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settings.10033-left.ini
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settings.10033-left.ini
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runNo = 10033
Events = 151000
repeaterCardNo = -1
voltage = 400
diamondName = RHT-1
currentBegin = -1
currentEnd = -1
diamondPattern0 = {}
diamondPattern1 = {}
Iter_Size = 500#buffer size
#which sirroco input should we use
dia_input = 1# 0 corresponds to sirocco 4, 1 => sirocco 5 (used for oct2006 and aug2010 runs)
data_format = 2006
# Channels to Screen
# Diamond Channels
Dia_channel_screen_channels = {0,8,10,13,71,127,128}
Dia_channel_noisy_channels = {62,64,91,93,98,110,120,122}
Dia_channel_not_connected = {0-4,11,12,74-80,103}
D0X_channel_screen_channels = {0-3,126,127,254,255}
D0Y_channel_screen_channels = {0-3,126-128,254,255}
D1X_channel_screen_channels = {0-3,126-130,214,215,232,233,254,255}
D1Y_channel_screen_channels = {0-8,126-128,254,255}
D2X_channel_screen_channels = {0-3,128,254,255}
D2Y_channel_screen_channels = {0-3,126-128,254,255}
D3X_channel_screen_channels = {0-3,128,254,255}
D3Y_channel_screen_channels = {0-3,126-129,246,247,254,255}
#D3X_channel_screen_regions = {128,255}
#For SlidingPedestal (floats)
Si_Pedestal_Hit_Factor = 5
Di_Pedestal_Hit_Factor = 5
#Common Mode Noise (CMN)
DO_CMC = 1
#For Clustering (floats)
clusterSeedFactors = {16,24,18,20,30,28,24,22,5}
clusterHitFactors = {10,16,14,14,14,14,12,10,3}
#AUTO FID CUT
UseAutoFidCut = 0
nDiamonds = 2
#Silicon Fiducial Cut on Diamond
si_avg_fidcut_xlow = 82.0
si_avg_fidcut_xhigh = 100.0
si_avg_fidcut_ylow = 60.0
si_avg_fidcut_yhigh = 112.0
selectionfidCut0 = {082-100,060-112}
selectionfidCut1 = {147-155,060-112}
#Alignment
#alignment_training_method = 0
#alignment_training_track_fraction = 0.1
alignment_training_track_number = 50000
alignment_training_method = 1# 1 corresponds to cut after n Eventsy
alignment_chi2 = 2
#Telescope geometry (looks like this is the same geom for all runs)
#wide geometry: edges: 0, 2.40, 9, 18, 20.40 (si modules 2.40cm wide, x/y planes spaced 2mm, D0/D1 interspacing 9mm, dia module 1.9cm wide)
Double_t detectorD0Z = 0.725# by definition
Double_t detectorD1Z = 1.625# by definition
Double_t detectorD2Z = 18.725# by definition
Double_t detectorD3Z = 19.625# by definition
Double_t detectorDiaZ = 10.2# by definition
#compact geometry: edges: 0, 2.40, 6, 12, 14.40 (si modules 2.40cm wide, x/y planes spaced 2mm, D0/D1 interspacing 9mm, dia module 1.9cm wide)
#Double_t detectorD0Z = 0.725 # by definition
#Double_t detectorD1Z = 1.625 # by definition
#Double_t detectorD2Z = 12.725 # by definition
#Double_t detectorD3Z = 13.625 # by definition
#Double_t detectorDiaZ = 7.2 # by definition
#Alignment constants
alignment_x_offsets = {0,0,0,0,0}
alignment_y_offsets = {0,0,0,0}
alignment_phi_offsets = {0,0,0,0,0}
alignment_z_offsets = {0,0,0,0,0}
#Resolutions
alignment_x_resolution = {0,0,0,0,0}
alignment_y_resolution = {0,0,0,0}
alignment_phi_resolution = {0,0,0,0,0}
alignment_z_resolution = {0,0,0,0,0}
#How should charge interpolation be done for two hit clusters?
bool eta_correction = false;
TransparentAlignment = 0;
# cut on tracks for transparent analysis
bool eta_correction = false
# 3d analysis
b3dShortAnalysis = 0;
b3dLongAnalysis = 0;
b3dTransparentAnalysis = 0;
# pulse height bins
pulse_height_num_bins = 350;
pulse_height_si_max = 350;
pulse_height_di_max = 3500;
noise_di_num_bins = 150;
noise_di_max = 32.0;
#diamondMapping= {2,1,4,3,6,5,8,7,10,9,12,11,14,13,16,15,18,17,20,19,22,21,24,23,26,25,28,27,30,29,32,31,34,33,36,35,38,37,40,39,42,41,44,43,46,45,48,47,50,49,52,51,54,53,56,55,58,57,60,59,62,61,64,63,66,65,68,67,70,69,72,71,74,73,76,75,78,77,80,79,82,81,84,83,86,85,88,87,90,89,92,91,94,93,96,95,98,97,100,99,102,101,104,103,106,105,108,107,110,109,112,111,114,113,116,115,118,117,120,119,122,121,124,123,126,125,128,127}