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Merge pull request #22 from battibass/muon_plots_cosmetics
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CSC/DT/RPC plot cosmetics
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@andrius-k
andrius-k authored Apr 7, 2020
2 parents e1ff21c + 5ee73f2 commit 9f39a3c
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Showing 6 changed files with 299 additions and 408 deletions.
240 changes: 96 additions & 144 deletions backend/extractor/cfg/CSC/trendPlotsCSC_all.ini
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Original file line number Diff line number Diff line change
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[plot:Resolution_m11a]
[plot:Residual_Width_me-11a]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm11a
threshold = 1000
yTitle = resolution ME-11a
yTitle = Width of segment - hit residual (ME-11a)

[plot:Resolution_m11b]
[plot:Residual_Width_me-11b]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm11b
threshold = 1000
yTitle = resolution ME-11b
yTitle = Width of segment - hit residual (ME-11b)

[plot:Resolution_m12]
[plot:Residual_Width_me-12]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm12
threshold = 1000
yTitle = resolution ME-12
yTitle = Width of segment - hit residual (ME-12)

[plot:Resolution_m13]
[plot:Residual_Width_me-13]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm13
threshold = 1000
yTitle = resolution ME-13
yTitle = Width of segment - hit residual (ME-13)

[plot:Resolution_m21]
[plot:Residual_Width_me-21]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm21
threshold = 1000
yTitle = resolution ME-21
yTitle = Width of segment - hit residual (ME-21)

[plot:Resolution_m22]
[plot:Residual_Width_me-22]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm22
threshold = 1000
yTitle = resolution ME-22
yTitle = Width of segment - hit residual (ME-22)

[plot:Resolution_m31]
[plot:Residual_Width_me-31]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm31
threshold = 1000
yTitle = resolution ME-31
yTitle = Width of segment - hit residual (ME-31)

[plot:Resolution_m32]
[plot:Residual_Width_me-32]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm32
threshold = 1000
yTitle = resolution ME-32
yTitle = Width of segment - hit residual (ME-32)

[plot:Resolution_m41]
[plot:Residual_Width_me-41]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm41
threshold = 1000
yTitle = resolution ME-41
yTitle = Width of segment - hit residual (ME-41)

[plot:Resolution_m42]
[plot:Residual_Width_me-42]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidm42
threshold = 1000
yTitle = resolution ME-42
yTitle = Width of segment - hit residual (ME-42)

[plot:Resolution_p11a]
[plot:Residual_Width_me+11a]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp11a
threshold = 1000
yTitle = resolution ME+11a
yTitle = Width of segment - hit residual (ME+11a)

[plot:Resolution_p11b]
[plot:Residual_Width_me+11b]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp11b
threshold = 1000
yTitle = resolution ME+11b
yTitle = Width of segment - hit residual (ME+11b)

[plot:Resolution_p12]
[plot:Residual_Width_me+12]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp12
threshold = 1000
yTitle = resolution ME+12
yTitle = Width of segment - hit residual (ME+12)

[plot:Resolution_p13]
[plot:Residual_Width_me+13]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp13
threshold = 1000
yTitle = resolution ME+13
yTitle = Width of segment - hit residual (ME+13)

[plot:Resolution_p21]
[plot:Residual_Width_me+21]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp21
threshold = 1000
yTitle = resolution ME+21
yTitle = Width of segment - hit residual (ME+21)

[plot:Resolution_p22]
[plot:Residual_Width_me+22]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp22
threshold = 1000
yTitle = resolution ME+22
yTitle = Width of segment - hit residual (ME+22)

[plot:Resolution_p31]
[plot:Residual_Width_me+31]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp31
threshold = 1000
yTitle = resolution ME+31
yTitle = Width of segment - hit residual (ME+31)

[plot:Resolution_p32]
[plot:Residual_Width_me+32]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp32
threshold = 1000
yTitle = resolution ME+32
yTitle = Width of segment - hit residual (ME+32)

[plot:Resolution_p41]
[plot:Residual_Width_me+41]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp41
threshold = 1000
yTitle = resolution ME+41
yTitle = Width of segment - hit residual (ME+41)

[plot:Resolution_p42]
[plot:Residual_Width_me+42]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/Resolution/hSResidp42
threshold = 1000
yTitle = resolution ME+42
yTitle = Width of segment - hit residual (ME+42)

[plot:PedestalNoise_m11a]
[plot:PedestalNoise_Width_me-11a]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm11a
threshold = 1000
yTitle = pedestal width ME-11a
yTitle = Width of pedestal noise (ME-11a)

[plot:PedestalNoise_m11b]
[plot:PedestalNoise_Width_me-11b]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm11b
threshold = 1000
yTitle = pedestal width ME-11b
yTitle = Width of pedestal noise (ME-11b)

[plot:PedestalNoise_m12]
[plot:PedestalNoise_Width_me-12]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm12
threshold = 1000
yTitle = pedestal width ME-12
yTitle = Width of pedestal noise (ME-12)

[plot:PedestalNoise_m13]
[plot:PedestalNoise_Width_me-13]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm13
threshold = 1000
yTitle = pedestal width ME-13
yTitle = Width of pedestal noise (ME-13)

[plot:PedestalNoise_m21]
[plot:PedestalNoise_Width_me-21]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm21
threshold = 1000
yTitle = pedestal width ME-21
yTitle = Width of pedestal noise (ME-21)

[plot:PedestalNoise_m22]
[plot:PedestalNoise_Width_me-22]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm22
threshold = 1000
yTitle = pedestal width ME-22
yTitle = Width of pedestal noise (ME-22)

[plot:PedestalNoise_m31]
[plot:PedestalNoise_Width_me-31]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm31
threshold = 1000
yTitle = pedestal width ME-31
yTitle = Width of pedestal noise (ME-31)

[plot:PedestalNoise_m32]
[plot:PedestalNoise_Width_me-32]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm32
threshold = 1000
yTitle = pedestal width ME-32
yTitle = Width of pedestal noise (ME-32)

[plot:PedestalNoise_m41]
[plot:PedestalNoise_Width_me-41]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm41
threshold = 1000
yTitle = pedestal width ME-41
yTitle = Width of pedestal noise (ME-41)

[plot:PedestalNoise_m42]
[plot:PedestalNoise_Width_me-42]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEm42
threshold = 1000
yTitle = pedestal width ME-42
yTitle = Width of pedestal noise (ME-42)

[plot:PedestalNoise_p11a]
[plot:PedestalNoise_Width_me+11a]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp11a
threshold = 1000
yTitle = pedestal width ME+11a
yTitle = Width of pedestal noise (ME+11a)

[plot:PedestalNoise_p11b]
[plot:PedestalNoise_Width_me+11b]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp11b
threshold = 1000
yTitle = pedestal width ME+11b
yTitle = Width of pedestal noise (ME+11b)

[plot:PedestalNoise_p12]
[plot:PedestalNoise_Width_me+12]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp12
threshold = 1000
yTitle = pedestal width ME+12
yTitle = Width of pedestal noise (ME+12)

[plot:PedestalNoise_p13]
[plot:PedestalNoise_Width_me+13]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp13
threshold = 1000
yTitle = pedestal width ME+13
yTitle = Width of pedestal noise (ME+13)

[plot:PedestalNoise_p21]
[plot:PedestalNoise_Width_me+21]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp21
threshold = 1000
yTitle = pedestal width ME+21
yTitle = Width of pedestal noise (ME+21)

[plot:PedestalNoise_p22]
[plot:PedestalNoise_Width_me+22]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp22
threshold = 1000
yTitle = pedestal width ME+22
yTitle = Width of pedestal noise (ME+22)

[plot:PedestalNoise_p31]
[plot:PedestalNoise_Width_me+31]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp31
threshold = 1000
yTitle = pedestal width ME+31
yTitle = Width of pedestal noise (ME+31)

[plot:PedestalNoise_p32]
[plot:PedestalNoise_Width_me+32]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp32
threshold = 1000
yTitle = pedestal width ME+32
yTitle = Width of pedestal noise (ME+32)

[plot:PedestalNoise_p41]
[plot:PedestalNoise_Width_me+41]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp41
threshold = 1000
yTitle = pedestal width ME+41
yTitle = Width of pedestal noise (ME+41)

[plot:PedestalNoise_p42]
[plot:PedestalNoise_Width_me+42]
metric = basic.StdDev()
relativePath = CSC/CSCOfflineMonitor/PedestalNoise/hStripPedMEp42
threshold = 1000
yTitle = pedestal width ME+42
yTitle = Width of pedestal noise (ME+42)

[plot:nSegments]
[plot:NSegments_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Segments/hSnSegments
threshold = 500
yTitle = no. of segments per event
yTitle = Average no. of segments per event

[plot:SegmentNormChi2]
[plot:SegmentNormChi2_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Segments/hSChiSq
threshold = 500
yTitle = segment chi2/ndof
yTitle = Average of segment chi2/ndof distribution

[plot:SegmentChi2Probability]
[plot:SegmentChi2Probability_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Segments/hSChiSqProb
threshold = 500
yTitle = segment chi2 prob
yTitle = Average segment chi2 prob distribution

[plot:nHitsPerSegment]
[plot:NHitsPerSegment_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Segments/hSnhits
threshold = 500
yTitle = no. of hits per segment
yTitle = Average no. of hits per segment

[plot:AnodeCatodheTimeDiff]
[plot:AnodeCathodeTimeDifference]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Segments/hSTimeDiff
threshold = 500
yTitle = anode-cathode time
yTitle = Average of anode - cathode segment time difference

[plot:nRechits]
[plot:NRechits_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/recHits/hRHnrechits
threshold = 500
yTitle = no. of rec hits per event
yTitle = Average no. of rec hits per event

[plot:firedStrips]
[plot:NFiredStrips_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Digis/hStripNFired
threshold = 500
yTitle = no. of fired strips per event
yTitle = Average no. of fired strips per event

[plot:firedWires]
[plot:NFiredWires_Avg]
metric = basic.Mean()
relativePath = CSC/CSCOfflineMonitor/Digis/hWirenGroupsTotal
threshold = 500
yTitle = no. of fired wires per event
yTitle = Average no. of fired wires per event

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