  convention_distance_cutoff: 80.0
    exiting_proton_energy: 0.978  #40Mev + proton mass 

    runCRT: "false"
    DTOffset: 68600.0 #us, taken from ubcrt/UBCRTCosmicFilter/UBCRTCosmicFilter.fcl
    Resolution: 1.0 #same as above
    DAQHeaderProducer: "daq" #ubcrt/UBCRTCosmicFilter/UBCRTCosmicFilter.fcl

    }

singlephoton_filter: @local::singlephoton_analyzer
singlephoton_filter.FillTrees: false
singlephoton_filter.RunPi0Filter: true
singlephoton_filter.FilterMode2g1p: true
singlephoton_filter.FilterMode2g0p: false
singlephoton_filter.isData: false
singlephoton_filter.usePID: false
singlephoton_filter.work_function: 23

singlephoton_filter_2g0p: @local::singlephoton_filter
singlephoton_filter_2g0p.FilterMode2g1p: false
singlephoton_filter_2g0p.FilterMode2g0p: true

END_PROLOG