Type1MET/python/multPhiCorr_Puppi_Run2_ULDATA_cfi.py

0001 import FWCore.ParameterSet.Config as cms
0002
0003 # ULDATA 2018A  corrections
0004 multPhiCorr_Puppi_ULDATA2018A = cms.VPSet(
0005     cms.PSet(
0006       name=cms.string("ULDATA2018A"),
0007       type=cms.int32(0),
0008       varType=cms.int32(3),
0009       etaMin=cms.double(-9.9),
0010       etaMax=cms.double(9.9),
0011       fx=cms.string("((x*[0])+[1])"),
0012       px=cms.vdouble(-0.0073377,0.0250294),
0013       fy=cms.string("((x*[0])+[1])"),
0014       py=cms.vdouble(-0.000406059,0.0417346),
0015     ),
0016 )
0017
0018 # ULDATA 2018B  corrections
0019 multPhiCorr_Puppi_ULDATA2018B = cms.VPSet(
0020     cms.PSet(
0021       name=cms.string("ULDATA2018B"),
0022       type=cms.int32(0),
0023       varType=cms.int32(3),
0024       etaMin=cms.double(-9.9),
0025       etaMax=cms.double(9.9),
0026       fx=cms.string("((x*[0])+[1])"),
0027       px=cms.vdouble(0.00434261,0.00892927),
0028       fy=cms.string("((x*[0])+[1])"),
0029       py=cms.vdouble(0.00234695,0.20381),
0030     ),
0031 )
0032
0033 # ULDATA 2018C  corrections
0034 multPhiCorr_Puppi_ULDATA2018C = cms.VPSet(
0035     cms.PSet(
0036       name=cms.string("ULDATA2018C"),
0037       type=cms.int32(0),
0038       varType=cms.int32(3),
0039       etaMin=cms.double(-9.9),
0040       etaMax=cms.double(9.9),
0041       fx=cms.string("((x*[0])+[1])"),
0042       px=cms.vdouble(0.00198311,0.37026),
0043       fy=cms.string("((x*[0])+[1])"),
0044       py=cms.vdouble(-0.016127,0.402029),
0045     ),
0046 )
0047
0048 # ULDATA 2018D  corrections
0049 multPhiCorr_Puppi_ULDATA2018D = cms.VPSet(
0050     cms.PSet(
0051       name=cms.string("ULDATA2018D"),
0052       type=cms.int32(0),
0053       varType=cms.int32(3),
0054       etaMin=cms.double(-9.9),
0055       etaMax=cms.double(9.9),
0056       fx=cms.string("((x*[0])+[1])"),
0057       px=cms.vdouble(0.00220647,0.378141),
0058       fy=cms.string("((x*[0])+[1])"),
0059       py=cms.vdouble(-0.0160244,0.471053),
0060     ),
0061 )
0062
0063 # ULDATA 2017B  corrections
0064 multPhiCorr_Puppi_ULDATA2017B = cms.VPSet(
0065     cms.PSet(
0066       name=cms.string("ULDATA2017B"),
0067       type=cms.int32(0),
0068       varType=cms.int32(3),
0069       etaMin=cms.double(-9.9),
0070       etaMax=cms.double(9.9),
0071       fx=cms.string("((x*[0])+[1])"),
0072       px=cms.vdouble(-0.00382117,-0.666228),
0073       fy=cms.string("((x*[0])+[1])"),
0074       py=cms.vdouble(0.0109034,0.172188),
0075     ),
0076 )
0077
0078 # ULDATA 2017C  corrections
0079 multPhiCorr_Puppi_ULDATA2017C = cms.VPSet(
0080     cms.PSet(
0081       name=cms.string("ULDATA2017C"),
0082       type=cms.int32(0),
0083       varType=cms.int32(3),
0084       etaMin=cms.double(-9.9),
0085       etaMax=cms.double(9.9),
0086       fx=cms.string("((x*[0])+[1])"),
0087       px=cms.vdouble(-0.00110699,-0.747643),
0088       fy=cms.string("((x*[0])+[1])"),
0089       py=cms.vdouble(-0.0012184,0.303817),
0090     ),
0091 )
0092
0093 # ULDATA 2017D  corrections
0094 multPhiCorr_Puppi_ULDATA2017D = cms.VPSet(
0095     cms.PSet(
0096       name=cms.string("ULDATA2017D"),
0097       type=cms.int32(0),
0098       varType=cms.int32(3),
0099       etaMin=cms.double(-9.9),
0100       etaMax=cms.double(9.9),
0101       fx=cms.string("((x*[0])+[1])"),
0102       px=cms.vdouble(-0.00141442,-0.721382),
0103       fy=cms.string("((x*[0])+[1])"),
0104       py=cms.vdouble(-0.0011873,0.21646),
0105     ),
0106 )
0107
0108 # ULDATA 2017E  corrections
0109 multPhiCorr_Puppi_ULDATA2017E = cms.VPSet(
0110     cms.PSet(
0111       name=cms.string("ULDATA2017E"),
0112       type=cms.int32(0),
0113       varType=cms.int32(3),
0114       etaMin=cms.double(-9.9),
0115       etaMax=cms.double(9.9),
0116       fx=cms.string("((x*[0])+[1])"),
0117       px=cms.vdouble(0.00593859,-0.851999),
0118       fy=cms.string("((x*[0])+[1])"),
0119       py=cms.vdouble(-0.00754254,0.245956),
0120     ),
0121 )
0122
0123 # ULDATA 2017F  corrections
0124 multPhiCorr_Puppi_ULDATA2017F = cms.VPSet(
0125     cms.PSet(
0126       name=cms.string("ULDATA2017F"),
0127       type=cms.int32(0),
0128       varType=cms.int32(3),
0129       etaMin=cms.double(-9.9),
0130       etaMax=cms.double(9.9),
0131       fx=cms.string("((x*[0])+[1])"),
0132       px=cms.vdouble(0.00765682,-0.945001),
0133       fy=cms.string("((x*[0])+[1])"),
0134       py=cms.vdouble(-0.0154974,0.804176),
0135     ),
0136 )
0137
0138 # ULDATA 2016preVFPB  corrections
0139 multPhiCorr_Puppi_ULDATA2016preVFPB = cms.VPSet(
0140     cms.PSet(
0141       name=cms.string("ULDATA2016preVFPB"),
0142       type=cms.int32(0),
0143       varType=cms.int32(3),
0144       etaMin=cms.double(-9.9),
0145       etaMax=cms.double(9.9),
0146       fx=cms.string("((x*[0])+[1])"),
0147       px=cms.vdouble(-0.00109025,-0.338093),
0148       fy=cms.string("((x*[0])+[1])"),
0149       py=cms.vdouble(-0.00356058,0.128407),
0150     ),
0151 )
0152
0153 # ULDATA 2016preVFPC  corrections
0154 multPhiCorr_Puppi_ULDATA2016preVFPC = cms.VPSet(
0155     cms.PSet(
0156       name=cms.string("ULDATA2016preVFPC"),
0157       type=cms.int32(0),
0158       varType=cms.int32(3),
0159       etaMin=cms.double(-9.9),
0160       etaMax=cms.double(9.9),
0161       fx=cms.string("((x*[0])+[1])"),
0162       px=cms.vdouble(-0.00271913,-0.342268),
0163       fy=cms.string("((x*[0])+[1])"),
0164       py=cms.vdouble(0.00187386,0.104),
0165     ),
0166 )
0167
0168 # ULDATA 2016preVFPD  corrections
0169 multPhiCorr_Puppi_ULDATA2016preVFPD = cms.VPSet(
0170     cms.PSet(
0171       name=cms.string("ULDATA2016preVFPD"),
0172       type=cms.int32(0),
0173       varType=cms.int32(3),
0174       etaMin=cms.double(-9.9),
0175       etaMax=cms.double(9.9),
0176       fx=cms.string("((x*[0])+[1])"),
0177       px=cms.vdouble(-0.00254194,-0.305264),
0178       fy=cms.string("((x*[0])+[1])"),
0179       py=cms.vdouble(-0.00177408,0.164639),
0180     ),
0181 )
0182
0183 # ULDATA 2016preVFPE  corrections
0184 multPhiCorr_Puppi_ULDATA2016preVFPE = cms.VPSet(
0185     cms.PSet(
0186       name=cms.string("ULDATA2016preVFPE"),
0187       type=cms.int32(0),
0188       varType=cms.int32(3),
0189       etaMin=cms.double(-9.9),
0190       etaMax=cms.double(9.9),
0191       fx=cms.string("((x*[0])+[1])"),
0192       px=cms.vdouble(-0.00358835,-0.225435),
0193       fy=cms.string("((x*[0])+[1])"),
0194       py=cms.vdouble(-0.000444268,0.180479),
0195     ),
0196 )
0197
0198 # ULDATA 2016preVFPF  corrections
0199 multPhiCorr_Puppi_ULDATA2016preVFPF = cms.VPSet(
0200     cms.PSet(
0201       name=cms.string("ULDATA2016preVFPF"),
0202       type=cms.int32(0),
0203       varType=cms.int32(3),
0204       etaMin=cms.double(-9.9),
0205       etaMax=cms.double(9.9),
0206       fx=cms.string("((x*[0])+[1])"),
0207       px=cms.vdouble(0.0056759,-0.454101),
0208       fy=cms.string("((x*[0])+[1])"),
0209       py=cms.vdouble(-0.00962707,0.35731),
0210     ),
0211 )
0212
0213 # ULDATA 2016ostVFPF  corrections
0214 multPhiCorr_Puppi_ULDATA2016postVFPF = cms.VPSet(
0215     cms.PSet(
0216       name=cms.string("ULDATA2016postVFPF"),
0217       type=cms.int32(0),
0218       varType=cms.int32(3),
0219       etaMin=cms.double(-9.9),
0220       etaMax=cms.double(9.9),
0221       fx=cms.string("((x*[0])+[1])"),
0222       px=cms.vdouble(0.0234421,-0.371298),
0223       fy=cms.string("((x*[0])+[1])"),
0224       py=cms.vdouble(-0.00997438,0.0809178),
0225     ),
0226 )
0227
0228 # ULDATA 2016ostVFPG  corrections
0229 multPhiCorr_Puppi_ULDATA2016postVFPG = cms.VPSet(
0230     cms.PSet(
0231       name=cms.string("ULDATA2016postVFPG"),
0232       type=cms.int32(0),
0233       varType=cms.int32(3),
0234       etaMin=cms.double(-9.9),
0235       etaMax=cms.double(9.9),
0236       fx=cms.string("((x*[0])+[1])"),
0237       px=cms.vdouble(0.0182134,-0.335786),
0238       fy=cms.string("((x*[0])+[1])"),
0239       py=cms.vdouble(-0.0063338,0.093349),
0240     ),
0241 )
0242
0243 # ULDATA 2016ostVFPH  corrections
0244 multPhiCorr_Puppi_ULDATA2016postVFPH = cms.VPSet(
0245     cms.PSet(
0246       name=cms.string("ULDATA2016postVFPH"),
0247       type=cms.int32(0),
0248       varType=cms.int32(3),
0249       etaMin=cms.double(-9.9),
0250       etaMax=cms.double(9.9),
0251       fx=cms.string("((x*[0])+[1])"),
0252       px=cms.vdouble(0.015702,-0.340832),
0253       fy=cms.string("((x*[0])+[1])"),
0254       py=cms.vdouble(-0.00544957,0.199093),
0255     ),
0256 )