Region('HNWR_SingleMuon_Boosted_LowWRCR', 'SingleMuon', UnblindData=True, Logy=-1, TLatexAlias='#splitline{#mu#mu}{Boosted low-mass CR}'),
]
m.PrintRegions()
#### Define Variables
m.VariablesToDraw = [
Variable('ZCand_Pt', 'p_{T}^{ll} (GeV)', 'GeV'),
Variable('ZCand_Mass', 'm_{ll} (GeV)', 'GeV'),
Variable('WRCand_Mass', 'm_{W_{R}} (GeV)', 'GeV'),
Variable('Lepton_0_Pt', 'p_{T} of the leading lepton', 'GeV'),
Variable('Lepton_0_Eta', '#eta of the leading lepton', ''),
Variable('Lepton_1_Pt', 'p_{T} of the subleading lepton', 'GeV'),
Variable('Lepton_1_Eta', '#eta of the subleading lepton', ''),
Variable('HNFatJet_Eta', '#eta of the AK8 jet', ''),
Variable('HNFatJet_Pt', 'p_{T} of the AK8 jet (GeV)', 'GeV'),
Variable('Jet_0_Pt', 'p_{T} of the leading jet', 'GeV'),
Variable('Jet_1_Pt', 'p_{T} of the subleading jet', 'GeV'),
Variable('DiJet_Pt', 'p_{T} of the dijet', 'GeV'),
Variable('DiJet_Mass', 'm(jj)', 'GeV'),
Variable('Jet_0_Eta', '#eta of the leading jet', 'GeV'),
Variable('Jet_1_Eta', '#eta of the subleading jet', 'GeV'),
Variable('dRj1j2', '#Delta R(j1,j2)', ''),
]
#m.VariablesToDraw = [
# Variable('WRCand_Mass', 'm_{W_{R}} (GeV)', 'GeV'),
#]
m.PrintVariables()
#### Draw
m.Draw()
