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import FWCore.ParameterSet.Config as cms
from DQMServices.Core.DQMEDHarvester import DQMEDHarvester
from DQM.L1TMonitorClient.L1TOccupancyTestParameters_cff import *
l1tOccupancyClient = DQMEDHarvester("L1TOccupancyClient",
verbose = cms.bool(False),
testParams = cms.VPSet(
#---------------------------------------------
# Example configuration
#---------------------------------------------
#cms.PSet(
#testName = cms.string('TauJetsOccEtaPhi'), #test name
#algoName = cms.string('XYSymmetry'), #test to be performed
#algoType = cms.int32(1), #0=qTest, 1=intrinsic
#algoParams = cms.PSet(
#currDir = cms.string('L1T/L1TGCT'), #dir of histogram to be inspected
#histo = cms.string('TauJetsOccEtaPhi'), #histogram to be inspected
#rebinFactorX = cms.int32(1), # Rebin factor (X Axis) to apply over tested histogram
#rebinFactorY = cms.int32(1), # Rebin factor (Y Axis) to apply over tested histogram
#axis = cms.int32(1), # Symetry axis is 1=vertical, 2=horizontal
#takeCenter = cms.bool(True), # Take central bin (odd bins) or first bin to the right of center (even bins) as axisSymmetryValue
#axisSymmetryValue = cms.double(10.5), #symmetry point on axis to be checked, neglected if takeCenter=true
#averageMode = cms.int32(2), #reference formula for average (0=testCase, 1=arithmetic average, 2=median)
#factorlow = cms.double(0.1), #factor f : mu1=f*mu0
#factorup = cms.double(2.0), #factor f : mu1=f*mu0
#params_mu0_low = mu0_x0p1, #parameters for determination of mu0_min
#params_mu0_up = mu0_x2, #parameters for determination of mu0_min
#params_chi2_low = chi2_x0p1, #parameters for determination of chi2-threshold
#params_chi2_up = chi2_x2, #parameters for determination of chi2-threshold
#markers = cms.VPSet(
#0=Histogram Units, 1=Bin Units (starting with 1,1)
#cms.PSet(kind=cms.int32(2),xmin=cms.double(1), xmax=cms.double(4), ymin=cms.double(1),ymax=cms.double(18)),
#cms.PSet(kind=cms.int32(2),xmin=cms.double(19),xmax=cms.double(22),ymin=cms.double(1),ymax=cms.double(18))
#)
#)
#),
cms.PSet(
testName = cms.string('dttf_01_tracks_occupancy_test_summary'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TDTTF/09-TEST/dttf_01_tracks_occupancy_test_summary'),
maskedAreas = cms.VPSet(
cms.PSet(kind=cms.int32(1),xmin=cms.double(3) ,xmax=cms.double(3) ,ymin=cms.double(1),ymax=cms.double(12)),
)
)
),
cms.PSet(
testName = cms.string('TauJetsOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TGCT/TauJetsOccEtaPhi'),
maskedAreas = cms.VPSet(
cms.PSet(kind=cms.int32(1),xmin=cms.double(1) ,xmax=cms.double(4) ,ymin=cms.double(1),ymax=cms.double(18)),
cms.PSet(kind=cms.int32(1),xmin=cms.double(19),xmax=cms.double(22),ymin=cms.double(1),ymax=cms.double(18))
)
)
),
cms.PSet(
testName = cms.string('AllJetsOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TGCT/AllJetsOccEtaPhi'),
maskedAreas = cms.VPSet()
)
),
cms.PSet(
testName = cms.string('RctRegionsOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TRCT/RctRegionsOccEtaPhi'),
maskedAreas = cms.VPSet()
)
),
cms.PSet(
testName = cms.string('RctEmIsoEmOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TRCT/RctEmIsoEmOccEtaPhi'),
maskedAreas = cms.VPSet(
cms.PSet(kind=cms.int32(1),xmin=cms.double(1), xmax=cms.double(4), ymin=cms.double(1),ymax=cms.double(18)),
cms.PSet(kind=cms.int32(1),xmin=cms.double(19),xmax=cms.double(22),ymin=cms.double(1),ymax=cms.double(18))
)
)
),
cms.PSet(
testName = cms.string('RctEmNonIsoEmOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TRCT/RctEmNonIsoEmOccEtaPhi'),
maskedAreas = cms.VPSet(
cms.PSet(kind=cms.int32(1),xmin=cms.double(1), xmax=cms.double(4), ymin=cms.double(1),ymax=cms.double(18)),
cms.PSet(kind=cms.int32(1),xmin=cms.double(19),xmax=cms.double(22),ymin=cms.double(1),ymax=cms.double(18))
)
)
),
cms.PSet(
testName = cms.string('NonIsoEmOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TGCT/NonIsoEmOccEtaPhi'),
maskedAreas = cms.VPSet(
cms.PSet(kind=cms.int32(1),xmin=cms.double(1), xmax=cms.double(4), ymin=cms.double(1),ymax=cms.double(18)),
cms.PSet(kind=cms.int32(1),xmin=cms.double(19),xmax=cms.double(22),ymin=cms.double(1),ymax=cms.double(18))
)
)
),
cms.PSet(
testName = cms.string('IsoEmOccEtaPhi'), #test name
algoParams = cms.PSet(
histPath = cms.string('L1T/L1TGCT/IsoEmOccEtaPhi'),
maskedAreas = cms.VPSet(
cms.PSet(kind=cms.int32(1),xmin=cms.double(1), xmax=cms.double(4), ymin=cms.double(1),ymax=cms.double(18)),
cms.PSet(kind=cms.int32(1),xmin=cms.double(19),xmax=cms.double(22),ymin=cms.double(1),ymax=cms.double(18))
)
)
)
#----------------------------------------------------
# Other tests that may be activated in the future
#----------------------------------------------------
#cms.PSet(
#testName = cms.string('GMT_etaphi'), #test name
#algoParams = cms.PSet(
#currDir = cms.string('L1T/L1TGMT/GMT_etaphi'), #dir of histogram to be inspected
#maskedAreas = cms.VPSet()
#)
#),
#cms.PSet(
#testName = cms.string('RPCTF_muons_eta_phi_bx0'), #test name
#algoParams = cms.PSet(
#currDir = cms.string('L1T/L1TRPCTF/RPCTF_muons_eta_phi_bx0'),
#rebinFactorX = cms.int32(1), # Rebin factor (X Axis) to apply over tested histogram
#rebinFactorY = cms.int32(12),# Rebin factor (Y Axis) to apply over tested histogram
#maskedAreas = cms.VPSet(
#1...units of histogram, 2...x-/y-internal coordinates (starting with 1,1) (rebinned!)
#cms.PSet(kind=cms.int32(1),xmin=cms.double(1), xmax=cms.double(4), ymin=cms.double(1),ymax=cms.double(12)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(30),xmax=cms.double(33),ymin=cms.double(1),ymax=cms.double(12))
#)
#)
#),
#cms.PSet(
#testName = cms.string('CSCTF_Chamber_Occupancies'), #test name
#algoParams = cms.PSet(
#currDir = cms.string('L1T/L1TCSCTF/CSCTF_Chamber_Occupancies'),
#axis = cms.int32(2), #which axis should be checked? 1=eta, 2=phi
#maskedAreas = cms.VPSet(
#1...units of histogram, 2...x-/y-internal coordinates (starting with 1,1)
#cms.PSet(kind=cms.int32(1),xmin=cms.double(4), xmax=cms.double(9), ymin=cms.double(1), ymax=cms.double(1)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(4), xmax=cms.double(9), ymin=cms.double(10),ymax=cms.double(10)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(22),xmax=cms.double(27),ymin=cms.double(1), ymax=cms.double(1)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(22),xmax=cms.double(27),ymin=cms.double(10),ymax=cms.double(10)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(40),xmax=cms.double(45),ymin=cms.double(1), ymax=cms.double(1)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(40),xmax=cms.double(45),ymin=cms.double(10),ymax=cms.double(10)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(49),xmax=cms.double(54),ymin=cms.double(1), ymax=cms.double(1)),
#cms.PSet(kind=cms.int32(1),xmin=cms.double(49),xmax=cms.double(54),ymin=cms.double(10),ymax=cms.double(10))
#)
#)
#),
#cms.PSet(
#testName = cms.string('dttf_03_tracks_occupancy_summary'), #test name
#algoParams = cms.PSet(
#currDir = cms.string('L1T/L1TDTTF/01-INCLUSIVE/dttf_03_tracks_occupancy_summary'),
#maskedAreas = cms.VPSet()
#)
#),
#cms.PSet(
#testName = cms.string('dttf_12_phi_vs_eta'), #test name
#algoParams = cms.PSet(
#currDir = cms.string('L1T/L1TDTTF/01-INCLUSIVE/dttf_12_phi_vs_eta'),
#maskedAreas = cms.VPSet()
#)
#)
)
)
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