hitalgorithms.fcl
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1 #
2 # Standard configuration for hit finding algorithms
3 #
4 # It currently (temporary?) include experiment-specific configuration.
5 #
6 BEGIN_PROLOG
7 
8 standard_cchitfinderalg:
9 {
10  CalDataModuleLabel: "caldata"
11  MinPeak: [8, 5, 5] # min peak signal in each plane
12  MinRMS: [2, 2, 2] # min signal RMS in each plane
13  MaxBumps: 5 # make a crude hit if > MaxBumps are found in the RAT
14  MaxXtraHits: 1 # max number of hidden hits in Region Above Threshold
15  ChiSplit: 20. # Max chi/DOF for splitting hits for signal rms error = 1
16  ChiNorms: [ 1.0, 1.0, 1.0 ] # chi/DOF normalization for each plane
17  StudyHits: false # study hit fits on a selected (W,T) range on one event
18  UWireRange: [ 300, 350] # Study mode: wire range in the U plane
19  UTickRange: [ 5200, 5500] # Study mode: tick range in the U plane
20  VWireRange: [1050, 1080] # Study mode: wire range in the V plane
21  VTickRange: [ 1500, 1750] # Study mode: tick range in the V plane
22  WWireRange: [ 200, 250] # Study mode: wire range in the W plane
23  WTickRange: [ 5200, 5400] # Study mode: tick range in the W plane
24 }
25 
26 
27 bo_cchitfinderalg: @local::standard_cchitfinderalg
28 bo_cchitfinderalg.MinPeak: [4., 4., 5.]
29 bo_cchitfinderalg.MinRMS: [8., 8., 7.]
30 bo_cchitfinderalg.ChiNorms: [1.8, 3.3, 4.3]
31 
32 
33 microboone_cchitfinderalg: @local::standard_cchitfinderalg
34 microboone_cchitfinderalg.MinPeak: [10., 5., 5.]
35 microboone_cchitfinderalg.MinRMS: [2.2, 2.2, 2.2]
36 microboone_cchitfinderalg.ChiNorms: [0.1, 0.4, 0.1]
37 
38 argoneut_cchitfinderalg: @local::standard_cchitfinderalg
39 argoneut_cchitfinderalg.MinPeak: [1.8, 2.5]
40 argoneut_cchitfinderalg.MinRMS: [5., 10.]
41 argoneut_cchitfinderalg.ChiNorms: [ 0.5, 2.7]
42 argoneut_cchitfinderalg.ChgNorms: [ 1.0, 1.0]
43 
44 END_PROLOG