EcalCalibAlgos/python/EcalPhiSymRecHitProducers_cfi.py

0001 import FWCore.ParameterSet.Config as cms
0002
0003 # - thrEEmod is the value in ADC count that rappresent the "5 sigma noise" threshold
0004 # - A*ring + B is a ad-hoc parametrization of the equivalent noise level, in this way the thr is set in MeV
0005
0006 phisym_params = {
0007     "barrelHitCollection" : cms.InputTag('ecalRecHit', 'EcalRecHitsEB'),
0008     "endcapHitCollection" : cms.InputTag('ecalRecHit', 'EcalRecHitsEE'),
0009     "eThresholds_barrel" : cms.vdouble(
0010         1.00751, 1.01408, 1.01886, 1.02209, 1.02395, 1.02462, 1.02426, 1.02301, 1.02099, 1.01832,
0011         1.01508, 1.01139, 1.00731, 1.00292, 0.998285, 0.993462, 0.988504, 0.983455, 0.978355, 0.973239,
0012         0.968136, 0.963071, 0.958066, 0.953138, 0.948299, 0.943562, 0.938933, 0.934416, 0.930016, 0.925731,
0013         0.92156, 0.917501, 0.913549, 0.909699, 0.905944, 0.902278, 0.898694, 0.895184, 0.89174, 0.888355,
0014         0.885023, 0.881736, 0.878489, 0.875276, 0.872093, 0.868936, 0.865802, 0.862691, 0.859601, 0.856534,
0015         0.853489, 0.850472, 0.847485, 0.844534, 0.841625, 0.838765, 0.835961, 0.833224, 0.830561, 0.827984,
0016         0.825503, 0.823129, 0.820872, 0.818743, 0.816752, 0.814909, 0.813222, 0.811699, 0.810346, 0.809167,
0017         0.808164, 0.807336, 0.80668, 0.806189, 0.805852, 0.805656, 0.805582, 0.805606, 0.8057, 0.805828,
0018         0.805952, 0.806024, 0.80599, 0.805788, 0.805348, 0.805309, 0.80571, 0.805873, 0.805868, 0.805758,
0019         0.805595, 0.805427, 0.805295, 0.805232, 0.805267, 0.805424, 0.805722, 0.806174, 0.806791, 0.80758,
0020         0.808543, 0.809683, 0.810995, 0.812478, 0.814124, 0.815926, 0.817876, 0.819964, 0.822179, 0.824511,
0021         0.82695, 0.829484, 0.832104, 0.834798, 0.837558, 0.840375, 0.84324, 0.846146, 0.849088, 0.852061,
0022         0.85506, 0.858082, 0.861126, 0.864191, 0.867278, 0.870389, 0.873525, 0.876691, 0.879891, 0.88313,
0023         0.886414, 0.889751, 0.893146, 0.896607, 0.900142, 0.903758, 0.907462, 0.911262, 0.915162, 0.91917,
0024         0.923288, 0.92752, 0.931867, 0.936329, 0.940904, 0.945586, 0.950368, 0.95524, 0.960188, 0.965195,
0025         0.97024, 0.975298, 0.980339, 0.985329, 0.990229, 0.994993, 0.99957, 1.0039, 1.00792, 1.01156,
0026         1.01474, 1.01737, 1.01934, 1.02054, 1.02085, 1.02014, 1.01824, 1.01499, 1.01018, 1.00359
0027     ),
0028     "etCut_barrel" : cms.double(1), #this is actually summed to eThr in order to define the upper bound
0029     "etCut_endcap" : cms.double(1), #this is actually summed to eThr in order to define the upper bound
0030     "A" : cms.vdouble(10, 112.5), # B + A*ring 2016 thr are defined as two linear cut (one for iring<30 and one above)
0031     "B" : cms.vdouble(150, -2925),
0032     "thrEEmod" : cms.double(10.),
0033     "nMisCalib" : cms.int32(10), # <= 10; even; central value does not count
0034     "misCalibRangeEB" : cms.vdouble(0.95, 1.05),
0035     "misCalibRangeEE" : cms.vdouble(0.90, 1.10),
0036 }
0037
0038 EcalPhiSymRecHitProducerLumi = cms.EDProducer("EcalPhiSymRecHitProducerLumi")
0039 for par, value in phisym_params.items():
0040     setattr(EcalPhiSymRecHitProducerLumi, par, value)
0041
0042 EcalPhiSymRecHitProducerRun = cms.EDProducer("EcalPhiSymRecHitProducerRun")
0043 for par, value in phisym_params.items():
0044     setattr(EcalPhiSymRecHitProducerRun, par, value)