ProtoDUNEBeamlineUtils.fcl
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1 BEGIN_PROLOG
2 
3 standard_protodunebeamlineutils:
4 {
5  BeamEventTag: "beamevent"
6  UseCERNCalibSelection: true #false
7 
8  #Angles originally used - taken from Leigh's MC module
9  #RotateMonitorXZ: -10.3
10  #RotateMonitorYZ: 11.7
11 
12  ###Angles taken from Paola (actual direction of beamline)
13  #RotateMonitorXZ: 15.676709377408265
14  RotateMonitorYX: 227.18669653445150
15 
16  ###New rotations - same final z axis as those
17  ###from Paola, but the X axis is kept horizontal
18  RotateMonitorYZ: 11.4328
19  RotateMonitorXZ: -10.7985
20 
21  #Position of beam monitor in z in [mm]
22  #FirstTrackingProfZ: 707479
23  #SecondTrackingProfZ: 716048
24  # NP04FrontZ: 717243
25  ####From beatch file:
26  FirstTrackingProfZ: 707555
27  SecondTrackingProfZ: 716124
28  NP04FrontZ: 717243
29  ########################
30 
31 
32  #Position of Beam in [cm]
33  # BeamX: 8.0757
34  # BeamY: 461.06
35  # BeamZ: -196.11
36  ##New from Martin:
37  BeamX: -4.994
38  BeamY: 448.449
39  BeamZ: -129.804
40 
41  #Nominal beam bend (mrad)
42  BeamBend: .12003
43 
44  L1: 1.980
45  L2: 1.69472
46  L3: 2.11666
47 
48  ##Calibrated Positions##
49  BProf1Shift: 0.
50  BProf2Shift: 0.
51  BProf3Shift: 1.45
52 
53  ##################################
54  ### For Justin Hugon's old cuts ##
55  ##################################
56 
57  StrictTOF: true # strict/permissive on events with invalid TOF data
58  StrictCherenkov: true # strict/permissive on events with invalid Cherenkov data
59 
60  MomentumScaleFactor: 1.
61  MomentumOffset: 0. # GeV/c
62  TOFScaleFactor: 1.
63  TOFOffset: 59.6 # ns
64 }
65 
66 END_PROLOG
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