bool l1menu::triggers::SingleIsoTauJet_v0::apply( const l1menu::L1TriggerDPGEvent& event ) const
{
const L1Analysis::L1AnalysisDataFormat& analysisDataFormat=event.rawEvent();
const bool* PhysicsBits=event.physicsBits();
bool raw = PhysicsBits[0]; // ZeroBias
if (! raw) return false;
int n1=0;
int Nj = analysisDataFormat.Njet ;
for (int ue=0; ue < Nj; ue++) {
int bx = analysisDataFormat.Bxjet[ue];
if (bx != 0) continue;
bool isIsoTauJet = analysisDataFormat.isoTaujet[ue];
if (! isIsoTauJet) continue;
float rank = analysisDataFormat.Etjet[ue]; // the rank of the electron
float pt = rank; //CorrectedL1JetPtByGCTregions(analysisDataFormat.Etajet[ue],rank*4.,theL1JetCorrection);
float eta = analysisDataFormat.Etajet[ue];
if (eta < regionCut_ || eta > 21.-regionCut_) continue; // eta = 5 - 16 // eta = 5 - 16
if (pt >= threshold1_) n1++;
} // end loop over jets
bool ok = ( n1 >=1 );
return ok;
}
bool l1menu::triggers::HTT_v0::apply( const l1menu::L1TriggerDPGEvent& event ) const
{
const L1Analysis::L1AnalysisDataFormat& analysisDataFormat=event.rawEvent();
const bool* PhysicsBits=event.physicsBits();
bool raw = PhysicsBits[0]; // ZeroBias
if (! raw) return false;
float adc = analysisDataFormat.HTT ;
float TheHTT = adc; // / 2. ;
if (TheHTT < threshold1_) return false;
return true;
}
bool l1menu::triggers::TkTau_TkMu_v1::apply( const l1menu::L1TriggerDPGEvent& event ) const
{
const L1Analysis::L1AnalysisDataFormat& analysisDataFormat=event.rawEvent();
const bool* PhysicsBits=event.physicsBits();
bool raw=PhysicsBits[0]; // ZeroBias
if( !raw ) return false;
bool ok = false;
int NTktau=analysisDataFormat.NTktau;
int NTkmu=analysisDataFormat.NTkmu;
for( int itau=0; itau<NTktau; itau++ )
{
int bx=analysisDataFormat.BxTktau.at( itau );
if( bx!=0 ) continue;
float pt=analysisDataFormat.EtTktau.at( itau );
float eta = analysisDataFormat.EtaTktau[itau];
if (eta < leg1regionCut_ || eta > 21.-leg1regionCut_) continue; // eta = 5 - 16 // eta = 5 - 16
if( pt>=leg1threshold1_ ) {
float tauZvtx = analysisDataFormat.zVtxTktau[itau];
for( int imu=0; imu<NTkmu; imu++ )
{
if(fabs(tauZvtx - analysisDataFormat.zVtxTkmu[imu]) < zVtxCut_) {
int bx2=analysisDataFormat.BxTkmu.at( imu );
if( bx2!=0 ) continue;
float pt2=analysisDataFormat.PtTkmu.at( imu );
float eta2=analysisDataFormat.Etamu.at( imu ); // Commented out to stop unused variable compile warning
if (std::fabs(eta2) > etaCut_) continue;
int qual=analysisDataFormat.QualTkmu.at( imu );
if( qual<muonQuality_ ) continue;
if (pt2 >= leg2threshold1_) ok = true;
}
}
}
}
return ok;
}
bool l1menu::triggers::TkEM_EG_v0::apply( const l1menu::L1TriggerDPGEvent& event ) const
{
const L1Analysis::L1AnalysisDataFormat& analysisDataFormat=event.rawEvent();
const bool* PhysicsBits=event.physicsBits();
bool raw = PhysicsBits[0]; // ZeroBias
if (! raw) return false;
bool ok = false;
int Neg = analysisDataFormat.Nele;
int Nem = analysisDataFormat.NTkem;
for (int ue=0; ue < Nem; ue++) {
int bx = analysisDataFormat.BxTkem[ue];
if (bx != 0 ) continue;
float eta = analysisDataFormat.EtaTkem[ue];
if (eta < leg1regionCut_ || eta > 21.-leg1regionCut_) continue; // eta = 5 - 16
float pt = analysisDataFormat.EtTkem[ue]; // the rank of the electron
if (pt >= leg1threshold1_){
for (int uj=0; uj < Neg; uj++) {
int bxj = analysisDataFormat.Bxel[uj];
if (bxj != 0) continue;
float rankj = analysisDataFormat.Etel[uj];
float ptj = rankj; //CorrectedL1JetPtByGCTregions(analysisDataFormat.Etajet[uj],rank*4.,theL1JetCorrection);
if (analysisDataFormat.Etael[uj] < leg2regionCut_ || analysisDataFormat.Etael[uj] > 21.-leg2regionCut_) continue;
if (ptj >= leg2threshold1_ &&
!(analysisDataFormat.Etael[uj]==analysisDataFormat.EtaTkem[ue] &&
analysisDataFormat.Phiel[uj]==analysisDataFormat.PhiTkem[ue]) ) ok = true;
}
} // if good TkEle
} // end loop over TkEle objects
return ok;
}
bool l1menu::triggers::SingleEGEta_v0::apply( const l1menu::L1TriggerDPGEvent& event ) const
{
const L1Analysis::L1AnalysisDataFormat& analysisDataFormat=event.rawEvent();
const bool* PhysicsBits=event.physicsBits();
bool raw = PhysicsBits[0]; // ZeroBias
if (! raw) return false;
bool ok=false;
int Nele = analysisDataFormat.Nele;
for (int ue=0; ue < Nele; ue++) {
int bx = analysisDataFormat.Bxel[ue];
if (bx != 0) continue;
float eta = analysisDataFormat.Etael[ue];
if (eta < regionCut_ || eta > 21.-regionCut_) continue; // eta = 5 - 16
float rank = analysisDataFormat.Etel[ue]; // the rank of the electron
float pt = rank ;
if (pt >= threshold1_) ok = true;
} // end loop over EM objects
return ok;
}
bool l1menu::triggers::MultiJet_v0::apply( const l1menu::L1TriggerDPGEvent& event ) const
{
const L1Analysis::L1AnalysisDataFormat& analysisDataFormat=event.rawEvent();
const bool* PhysicsBits=event.physicsBits();
bool raw = PhysicsBits[0]; // ZeroBias
if (! raw) return false;
int n1=0;
int n2=0;
int n3=0;
int n4=0;
int Nj = analysisDataFormat.Njet ;
for (int ue=0; ue < Nj; ue++) {
int bx = analysisDataFormat.Bxjet[ue];
if (bx != 0) continue;
bool isFwdJet = analysisDataFormat.Fwdjet[ue];
if (isFwdJet) continue;
bool isTauJet = analysisDataFormat.Taujet[ue];
if (isTauJet) continue;
float eta = analysisDataFormat.Etajet[ue];
if (eta < regionCut_ || eta > 21.-regionCut_) continue;
float rank = analysisDataFormat.Etjet[ue];
float pt = rank; //CorrectedL1JetPtByGCTregions(analysisDataFormat.Etajet[ue],rank*4.,theL1JetCorrection);
if (pt >= threshold1_) n1++;
if (pt >= threshold2_) n2++;
if (pt >= threshold3_) n3++;
if (pt >= threshold4_) n4++;
}
bool ok = ( n1 >=1 && n2 >= 2 && n3 >= 3 && n4 >= numberOfJets_);
return ok;
}