protodunebeam.fcl
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1 BEGIN_PROLOG
2 
3 protodune_beam:
4 {
5  module_type: "ProtoDUNEBeam"
6  FileName: "dummy.root"
7  GoodParticleTreeName: "NTuples/GoodParticle"
8  AllParticlesTreeName: "Detector/NP04front"
9  StartEvent: 0
10  # From protoDUNE_gensingle.fcl
11  # Updated geometry values:
12  BeamX: 8.905247 # In cm
13  BeamY: 461.749224
14  BeamZ: -196.11
15  BeamThetaShift: 0.0114276
16  BeamPhiShift: -0.0761654
17  RotateXZ: 0.0 #-11.844 # In degrees
18  RotateYZ: 0.0 #11.107
19 
20  ## Jake Calcutt: Replacing angles for opposite order rotations
21  ## RotateX --> RotateY
22  ## Also: tuned the direction with Leig's shift from above.
23  ## old ones are commented
24  RotateMonitorXZ: -11.8373 #-10.51372
25  RotateMonitorYZ: 11.0929 # 11.50886
26 
27  ## Parameters for momentum spectrometer
28  #MagP1: 5.82044830e-3
29  #MagP3: -4.68880000e-6
30  #MagP4: 324.573967
31 
32  L1: 1.98
33  L2: 1.69472
34  L3: 2.11666
35  BeamBend: .12003
36 
37 
38  ## This will have to change for different momentum settings
39  ## Need to confirm with Nikos on this
40  #Current: 68.8 # 1 GeV
41  #2 GeV: 137.5
42  #3 GeV: 206.2
43  #6 GeV: 419.7
44 
45  ## New parameters for momentum spectrometer
46  LMag: 2.1645
47  NominalP: 1.
48  B: 1.294817
49 
50 
51  # Position of the beam monitor positions in z in [mm]
52  BPROFEXTPosZ: 707479
53  BPROF4PosZ : 716048
54  NP04frontPosZ: 717243
55  # Intensity variables
56  Intensity: 1.e6 # Number of interactions on the secondary target in one spill
57  ReadoutWindow: 3.0 # In milliseconds
58  BeamSpillLength: 4.8 # In seconds
59 
60  T_Resolution: 1.0 # sigmas
61  Pos_Resolution: 1.0 # sigmas
62  Ch_Efficiency: 1.0 # percentage
63 
64  SaveRecoTree: false
65 
66 }
67 
68 protodune_triggeredbeam:
69 {
70  module_type: "ProtoDUNETriggeredBeam"
71  FileName: "dummy.root"
72 
73  # The tree names from the beam simulation files
74  TOF1TreeName: "VirtualDetector/TOF1"
75  BPROF1TreeName: "VirtualDetector/BPROF1"
76  BPROF2TreeName: "VirtualDetector/BPROF2"
77  BPROF3TreeName: "VirtualDetector/BPROF3"
78  TRIG1TreeName: "VirtualDetector/TRIG1"
79  BPROFEXTTreeName: "VirtualDetector/BPROFEXT"
80  BPROF4TreeName: "VirtualDetector/BPROF4"
81  TRIG2TreeName: "VirtualDetector/TRIG2"
82  NP04frontTreeName: "Detector/NP04front"
83 
84  # Set true to use the data driven method for the primary beam particle
85  UseDataDrivenPrimary: false
86 
87  # In the beam simulation particles at the front face are saved in a 20m x 20m box
88  # To save time we can choose a 10m x 10m box instead
89  ReduceNP04frontArea: true
90 
91  StartEvent: 0
92  # From protoDUNE_gensingle.fcl
93  # Updated geometry values:
94  BeamX: -4.994 # In cm
95  BeamY: 448.449
96  BeamZ: -129.804
97  Verbose: false
98  IncludeAnti: true
99 
100  SamplingFileName: "dummy.root"
101  ResolutionFileName: "dummy2.root"
102  Seed: 0
103 
104  MaxSamples: 10000
105 
106  BeamThetaShift: 0.0114276
107  BeamPhiShift: -0.0761654
108 
109  ###New rotations - same final z axis as those
110  ###from Paola, but the X axis is kept horizontal
111  RotateMonitorYZ: 11.4328
112  RotateMonitorXZ: -10.7985
113 
114  L1: 1.98
115  L2: 1.69472
116  L3: 2.11666
117  BeamBend: .12003
118 
119 
120  ## New parameters for momentum spectrometer
121  LMag: 2.1645
122  NominalP: "1"
123  B: 1.294817
124 
125 
126  # Position of the beam monitor positions in z in [mm]
127  BPROFEXTPosZ: 707555 #707479 -- old values
128  BPROF4PosZ : 716124 #716048
129  TRIG2PosZ: 716296
130  NP04frontPosZ: 717243
131 
132  # Intensity variables
133  Intensity: 1.e6 # Number of interactions on the secondary target in one spill
134  ReadoutWindow: 3.0 # In milliseconds
135  BeamSpillLength: 4.8 # In seconds
136 
137  SaveOutputTree: false
138 
139 }
140 
141 END_PROLOG
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