genie_eventweight.fcl
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1 BEGIN_PROLOG
2 
3 genie_eventweight: {
4 
5  module_type: "EventWeight"
6 
7  genie_module_label: "generator"
8 
9  genie_central_values: {
10  AhtBY: -1.5
11  BhtBY: 1.0
12  }
13 
14  weight_functions: [ pm1sigma_CCQE_example, minmax_CCRES_example,
15  multisim_NCRES_example, default_MFP_example, cv_example
16  ]
17 
18  # CCQE axial mass for dipole form factor
19  pm1sigma_CCQE_example: {
20  type: Genie
21  parameter_list: [ "MaCCQE" ]
22  parameter_sigma: [ 1 ]
23  mode: pm1sigma
24  }
25 
26  # Vector and axial masses for CCRES form factors
27  minmax_CCRES_example: {
28  type: Genie
29  parameter_list: [ "MvCCRES", "MaCCRES" ]
30  parameter_min: [ -2, -1 ]
31  parameter_max: [ 2, 1 ]
32  mode: minmax
33  }
34 
35  # Vector and axial masses for NCRES form factors
36  multisim_NCRES_example: {
37  type: Genie
38  random_seed: 999
39  parameter_list: [ "MvNCRES", "MaNCRES" ]
40  parameter_sigma: [ 1, 1 ]
41  mode: multisim
42  number_of_multisims: 5
43  }
44 
45  # Mean free path for nucleons and pions
46  default_MFP_example: {
47  type: Genie
48  parameter_list: [ "MFP_N", "MFP_pi" ]
49  parameter_sigma: [ -1, 1 ]
50  mode: default
51  }
52 
53  # Tuned central value example (no extra parameters required)
54  cv_example: {
55  type: Genie
56  mode: central_value
57  }
58 
59 }
60 
61 END_PROLOG
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