3 # No experiment specific configurations because MUSUN is detector agnostic
9 PDG: -13 # PdG codes of particles to make
10 ChargeRatio: 1.38 # Ratio of particle/anti-particle
11 # For one particle type set equal to 0.
13 # Directory where ROOT pdf file is. If not using one of the standard configurations
14 # you will !!NEED!! to change this to your own directory!!!
15 InputDir: "/dune/data/users/warburton/MUSUN/"
16 InputFile1: "muint-dune4850-mr-new.dat" # Table of muon intensities for theta and phi
17 InputFile2: "musp-dune4850-mr-new.dat" # Binary file of energies for theta and depths
18 InputFile3: "depth-dune4850-mr-new.dat" # Table of slant depths for theta and phi
20 CavernAngle: 7 # Angle of the detector from the East to South.
21 RockDensity: 2.70 # Default rock density is 2.70 g cm-3. If this is
22 # changed then the three input files need to be
23 # remade. If there is a desire for this contact
24 # Vitaly Kudryavtsev at V.Kudryavtsev@shef.ac.uk
26 Emin: 1. # Minimum Kinetic Energy GeV
27 Emax: 1000000. # Maximum Kinetic Energy GeV
29 Thetamin: 0. # Minimum angle, must be more than or equal to 0.
30 Thetamax: 90. # Maximum angle, must be less than or equal to 90
32 Phimin: 0. # Minimum angle, must be more than or equal to 0.
33 Phimax: 360. # Maximum angle, must be less than or equal to 360
35 # You have to change all these dimensions if you change the size of the
36 # parallelepiped. The dimensions are given in cm.
37 # Ideally want the surface on which the muons are sampled to be extended by 5 m
38 # in all directions into rock, except top (y) where extension is 7m.
39 # Using /dune/app/users/talion/PrintDetBounds.C and specifiying which GDML file is
40 # desired, the co-ordinates of detector centre in the world volume and the extent
41 # of rock from detector are written out.
42 # Macro is also in dunetpc/dune/Geometry/gdml/PrintDetBounds.C
44 # (PAR 2018-08-07) This is the output for dune10kt_v3_1x2x6_nowires.gdml:
47 # Coordinates: x makes a RHS y is vertical z is beam direction
48 # World Dimensions: x = 7219.32 y = 7817.7 z = 8306.48
49 # Det Dimensions: x = 1219.32 y = 1817.7 z = 2306.48
50 # Det Center: x = 0 y = 120.75 z = 570.294
52 # Detector Enclosure Boundaries (everything outside is rock):
53 # x: -609.662 to 609.662
54 # y: -788.099 to 1029.6
55 # z: -582.946 to 1723.53
57 # Amount of rock on each side:
65 igflag: 1 # If want muons sampled from parallelepiped, not a sphere.
66 Xmin: -1077. # Minimum X position cm
67 Xmax: 1077. # Maximum X position cm
68 Ymin: -1088. # Minimum Y position cm
69 Ymax: 1630. # Maximum Y position cm
70 Zmin: -1083. # Minimum Z position cm
71 Zmax: 2239. # Maximum Z position cm
74 # Below co-ordinates are for dune10kt_v1_nowires.gdml, output is given too...
76 # Coordinates: x makes a RHS y is vertical z is beam direction
77 # World Dimensions: x = 9554.03 y = 9417.7 z = 14321.9
78 # Det Dimensions: x = 1954.03 y = 1817.7 z = 6721.89
79 # Det Center: x = 0 y = 120.75 z = 2778
81 # Detector Enclosure Boundaries (everything outside is rock):
82 # x: -977.014 to 977.014
83 # y: -788.099 to 1029.6
84 # z: -582.946 to 6138.94
86 # Amount of rock on each side:
94 # igflag: 1 # If want muons sampled from parallelepiped, not a sphere.
95 # Xmin: -1477. # Minumum X position cm
96 # Xmax: 1477. # Maximum X position cm
97 # Ymin: -1288. # Minumum Y position cm
98 # Ymax: 1730. # Maximum Y position cm
99 # Zmin: -1083. # Minumum Z position cm
100 # Zmax: 6639. # Maximum Z position cm
102 # Vitaly's Fortran code for LBNE uses these positions.
103 # Xmin: -1500. # Minumum X position cm
104 # Xmax: 1500. # Maximum X position cm
105 # Ymin: -1400. # Minumum Y position cm
106 # Ymax: 1600. # Maximum Y position cm
107 # Zmin: -3500. # Minumum Z position cm
108 # Zmax: 3500. # Maximum Z position cm
110 T0: 0. # starting time
111 SigmaT: 0. # variation in the starting time
112 TDist: 0 # 0 - uniform, 1 - gaussian
1.8.11
