| CMS_res_met_2022 |
MET_resolution |
uncertainty on Missing Transverse Energy resolution separated by year. |
| CMS_scale_met_unclustered_energy_2022 |
MET_scale |
total uncertainty on Missing Transverse Energy ffrom unclustered energy in the detector, separated by year. |
| CMS_scale_met_2022 |
MET_scale |
total uncertainty on Missing Transverse Energy separated by year. |
| CMS_btag_fixedWP_comb_bc_uncorrelated_2022 |
btag |
statistical uncertainty on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_colorreconnection |
btag |
uncertainty from the comparison of different color reconnection models on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_hdamp |
btag |
uncertainty from the variations of hdamp in POWHEG ttbar samples on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_jer |
btag |
uncertainty from jet energy resolution on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_jes |
btag |
uncertainty from jet energy scale on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_pdf |
btag |
uncertainty from the parton density functions choice on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_pileup |
btag |
uncertainty from the amounto of pileup interactions on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_topmass |
btag |
uncertainty from the comparison of samples with differenr values of the top quark mass on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_bfragmentation |
btag |
uncertainty from the comparison of different bfragmentation models on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_comb_bc_uncorrelated_2022EE |
btag |
statistical uncertainty on b-tagging scale factors for the combined calibration method. |
| CMS_btag_fixedWP_incl_light_uncorrelated_2022 |
btag |
statistical uncertainty on light flavor jets mistagging scale factors for the incl calibration method. |
| CMS_btag_fixedWP_comb_bc_type3 |
btag |
uncertainty that are specific of the different calibration methods that are combined, on b-tagging scale factors for the combined calibration method. |
| nnpdf31nnlo_52 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_51 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_50 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_49 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_48 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| CMS_SMP24001_VVtrigger_2022 |
custom |
Trigger efficiency uncertainty for WW and other diboson processes for different data taking eras. |
| nnpdf31nnlo_53 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_55 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_70 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_69 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_68 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_67 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_66 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_65 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_64 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_63 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_62 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_61 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_60 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_59 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_58 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_57 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_56 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_54 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_47 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_41 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_45 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_21 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_22 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_23 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_24 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_25 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_26 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_27 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_28 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_29 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_30 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_31 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_32 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_33 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_34 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_35 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_36 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_37 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_38 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_39 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_40 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_42 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_43 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_44 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_46 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_71 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_78 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_73 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| CMS_SMP24001_fakenorm_0jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_0jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_wznorm |
custom |
unconstrained multiplicative factor to the normalization of WZ process. |
| CMS_SMP24001_zznorm |
custom |
unconstrained multiplicative factor to the normalization of ZZ process. |
| CMS_SMP24001_dytautaunorm_1jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_fakenorm_1jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_1jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_2jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_fakenorm_2jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_2jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_3jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_fakenorm_3jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_3jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_0jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_fakenorm_0jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_0jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_1jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_fakenorm_1jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_1jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_2jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_fakenorm_2jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_topnorm_2jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_3jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| CMS_SMP24001_dytautaunorm_0jets_2022 |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| pileup_2022 |
custom |
uncertainty on the number of puleup interactions in the 2022 dataset. |
| nnpdf31nnlo_99 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_98 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_74 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_75 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_76 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_77 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_20 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_79 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_80 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_81 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_82 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_83 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_84 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_72 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_85 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_87 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_88 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_89 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_90 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_91 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_92 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_93 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_94 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_95 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_96 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_97 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_86 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_19 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_11 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_17 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_18 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| PS_DY_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_Higgs_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_TT_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_TVX_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_TW_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| CMS_bc_btag_02 |
custom |
unused |
| PS_VG_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_WZ_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_ZZ_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_ggWW0jets_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_ggWW1jets_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_ggWW2jets_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_qqWW0jets_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_VVV_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| CMS_bc_btag_01 |
custom |
unused |
| CMS_bc_btag_00 |
custom |
unused |
| CMS_SMP24001_wrongsign_e |
custom |
Uncertainty on the charge flip probability for electrons. |
| CMS_SMP24001_VVtrigger_2022EE |
custom |
Trigger efficiency uncertainty for WW and other diboson processes for different data taking eras. |
| CMS_SMP24001_WWtrigger_2022 |
custom |
Trigger efficiency uncertainty for WW and other diboson processes for different data taking eras. |
| CMS_SMP24001_WWtrigger_2022EE |
custom |
Trigger efficiency uncertainty for WW and other diboson processes for different data taking eras. |
| CMS_SMP24001_WZ_fake_e0 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins specifically for the WZ process. |
| CMS_SMP24001_WZ_fake_e1 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins specifically for the WZ process. |
| CMS_SMP24001_WZ_fake_e2 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins specifically for the WZ process. |
| CMS_SMP24001_WZ_fake_m0 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins specifically for the WZ process. |
| CMS_SMP24001_WZ_fake_m1 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins specifically for the WZ process. |
| CMS_SMP24001_WZ_fake_m2 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins specifically for the WZ process. |
| CMS_SMP24001_fake_e0 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins. |
| CMS_SMP24001_fake_e1 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins. |
| CMS_SMP24001_fake_e2 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins. |
| CMS_SMP24001_fake_m0 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins. |
| CMS_SMP24001_fake_m1 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins. |
| CMS_SMP24001_fake_m2 |
custom |
non prompt lepton (electron or muon) uncertainty in different jet multiplicity bins. |
| PS_qqWW1jets_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| PS_qqWW2jets_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| CMS_SMP24001_topnorm_3jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| QCDscale_DY_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| CMS_SMP24001_fakenorm_3jets_2022EE |
custom |
unconstrained multiplicative factor to the normalization of the specified process for the category with the specified reconstructed number of jets, in the specified data taking period. |
| nnpdf31nnlo_100 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_10 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_09 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_08 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_07 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_06 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_05 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_04 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_03 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_02 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_01 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_00 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| luminosity_2022 |
custom |
luminosity measurement uncertainty in the 2022 dataset. |
| PS_qqWW_ACCEPT |
custom |
parton shower uncertainty on acceptance for various processes. |
| nnpdf31nnlo_13 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_14 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| nnpdf31nnlo_12 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| QCDscale_qqWW_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_Higgs_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_TT_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_TVX_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_TW_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_VG_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_VVV_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| nnpdf31nnlo_15 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| QCDscale_ZZ_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_WZ_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_ggWW1jets_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_ggWW2jets_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_qqWW0jets_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_qqWW1jets_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| QCDscale_qqWW2jets_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| nnpdf31nnlo_16 |
custom |
PDF uncertainties from hessian NNLO NNPDF3.1 set. |
| QCDscale_ggWW0jets_ACCEPT |
custom |
QCD scale uncertainty on acceptance for various processes. |
| CMS_eff_e_id_2022 |
electron_efficiency |
electron identification efficiency uncertainty separated by year. |
| CMS_eff_e_reco_2022 |
electron_efficiency |
electron reconstruction efficiency uncertainty separated by year |
| CMS_scale_e |
electron_energy_scale |
generic energy scale uncertainty for electrons. |
| CMS_res_j |
jet_energy_resolution |
jet energy resolution uncertainty correlated accross all years. |
| CMS_scale_j_AbsoluteMPFBias |
jet_energy_scale |
jet energy scale uncertainty correlated across all years resulting from the difference between Missing-ET Projection Fraction (MPF) and Direct Balance (DB) methods. |
| CMS_scale_j_PileUpPtEC1 |
jet_energy_scale |
jet energy scale uncertainty from the pile-up offset dependence on jet pT, affecting pseudorapidity response, for jets with 1.3<|pseudorapidity|<2.5. |
| CMS_scale_j_AbsoluteStat_2022 |
jet_energy_scale |
jet energy scale uncertainty resulting from the limited statistics of the sample used to derive it. |
| CMS_scale_j_SinglePionHCAL |
jet_energy_scale |
jet energy scale uncertainty from the high pT extrapolation of the single particle response in HCAL. |
| CMS_scale_j_SinglePionECAL |
jet_energy_scale |
jet energy scale uncertainty from the high pT extrapolation of the single particle response in ECAL. |
| CMS_scale_j_RelativeStatHF_2022 |
jet_energy_scale |
jet energy scale statistical uncertainty in the determination of the pseudorapidity dependence for jets in HF. |
| CMS_scale_j_RelativeStatFSR_2022 |
jet_energy_scale |
jet energy scale statistical uncertainty in the determination of the pseudorapidity dependence, stemming from FSR effects. |
| CMS_scale_j_RelativeStatEC_2022 |
jet_energy_scale |
jet energy scale statistical uncertainty in the determination of the pseudorapidity dependence for jets in the endcaps. |
| CMS_scale_j_RelativeSample_2022 |
jet_energy_scale |
eta-dependent jet energy scale uncertainty from difference between relative residuals in dijet and Z+jet samples separated by year |
| CMS_scale_j_RelativePtHF |
jet_energy_scale |
jet energy scale uncertainty from the difference between fitting strategies in the Missing-ET Projection Fraction (MPF) method, for jets with |pseudorapidity|>3.0. |
| CMS_scale_j_RelativePtEC2_2022 |
jet_energy_scale |
jet energy scale uncertainty from the difference between fitting strategies in the Missing-ET Projection Fraction (MPF) method, for jets with 2.5<|pseudorapidity|<3.0. |
| CMS_scale_j_RelativePtEC1_2022 |
jet_energy_scale |
jet energy scale uncertainty from the difference between fitting strategies in the Missing-ET Projection Fraction (MPF) method, for jets with 1.3<|pseudorapidity|<2.5. |
| CMS_scale_j_RelativePtBB |
jet_energy_scale |
jet energy scale uncertainty from the difference between fitting strategies in the Missing-ET Projection Fraction (MPF) method, for jets with |pseudorapidity|<1.3. |
| CMS_scale_j_RelativeJERHF |
jet_energy_scale |
jet energy scale uncertainty from the pseudorapidity-dependence of jet pT resolution (JER) for for jets with |pseudorapidity|>3.0. |
| CMS_scale_j_AbsoluteScale |
jet_energy_scale |
absolute jet energy scale uncertainty correlated across all years. |
| CMS_scale_j_RelativeJEREC2_2022 |
jet_energy_scale |
jet energy scale uncertainty from the pseudorapidity-dependence of jet pT resolution (JER) for for jets with 2.5<|pseudorapidity|<3.0. |
| CMS_scale_j_RelativeFSR |
jet_energy_scale |
jet energy scale eta-dependence uncertainty due to correction for initial and final state radiation. |
| CMS_scale_j_RelativeBal |
jet_energy_scale |
jet energy scale uncertainty component for difference between MPF and pt-balance method estimates. |
| CMS_scale_j_PileUpPtRef |
jet_energy_scale |
jet energy scale uncertainty from the pile-up offset dependence on jet pT, affecting pT response. |
| CMS_scale_j_PileUpPtHF |
jet_energy_scale |
jet energy scale uncertainty from the pile-up offset dependence on jet pT, affecting pseudorapidity response, for jets with |pseudorapidity|>3.0. |
| CMS_scale_j_PileUpPtEC2 |
jet_energy_scale |
jet energy scale uncertainty from the pile-up offset dependence on jet pT, affecting pseudorapidity response, for jets with 2.5<|pseudorapidity|<3.0. |
| CMS_scale_j_PileUpPtBB |
jet_energy_scale |
jet energy scale uncertainty from the pile-up offset dependence on jet pT, affecting pseudorapidity response, for jets with |pseudorapidity|<1.3. |
| CMS_scale_j_PileUpDataMC |
jet_energy_scale |
jet energy scale uncertainty arising from the difference in data and MC of the pileup related energy offset. |
| CMS_scale_j_Fragmentation |
jet_energy_scale |
jet energy scale uncertainty arising from the difference in the fragmentation model between pythia and herwig. |
| CMS_scale_j_FlavorQCD |
jet_energy_scale |
jet energy scale flavor uncertainty estimate from uds/c/b/gluon differences between pythia and herwig. |
| CMS_scale_j_RelativeJEREC1_2022 |
jet_energy_scale |
jet energy scale uncertainty from the pseudorapidity-dependence of jet pT resolution (JER) for for jets with 1.3<|pseudorapidity|<2.5. |
| CMS_scale_j_TimePtEta_2022 |
jet_energy_scale |
jet energy scale uncertainty in pT and pseudoriapidity stemming from the dependency of the variation of the corrections across a data taking period. |
| CMS_eff_m_id_2022 |
muon_efficiency |
muon identification efficiency uncertainty separated by year. |
| CMS_eff_m_iso_2022 |
muon_efficiency |
overall muon efficiency uncertainty separated by year. |
| CMS_eff_m_reco_2022 |
muon_efficiency |
muon reconstruction efficiency uncertainty separated by year. |
| CMS_scale_m |
muon_energy_scale |
single energy scale uncertainty for muons for all data-taking periods |