CVNEventDump.fcl
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1 #include "mvamodule.fcl"
2 
3 BEGIN_PROLOG
4 
5 # Define two special versions of mvaselect, one for FHC
6 standard_mvaselect_fhc: @local::dunefd_mvaselect
7 standard_mvaselect_fhc.MVAMethod: "BDTG"
8 standard_mvaselect_fhc.WeightFile: "MVASelect/v2.2/TMVAClassification_BDTG.numu.weights.xml"
9 standard_mvaselect_fhc.BeamMode: "FHC"
10 # and one for RHC
11 standard_mvaselect_rhc: @local::dunefd_mvaselect
12 standard_mvaselect_rhc.MVAMethod: "BDTG"
13 standard_mvaselect_rhc.WeightFile: "MVASelect/v2.2/TMVAClassification_BDTG.anumu.weights.xml"
14 standard_mvaselect_rhc.BeamMode: "RHC"
15 
16 standard_cvneventdump_fhc:
17 {
18  module_type: CVNEventDump
19  #==================
20  PixelMapInput: "cvnmap"
21  GenieGenModuleLabel: "generator"
22  WriteMapTH2: true
23  ApplyFidVol: true
24  # Use the following to add the reco energy to the output tree
25  EnergyNueLabel: "energynue"
26  EnergyNumuLabel: "energynumu"
27  EnergyNutauLabel: "energynutau"
28  GetEnergyOutput: true
29  GetEventWeight: true
30  MVAAlg: @local::standard_mvaselect_fhc
31  UseTopology: true
32  TopologyHitsCut: 100
33 }
34 
35 # Make the rhc version
36 standard_cvneventdump_rhc: @local::standard_cvneventdump_fhc
37 standard_cvneventdump_rhc.MVAAlg: @local::standard_mvaselect_rhc
38 
39 standard_cvneventdump_protodune:
40 {
41  module_type: CVNEventDumpProtoDUNE
42  PixelMapInput: "cvnmap"
43  WriteMapTH2: true
44  UseTopology: false
45 }
46 
47 
48 END_PROLOG