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Jes_data.py
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Jes_data.py
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#!/usr/bin/env python
import os
import ROOT
import sys, string, commands
import user
import PyCintex; PyCintex.Cintex.Enable()
CWD = os.getcwd()
from ROOT import gSystem
os.chdir(CWD)
from ROOT import *
from array import array
from ROOT import TVector2
from optparse import OptionParser
parser = OptionParser()
parser.add_option("-e", "--input_esd", help="input esd", action="store", type="string", dest="input_esd", default=False)
parser.add_option("-a", "--input_aod", help="input aod", action="store", type="string", dest="input_aod", default=False)
parser.add_option("-d", "--input_dpd", help="input dpd", action="store", type="string", dest="input_dpd", default=False)
parser.add_option("-v", "--verbose_mode", help="turn on verbose mode", action="store_true", dest="verbose", default=False)
parser.add_option("-n", "--number_of_events", action="store", type="int", help="only run over a certain number of events", dest="n_events", default=False)
(options, args) = parser.parse_args()
##tile trip reader
ROOT.gSystem.Load( "libTTileTripReader.so" )
m_treader= ROOT.Root.TTileTripReader("myTripReader");
m_treader.setTripFile("CompleteTripList_2011-2012.root")
#initialize JEUncertainty package
ROOT.gSystem.Load( "JetUncertainties/StandAlone/libJetUncertainties.so" )
Jetuncertaintytool = ROOT.MultijetJESUncertaintyProvider("JES_2012/Moriond2013/MultijetJES_2012.config","JES_2012/Moriond2013/InsituJES2012_AllNuisanceParameters.config","AntiKt6TopoLC","MC12a", "JetUncertainties/share/");
def Calculate_DeltaPhi(phi_1,phi_2):
dphi = TVector2.Phi_mpi_pi(phi_1-phi_2)
return fabs(dphi)
if not options.input_dpd:
print "No list of files to slim given. Use -I to give a file or -i a list containing the list of D4PDS, this analysis will not work."
d3pds = []
else :
print "using list of D3PDs given on the command line"
d3pds=options.input_dpd.split(",")
eventTree = ROOT.TChain("qcd")
for inputFile in d3pds:
print "add %s" % inputFile
eventTree.Add(inputFile)
#...........booking histograms..................................................#
#...........booking histograms..................................................#
bins = [90, 120, 160, 200, 250, 310, 390, 490, 620, 800, 1040, 1400, 2000]
run_num = [147910,147911,147912,147913,147914,147915,147916,147917]
#L = [ 166934/(7.2850E+10 *9.8554E-01), 1453589/(7.2850E+10 *1.2898E-04), 5998941/(2.6359E+07 *3.9939E-03), 5997211/(5.4419E+05 *1.2187E-03), 5987254/( 6.4453E+03 *7.0821E-04) , 2996082/( 3.9739E+01 *2.1521E-03), 2993651/( 4.1609E-01 *4.6843E-03), 2991955/( 4.0636E-02 *1.4600E-02) ]
ptnbr = ['p70','p120','p200','p280']
delr = ['dr1','dr2','dr3','dr4']
histname =[]
histname.append('Denom_up')
histname.append('Denom_down')
for x in ptnbr:
for y in delr:
nam = x+'_'+y+'_up'
namd = x+'_'+y+'_down'
histname.append(nam)
histname.append(namd)
print histname
folder_name=[]
folder_hist =[]
for inum in range(1,58):
name = 'comp_'+str(inum)
name1 = 'comp_'+str(inum)+'_hist'
folder_name.append(name)
folder_hist.append(name1)
print folder_name
print folder_hist
#......................................................................................
# booking histograms
for xx in range(len(folder_name)):
folder_hist[xx]=[]
for yy in range(len(histname)):
temp = folder_name[xx]+"_"+histname[yy]
folder_hist[xx].append(temp)
folder_hist[xx][yy] = ROOT.TH1F(folder_hist[xx][yy]," ",12,array('d',bins))
folder_hist[xx][yy].Sumw2()
histtest = ROOT.TH1F("histtest","cutflow",15000,200799.5,215799.5)
#......................................................................................
#...........booking histograms done...............................................#
n_entries = eventTree.GetEntries()
print "Total entries: ",n_entries
if options.n_events:
n_entries = int(options.n_events)
print "dpd : running on %i of these"%n_entries
#......event loop begins..........................................................#
for i in range(n_entries):
eventTree.GetEntry(i)
if i >0 and i%1000==0:
print '%s: evt num:'%i
run = eventTree.RunNumber
histtest.Fill(run,1)
if not m_treader.checkEvent(eventTree.RunNumber,eventTree.lbn,eventTree.EventNumber):
continue
J55_passed = False
J80_passed = False
J110_passed = False
J145_passed = False
J180_passed = False
J220_passed = False
J280_passed = False
J360_passed = False
for trigger in eventTree.triggers:
#print '%s: is passed'%trigger
if trigger == "EF_j55_a4tchad":
J55_passed = True
if trigger == "EF_j80_a4tchad":
J80_passed = True
if trigger == "EF_j110_a4tchad":
J110_passed = True
if trigger == "EF_j145_a4tchad":
J145_passed = True
if trigger == "EF_j180_a4tchad":
J180_passed = True
if trigger == "EF_j220_a4tchad":
J220_passed = True
if trigger == "EF_j280_a4tchad":
J280_passed = True
if trigger == "EF_j360_a4tchad":
J360_passed = True
njet=len(eventTree.jet_pt)
#......reference jet loop begins......#
#print 'num of jets: %s'%njet
for all in range(len(folder_name)):
for j in range(njet):
jety = eventTree.jet_y[j]
jeteta = eventTree.jet_eta[j]
rel=0
#print "jet pt before: %s"%(eventTree.jet_pt[j]/1000)
if (all <= 50) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelUncertComponent(all,eventTree.jet_pt[j], eventTree.jet_eta[j])
if (all == 51) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelFlavorCompUncert(eventTree.jet_pt[j], eventTree.jet_eta[j], True)
if (all == 52) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelFlavorResponseUncert(eventTree.jet_pt[j], eventTree.jet_eta[j])
if (all == 53) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelNPVOffsetTerm(eventTree.jet_pt[j],eventTree.jet_eta[j],eventTree.n_pvtx)
if (all == 54) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelMuOffsetTerm(eventTree.jet_pt[j],eventTree.jet_eta[j],eventTree.mu)
if (all == 55) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelPileupPtTerm(eventTree.jet_pt[j],eventTree.jet_eta[j],eventTree.n_pvtx,eventTree.mu);
if (all == 56) and eventTree.jet_pt[j] >70000: rel = Jetuncertaintytool.getRelPileupRhoTopology(eventTree.jet_pt[j],eventTree.jet_eta[j]);
jetpt=(eventTree.jet_pt[j])
jetpt=jetpt*(1+rel)/1000
#print "jet pt after: %s"%(jetpt)
jetphi=eventTree.jet_phi[j]
good=0
good=eventTree.jet_Badness[j]
if ROOT.fabs(jety) <=1 and good<3 and ((J55_passed and (90 <= jetpt) and (jetpt <=120)) or (J80_passed and (120 <= jetpt) and (jetpt <=160)) or(J110_passed and (160 <= jetpt) and (jetpt <=200)) or (J145_passed and(200<= jetpt) and (jetpt <=250)) or (J180_passed and(250<= jetpt) and (jetpt <=310)) or (J220_passed and(310<= jetpt) and (jetpt <=390)) or (J280_passed and(390<= jetpt) and (jetpt <=490)) or (J360_passed and (jetpt >=490))):
folder_hist[all][0].Fill(jetpt,1)
for k in range(njet):
if j!=k and eventTree.jet_Badness[k]<3:
jetphi1=eventTree.jet_phi[k]
dphi= Calculate_DeltaPhi(jetphi,jetphi1)
#print "the dphi val: %+5.2f ; phi1- %+5.2f; phi2- %+5.2f"%(dphi,jetphi,jetphi1)
yj=eventTree.jet_y[k]
dy=ROOT.fabs(jety-yj)
dr=ROOT.sqrt(dy*dy+dphi*dphi)
#print "jet pt bfore: %s"%(eventTree.jet_pt[k]/1000.)
relnbr=0
if (all <= 50) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelUncertComponent(all,eventTree.jet_pt[k], eventTree.jet_eta[k])
if (all == 51) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelFlavorCompUncert(eventTree.jet_pt[k], eventTree.jet_eta[k], True)
if (all == 52) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelFlavorResponseUncert(eventTree.jet_pt[k], eventTree.jet_eta[k])
if (all == 53) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelNPVOffsetTerm(eventTree.jet_pt[k],eventTree.jet_eta[k],eventTree.n_pvtx)
if (all == 54) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelMuOffsetTerm(eventTree.jet_pt[k],eventTree.jet_eta[k],eventTree.mu)
if (all == 55) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelPileupPtTerm(eventTree.jet_pt[k],eventTree.jet_eta[k],eventTree.n_pvtx,eventTree.mu);
if (all == 56) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelPileupRhoTopology(eventTree.jet_pt[k],eventTree.jet_eta[k]);
ptj=(eventTree.jet_pt[k])
ptj=ptj*(1+relnbr)/1000
#print "jet pt after: %s"%(ptj)
#print 'the delta r is %s'%dr
if ptj >=70:
if dr >=1 and dr <=1.4:
folder_hist[all][2].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][4].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][6].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][8].Fill(jetpt,1)
if ptj >=120:
if dr >=1 and dr <=1.4:
folder_hist[all][10].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][12].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][14].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][16].Fill(jetpt,1)
if ptj >=200:
if dr >=1 and dr <=1.4:
folder_hist[all][18].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][20].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][22].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][24].Fill(jetpt,1)
if ptj >=280:
if dr >=1 and dr <=1.4:
folder_hist[all][26].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][28].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][30].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][32].Fill(jetpt,1)
for j in range(njet):
jety = eventTree.jet_y[j]
jeteta = eventTree.jet_eta[j]
rel=0
if (all <= 50) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelUncertComponent(all,eventTree.jet_pt[j], eventTree.jet_eta[j])
if (all == 51) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelFlavorCompUncert(eventTree.jet_pt[j], eventTree.jet_eta[j], True)
if (all == 52) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelFlavorResponseUncert(eventTree.jet_pt[j], eventTree.jet_eta[j])
if (all == 53) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelNPVOffsetTerm(eventTree.jet_pt[j],eventTree.jet_eta[j],eventTree.n_pvtx)
if (all == 54) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelMuOffsetTerm(eventTree.jet_pt[j],eventTree.jet_eta[j],eventTree.mu)
if (all == 55) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelPileupPtTerm(eventTree.jet_pt[j],eventTree.jet_eta[j],eventTree.n_pvtx,eventTree.mu);
if (all == 56) and eventTree.jet_pt[j] >70000 : rel = Jetuncertaintytool.getRelPileupRhoTopology(eventTree.jet_pt[j],eventTree.jet_eta[j]);
jetpt=(eventTree.jet_pt[j])*(1-rel)
jetpt=jetpt/1000
jetphi=eventTree.jet_phi[j]
good=0
good=eventTree.jet_Badness[j]
if ROOT.fabs(jety) <=1 and good<3 and ((J55_passed and (90 <= jetpt) and (jetpt <=120)) or (J80_passed and (120 <= jetpt) and (jetpt <=160)) or(J110_passed and (160 <= jetpt) and (jetpt <=200)) or (J145_passed and(200<= jetpt) and (jetpt <=250)) or (J180_passed and(250<= jetpt) and (jetpt <=310)) or (J220_passed and(310<= jetpt) and (jetpt <=390)) or (J280_passed and(390<= jetpt) and (jetpt <=490)) or (J360_passed and (jetpt >=490))):
folder_hist[all][1].Fill(jetpt,1)
for k in range(njet):
if j!=k and eventTree.jet_Badness[k]<3:
jetphi1=eventTree.jet_phi[k]
dphi= Calculate_DeltaPhi(jetphi,jetphi1)
#print "the dphi val: %+5.2f ; phi1- %+5.2f; phi2- %+5.2f"%(dphi,jetphi,jetphi1)
yj=eventTree.jet_y[k]
dy=ROOT.fabs(jety-yj)
dr=ROOT.sqrt(dy*dy+dphi*dphi)
relnbr=0
if (all <= 50) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelUncertComponent(all,eventTree.jet_pt[k], eventTree.jet_eta[k])
if (all == 51) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelFlavorCompUncert(eventTree.jet_pt[k], eventTree.jet_eta[k], True)
if (all == 52) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelFlavorResponseUncert(eventTree.jet_pt[k], eventTree.jet_eta[k])
if (all == 53) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelNPVOffsetTerm(eventTree.jet_pt[k],eventTree.jet_eta[k],eventTree.n_pvtx)
if (all == 54) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelMuOffsetTerm(eventTree.jet_pt[k],eventTree.jet_eta[k],eventTree.mu)
if (all == 55) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelPileupPtTerm(eventTree.jet_pt[k],eventTree.jet_eta[k],eventTree.n_pvtx,eventTree.mu);
if (all == 56) and eventTree.jet_pt[k] >70000 : relnbr = Jetuncertaintytool.getRelPileupRhoTopology(eventTree.jet_pt[k],eventTree.jet_eta[k]);
ptj=(eventTree.jet_pt[k])*(1-relnbr)
ptj=ptj/1000
#print 'the delta r is %s'%dr
if ptj >=70:
if dr >=1 and dr <=1.4:
folder_hist[all][3].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][5].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][7].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][9].Fill(jetpt,1)
if ptj >=120:
if dr >=1 and dr <=1.4:
folder_hist[all][11].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][13].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][15].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][17].Fill(jetpt,1)
if ptj >=200:
if dr >=1 and dr <=1.4:
folder_hist[all][19].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][21].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][23].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][25].Fill(jetpt,1)
if ptj >=280:
if dr >=1 and dr <=1.4:
folder_hist[all][27].Fill(jetpt,1)
if dr >=1.4 and dr <=1.8:
folder_hist[all][29].Fill(jetpt,1)
if dr >=1.8 and dr <=2.2:
folder_hist[all][31].Fill(jetpt,1)
if dr >=2.2 and dr <=2.6:
folder_hist[all][33].Fill(jetpt,1)
#.......Writing histograms to root file.............................................#
f = TFile("out.root", "RECREATE")
histtest.Write()
for xx in range(len(folder_name)):
f.mkdir(folder_name[xx])
f.cd(folder_name[xx])
for yy in range(len(histname)):
folder_hist[xx][yy].Write()
f.cd()
f.Write()
f.Close()
print 'done'
#...............................DEAD END............................................#