File indexing completed on 2023-03-17 11:10:49
0001 import FWCore.ParameterSet.Config as cms
0002 multPhiCorr_phys14 = cms.VPSet(
0003 cms.PSet(
0004 name=cms.string("h"),
0005 type=cms.int32(1),
0006 varType=cms.int32(0),
0007 etaMin=cms.double(-2.7),
0008 etaMax=cms.double(2.7),
0009 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0010 px=cms.vdouble(-0.00100488080903,-2.52390571355e-07),
0011 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0012 py=cms.vdouble(-0.00861386123702,4.62378996583e-07),
0013 ),
0014 cms.PSet(
0015 name=cms.string("h0Barrel"),
0016 type=cms.int32(5),
0017 varType=cms.int32(0),
0018 etaMin=cms.double(-1.392),
0019 etaMax=cms.double(1.392),
0020 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0021 px=cms.vdouble(-0.00934165318347,-0.000231264440872),
0022 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0023 py=cms.vdouble(-0.00571103266272,-6.23866320566e-05),
0024 ),
0025 cms.PSet(
0026 name=cms.string("h0EndcapPlus"),
0027 type=cms.int32(5),
0028 varType=cms.int32(0),
0029 etaMin=cms.double(1.392),
0030 etaMax=cms.double(3),
0031 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0032 px=cms.vdouble(0.0120553467578,0.000223494565384),
0033 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0034 py=cms.vdouble(0.0230337515784,0.000500746987632),
0035 ),
0036 cms.PSet(
0037 name=cms.string("h0EndcapMinus"),
0038 type=cms.int32(5),
0039 varType=cms.int32(0),
0040 etaMin=cms.double(-3.0),
0041 etaMax=cms.double(-1.392),
0042 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0043 px=cms.vdouble(0.0150317804201,9.95330180319e-05),
0044 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0045 py=cms.vdouble(0.0308198327343,-1.47375713164e-05),
0046 ),
0047 cms.PSet(
0048 name=cms.string("gammaBarrel"),
0049 type=cms.int32(4),
0050 varType=cms.int32(2),
0051 etaMin=cms.double(-1.479),
0052 etaMax=cms.double(1.479),
0053 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0054 px=cms.vdouble(-0.00183455254786,-4.36950442113e-06),
0055 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0056 py=cms.vdouble(-0.00111148670267,4.48001318056e-06),
0057 ),
0058 cms.PSet(
0059 name=cms.string("gammaEndcapPlus"),
0060 type=cms.int32(4),
0061 varType=cms.int32(2),
0062 etaMin=cms.double(1.479),
0063 etaMax=cms.double(3.0),
0064 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0065 px=cms.vdouble(-0.000567748005415,2.81999488957e-05),
0066 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0067 py=cms.vdouble(0.00415562062208,3.98784866726e-05),
0068 ),
0069 cms.PSet(
0070 name=cms.string("gammaEndcapMinus"),
0071 type=cms.int32(4),
0072 varType=cms.int32(2),
0073 etaMin=cms.double(-3.0),
0074 etaMax=cms.double(-1.479),
0075 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0076 px=cms.vdouble(0.000776596089228,1.63661712992e-05),
0077 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0078 py=cms.vdouble(-0.00446841488218,1.28857828225e-05),
0079 ),
0080 cms.PSet(
0081 name=cms.string("hHFPlus"),
0082 type=cms.int32(6),
0083 varType=cms.int32(0),
0084 etaMin=cms.double(2.901376),
0085 etaMax=cms.double(5.2),
0086 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0087 px=cms.vdouble(-0.000902843902424,-1.05368116476e-05),
0088 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0089 py=cms.vdouble(-0.000928116206712,-2.02159610368e-05),
0090 ),
0091 cms.PSet(
0092 name=cms.string("hHFMinus"),
0093 type=cms.int32(6),
0094 varType=cms.int32(0),
0095 etaMin=cms.double(-5.2),
0096 etaMax=cms.double(-2.901376),
0097 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0098 px=cms.vdouble(-0.000797275948578,-1.05466329044e-05),
0099 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0100 py=cms.vdouble(-0.000679522388353,-2.16586402923e-05),
0101 ),
0102 cms.PSet(
0103 name=cms.string("egammaHFPlus"),
0104 type=cms.int32(7),
0105 varType=cms.int32(0),
0106 etaMin=cms.double(2.901376),
0107 etaMax=cms.double(5.2),
0108 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0109 px=cms.vdouble(-0.00107966151869,1.12289163272e-05),
0110 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0111 py=cms.vdouble(-0.0022998808914,1.79406614595e-05),
0112 ),
0113 cms.PSet(
0114 name=cms.string("egammaHFMinus"),
0115 type=cms.int32(7),
0116 varType=cms.int32(0),
0117 etaMin=cms.double(-5.2),
0118 etaMax=cms.double(-2.901376),
0119 fx=cms.string("(x*[0])+(sq(x)*[1])"),
0120 px=cms.vdouble(-0.00135787955563,1.2190906775e-05),
0121 fy=cms.string("(x*[0])+(sq(x)*[1])"),
0122 py=cms.vdouble(-0.00224502303282,1.86304722922e-05),
0123 ),
0124 )
