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load_jetmet_tree.py
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import numpy as n
import ROOT
rhoall = n.zeros(1,dtype=float)
maxjet = 10000
#event information
nrun = n.zeros(1,dtype=int)
nlumi = n.zeros(1,dtype=int)
nevent = n.zeros(1,dtype=float)
npv = n.zeros(1,dtype=int)
rhoall = n.zeros(1,dtype=float)
rhocentral = n.zeros(1,dtype=float)
rhoneutral = n.zeros(1,dtype=float)
rhochargedpileup = n.zeros(1,dtype=float)
dphipfmet = n.zeros(1,dtype=float)
#jet information
njet = n.zeros(1,dtype=int)
jet_pt = n.zeros(maxjet,dtype=float)
jet_energy = n.zeros(maxjet,dtype=float)
jet_eta = n.zeros(maxjet,dtype=float)
jet_phi = n.zeros(maxjet,dtype=float)
genjet_pt = n.zeros(maxjet,dtype=float)
genjet_energy = n.zeros(maxjet,dtype=float)
genjet_eta = n.zeros(maxjet,dtype=float)
genjet_phi = n.zeros(maxjet,dtype=float)
rawjet_pt = n.zeros(maxjet,dtype=float)
rawjet_energy = n.zeros(maxjet,dtype=float)
rawjet_eta = n.zeros(maxjet,dtype=float)
rawjet_phi = n.zeros(maxjet,dtype=float)
jet_loose = n.zeros(maxjet,dtype=int)
jet_depth = n.zeros([maxjet,7],dtype=float) #hcal energy distributed in each layer
jet_depth_uncorrected = n.zeros([maxjet,7],dtype=float) #similar as above but used total energy rather than hcal energy
#puppi jet information
npjet = n.zeros(1,dtype=int)
pjet_pt = n.zeros(maxjet,dtype=float)
pjet_energy = n.zeros(maxjet,dtype=float)
pjet_eta = n.zeros(maxjet,dtype=float)
pjet_phi = n.zeros(maxjet,dtype=float)
genpjet_pt = n.zeros(maxjet,dtype=float)
genpjet_energy = n.zeros(maxjet,dtype=float)
genpjet_eta = n.zeros(maxjet,dtype=float)
genpjet_phi = n.zeros(maxjet,dtype=float)
rawpjet_pt = n.zeros(maxjet,dtype=float)
rawpjet_energy = n.zeros(maxjet,dtype=float)
rawpjet_eta = n.zeros(maxjet,dtype=float)
rawpjet_phi = n.zeros(maxjet,dtype=float)
pjet_loose = n.zeros(maxjet,dtype=int)
pjet_depth = n.zeros([maxjet,7],dtype=float) #hcal energy distributed in each layer
pjet_depth_uncorrected = n.zeros([maxjet,7],dtype=float) #similar as above but used total energy rather than hcal energy
#jet energy fraction
NHF = n.zeros(maxjet,dtype=float)
NEMF = n.zeros(maxjet,dtype=float)
CHF = n.zeros(maxjet,dtype=float)
MUF = n.zeros(maxjet,dtype=float)
CEMF = n.zeros(maxjet,dtype=float)
NumConst = n.zeros(maxjet,dtype=int)
NumNeutralParticle = n.zeros(maxjet,dtype=int)
CHM = n.zeros(maxjet,dtype=int)
#jet fraction information for each jet
charged = n.zeros(maxjet,dtype=float)
neutral = n.zeros(maxjet,dtype=float)
photon = n.zeros(maxjet,dtype=float)
muon = n.zeros(maxjet,dtype=float)
electron = n.zeros(maxjet,dtype=float)
hhf = n.zeros(maxjet,dtype=float)
ehf = n.zeros(maxjet,dtype=float)
other = n.zeros(maxjet,dtype=float)
charged_e = n.zeros(maxjet,dtype=float)
neutral_e = n.zeros(maxjet,dtype=float)
photon_e = n.zeros(maxjet,dtype=float)
muon_e = n.zeros(maxjet,dtype=float)
electron_e = n.zeros(maxjet,dtype=float)
hhf_e = n.zeros(maxjet,dtype=float)
ehf_e = n.zeros(maxjet,dtype=float)
other_e = n.zeros(maxjet,dtype=float)
charged_n = n.zeros(maxjet,dtype=int)
neutral_n = n.zeros(maxjet,dtype=int)
photon_n = n.zeros(maxjet,dtype=int)
muon_n = n.zeros(maxjet,dtype=int)
electron_n = n.zeros(maxjet,dtype=int)
hhf_n = n.zeros(maxjet,dtype=int)
ehf_n = n.zeros(maxjet,dtype=int)
other_n = n.zeros(maxjet,dtype=int)
#puppi jet fraction information for each jet
charged_pjet = n.zeros(maxjet,dtype=float)
neutral_pjet = n.zeros(maxjet,dtype=float)
photon_pjet = n.zeros(maxjet,dtype=float)
muon_pjet = n.zeros(maxjet,dtype=float)
electron_pjet = n.zeros(maxjet,dtype=float)
hhf_pjet = n.zeros(maxjet,dtype=float)
ehf_pjet = n.zeros(maxjet,dtype=float)
other_pjet = n.zeros(maxjet,dtype=float)
charged_e_pjet = n.zeros(maxjet,dtype=float)
neutral_e_pjet = n.zeros(maxjet,dtype=float)
photon_e_pjet = n.zeros(maxjet,dtype=float)
muon_e_pjet = n.zeros(maxjet,dtype=float)
electron_e_pjet = n.zeros(maxjet,dtype=float)
hhf_e_pjet = n.zeros(maxjet,dtype=float)
ehf_e_pjet = n.zeros(maxjet,dtype=float)
other_e_pjet = n.zeros(maxjet,dtype=float)
charged_n_pjet = n.zeros(maxjet,dtype=int)
neutral_n_pjet = n.zeros(maxjet,dtype=int)
photon_n_pjet = n.zeros(maxjet,dtype=int)
muon_n_pjet = n.zeros(maxjet,dtype=int)
electron_n_pjet = n.zeros(maxjet,dtype=int)
hhf_n_pjet = n.zeros(maxjet,dtype=int)
ehf_n_pjet = n.zeros(maxjet,dtype=int)
other_n_pjet = n.zeros(maxjet,dtype=int)
#met information
met = n.zeros(1,dtype=float)
mex = n.zeros(1,dtype=float)
mey = n.zeros(1,dtype=float)
met_phi= n.zeros(1,dtype=float)
genmet = n.zeros(1,dtype=float)
rawmet = n.zeros(1,dtype=float)
charged_met = n.zeros(1,dtype=float)
neutral_met = n.zeros(1,dtype=float)
photon_met = n.zeros(1,dtype=float)
muon_met = n.zeros(1,dtype=float)
electron_met = n.zeros(1,dtype=float)
hhf_met = n.zeros(1,dtype=float)
ehf_met = n.zeros(1,dtype=float)
other_met = n.zeros(1,dtype=float)
chsmet = n.zeros(1,dtype=float)
trkmet = n.zeros(1,dtype=float)
phomet = n.zeros(1,dtype=float)
neumet = n.zeros(1,dtype=float)
#pmet information
pmet = n.zeros(1,dtype=float)
pmex = n.zeros(1,dtype=float)
pmey = n.zeros(1,dtype=float)
pmet_phi= n.zeros(1,dtype=float)
genpmet = n.zeros(1,dtype=float)
rawpmet = n.zeros(1,dtype=float)
#Init branches
b_rhoall = ROOT.TBranch()
b_maxjet = ROOT.TBranch()
b_nrun = ROOT.TBranch()
b_nlumi = ROOT.TBranch()
b_nevent = ROOT.TBranch()
b_npv = ROOT.TBranch()
b_rhoall = ROOT.TBranch()
b_rhocentral = ROOT.TBranch()
b_rhoneutral = ROOT.TBranch()
b_rhochargedpileup = ROOT.TBranch()
b_dphipfmet = ROOT.TBranch()
b_njet = ROOT.TBranch()
b_jet_pt = ROOT.TBranch()
b_jet_energy = ROOT.TBranch()
b_jet_eta = ROOT.TBranch()
b_jet_phi = ROOT.TBranch()
b_genjet_pt = ROOT.TBranch()
b_genjet_energy = ROOT.TBranch()
b_genjet_eta = ROOT.TBranch()
b_genjet_phi = ROOT.TBranch()
b_rawjet_pt = ROOT.TBranch()
b_rawjet_energy = ROOT.TBranch()
b_rawjet_eta = ROOT.TBranch()
b_rawjet_phi = ROOT.TBranch()
b_jet_loose = ROOT.TBranch()
b_jet_depth = ROOT.TBranch()
b_jet_depth_uncorrected = ROOT.TBranch()
b_npjet = ROOT.TBranch()
b_pjet_pt = ROOT.TBranch()
b_pjet_energy = ROOT.TBranch()
b_pjet_eta = ROOT.TBranch()
b_pjet_phi = ROOT.TBranch()
b_genpjet_pt = ROOT.TBranch()
b_genpjet_energy = ROOT.TBranch()
b_genpjet_eta = ROOT.TBranch()
b_genpjet_phi = ROOT.TBranch()
b_rawpjet_pt = ROOT.TBranch()
b_rawpjet_energy = ROOT.TBranch()
b_rawpjet_eta = ROOT.TBranch()
b_rawpjet_phi = ROOT.TBranch()
b_pjet_loose = ROOT.TBranch()
b_pjet_depth = ROOT.TBranch()
b_pjet_depth_uncorrected = ROOT.TBranch()
b_NHF = ROOT.TBranch()
b_NEMF = ROOT.TBranch()
b_CHF = ROOT.TBranch()
b_MUF = ROOT.TBranch()
b_CEMF = ROOT.TBranch()
b_NumConst = ROOT.TBranch()
b_NumNeutralParticle = ROOT.TBranch()
b_CHM = ROOT.TBranch()
b_charged = ROOT.TBranch()
b_neutral = ROOT.TBranch()
b_photon = ROOT.TBranch()
b_muon = ROOT.TBranch()
b_electron = ROOT.TBranch()
b_hhf = ROOT.TBranch()
b_ehf = ROOT.TBranch()
b_other = ROOT.TBranch()
b_charged_e = ROOT.TBranch()
b_neutral_e = ROOT.TBranch()
b_photon_e = ROOT.TBranch()
b_muon_e = ROOT.TBranch()
b_electron_e = ROOT.TBranch()
b_hhf_e = ROOT.TBranch()
b_ehf_e = ROOT.TBranch()
b_other_e = ROOT.TBranch()
b_charged_n = ROOT.TBranch()
b_neutral_n = ROOT.TBranch()
b_photon_n = ROOT.TBranch()
b_muon_n = ROOT.TBranch()
b_electron_n = ROOT.TBranch()
b_hhf_n = ROOT.TBranch()
b_ehf_n = ROOT.TBranch()
b_other_n = ROOT.TBranch()
b_charged_pjet = ROOT.TBranch()
b_neutral_pjet = ROOT.TBranch()
b_photon_pjet = ROOT.TBranch()
b_muon_pjet = ROOT.TBranch()
b_electron_pjet = ROOT.TBranch()
b_hhf_pjet = ROOT.TBranch()
b_ehf_pjet = ROOT.TBranch()
b_other_pjet = ROOT.TBranch()
b_charged_e_pjet = ROOT.TBranch()
b_neutral_e_pjet = ROOT.TBranch()
b_photon_e_pjet = ROOT.TBranch()
b_muon_e_pjet = ROOT.TBranch()
b_electron_e_pjet = ROOT.TBranch()
b_hhf_e_pjet = ROOT.TBranch()
b_ehf_e_pjet = ROOT.TBranch()
b_other_e_pjet = ROOT.TBranch()
b_charged_n_pjet = ROOT.TBranch()
b_neutral_n_pjet = ROOT.TBranch()
b_photon_n_pjet = ROOT.TBranch()
b_muon_n_pjet = ROOT.TBranch()
b_electron_n_pjet = ROOT.TBranch()
b_hhf_n_pjet = ROOT.TBranch()
b_ehf_n_pjet = ROOT.TBranch()
b_other_n_pjet = ROOT.TBranch()
b_met = ROOT.TBranch()
b_mex = ROOT.TBranch()
b_mey = ROOT.TBranch()
b_met_phi = ROOT.TBranch()
b_genmet = ROOT.TBranch()
b_rawmet = ROOT.TBranch()
b_charged_met = ROOT.TBranch()
b_neutral_met = ROOT.TBranch()
b_photon_met = ROOT.TBranch()
b_muon_met = ROOT.TBranch()
b_electron_met = ROOT.TBranch()
b_hhf_met = ROOT.TBranch()
b_ehf_met = ROOT.TBranch()
b_other_met = ROOT.TBranch()
b_chsmet = ROOT.TBranch()
b_trkmet = ROOT.TBranch()
b_phomet = ROOT.TBranch()
b_neumet = ROOT.TBranch()
b_pmet = ROOT.TBranch()
b_pmex = ROOT.TBranch()
b_pmey = ROOT.TBranch()
b_pmet_phi = ROOT.TBranch()
b_genpmet = ROOT.TBranch()
b_rawpmet = ROOT.TBranch()
def declare_branches(t):
t.SetBranchAddress("run" , nrun , b_nrun )
t.SetBranchAddress("lumi" , nlumi , b_nlumi )
t.SetBranchAddress("event" , nevent , b_nevent )
t.SetBranchAddress("npv" , npv , b_npv )
t.SetBranchAddress("dphipfmet" , dphipfmet , b_dphipfmet )
t.SetBranchAddress("rhoall" , rhoall , b_rhoall )
t.SetBranchAddress("rhocentral" , rhocentral , b_rhocentral )
t.SetBranchAddress("rhoneutral" , rhoneutral , b_rhoneutral )
t.SetBranchAddress("rhochargedpileup" , rhochargedpileup , b_rhochargedpileup )
t.SetBranchAddress("njet" , njet , b_njet )
t.SetBranchAddress("npjet" , npjet , b_npjet )
t.SetBranchAddress("jet_pt" , jet_pt , b_jet_pt )
t.SetBranchAddress("jet_energy" , jet_energy , b_jet_energy )
t.SetBranchAddress("jet_eta" , jet_eta , b_jet_eta )
t.SetBranchAddress("jet_phi" , jet_phi , b_jet_phi )
t.SetBranchAddress("genjet_pt" , genjet_pt , b_genjet_pt )
t.SetBranchAddress("genjet_energy" , genjet_energy , b_genjet_energy )
t.SetBranchAddress("genjet_eta" , genjet_eta , b_genjet_eta )
t.SetBranchAddress("genjet_phi" , genjet_phi , b_genjet_phi )
t.SetBranchAddress("rawjet_pt" , rawjet_pt , b_rawjet_pt )
t.SetBranchAddress("rawjet_energy" , rawjet_energy , b_rawjet_energy )
t.SetBranchAddress("rawjet_eta" , rawjet_eta , b_rawjet_eta )
t.SetBranchAddress("rawjet_phi" , rawjet_phi , b_rawjet_phi )
t.SetBranchAddress("pjet_pt" , pjet_pt , b_pjet_pt )
t.SetBranchAddress("pjet_energy" , pjet_energy , b_pjet_energy )
t.SetBranchAddress("pjet_eta" , pjet_eta , b_pjet_eta )
t.SetBranchAddress("pjet_phi" , pjet_phi , b_pjet_phi )
t.SetBranchAddress("genpjet_pt" , genpjet_pt , b_genpjet_pt )
t.SetBranchAddress("genpjet_energy" , genpjet_energy , b_genpjet_energy )
t.SetBranchAddress("genpjet_eta" , genpjet_eta , b_genpjet_eta )
t.SetBranchAddress("genpjet_phi" , genpjet_phi , b_genpjet_phi )
t.SetBranchAddress("rawpjet_pt" , rawpjet_pt , b_rawpjet_pt )
t.SetBranchAddress("rawpjet_energy" , rawpjet_energy , b_rawpjet_energy )
t.SetBranchAddress("rawpjet_eta" , rawpjet_eta , b_rawpjet_eta )
t.SetBranchAddress("rawpjet_phi" , rawpjet_phi , b_rawpjet_phi )
t.SetBranchAddress("NHF" , NHF , b_NHF )
t.SetBranchAddress("NEMF" , NEMF , b_NEMF )
t.SetBranchAddress("CHF" , CHF , b_CHF )
t.SetBranchAddress("MUF" , MUF , b_MUF )
t.SetBranchAddress("CEMF" , CEMF , b_CEMF )
t.SetBranchAddress("NumConst" , NumConst , b_NumConst )
t.SetBranchAddress("NumNeutralParticle" , NumNeutralParticle , b_NumNeutralParticle )
t.SetBranchAddress("CHM" , CHM , b_CHM )
t.SetBranchAddress("jet_loose" , jet_loose , b_jet_loose )
t.SetBranchAddress("pjet_loose" , pjet_loose , b_pjet_loose )
t.SetBranchAddress("jet_depth" , jet_depth , b_jet_depth )
t.SetBranchAddress("jet_depth_uncorrected" , jet_depth_uncorrected , b_jet_depth_uncorrected )
t.SetBranchAddress("pjet_depth" , pjet_depth , b_pjet_depth )
t.SetBranchAddress("pjet_depth_uncorrected" , pjet_depth_uncorrected , b_pjet_depth_uncorrected )
t.SetBranchAddress("charged" , charged , b_charged )
t.SetBranchAddress("neutral" , neutral , b_neutral )
t.SetBranchAddress("photon" , photon , b_photon )
t.SetBranchAddress("muon" , muon , b_muon )
t.SetBranchAddress("electron" , electron , b_electron )
t.SetBranchAddress("hhf" , hhf , b_hhf )
t.SetBranchAddress("ehf" , ehf , b_ehf )
t.SetBranchAddress("other" , other , b_other )
t.SetBranchAddress("charged_e" , charged_e , b_charged_e )
t.SetBranchAddress("neutral_e" , neutral_e , b_neutral_e )
t.SetBranchAddress("photon_e" , photon_e , b_photon_e )
t.SetBranchAddress("muon_e" , muon_e , b_muon_e )
t.SetBranchAddress("electron_e" , electron_e , b_electron_e )
t.SetBranchAddress("hhf_e" , hhf_e , b_hhf_e )
t.SetBranchAddress("ehf_e" , ehf_e , b_ehf_e )
t.SetBranchAddress("other_e" , other_e , b_other_e )
t.SetBranchAddress("charged_n" , charged_n , b_charged_n )
t.SetBranchAddress("neutral_n" , neutral_n , b_neutral_n )
t.SetBranchAddress("photon_n" , photon_n , b_photon_n )
t.SetBranchAddress("muon_n" , muon_n , b_muon_n )
t.SetBranchAddress("electron_n" , electron_n , b_electron_n )
t.SetBranchAddress("hhf_n" , hhf_n , b_hhf_n )
t.SetBranchAddress("ehf_n" , ehf_n , b_ehf_n )
t.SetBranchAddress("other_n" , other_n , b_other_n )
t.SetBranchAddress("charged_pjet" , charged_pjet , b_charged_pjet )
t.SetBranchAddress("neutral_pjet" , neutral_pjet , b_neutral_pjet )
t.SetBranchAddress("photon_pjet" , photon_pjet , b_photon_pjet )
t.SetBranchAddress("muon_pjet" , muon_pjet , b_muon_pjet )
t.SetBranchAddress("electron_pjet" , electron_pjet , b_electron_pjet )
t.SetBranchAddress("hhf_pjet" , hhf_pjet , b_hhf_pjet )
t.SetBranchAddress("ehf_pjet" , ehf_pjet , b_ehf_pjet )
t.SetBranchAddress("other_pjet" , other_pjet , b_other_pjet )
t.SetBranchAddress("charged_e_pjet" , charged_e_pjet , b_charged_e_pjet )
t.SetBranchAddress("neutral_e_pjet" , neutral_e_pjet , b_neutral_e_pjet )
t.SetBranchAddress("photon_e_pjet" , photon_e_pjet , b_photon_e_pjet )
t.SetBranchAddress("muon_e_pjet" , muon_e_pjet , b_muon_e_pjet )
t.SetBranchAddress("electron_e_pjet" , electron_e_pjet , b_electron_e_pjet )
t.SetBranchAddress("hhf_e_pjet" , hhf_e_pjet , b_hhf_e_pjet )
t.SetBranchAddress("ehf_e_pjet" , ehf_e_pjet , b_ehf_e_pjet )
t.SetBranchAddress("other_e_pjet" , other_e_pjet , b_other_e_pjet )
t.SetBranchAddress("charged_n_pjet" , charged_n_pjet , b_charged_n_pjet )
t.SetBranchAddress("neutral_n_pjet" , neutral_n_pjet , b_neutral_n_pjet )
t.SetBranchAddress("photon_n_pjet" , photon_n_pjet , b_photon_n_pjet )
t.SetBranchAddress("muon_n_pjet" , muon_n_pjet , b_muon_n_pjet )
t.SetBranchAddress("electron_n_pjet" , electron_n_pjet , b_electron_n_pjet )
t.SetBranchAddress("hhf_n_pjet" , hhf_n_pjet , b_hhf_n_pjet )
t.SetBranchAddress("ehf_n_pjet" , ehf_n_pjet , b_ehf_n_pjet )
t.SetBranchAddress("other_n_pjet" , other_n_pjet , b_other_n_pjet )
t.SetBranchAddress("met" , met , b_met )
t.SetBranchAddress("mex" , mex , b_mex )
t.SetBranchAddress("mey" , mey , b_mey )
t.SetBranchAddress("met_phi" , met_phi , b_met_phi )
t.SetBranchAddress("genmet" , genmet , b_genmet )
t.SetBranchAddress("rawmet" , rawmet , b_rawmet )
t.SetBranchAddress("charged_met" , charged_met , b_charged_met )
t.SetBranchAddress("neutral_met" , neutral_met , b_neutral_met )
t.SetBranchAddress("photon_met" , photon_met , b_photon_met )
t.SetBranchAddress("muon_met" , muon_met , b_muon_met )
t.SetBranchAddress("electron_met" , electron_met , b_electron_met )
t.SetBranchAddress("hhf_met" , hhf_met , b_hhf_met )
t.SetBranchAddress("ehf_met" , ehf_met , b_ehf_met )
t.SetBranchAddress("other_met" , other_met , b_other_met )
t.SetBranchAddress("pmet" , pmet , b_pmet )
t.SetBranchAddress("pmex" , pmex , b_pmex )
t.SetBranchAddress("pmey" , pmey , b_pmey )
t.SetBranchAddress("pmet_phi" , pmet_phi , b_pmet_phi )
t.SetBranchAddress("genpmet" , genpmet , b_genpmet )
t.SetBranchAddress("rawpmet" , rawpmet , b_rawpmet )
print "All branches configured"