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#include <utility>
#include "DQMOffline/Trigger/interface/EgHLTPhoHLTFilterMon.h"
#include "DQMOffline/Trigger/interface/EgHLTDQMCut.h"
#include "DQMOffline/Trigger/interface/EgHLTMonElemFuncs.h"
#include "DQMOffline/Trigger/interface/EgHLTBinData.h"
#include "DQMOffline/Trigger/interface/EgHLTCutMasks.h"
#include "DataFormats/HLTReco/interface/TriggerObject.h"
#include "DataFormats/Math/interface/deltaR.h"
using namespace egHLT;
PhoHLTFilterMon::PhoHLTFilterMon(MonElemFuncs& monElemFuncs,
std::string filterName,
TrigCodes::TrigBitSet filterBit,
const BinData& bins,
const CutMasks& masks,
bool doHEP)
: filterName_(std::move(filterName)), filterBit_(filterBit), doHEP_(doHEP) {
bool monHLTFailedPho = false;
bool doN1andSingleEffsPho = false;
std::string histname = "egamma";
phoMonElems_.push_back(new MonElemContainer<OffPho>());
//phoMonElems_.push_back(new MonElemContainer<OffPho>("_cut"," cut, debug hists ",new EgHLTDQMVarCut<OffPho>(~0x0,&OffPho::cutCode)));
for (auto& phoMonElem : phoMonElems_) {
if (doHEP_) {
monElemFuncs.initStdPhoHistsHEP(
phoMonElem->monElems(), filterName_, histname + "_passFilter" + phoMonElem->name(), bins);
} else {
monElemFuncs.initStdPhoHists(
phoMonElem->monElems(), filterName_, filterName_ + "_pho_passFilter" + phoMonElem->name(), bins);
}
}
if (monHLTFailedPho)
phoFailMonElems_.push_back(new MonElemContainer<OffPho>());
for (size_t i = 0; i < phoFailMonElems_.size(); i++) {
if (doHEP_) {
monElemFuncs.initStdPhoHistsHEP(
phoFailMonElems_[i]->monElems(), filterName_, histname + "_failFilter" + phoMonElems_[i]->name(), bins);
} else {
monElemFuncs.initStdPhoHists(phoFailMonElems_[i]->monElems(),
filterName_,
filterName_ + "_pho_failFilter" + phoMonElems_[i]->name(),
bins);
}
}
phoEffHists_.push_back(new MonElemContainer<OffPho>());
// phoEffHists_.push_back(new MonElemContainer<OffPho>("_jetTag"," Tag and Probe ",new EgJetB2BCut<OffPho>(-M_PI/12,M_PI/12,0.3)));
if (doN1andSingleEffsPho) {
for (auto& phoEffHist : phoEffHists_) {
monElemFuncs.initStdEffHists(phoEffHist->cutMonElems(),
filterName_,
filterName_ + "_pho_effVsEt" + phoEffHist->name(),
bins.et,
&OffPho::et,
masks);
monElemFuncs.initStdEffHists(phoEffHist->cutMonElems(),
filterName_,
filterName_ + "_pho_effVsEta" + phoEffHist->name(),
bins.eta,
&OffPho::eta,
masks);
/* monElemFuncs.initStdEffHists(phoEffHists_[i]->cutMonElems(),filterName_,
filterName_+"_pho_effVsPhi"+phoEffHists_[i]->name(),bins.phi,&OffPho::phi,masks);*/
}
}
if (!doHEP_) {
typedef MonElemManager<ParticlePair<OffPho>, float> DiPhoMon;
diPhoMassBothME_ = new DiPhoMon(monElemFuncs.getIB(),
filterName_ + "_diPho_bothPassFilter_mass",
filterName_ + "_diPho_bothPassFilter Mass;M_{#gamma#gamma} (GeV/c^{2})",
bins.mass.nr,
bins.mass.min,
bins.mass.max,
&ParticlePair<OffPho>::mass);
diPhoMassOnlyOneME_ = new DiPhoMon(monElemFuncs.getIB(),
filterName_ + "_diPho_onlyOnePassFilter_mass",
filterName_ + "_diPho_onlyOnePassFilter Mass;M_{#gamma#gamma} (GeV/c^{2})",
bins.mass.nr,
bins.mass.min,
bins.mass.max,
&ParticlePair<OffPho>::mass);
diPhoMassBothHighME_ = new DiPhoMon(monElemFuncs.getIB(),
filterName_ + "_diPho_bothPassFilter_massHigh",
filterName_ + "_diPho_bothPassFilter Mass;M_{#gamma#gamma} (GeV/c^{2})",
bins.massHigh.nr,
bins.massHigh.min,
bins.massHigh.max,
&ParticlePair<OffPho>::mass);
diPhoMassOnlyOneHighME_ = new DiPhoMon(monElemFuncs.getIB(),
filterName_ + "_diPho_onlyOnePassFilter_massHigh",
filterName_ + "_diPho_onlyOnePassFilter Mass;M_{#gamma#gamma} (GeV/c^{2})",
bins.massHigh.nr,
bins.massHigh.min,
bins.massHigh.max,
&ParticlePair<OffPho>::mass);
}
}
PhoHLTFilterMon::~PhoHLTFilterMon() {
for (auto& phoMonElem : phoMonElems_)
delete phoMonElem;
for (auto& phoFailMonElem : phoFailMonElems_)
delete phoFailMonElem;
for (auto& phoEffHist : phoEffHists_)
delete phoEffHist;
if (!doHEP_) {
delete diPhoMassBothME_;
delete diPhoMassOnlyOneME_;
delete diPhoMassBothHighME_;
delete diPhoMassOnlyOneHighME_;
}
}
void PhoHLTFilterMon::fill(const OffEvt& evt, float weight) {
for (size_t phoNr = 0; phoNr < evt.phos().size(); phoNr++) {
const OffPho& pho = evt.phos()[phoNr];
if ((pho.trigBits() & filterBit_) != 0) { //pho passes
for (auto& phoMonElem : phoMonElems_)
phoMonElem->fill(pho, evt, weight);
for (auto& phoEffHist : phoEffHists_)
phoEffHist->fill(pho, evt, weight);
} else { //pho didnt pass trigger
for (auto& phoFailMonElem : phoFailMonElems_)
phoFailMonElem->fill(pho, evt, weight);
}
} //end loop over photons
if ((evt.evtTrigBits() & filterBit_) != 0) {
for (size_t pho1Nr = 0; pho1Nr < evt.phos().size(); pho1Nr++) {
for (size_t pho2Nr = pho1Nr + 1; pho2Nr < evt.phos().size(); pho2Nr++) {
const OffPho& pho1 = evt.phos()[pho1Nr];
const OffPho& pho2 = evt.phos()[pho2Nr];
if (!doHEP_) {
if ((pho1.trigBits() & pho2.trigBits() & filterBit_) == filterBit_)
diPhoMassBothME_->fill(ParticlePair<OffPho>(pho1, pho2), weight);
else if ((pho1.trigBits() & filterBit_) == filterBit_ || (pho2.trigBits() & filterBit_) == filterBit_) {
diPhoMassOnlyOneME_->fill(ParticlePair<OffPho>(pho1, pho2), weight);
}
}
} //end inner pho loop
} //end outer pho loop
} //end check if filter is present
}
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