def buildNtuple3l(channel):
"Build a tree for storing important values"
strToProcess = "struct structSelect_t {"
strForBranch = ""
strToProcess += "Int_t passTight;"
strForBranch += "passTight/I:"
strToProcess += "Int_t passLoose;"
strForBranch += "passLoose/I:"
for ne in range(4):
for nm in range(4-ne):
strToProcess += "Int_t pass_%i%i;" %(ne,nm)
strForBranch += "pass_%i%i/I:" %(ne,nm)
strToProcess += "};"
strForBranch = strForBranch[:-1] # remove trailing :
rt.gROOT.ProcessLine(strToProcess)
rt.gROOT.ProcessLine(
"struct structEvent_t {\
Int_t evt;\
Int_t run;\
Int_t lumi;\
Int_t nvtx;\
Float_t lep_scale;\
Float_t lep_scale_up;\
Float_t lep_scale_down;\
Float_t trig_scale;\
Float_t pu_weight;\
};");
rt.gROOT.ProcessLine(
"struct structChannel_t {\
Char_t channel[5];\
};");
rt.gROOT.ProcessLine(
"struct struct3l_t {\
Float_t mass;\
Float_t sT;\
Float_t met;\
Float_t metPhi;\
Int_t jetVeto20;\
Int_t jetVeto30;\
Int_t jetVeto40;\
Int_t bjetVeto20;\
Int_t bjetVeto30;\
Int_t muonVeto5;\
Int_t muonVeto10Loose;\
Int_t muonVeto15;\
Int_t elecVeto10;\
};");
rt.gROOT.ProcessLine(
"struct structH_t {\
Float_t mass;\
Float_t sT;\
Float_t dPhi;\
Float_t Pt1;\
Float_t Eta1;\
Float_t Phi1;\
Float_t Pt2;\
Float_t Eta2;\
Float_t Phi2;\
Int_t Chg1;\
Int_t Chg2;\
};");
rt.gROOT.ProcessLine(
"struct structW_t {\
Float_t mass;\
Float_t sT;\
Float_t dPhi;\
Float_t Pt1;\
Float_t Eta1;\
Float_t Phi1;\
Float_t met;\
Int_t Chg1;\
};");
rt.gROOT.ProcessLine(
"struct structHChar_t {\
Char_t Flv[3];\
};");
rt.gROOT.ProcessLine(
"struct structLepton_t {\
Float_t Pt;\
Float_t Eta;\
Float_t Phi;\
Float_t Iso;\
Int_t Chg;\
};");
rt.gROOT.ProcessLine(
"struct structLepChar_t {\
Char_t Flv[2];\
};");
tree = rt.TTree(channel,'H++H- 3l')
structSelect = rt.structSelect_t()
structEvent = rt.structEvent_t()
structChannel = rt.structChannel_t()
struct3l = rt.struct3l_t()
structH1 = rt.structH_t()
structH2 = rt.structW_t()
structH1f = rt.structHChar_t()
structH2f = rt.structHChar_t()
structZ1 = rt.structH_t()
structZ1f = rt.structHChar_t()
structW1 = rt.structW_t()
structW1f = rt.structHChar_t()
structTTf = rt.structHChar_t()
structL1 = rt.structLepton_t()
structL2 = rt.structLepton_t()
structL3 = rt.structLepton_t()
structL1f = rt.structLepChar_t()
structL2f = rt.structLepChar_t()
structL3f = rt.structLepChar_t()
tree.Branch('select',structSelect,strForBranch)
tree.Branch('event',structEvent,'evt/I:run:lumi:nvtx:lep_scale/F:lep_scale_up:lep_scale_down:trig_scale:pu_weight')
tree.Branch('channel',rt.AddressOf(structChannel,'channel'),'channel/C')
tree.Branch('3l',struct3l,'mass/F:sT:met:metPhi:jetVeto20/I:jetVeto30:jetVeto40:bjetVeto20:bjetVeto30:muonVeto5:muonVeto10Loose:muonVeto15:elecVeto10')
tree.Branch('h1',structH1,'mass/F:sT:dPhi:Pt1:Eta1:Phi1:Pt2:Eta2:Phi2:Chg1/I:Chg2')
tree.Branch('h2',structH2,'mass/F:sT:dPhi:Pt1:Eta1:Phi1:met:Chg1/I')
tree.Branch('h1Flv',rt.AddressOf(structH1f,'Flv'),'Flv/C')
tree.Branch('h2Flv',rt.AddressOf(structH2f,'Flv'),'Flv/C')
tree.Branch('z1',structZ1,'mass/F:sT:dPhi:Pt1:Eta1:Phi1:Pt2:Eta2:Phi2:Chg1/I:Chg2')
tree.Branch('z1Flv',rt.AddressOf(structZ1f,'Flv'),'Flv/C')
tree.Branch('w1',structW1,'mass/F:sT:dPhi:Pt1:Eta1:Phi1:met:Chg1/I')
tree.Branch('w1Flv',rt.AddressOf(structW1f,'Flv'),'Flv/C')
tree.Branch('ttFlv',rt.AddressOf(structTTf,'Flv'),'Flv/C')
tree.Branch('l1',structL1,'Pt/F:Eta:Phi:Iso:Chg/I')
tree.Branch('l2',structL2,'Pt/F:Eta:Phi:Iso:Chg/I')
tree.Branch('l3',structL3,'Pt/F:Eta:Phi:Iso:Chg/I')
tree.Branch('l1Flv',rt.AddressOf(structL1f,'Flv'),'Flv/C')
tree.Branch('l2Flv',rt.AddressOf(structL2f,'Flv'),'Flv/C')
tree.Branch('l3Flv',rt.AddressOf(structL3f,'Flv'),'Flv/C')
return tree, structSelect, structEvent, structChannel, struct3l, structH1, structH2, structH1f, structH2f,\
structZ1, structZ1f, structW1, structW1f, structTTf, structL1, structL2, structL3, structL1f, structL2f, structL3f
