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#include <HltSusyExoPostProcessor.h>
Public Member Functions | |
| void | analyze (const edm::Event &event, const edm::EventSetup &eventSetup) |
| MonitorElement * | bookEffMEProfileFromTH1 (TH1F *, std::string) |
| void | endRun (edm::Run const &, edm::EventSetup const &) |
| HltSusyExoPostProcessor (const edm::ParameterSet &pset) | |
| ~HltSusyExoPostProcessor () | |
Public Attributes | |
| DQMStore * | dqm |
Private Attributes | |
| std::vector< std::string > | mc_dirs |
| std::vector< edm::ParameterSet > | mc_parametersets |
| bool | mcFlag |
| std::vector< std::string > | reco_dirs |
| std::vector< edm::ParameterSet > | reco_parametersets |
| std::string | subDir_ |
Definition at line 11 of file HltSusyExoPostProcessor.h.
| HltSusyExoPostProcessor::HltSusyExoPostProcessor | ( | const edm::ParameterSet & | pset | ) |
Definition at line 21 of file HltSusyExoPostProcessor.cc.
References i, mc_dirs, mc_parametersets, reco_dirs, and reco_parametersets.
: subDir_(pset.getUntrackedParameter<std::string>("subDir", std::string("HLT/SusyExo"))), mcFlag(pset.getUntrackedParameter<bool>("mc_flag",true)), reco_parametersets(pset.getParameter<VParameterSet>("reco_parametersets")), mc_parametersets(pset.getParameter<VParameterSet>("mc_parametersets")) { for(unsigned int i=0; i<reco_parametersets.size(); ++i) reco_dirs.push_back(reco_parametersets[i].getParameter<string>("name")); for(unsigned int i=0; i<mc_parametersets.size(); ++i) mc_dirs.push_back(mc_parametersets[i].getParameter<string>("name")); }
| HltSusyExoPostProcessor::~HltSusyExoPostProcessor | ( | ) | [inline] |
Definition at line 14 of file HltSusyExoPostProcessor.h.
{};
| void HltSusyExoPostProcessor::analyze | ( | const edm::Event & | event, |
| const edm::EventSetup & | eventSetup | ||
| ) | [inline, virtual] |
| MonitorElement * HltSusyExoPostProcessor::bookEffMEProfileFromTH1 | ( | TH1F * | histo, |
| std::string | name | ||
| ) |
Definition at line 599 of file HltSusyExoPostProcessor.cc.
References DQMStore::bookProfile(), dqm, i, and MonitorElement::setBinLabel().
Referenced by endRun().
{
MonitorElement* myEffME;
if(name == "Eff") {
// myEffME = dqm->bookProfile("Eff_"+((std::string) histo->GetName()), new TProfile(name.c_str(), histo->GetTitle(), histo->GetXaxis()->GetNbins(), histo->GetXaxis()->GetXmin(), histo->GetXaxis()->GetXmax(),"s"));
myEffME = dqm->bookProfile((std::string) ("Eff_"+((std::string) histo->GetName())), ((std::string) histo->GetTitle()), histo->GetXaxis()->GetNbins(), histo->GetXaxis()->GetXmin(), histo->GetXaxis()->GetXmax(), 100, 0, 1, "");
}
else {
myEffME = dqm->bookProfile(name, new TProfile(name.c_str(), histo->GetTitle(), histo->GetXaxis()->GetNbins(), histo->GetXaxis()->GetXmin(), histo->GetXaxis()->GetXmax()));
}
for(int i=0; i<histo->GetXaxis()->GetNbins(); i++) {
myEffME->setBinLabel(i+1, histo->GetXaxis()->GetBinLabel(i+1),1);
}
return myEffME;
}
| void HltSusyExoPostProcessor::endRun | ( | edm::Run const & | run, |
| edm::EventSetup const & | es | ||
| ) | [virtual] |
Reimplemented from edm::EDAnalyzer.
Definition at line 34 of file HltSusyExoPostProcessor.cc.
References DQMStore::book1D(), bookEffMEProfileFromTH1(), DQMStore::bookProfile(), DQMStore::cd(), DQMStore::dirExists(), dqm, error, DQMStore::get(), MonitorElement::getBinContent(), MonitorElement::getNbinsX(), MonitorElement::getTH1F(), MonitorElement::getTProfile(), i, j, LogDebug, mc_dirs, mcFlag, cmsCodeRules::cppFunctionSkipper::operator, DQMStore::pwd(), reco_dirs, MonitorElement::setBinContent(), MonitorElement::setBinEntries(), MonitorElement::setBinError(), MonitorElement::setBinLabel(), DQMStore::setCurrentFolder(), MonitorElement::setTitle(), mathSSE::sqrt(), subDir_, and relativeConstraints::value.
{
LogDebug("HltSusyExoPostProcessor") << "Start endRun";
// setup DQM store //
dqm = 0;
dqm = edm::Service<DQMStore>().operator->();
if ( ! dqm ) {
edm::LogInfo("HltSusyExoPostProcessor") << "Cannot create DQMStore instance\n";
return;
}
LogDebug("HltSusyExoPostProcessor") << "DQMStore opened";
//go to the directory to be processed
if(dqm->dirExists(subDir_)) dqm->cd(subDir_);
else {
edm::LogWarning("HltSusyExoPostProcessor") << "cannot find directory: " << subDir_ << " , skipping";
return;
}
LogDebug("HltSusyExoPostProcessor") << "DQMStore cd";
// --- set the names in the dbe folders ---
std::string triggerBitsDir = "/TriggerBits";
std::string recoSelBitsDir = "/RecoSelection";
std::string mcSelBitsDir = "/McSelection";
std::string byEventDir = "/By_Event";
std::string byMuonDir = "/By_Muon";
//get the number of bins of the MonitorElements (valid for all the MonitorElements, independently of selection on the final state)
//we take the number of bins from the MonitorElements of the source, and we subtract one because the last bin was reserved for the Total number of events
int nL1bins = (dqm->get(dqm->pwd() + triggerBitsDir + "/L1Bits")->getNbinsX());
int nHltbins = (dqm->get(dqm->pwd() + triggerBitsDir + "/HltBits")->getNbinsX());
std::vector<int> L1placement; for(int i=0; i<nL1bins-1*mcFlag; ++i) L1placement.push_back(6);
std::vector<int> Hltplacement; for(int i=0; i<nHltbins-1*mcFlag; ++i) Hltplacement.push_back(7);
int L1bins[7]; for(unsigned int i=0; i<sizeof(L1bins)/sizeof(L1bins[0]); ++i) L1bins[i]=0;
int Hltbins[8]; for(unsigned int i=0; i<sizeof(Hltbins)/sizeof(Hltbins[0]); ++i) Hltbins[i]=0;
string L1search[8] = {"Mu","EG","Jet","ET","TauJet","X",""};
string L1search3 = "HTT", L1search6 = "Bias";
string Hltsearch[8] = {"Mu","Ele","Jet","Photon","MET","Tau","X",""};
string Hltsearch4 = "HT", Hltsearch5 = "BTag", Hltsearch6_1 = "EG", Hltsearch6_2 = "ET", Hltsearch7_1 = "Bias", Hltsearch7_2 = "AlCa";
LogDebug("HltSusyExoPostProcessor") << "number of L1 bins = " << nL1bins << " number of HLT bins = " << nHltbins;
double value = 0;
double error = 0;
//Calculate the efficiencies for histos without any selection
dqm->setCurrentFolder(subDir_ + triggerBitsDir);
//book the MonitorElements for the efficiencies
// MonitorElement* hL1EffBeforeCuts = dqm->book1D("L1Eff", dqm->get(subDir_ + triggerBitsDir + "/L1Paths")->getTH1F());
// hL1EffBeforeCuts->setTitle("L1 Efficiencies");
// MonitorElement* hHltEffBeforeCuts = dqm->book1D("HltEff",dqm->get(subDir_ + triggerBitsDir + "/HltPaths")->getTH1F());
// hHltEffBeforeCuts->setTitle("HLT Efficiencies");
TH1F* hL1Paths = dqm->get(subDir_ + triggerBitsDir + "/L1Paths")->getTH1F();
MonitorElement* hL1EffBeforeCuts = bookEffMEProfileFromTH1(hL1Paths, "Eff");
TH1F* hHltPaths = dqm->get(subDir_ + triggerBitsDir + "/HltPaths")->getTH1F();
MonitorElement* hHltEffBeforeCuts = bookEffMEProfileFromTH1(hHltPaths, "Eff");
LogDebug("HltSusyExoPostProcessor") << "MonitorElements booked";
//get the total number of events
float nTotalBeforeCuts = -1;
int reference_bin = -1;
if(mcFlag)
{
nTotalBeforeCuts = dqm->get(subDir_ + triggerBitsDir + "/L1Bits")->getBinContent(nL1bins);
reference_bin = nL1bins;
}
else
{
for(int i=0; i<nHltbins; ++i)
{
string triggername = ((TProfile*)hHltEffBeforeCuts->getTProfile())->GetXaxis()->GetBinLabel(i+1);
string eff_search = "HLT_ZeroBias";
if(triggername.find(eff_search)!=string::npos && triggername.size()==eff_search.size())
{
nTotalBeforeCuts = ((TProfile*)hHltEffBeforeCuts->getTProfile())->GetBinContent(i+1);
reference_bin = i+1;
break;
}
}
if(nTotalBeforeCuts == -1)
{
nTotalBeforeCuts = dqm->get(subDir_ + triggerBitsDir + "/L1Bits")->getBinContent(nL1bins);
reference_bin = nHltbins;
}
}
LogDebug("HltSusyExoPostProcessor") << "Total number of events = " << nTotalBeforeCuts;
//fill the eff histo
for(int i=0; i<nL1bins; i++) {
value = (double) dqm->get(subDir_ + triggerBitsDir + "/L1Paths")->getBinContent(i+1) / (double) nTotalBeforeCuts;
error = sqrt(value*(1-value)/(double)nTotalBeforeCuts);
hL1EffBeforeCuts->setBinContent(i+1,value);
hL1EffBeforeCuts->setBinEntries(i+1,1);
hL1EffBeforeCuts->setBinError(i+1,error);
if(i!=nL1bins)
{
string triggername = ((TProfile*)hL1EffBeforeCuts->getTProfile())->GetXaxis()->GetBinLabel(i+1);
if( triggername.find(L1search6)==string::npos )
{
for(unsigned int j=0; j<sizeof(L1search)/sizeof(L1search[0])-2; ++j)
{
if( triggername.find(L1search[j])!=string::npos || (j==3 && triggername.find(L1search3)!=string::npos) )
{
if(L1placement[i]==6)
L1placement[i]=j;
else if(L1placement[i]==2 && j==4)
L1placement[i]=4;
else
L1placement[i]=5;
}
else if(triggername.size()==0 || triggername.find("Total")!=string::npos)
L1placement[i]=-1;
}
}
}
}
for(unsigned int i=0; i<L1placement.size(); ++i)
if(L1placement[i]!=-1)
++L1bins[L1placement[i]];
for(int i=0; i<nHltbins; i++) {
value = (double)dqm->get(subDir_ + triggerBitsDir + "/HltPaths")->getBinContent(i+1) / (double)nTotalBeforeCuts;
error = sqrt(value*(1-value)/(double)nTotalBeforeCuts);
hHltEffBeforeCuts->setBinContent(i+1,value);
hHltEffBeforeCuts->setBinEntries(i+1,1);
hHltEffBeforeCuts->setBinError(i+1,error);
if(i!=nHltbins)
{
string triggername = ((TProfile*)hHltEffBeforeCuts->getTProfile())->GetXaxis()->GetBinLabel(i+1);
if( triggername.find(Hltsearch7_1)==string::npos && triggername.find(Hltsearch7_2)==string::npos )
{
for(unsigned int j=0; j<sizeof(Hltsearch)/sizeof(Hltsearch[0])-2; ++j)
{
if( triggername.find(Hltsearch[j])!=string::npos || (j==4 && triggername.find(Hltsearch4)!=string::npos) || (j==5 && triggername.find(Hltsearch5)!=string::npos) )
{
if(Hltplacement[i]==7)
Hltplacement[i]=j;
else if( triggername.find(Hltsearch5)!=string::npos )
Hltplacement[i]=5;
else
Hltplacement[i]=6;
}
else if(triggername.size()==0 || triggername.find("Total")!=string::npos)
Hltplacement[i]=-1;
}
if(Hltplacement[i]>=0 && Hltplacement[i]<=5 && (triggername.find(Hltsearch6_1)!=string::npos || (triggername.find(Hltsearch6_2)!=string::npos && Hltplacement[i]!=4) ))
Hltplacement[i]=6;
}
}
}
for(unsigned int i=0; i<Hltplacement.size(); ++i)
if(Hltplacement[i]!=-1)
++Hltbins[Hltplacement[i]];
LogDebug("HltSusyExoPostProcessor") << "MonitorElements filled";
//Create the sorted histograms
dqm->setCurrentFolder(subDir_ + triggerBitsDir);
MonitorElement* hL1EffSorted[7] = {dqm->bookProfile("L1_Mu", new TProfile("L1_Mu","Efficiencies of L1 Muon Triggers",L1bins[0],0,L1bins[0])),
dqm->bookProfile("L1_EG", new TProfile("L1_EG","Efficiencies of L1 EG Triggers",L1bins[1],0,L1bins[1])),
dqm->bookProfile("L1_Jet", new TProfile("L1_Jet","Efficiencies of L1 Jet Triggers",L1bins[2],0,L1bins[2])),
dqm->bookProfile("L1_ETM_ETT_HTT", new TProfile("L1_ETM_ETT_HTT","Efficiencies of L1 ETM, ETT, and HTT Triggers",L1bins[3],0,L1bins[3])),
dqm->bookProfile("L1_TauJet", new TProfile("L1_TauJet","Efficiencies of L1 TauJet Triggers",L1bins[4],0,L1bins[4])),
dqm->bookProfile("L1_XTrigger", new TProfile("L1_XTrigger","Efficiencies of L1 Cross Triggers",L1bins[5],0,L1bins[5])),
dqm->bookProfile("L1_Overflow", new TProfile("L1_Overflow","Efficiencies of L1 Unsorted Triggers",L1bins[6],0,L1bins[6])) };
MonitorElement* hHltEffSorted[8] = {dqm->bookProfile("Hlt_Mu", new TProfile("Hlt_Mu","Efficiencies of HL Muon Triggers",Hltbins[0],0,Hltbins[0])),
dqm->bookProfile("Hlt_Ele", new TProfile("Hlt_Ele","Efficiencies of HL Electron Triggers",Hltbins[1],0,Hltbins[1])),
dqm->bookProfile("Hlt_Jet", new TProfile("Hlt_Jet","Efficiencies of HL Jet Triggers",Hltbins[2],0,Hltbins[2],"s")),
dqm->bookProfile("Hlt_Photon", new TProfile("Hlt_Photon","Efficiencies of HL Photon Triggers",Hltbins[3],0,Hltbins[3])),
dqm->bookProfile("Hlt_MET_HT", new TProfile("Hlt_MET_HT","Efficiencies of HL MET and HT Triggers",Hltbins[4],0,Hltbins[4])),
dqm->bookProfile("Hlt_Tau_BTag", new TProfile("Hlt_Tau_Btag","Efficiencies of HL Tau and BTag Triggers",Hltbins[5],0,Hltbins[5])),
dqm->bookProfile("Hlt_XTrigger", new TProfile("Hlt_XTrigger","Efficiencies of HL Cross Triggers",Hltbins[6],0,Hltbins[6])),
dqm->bookProfile("Hlt_Overflow", new TProfile("Hlt_Overflow","Efficiencies of HL Unsorted Triggers",Hltbins[7],0,Hltbins[7])) };
int L1bincounter[8]; for(unsigned int i=0; i<sizeof(L1bincounter)/sizeof(L1bincounter[0]); ++i) L1bincounter[i]=0;
int Hltbincounter[8]; for(unsigned int i=0; i<sizeof(Hltbincounter)/sizeof(Hltbincounter[0]); ++i) Hltbincounter[i]=0;
TProfile* hL1_ = (TProfile*)hL1EffBeforeCuts->getTProfile();
TProfile* hHlt_ = (TProfile*)hHltEffBeforeCuts->getTProfile();
// for(int i = 0; i<hHlt_->GetXaxis()->GetNbins(); i++) cout << "hHLT_->GetBinError(" << i << ") = " << hHlt_->GetBinError(i+1) << endl;
for(unsigned int i=0; i<L1placement.size(); ++i)
{
if(L1placement[i]!=-1)
{
hL1EffSorted[L1placement[i]]->setBinLabel(L1bincounter[L1placement[i]]+1, hL1_->GetXaxis()->GetBinLabel(i+1));
hL1EffSorted[L1placement[i]]->setBinContent(L1bincounter[L1placement[i]]+1, hL1_->GetBinContent(i+1));
hL1EffSorted[L1placement[i]]->setBinEntries(L1bincounter[L1placement[i]]+1, 1);
hL1EffSorted[L1placement[i]]->setBinError(L1bincounter[L1placement[i]]+1, hL1_->GetBinError(i+1));
++L1bincounter[L1placement[i]];
}
}
for(unsigned int i=0; i<Hltplacement.size(); ++i)
{
if(Hltplacement[i]!=-1)
{
hHltEffSorted[Hltplacement[i]]->setBinLabel(Hltbincounter[Hltplacement[i]]+1, hHlt_->GetXaxis()->GetBinLabel(i+1));
hHltEffSorted[Hltplacement[i]]->setBinContent(Hltbincounter[Hltplacement[i]]+1, hHlt_->GetBinContent(i+1));
hHltEffSorted[Hltplacement[i]]->setBinEntries(Hltbincounter[Hltplacement[i]]+1, 1);
hHltEffSorted[Hltplacement[i]]->setBinError(Hltbincounter[Hltplacement[i]]+1, hHlt_->GetBinError(i+1));
++Hltbincounter[Hltplacement[i]];
}
}
for(unsigned int i=0; i<mc_dirs.size(); ++i)
{
//Calculate the efficiencies for histos after MC selection
dqm->setCurrentFolder(subDir_ + mcSelBitsDir + "/" + mc_dirs[i]);
//book the MonitorElements for the efficiencies
char set_name_L1[256], set_name_Hlt[256];
sprintf(set_name_L1, "L1Eff_%s", mc_dirs[i].c_str());
sprintf(set_name_Hlt, "HltEff_%s", mc_dirs[i].c_str());
// MonitorElement* hL1EffAfterMcCuts = dqm->book1D(set_name_L1, dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/L1Paths_" + mc_dirs[i])->getTH1F());
MonitorElement* hL1EffAfterMcCuts = bookEffMEProfileFromTH1(dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/L1Paths_" + mc_dirs[i])->getTH1F(), (std::string) set_name_L1);
hL1EffAfterMcCuts->setTitle("L1 Efficiencies for " + mc_dirs[i] + " selection");
// MonitorElement* hHltEffAfterMcCuts = dqm->book1D(set_name_Hlt, dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/HltPaths_" + mc_dirs[i])->getTH1F());
MonitorElement* hHltEffAfterMcCuts = bookEffMEProfileFromTH1(dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/HltPaths_" + mc_dirs[i])->getTH1F(), (std::string) set_name_Hlt);
hHltEffAfterMcCuts->setTitle("HLT Efficiencies for " + mc_dirs[i] + " selection");
LogDebug("HltSusyExoPostProcessor") << "MonitorElements for " << mc_dirs[i] << " selection booked";
//get the total number of events
float nTotalAfterMcCuts;
if(mcFlag)
nTotalAfterMcCuts = dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/L1Bits_" + mc_dirs[i])->getBinContent(nL1bins);
else
nTotalAfterMcCuts = dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/HltBits_" + mc_dirs[i])->getBinContent(reference_bin);
LogDebug("HltSusyExoPostProcessor") << "Total number of events = " << nTotalAfterMcCuts;
MonitorElement* hL1EffSorted_mc[7];
MonitorElement* hHltEffSorted_mc[8];
char buffer1[256], buffer2[256];
string L1_nametags[7] = {"Mu","EG","Jet","ETM_ETT_HTT","TauJet","XTrigger","Overflow"};
string L1_titletags[7] = {"Muon","EG","Jet","ETM, ETT, and HTT","TauJet","Cross","Unsorted"};
string Hlt_nametags[8] = {"Mu","Ele","Jet","Photon","MET_HT","Tau_BTag","XTrigger","Overflow"};
string Hlt_titletags[8] = {"Muon","Electron","Jet","Photon","MET and HT","Tau and BTag","Cross","Unsorted"};
for(unsigned int j=0; j<sizeof(hL1EffSorted_mc)/sizeof(hL1EffSorted_mc[0]); ++j)
{
sprintf(buffer1,"L1_%s_%s",mc_dirs[i].c_str(),L1_nametags[j].c_str());
sprintf(buffer2,"Efficiencies of L1 %s Triggers for %s Selection",L1_titletags[j].c_str(),mc_dirs[i].c_str());
hL1EffSorted_mc[j] = dqm->bookProfile(buffer1, new TProfile(buffer1,buffer2,L1bins[j],0,L1bins[j]));
}
for(unsigned int j=0; j<sizeof(hHltEffSorted_mc)/sizeof(hHltEffSorted_mc[0]); ++j)
{
sprintf(buffer1,"Hlt_%s_%s",mc_dirs[i].c_str(),Hlt_nametags[j].c_str());
sprintf(buffer2,"Efficiencies of HL %s Triggers for %s Selection",Hlt_titletags[j].c_str(),mc_dirs[i].c_str());
hHltEffSorted_mc[j] = dqm->bookProfile(buffer1, new TProfile(buffer1,buffer2,Hltbins[j],0,Hltbins[j]));
}
/*
MonitorElement* hL1EffSorted_mc[7] = {dqm->book1D("L1_"+mc_dirs[i]+"_Mu", new TH1F("L1_"+mc_dirs[i].c_str()+"_Mu","Efficiencies of L1 Muon Triggers for "+mc_dirs[i]+" Selection",L1bins[0],0,L1bins[0])),
dqm->book1D("L1_"+mc_dirs[i]+"_EG", new TH1F("L1_"+mc_dirs[i]+"_EG","Efficiencies of L1 EG Triggers for "+mc_dirs[i]+" Selection",L1bins[1],0,L1bins[1])),
dqm->book1D("L1_"+mc_dirs[i]+"_Jet", new TH1F("L1_"+mc_dirs[i]+"_Jet","Efficiencies of L1 Jet Triggers for "+mc_dirs[i]+" Selection",L1bins[2],0,L1bins[2])),
dqm->book1D("L1_"+mc_dirs[i]+"_ETM_ETT_HTT", new TH1F("L1_"+mc_dirs[i]+"_ETM_ETT_HTT","Efficiencies of L1 ETM, ETT, and HTT Triggers for "+mc_dirs[i]+" Selection",L1bins[3],0,L1bins[3])),
dqm->book1D("L1_"+mc_dirs[i]+"_TauJet", new TH1F("L1_"+mc_dirs[i]+"_TauJet","Efficiencies of L1 TauJet Triggers for "+mc_dirs[i]+" Selection",L1bins[4],0,L1bins[4])),
dqm->book1D("L1_"+mc_dirs[i]+"_XTrigger", new TH1F("L1_"+mc_dirs[i]+"_XTrigger","Efficiencies of L1 Cross Triggers for "+mc_dirs[i]+" Selection",L1bins[5],0,L1bins[5])),
dqm->book1D("L1_"+mc_dirs[i]+"_Overflow", new TH1F("L1_"+mc_dirs[i]+"_Overflow","Efficiencies of L1 Unsorted Triggers for "+mc_dirs[i]+" Selection",L1bins[6],0,L1bins[6])) };
MonitorElement* hHltEffSorted_mc[8] = {dqm->book1D("Hlt_"+mc_dirs[i]+"_Mu", new TH1F("Hlt_"+mc_dirs[i]+"_Mu","Efficiencies of HL Muon Triggers for "+mc_dirs[i]+" Selection",Hltbins[0],0,Hltbins[0])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_Ele", new TH1F("Hlt_"+mc_dirs[i]+"_Ele","Efficiencies of HL Electron Triggers for "+mc_dirs[i]+" Selection",Hltbins[1],0,Hltbins[1])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_Jet", new TH1F("Hlt_"+mc_dirs[i]+"_Jet","Efficiencies of HL Jet Triggers for "+mc_dirs[i]+" Selection",Hltbins[2],0,Hltbins[2])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_Photon", new TH1F("Hlt_"+mc_dirs[i]+"_Photon","Efficiencies of HL Photon Triggers for "+mc_dirs[i]+" Selection",Hltbins[3],0,Hltbins[3])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_MET_HT", new TH1F("Hlt_"+mc_dirs[i]+"_MET_HT","Efficiencies of HL MET and HT Triggers for "+mc_dirs[i]+" Selection",Hltbins[4],0,Hltbins[4])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_Tau_BTag", new TH1F("Hlt_"+mc_dirs[i]+"_Tau_Btag","Efficiencies of HL Tau and BTag Triggers for "+mc_dirs[i]+" Selection",Hltbins[5],0,Hltbins[5])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_XTrigger", new TH1F("Hlt_"+mc_dirs[i]+"_XTrigger","Efficiencies of HL Cross Triggers for "+mc_dirs[i]+" Selection",Hltbins[6],0,Hltbins[6])),
dqm->book1D("Hlt_"+mc_dirs[i]+"_Overflow", new TH1F("Hlt_"+mc_dirs[i]+"_Overflow","Efficiencies of HL Unsorted Triggers for "+mc_dirs[i]+" Selection",Hltbins[7],0,Hltbins[7])) };*/
//fill the eff histo
int L1bincounter_mc[8]; for(unsigned int j=0; j<sizeof(L1bincounter_mc)/sizeof(L1bincounter_mc[0]); ++j) L1bincounter_mc[j]=0;
int Hltbincounter_mc[8]; for(unsigned int j=0; j<sizeof(Hltbincounter_mc)/sizeof(Hltbincounter_mc[0]); ++j) Hltbincounter_mc[j]=0;
TProfile* hL1_mc = (TProfile*)hL1EffAfterMcCuts->getTProfile();
TProfile* hHlt_mc = (TProfile*)hHltEffAfterMcCuts->getTProfile();
for(unsigned int j=0; j<L1placement.size(); j++) {
value = nTotalAfterMcCuts ? (float)dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/L1Paths_" + mc_dirs[i])->getBinContent(j+1) / nTotalAfterMcCuts : 0;
error = nTotalAfterMcCuts ? sqrt(value*(1-value)/nTotalAfterMcCuts) : 0;
hL1EffAfterMcCuts->setBinContent(j+1,value);
hL1EffAfterMcCuts->setBinEntries(j+1,1);
hL1EffAfterMcCuts->setBinError(j+1,error);
if(L1placement[j]!=-1)
{
hL1EffSorted_mc[L1placement[j]]->setBinLabel(L1bincounter_mc[L1placement[j]]+1, hL1_mc->GetXaxis()->GetBinLabel(j+1));
hL1EffSorted_mc[L1placement[j]]->setBinContent(L1bincounter_mc[L1placement[j]]+1, hL1_mc->GetBinContent(j+1));
hL1EffSorted_mc[L1placement[j]]->setBinEntries(L1bincounter_mc[L1placement[j]]+1, 1);
hL1EffSorted_mc[L1placement[j]]->setBinError(L1bincounter_mc[L1placement[j]]+1, hL1_mc->GetBinError(j+1));
++L1bincounter_mc[L1placement[j]];
}
}
if(nL1bins!=int(L1placement.size()))
{
value = nTotalAfterMcCuts ? (float)dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/L1Paths_" + mc_dirs[i])->getBinContent(nL1bins) / nTotalAfterMcCuts : 0;
error = nTotalAfterMcCuts ? sqrt(value*(1-value)/nTotalAfterMcCuts) : 0;
hL1EffAfterMcCuts->setBinContent(nL1bins,value);
hL1EffAfterMcCuts->setBinEntries(nL1bins,1);
hL1EffAfterMcCuts->setBinError(nL1bins,error);
}
for(unsigned int j=0; j<Hltplacement.size(); j++) {
value = nTotalAfterMcCuts ? (float)dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/HltPaths_" + mc_dirs[i])->getBinContent(j+1) / nTotalAfterMcCuts : 0;
error = nTotalAfterMcCuts ? sqrt(value*(1-value)/nTotalAfterMcCuts) : 0;
hHltEffAfterMcCuts->setBinContent(j+1,value);
hHltEffAfterMcCuts->setBinEntries(j+1,1);
hHltEffAfterMcCuts->setBinError(j+1,error);
if(Hltplacement[j]!=-1)
{
hHltEffSorted_mc[Hltplacement[j]]->setBinLabel(Hltbincounter_mc[Hltplacement[j]]+1, hHlt_mc->GetXaxis()->GetBinLabel(j+1));
hHltEffSorted_mc[Hltplacement[j]]->setBinContent(Hltbincounter_mc[Hltplacement[j]]+1, hHlt_mc->GetBinContent(j+1));
hHltEffSorted_mc[Hltplacement[j]]->setBinEntries(Hltbincounter_mc[Hltplacement[j]]+1, 1);
hHltEffSorted_mc[Hltplacement[j]]->setBinError(Hltbincounter_mc[Hltplacement[j]]+1, hHlt_mc->GetBinError(j+1));
++Hltbincounter_mc[Hltplacement[j]];
}
}
if(nHltbins!=int(Hltplacement.size()))
{
value = nTotalAfterMcCuts ? (float)dqm->get(subDir_ + mcSelBitsDir + "/" + mc_dirs[i] + "/HltPaths_" + mc_dirs[i])->getBinContent(nHltbins) / nTotalAfterMcCuts : 0;
error = nTotalAfterMcCuts ? sqrt(value*(1-value)/nTotalAfterMcCuts) : 0;
hHltEffAfterMcCuts->setBinContent(nHltbins,value);
hHltEffAfterMcCuts->setBinEntries(nHltbins,1);
hHltEffAfterMcCuts->setBinError(nHltbins,error);
}
LogDebug("HltSusyExoPostProcessor") << "MonitorElements filled for " << mc_dirs[i] <<" selection";
}
for(unsigned int i=0; i<reco_dirs.size(); ++i)
{
//Calculate the efficiencies for histos after RECO selection
dqm->setCurrentFolder(subDir_ + recoSelBitsDir + "/" + reco_dirs[i]);
//book the MonitorElements for the efficiencies
char set_name_L1[256], set_name_Hlt[256];
sprintf(set_name_L1, "L1Eff_%s", reco_dirs[i].c_str());
sprintf(set_name_Hlt, "HltEff_%s", reco_dirs[i].c_str());
// MonitorElement* hL1EffAfterRecoCuts = dqm->book1D(set_name_L1, dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/L1Paths_" + reco_dirs[i])->getTH1F());
MonitorElement* hL1EffAfterRecoCuts = bookEffMEProfileFromTH1(dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/L1Paths_" + reco_dirs[i])->getTH1F(), (std::string) set_name_L1);
hL1EffAfterRecoCuts->setTitle("L1 Efficiencies for " + reco_dirs[i] + " selection");
// MonitorElement* hHltEffAfterRecoCuts = dqm->book1D(set_name_Hlt, dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/HltPaths_" + reco_dirs[i])->getTH1F());
MonitorElement* hHltEffAfterRecoCuts = bookEffMEProfileFromTH1(dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/HltPaths_" + reco_dirs[i])->getTH1F(), (std::string) set_name_Hlt);
hHltEffAfterRecoCuts->setTitle("HLT Efficiencies for " + reco_dirs[i] + " selection");
LogDebug("HltSusyExoPostProcessor") << "MonitorElements for " << reco_dirs[i] << " selection booked";
//get the total number of events
float nTotalAfterRecoCuts;
if(mcFlag)
nTotalAfterRecoCuts = dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/L1Bits_" + reco_dirs[i])->getBinContent(nL1bins);
else
nTotalAfterRecoCuts = dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/HltBits_" + reco_dirs[i])->getBinContent(reference_bin);
LogDebug("HltSusyExoPostProcessor") << "Total number of events = " << nTotalAfterRecoCuts;
MonitorElement* hL1EffSorted_reco[7];
MonitorElement* hHltEffSorted_reco[8];
char buffer1[256], buffer2[256];
string L1_nametags[7] = {"Mu","EG","Jet","ETM_ETT_HTT","TauJet","XTrigger","Overflow"};
string L1_titletags[7] = {"Muon","EG","Jet","ETM, ETT, and HTT","TauJet","Cross","Unsorted"};
string Hlt_nametags[8] = {"Mu","Ele","Jet","Photon","MET_HT","Tau_BTag","XTrigger","Overflow"};
string Hlt_titletags[8] = {"Muon","Electron","Jet","Photon","MET and HT","Tau and BTag","Cross","Unsorted"};
for(unsigned int j=0; j<sizeof(hL1EffSorted_reco)/sizeof(hL1EffSorted_reco[0]); ++j)
{
sprintf(buffer1,"L1_%s_%s",reco_dirs[i].c_str(),L1_nametags[j].c_str());
sprintf(buffer2,"Efficiencies of L1 %s Triggers for %s Selection",L1_titletags[j].c_str(),reco_dirs[i].c_str());
hL1EffSorted_reco[j] = dqm->bookProfile(buffer1, new TProfile(buffer1,buffer2,L1bins[j],0,L1bins[j]));
}
for(unsigned int j=0; j<sizeof(hHltEffSorted_reco)/sizeof(hHltEffSorted_reco[0]); ++j)
{
sprintf(buffer1,"Hlt_%s_%s",reco_dirs[i].c_str(),Hlt_nametags[j].c_str());
sprintf(buffer2,"Efficiencies of HL %s Triggers for %s Selection",Hlt_titletags[j].c_str(),reco_dirs[i].c_str());
hHltEffSorted_reco[j] = dqm->bookProfile(buffer1, new TProfile(buffer1,buffer2,Hltbins[j],0,Hltbins[j]));
}
/*
MonitorElement* hL1EffSorted_reco[7] = {dqm->book1D("L1_"+reco_dirs[i]+"_Mu", new TH1F("L1_"+reco_dirs[i]+"_Mu","Efficiencies of L1 Muon Triggers for "+reco_dirs[i]+" Selection",L1bins[0],0,L1bins[0])),
dqm->book1D("L1_"+reco_dirs[i]+"_EG", new TH1F("L1_"+reco_dirs[i]+"_EG","Efficiencies of L1 EG Triggers for "+reco_dirs[i]+" Selection",L1bins[1],0,L1bins[1])),
dqm->book1D("L1_"+reco_dirs[i]+"_Jet", new TH1F("L1_"+reco_dirs[i]+"_Jet","Efficiencies of L1 Jet Triggers for "+reco_dirs[i]+" Selection",L1bins[2],0,L1bins[2])),
dqm->book1D("L1_"+reco_dirs[i]+"_ETM_ETT_HTT", new TH1F("L1_"+reco_dirs[i]+"_ETM_ETT_HTT","Efficiencies of L1 ETM, ETT, and HTT Triggers for "+reco_dirs[i]+" Selection",L1bins[3],0,L1bins[3])),
dqm->book1D("L1_"+reco_dirs[i]+"_TauJet", new TH1F("L1_"+reco_dirs[i]+"_TauJet","Efficiencies of L1 TauJet Triggers for "+reco_dirs[i]+" Selection",L1bins[4],0,L1bins[4])),
dqm->book1D("L1_"+reco_dirs[i]+"_XTrigger", new TH1F("L1_"+reco_dirs[i]+"_XTrigger","Efficiencies of L1 Cross Triggers for "+reco_dirs[i]+" Selection",L1bins[5],0,L1bins[5])),
dqm->book1D("L1_"+reco_dirs[i]+"_Overflow", new TH1F("L1_"+reco_dirs[i]+"_Overflow","Efficiencies of L1 Unsorted Triggers for "+reco_dirs[i]+" Selection",L1bins[6],0,L1bins[6])) };
MonitorElement* hHltEffSorted_reco[8] = {dqm->book1D("Hlt_"+reco_dirs[i]+"_Mu", new TH1F("Hlt_"+reco_dirs[i]+"_Mu","Efficiencies of HL Muon Triggers for "+reco_dirs[i]+" Selection",Hltbins[0],0,Hltbins[0])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_Ele", new TH1F("Hlt_"+reco_dirs[i]+"_Ele","Efficiencies of HL Electron Triggers for "+reco_dirs[i]+" Selection",Hltbins[1],0,Hltbins[1])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_Jet", new TH1F("Hlt_"+reco_dirs[i]+"_Jet","Efficiencies of HL Jet Triggers for "+reco_dirs[i]+" Selection",Hltbins[2],0,Hltbins[2])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_Photon", new TH1F("Hlt_"+reco_dirs[i]+"_Photon","Efficiencies of HL Photon Triggers for "+reco_dirs[i]+" Selection",Hltbins[3],0,Hltbins[3])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_MET_HT", new TH1F("Hlt_"+reco_dirs[i]+"_MET_HT","Efficiencies of HL MET and HT Triggers for "+reco_dirs[i]+" Selection",Hltbins[4],0,Hltbins[4])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_Tau_BTag", new TH1F("Hlt_"+reco_dirs[i]+"_Tau_Btag","Efficiencies of HL Tau and BTag Triggers for "+reco_dirs[i]+" Selection",Hltbins[5],0,Hltbins[5])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_XTrigger", new TH1F("Hlt_"+reco_dirs[i]+"_XTrigger","Efficiencies of HL Cross Triggers for "+reco_dirs[i]+" Selection",Hltbins[6],0,Hltbins[6])),
dqm->book1D("Hlt_"+reco_dirs[i]+"_Overflow", new TH1F("Hlt_"+reco_dirs[i]+"_Overflow","Efficiencies of HL Unsorted Triggers for "+reco_dirs[i]+" Selection",Hltbins[7],0,Hltbins[7])) };
*/
//fill the eff histo
int L1bincounter_reco[8]; for(unsigned int j=0; j<sizeof(L1bincounter_reco)/sizeof(L1bincounter_reco[0]); ++j) L1bincounter_reco[j]=0;
int Hltbincounter_reco[8]; for(unsigned int j=0; j<sizeof(Hltbincounter_reco)/sizeof(Hltbincounter_reco[0]); ++j) Hltbincounter_reco[j]=0;
TProfile* hL1_reco = (TProfile*)hL1EffAfterRecoCuts->getTProfile();
TProfile* hHlt_reco = (TProfile*)hHltEffAfterRecoCuts->getTProfile();
for(unsigned int j=0; j<L1placement.size(); j++) {
value = nTotalAfterRecoCuts ? (float)dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/L1Paths_" + reco_dirs[i])->getBinContent(j+1) / nTotalAfterRecoCuts : 0;
error = nTotalAfterRecoCuts ? sqrt(value*(1-value)/nTotalAfterRecoCuts) : 0;
hL1EffAfterRecoCuts->setBinContent(j+1,value);
hL1EffAfterRecoCuts->setBinEntries(j+1,1);
hL1EffAfterRecoCuts->setBinError(j+1,error);
if(L1placement[j]!=-1)
{
hL1EffSorted_reco[L1placement[j]]->setBinLabel(L1bincounter_reco[L1placement[j]]+1, hL1_reco->GetXaxis()->GetBinLabel(j+1));
hL1EffSorted_reco[L1placement[j]]->setBinContent(L1bincounter_reco[L1placement[j]]+1, hL1_reco->GetBinContent(j+1));
hL1EffSorted_reco[L1placement[j]]->setBinEntries(L1bincounter_reco[L1placement[j]]+1, 1);
hL1EffSorted_reco[L1placement[j]]->setBinError(L1bincounter_reco[L1placement[j]]+1, hL1_reco->GetBinError(j+1));
++L1bincounter_reco[L1placement[j]];
}
}
if(nL1bins!=int(L1placement.size()))
{
value = nTotalAfterRecoCuts ? (float)dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/L1Paths_" + reco_dirs[i])->getBinContent(nL1bins) / nTotalAfterRecoCuts : 0;
error = nTotalAfterRecoCuts ? sqrt(value*(1-value)/nTotalAfterRecoCuts) : 0;
hL1EffAfterRecoCuts->setBinContent(nL1bins,value);
hL1EffAfterRecoCuts->setBinEntries(nL1bins,1);
hL1EffAfterRecoCuts->setBinError(nL1bins,error);
}
for(unsigned int j=0; j<Hltplacement.size(); j++) {
value = nTotalAfterRecoCuts ? (float)dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/HltPaths_" + reco_dirs[i])->getBinContent(j+1) / nTotalAfterRecoCuts : 0;
error = nTotalAfterRecoCuts ? sqrt(value*(1-value)/nTotalAfterRecoCuts) : 0;
hHltEffAfterRecoCuts->setBinContent(j+1,value);
hHltEffAfterRecoCuts->setBinEntries(j+1,1);
hHltEffAfterRecoCuts->setBinError(j+1,error);
if(Hltplacement[j]!=-1)
{
hHltEffSorted_reco[Hltplacement[j]]->setBinLabel(Hltbincounter_reco[Hltplacement[j]]+1, hHlt_reco->GetXaxis()->GetBinLabel(j+1));
hHltEffSorted_reco[Hltplacement[j]]->setBinContent(Hltbincounter_reco[Hltplacement[j]]+1, hHlt_reco->GetBinContent(j+1));
hHltEffSorted_reco[Hltplacement[j]]->setBinEntries(Hltbincounter_reco[Hltplacement[j]]+1, 1);
hHltEffSorted_reco[Hltplacement[j]]->setBinError(Hltbincounter_reco[Hltplacement[j]]+1, hHlt_reco->GetBinError(j+1));
++Hltbincounter_reco[Hltplacement[j]];
}
}
if(nHltbins!=int(Hltplacement.size()))
{
value = nTotalAfterRecoCuts ? (float)dqm->get(subDir_ + recoSelBitsDir + "/" + reco_dirs[i] + "/HltPaths_" + reco_dirs[i])->getBinContent(nHltbins) / nTotalAfterRecoCuts : 0;
error = nTotalAfterRecoCuts ? sqrt(value*(1-value)/nTotalAfterRecoCuts) : 0;
hHltEffAfterRecoCuts->setBinContent(nHltbins,value);
hHltEffAfterRecoCuts->setBinEntries(nHltbins,1);
hHltEffAfterRecoCuts->setBinError(nHltbins,error);
}
LogDebug("HltSusyExoPostProcessor") << "MonitorElements filled";
}
int pt_bins=100, eta_bins=100;
double pt_floor=0., pt_ceiling = 200., eta_floor=-3.5, eta_ceiling=3.5;
dqm->setCurrentFolder(subDir_ + byEventDir);
MonitorElement* hPt_1_ByEvent = dqm->book1D("Pt_1_ByEvent","Turn on as a Function of P_{t}, |Eta|<1.2, By Event",pt_bins, pt_floor, pt_ceiling);
MonitorElement* hEta_1_ByEvent= dqm->book1D("Eta_1_ByEvent","Efficiency as a Function of Eta, P_{t}>0, By Event", eta_bins, eta_floor,eta_ceiling);
MonitorElement* hPt_2_ByEvent = dqm->book1D("Pt_2_ByEvent","Turn on as a Function of P_{t}, 1.2<|Eta|<2.1, By Event",pt_bins, pt_floor, pt_ceiling);
MonitorElement* hEta_2_ByEvent= dqm->book1D("Eta_2_ByEvent","Efficiency as a Function of Eta, P_{t}>10, By Event", eta_bins, eta_floor,eta_ceiling);
MonitorElement* hPt_3_ByEvent = dqm->book1D("Pt_3_ByEvent","Turn on as a Function of P_{t}, |Eta|>2.1, By Event",pt_bins, pt_floor, pt_ceiling);
MonitorElement* hEta_3_ByEvent= dqm->book1D("Eta_3_ByEvent","Efficiency as a Function of Eta, P_{t}>20, By Event", eta_bins, eta_floor,eta_ceiling);
dqm->setCurrentFolder(subDir_ + byMuonDir);
MonitorElement* hPt_1_ByMuon = dqm->book1D("Pt_1_ByMuon","Turn on as a Function of P_{t}, |Eta|<1.2, By Muon",pt_bins, pt_floor, pt_ceiling);
MonitorElement* hEta_1_ByMuon= dqm->book1D("Eta_1_ByMuon","Efficiency as a Function of Eta, P_{t}>0, By Muon", eta_bins, eta_floor,eta_ceiling);
MonitorElement* hPt_2_ByMuon = dqm->book1D("Pt_2_ByMuon","Turn on as a Function of P_{t}, 1.2<|Eta|<2.1, By Muon",pt_bins, pt_floor, pt_ceiling);
MonitorElement* hEta_2_ByMuon= dqm->book1D("Eta_2_ByMuon","Efficiency as a Function of Eta, P_{t}>10, By Muon", eta_bins, eta_floor,eta_ceiling);
MonitorElement* hPt_3_ByMuon = dqm->book1D("Pt_3_ByMuon","Turn on as a Function of P_{t}, |Eta|>2.1, By Muon",pt_bins, pt_floor, pt_ceiling);
MonitorElement* hEta_3_ByMuon= dqm->book1D("Eta_3_ByMuon","Efficiency as a Function of Eta, P_{t}>20, By Muon", eta_bins, eta_floor,eta_ceiling);
for(int i=1; i<=hPt_1_ByEvent->getNbinsX(); ++i)
{
double n1 = (double)dqm->get(subDir_ + byEventDir + "/LeadAssocRecoMuonPt_1_ByEvent")->getBinContent(i);
double n2 = (double)dqm->get(subDir_ + byEventDir + "/LeadRecoMuonPt_1_ByEvent")->getBinContent(i);
double value = (n2!=0 ? n1/n2 : 0);
double error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hPt_1_ByEvent->setBinContent(i,value);
hPt_1_ByEvent->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byEventDir + "/LeadAssocRecoMuonPt_2_ByEvent")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byEventDir + "/LeadRecoMuonPt_2_ByEvent")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hPt_2_ByEvent->setBinContent(i,value);
hPt_2_ByEvent->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byEventDir + "/LeadAssocRecoMuonPt_3_ByEvent")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byEventDir + "/LeadRecoMuonPt_3_ByEvent")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hPt_3_ByEvent->setBinContent(i,value);
hPt_3_ByEvent->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byMuonDir + "/AssocRecoMuonPt_1_ByMuon")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byMuonDir + "/RecoMuonPt_1_ByMuon")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hPt_1_ByMuon->setBinContent(i,value);
hPt_1_ByMuon->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byMuonDir + "/AssocRecoMuonPt_2_ByMuon")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byMuonDir + "/RecoMuonPt_2_ByMuon")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hPt_2_ByMuon->setBinContent(i,value);
hPt_2_ByMuon->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byMuonDir + "/AssocRecoMuonPt_3_ByMuon")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byMuonDir + "/RecoMuonPt_3_ByMuon")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hPt_3_ByMuon->setBinContent(i,value);
hPt_3_ByMuon->setBinError(i,error);
}
for(int i=1; i<=hEta_1_ByEvent->getNbinsX(); ++i)
{
double n1 = (double)dqm->get(subDir_ + byEventDir + "/LeadAssocRecoMuonEta_1_ByEvent")->getBinContent(i);
double n2 = (double)dqm->get(subDir_ + byEventDir + "/LeadRecoMuonEta_1_ByEvent")->getBinContent(i);
double value = (n2!=0 ? n1/n2 : 0);
double error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hEta_1_ByEvent->setBinContent(i,value);
hEta_1_ByEvent->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byEventDir + "/LeadAssocRecoMuonEta_2_ByEvent")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byEventDir + "/LeadRecoMuonEta_2_ByEvent")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hEta_2_ByEvent->setBinContent(i,value);
hEta_2_ByEvent->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byEventDir + "/LeadAssocRecoMuonEta_3_ByEvent")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byEventDir + "/LeadRecoMuonEta_3_ByEvent")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hEta_3_ByEvent->setBinContent(i,value);
hEta_3_ByEvent->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byMuonDir + "/AssocRecoMuonEta_1_ByMuon")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byMuonDir + "/RecoMuonEta_1_ByMuon")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hEta_1_ByMuon->setBinContent(i,value);
hEta_1_ByMuon->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byMuonDir + "/AssocRecoMuonEta_2_ByMuon")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byMuonDir + "/RecoMuonEta_2_ByMuon")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hEta_2_ByMuon->setBinContent(i,value);
hEta_2_ByMuon->setBinError(i,error);
n1 = (double)dqm->get(subDir_ + byMuonDir + "/AssocRecoMuonEta_3_ByMuon")->getBinContent(i);
n2 = (double)dqm->get(subDir_ + byMuonDir + "/RecoMuonEta_3_ByMuon")->getBinContent(i);
value = (n2!=0 ? n1/n2 : 0);
error = (n2!=0 ? sqrt(value*(1-value)/n2) : 0);
hEta_3_ByMuon->setBinContent(i,value);
hEta_3_ByMuon->setBinError(i,error);
}
}
Definition at line 21 of file HltSusyExoPostProcessor.h.
Referenced by bookEffMEProfileFromTH1(), and endRun().
std::vector<std::string> HltSusyExoPostProcessor::mc_dirs [private] |
Definition at line 29 of file HltSusyExoPostProcessor.h.
Referenced by endRun(), and HltSusyExoPostProcessor().
std::vector<edm::ParameterSet> HltSusyExoPostProcessor::mc_parametersets [private] |
Definition at line 27 of file HltSusyExoPostProcessor.h.
Referenced by HltSusyExoPostProcessor().
bool HltSusyExoPostProcessor::mcFlag [private] |
Definition at line 25 of file HltSusyExoPostProcessor.h.
Referenced by endRun().
std::vector<std::string> HltSusyExoPostProcessor::reco_dirs [private] |
Definition at line 28 of file HltSusyExoPostProcessor.h.
Referenced by endRun(), and HltSusyExoPostProcessor().
std::vector<edm::ParameterSet> HltSusyExoPostProcessor::reco_parametersets [private] |
Definition at line 26 of file HltSusyExoPostProcessor.h.
Referenced by HltSusyExoPostProcessor().
std::string HltSusyExoPostProcessor::subDir_ [private] |
Definition at line 24 of file HltSusyExoPostProcessor.h.
Referenced by endRun().
1.7.3