5 dune35t_cry: @local::standard_cry
6 dune35t_cry.Latitude: "latitude 41.8 "
7 dune35t_cry.SubBoxLength: "subboxLength 75 "
8 #### Full field - 500 V cm-1
9 #dune35t_cry.TimeOffset: -1.6e-3 #pre-readout window (s)
10 #dune35t_cry.SampleTime: 3.2e-3 #pre-readout + readout (s)
11 #### Half field - 250 V cm-1
12 dune35t_cry.TimeOffset: -2.6e-3 #pre-readout window (s)
13 dune35t_cry.SampleTime: 5.2e-3 #pre-readout + readout (s)
15 dune35t_milliblock_cry: @local::dune35t_cry
16 #### Full field - 500 V cm-1
17 #dune35t_milliblock_cry.SampleTime: 1.76e-2 #11*3200 ticks. 11 so have 1 drift window before T = 0, and 10 after.
18 #### Half field - 250 V cm-1
19 dune35t_milliblock_cry.SampleTime: 1.01e-2 #1500+5200 ticks. 15000 (payload length) + 5200 (1 drift window before T = 0).
21 dunefd_cry: @local::standard_cry
22 dunefd_cry.SampleTime: 1.47e-3 #the maximum time it would take an electron to drift through the volume is 2.4 ms
23 dune1fdcry.Latitude: "latitude 44.35 "
24 dunefd_cry.SubBoxLength: "subboxLength 75 "
26 dune35t_cry_single: @local::dune35t_cry
27 dune35t_cry_single.GenSingleEvents: true
28 dune35t_cry_single.GammaSetting: "returnGammas 0 "
29 dune35t_cry_single.ElectronSetting: "returnElectrons 0 "
30 dune35t_cry_single.MuonSetting: "returnMuons 1 "
31 dune35t_cry_single.PionSetting: "returnPions 0 "
32 dune35t_cry_single.NeutronSetting: "returnNeutrons 0 "
33 dune35t_cry_single.ProtonSetting: "returnProtons 0 "
1.8.11
