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Atlfast::AtlfastB Class Reference

#include <AtlfastB.h>

Collaboration diagram for Atlfast::AtlfastB:

[legend]List of all members.

Public Methods
	AtlfastB (const std::string &name, ISvcLocator *pSvcLocator)
virtual	~AtlfastB ()
StatusCode	atlfBje (int nset)
StatusCode	atlfCal ()
StatusCode	atlfTau (double epsitau)
StatusCode	tautag (double pt, double eta, double efftau, double &rjet, int &iflag)
StatusCode	atlfTauVeto (int ind)
StatusCode	tauveto (double pt, int ind, double &efftau, double &effjet)
StatusCode	atlfTrigMuo ()
double	fitcoreb (double pt)
double	fitcoreu (double pt)
StatusCode	initialize ()
StatusCode	execute ()
StatusCode	finalize ()
Private Attributes
int	m_atlfBNSet
double	m_epsib
double	m_epsic
double	m_epsij
double	m_epsitau
string	m_corrjfile
string	m_corrcfile
double	m_corrj [5][15]
double	m_corrc [5][15]
int	m_indtauveto
bool	m_AtlfBJetSwitch
bool	m_AtlfCalSwitch
bool	m_AtlfTauSwitch
bool	m_AtlfTauVetoSwitch
bool	m_AtlfTrigMuoSwitch
bool	m_notInit
TesIO *	m_tesIO
HepRandomEngine *	m_pRandomEngine
RandFlat *	m_pRandFlatGenerator
std::vector< Jet * >	m_Jets
std::vector< Jet * >::const_iterator	m_it
std::string	m_inputLocation
std::string	m_outputLocation

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Constructor & Destructor Documentation

Atlfast::AtlfastB::AtlfastB (  const std::string &    name, ISvcLocator *    pSvcLocator )

Definition at line 42 of file AtlfastB.cxx. References m_AtlfBJetSwitch, m_atlfBNSet, m_AtlfCalSwitch, m_AtlfTauSwitch, m_AtlfTauVetoSwitch, m_AtlfTrigMuoSwitch, m_corrcfile, m_corrjfile, m_epsitau, m_indtauveto, m_inputLocation, and m_outputLocation. : Algorithm( name, pSvcLocator ){ //Default private parameters m_AtlfBJetSwitch = true; m_AtlfCalSwitch = true; m_AtlfTauSwitch = true; m_AtlfTauVetoSwitch = false; m_AtlfTrigMuoSwitch = false; m_atlfBNSet = 1; m_epsitau = 0.5; m_indtauveto = 1; m_corrjfile = "AtlfastBjet.dat"; m_corrcfile = "AtlfastBcjet.dat"; // Default paths for entities in the TES m_inputLocation = "/Event/AtlfastJets"; m_outputLocation = "/Event/AtlfastCalJets"; // This is how you declare the paramemters to Gaudi so that // they can be over-written via the job options file declareProperty( "InputLocation", m_inputLocation ) ; declareProperty( "OutputLocation", m_outputLocation ) ; declareProperty( "AtlfBjetSwitch", m_AtlfBJetSwitch ) ; declareProperty( "AtlfCalSwitch", m_AtlfCalSwitch ) ; declareProperty( "AtlfTauSwitch", m_AtlfTauSwitch ); declareProperty( "AtlfTauVetoSwitch", m_AtlfTauVetoSwitch ); declareProperty( "AtlfTrigMuoSwitch", m_AtlfTrigMuoSwitch ); declareProperty( "AtlfBNSet", m_atlfBNSet ) ; declareProperty( "TauEff", m_epsitau ) ; declareProperty( "TauVetoOption", m_indtauveto ) ; declareProperty( "JetCorrFile", m_corrjfile ) ; declareProperty( "CJetCorrFile", m_corrcfile ) ; }

Atlfast::AtlfastB::~AtlfastB (    )  [virtual]

Definition at line 87 of file AtlfastB.cxx. References m_pRandFlatGenerator, m_pRandomEngine, and m_tesIO. { MsgStream log( messageService(), name() ) ; log << MSG::DEBUG << "Destructor" << endreq; if( m_tesIO) { delete m_tesIO; } if( m_pRandomEngine) { delete m_pRandomEngine; } if( m_pRandFlatGenerator) { delete m_pRandFlatGenerator; } }

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Member Function Documentation

StatusCode Atlfast::AtlfastB::atlfBje (  int    nset )

Definition at line 456 of file AtlfastB.cxx. References fitcoreb(), m_atlfBNSet, m_corrc, m_corrj, m_epsib, m_epsic, m_epsij, m_it, m_Jets, m_pRandFlatGenerator, and m_pRandomEngine. Referenced by execute(). { MsgStream log( messageService(), name() ) ; switch(nset){ case 1: m_epsib=0.5; m_epsic=1./10.9; m_epsij=1./231.; break; case 2: m_epsib=0.60; m_epsic=1./6.7; m_epsij=1./93.; break; case 3: m_epsib=0.70; m_epsic=1./4.3; m_epsij=1./34.1; break; case 5: m_epsib=0.60; m_epsic=1./10.; m_epsij=1./100.; break; case 11: m_epsib=0.33; m_epsic=1./22.9; m_epsij=1./1381.; break; case 12: m_epsib=0.43; m_epsic=1./10.8; m_epsij=1./219.; break; case 13: m_epsib=0.53; m_epsic=1./6.7; m_epsij=1./91.; break; case 14: m_epsib=0.624; m_epsic=1./6.7; m_epsij=1./91.; break; default: log << MSG::ERROR<<"No b jet tagging efficiencies applied"<<endreq; return StatusCode::FAILURE; break; } //Apply randomized B tagging log<<MSG::DEBUG<<"Applying randomized B tagging...."<<endreq; for(m_it=m_Jets.begin();m_it<m_Jets.end();++m_it){ double randnum; double corpt; double corr; double ptjet=(*m_it)->pT(); double etajet=(*m_it)->eta(); int pdgid=(*m_it)->pdg_id(); //apply b tagging as for recalibrated jets corr=fitcoreb(ptjet); ptjet=corr*ptjet; randnum=m_pRandFlatGenerator->shoot(m_pRandomEngine); corpt=0.; if(abs(pdgid)==5){ if((abs(etajet)<=2.5)&&(randnum<m_epsib)) { (*m_it)->setBTag(); } else{ (*m_it)->setLightTag(); } }else if(abs(pdgid)==4){ if(ptjet<=30.) corpt=m_corrc[0][m_atlfBNSet]; if((ptjet>30.)&&(ptjet<=45.)) corpt=m_corrc[1][m_atlfBNSet]; if((ptjet>45.)&&(ptjet<=60.)) corpt=m_corrc[2][m_atlfBNSet]; if((ptjet>60.)&&(ptjet<=100.)) corpt=m_corrc[3][m_atlfBNSet]; if(ptjet>100.) corpt=m_corrc[4][m_atlfBNSet]; if((abs(etajet)<=2.5)&&(randnum<(m_epsic/corpt))) { (*m_it)->setBTag(); //log << MSG::DEBUG << "misstaged u jet. ptjet=" <<ptjet<< endreq; }else{ (*m_it)->setLightTag(); } }else if(((abs(pdgid)!=4)&&(abs(pdgid)!=5))||abs(pdgid)==15){ if(ptjet<=30.) corpt=m_corrj[0][m_atlfBNSet]; if((ptjet>30.)&&(ptjet<=45.)) corpt=m_corrj[1][m_atlfBNSet]; if((ptjet>45.)&&(ptjet<=60.)) corpt=m_corrj[2][m_atlfBNSet]; if((ptjet>60.)&&(ptjet<=100.)) corpt=m_corrj[3][m_atlfBNSet]; if(ptjet>100.) corpt=m_corrj[4][m_atlfBNSet]; if((abs(etajet)<=2.5)&&(randnum<(m_epsij/corpt))) { (*m_it)->setBTag(); // log << MSG::DEBUG << "misstaged tau jet. ptjet=" <<ptjet<< endreq; } } } return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::atlfCal (    )

Definition at line 594 of file AtlfastB.cxx. References fitcoreb(), fitcoreu(), m_it, and m_Jets. Referenced by execute(). { //It recalibrates the energy of all jets using parameterisation //obtained with 'Z+jet' equivalent method MsgStream log( messageService(), name() ) ; for(m_it=m_Jets.begin();m_it<m_Jets.end();++m_it){ double ptjet=(*m_it)->pT(); double corr; if((*m_it)->isBTag()){ corr=fitcoreb(ptjet); }else{ corr=fitcoreu(ptjet); } (*m_it)->setMomentum(corr*((*m_it)->momentum())); } return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::atlfTau (  double    epsitau )

Definition at line 627 of file AtlfastB.cxx. References m_it, m_Jets, m_pRandFlatGenerator, m_pRandomEngine, and tautag(). Referenced by execute(). { MsgStream log( messageService(), name() ) ; StatusCode sc; for(m_it=m_Jets.begin();m_it<m_Jets.end();++m_it){ double randnum; double etajet=(*m_it)->eta(); double ptjet=(*m_it)->pT(); int pdgid=(*m_it)->pdg_id(); randnum=m_pRandFlatGenerator->shoot(m_pRandomEngine); int iflag=0; if(abs(pdgid)==15){ if(randnum<epsitau){ (*m_it)->setTauTag(15); }else{ (*m_it)->setLightTag(); } }else if(abs(etajet)<=2.5){ double rjet; //Tau tag it computes the rjet tau rejection value sc=tautag(ptjet,etajet,epsitau*100,rjet,iflag); if((iflag==0)&&(randnum<(1./rjet))){ (*m_it)->setTauTag(15); } } } return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::tautag (  double    pt, double    eta, double    efftau, double &    rjet, int &    iflag )

Definition at line 678 of file AtlfastB.cxx. Referenced by atlfTau(). { //It computes the corresponding jet rejection rjet //inputs: pt and eta of cluster, efftau-> eff(in %) for tau identification MsgStream log( messageService(), name() ) ; iflag=0; if((pt<15.)||(pt>150.)){ log << MSG::DEBUG<<"Tau pt value out of range (15<pt<150): pt= "<<pt<<" No tau tagging efficiencies will be applied"<<endreq; iflag=1; } if(abs(eta)>2.5){ log << MSG::DEBUG<<"Tau eta value out of range (eta<2.5): eta= "<<eta<<" No tau tagging efficiencies will be applied"<<endreq; iflag=1; } //eta dependence double eff=efftau; double coefe1; double coefe3; double coef1; double coef2; if(abs(eta)<0.7){ coefe1=1.35-0.0035*efftau; eff=efftau/coefe1; } if(abs(eta)>1.5){ coefe3=0.70+0.0030*efftau; eff=efftau/coefe3; } if(eff>100){ log << MSG::WARNING<<"Tau efficiency value > 100 ! eff= "<<eff<<endreq; iflag=1; } //pt dependence coef1=0.027+0.00024*pt; coef2=2.28+0.027*pt; rjet=pow(10,(-coef1*eff+coef2)); // log << MSG::DEBUG<<"Tau rejection value computed in tautag= "<<rjet<<endreq; return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::atlfTauVeto (  int    ind )

Definition at line 746 of file AtlfastB.cxx. References m_it, m_Jets, m_pRandFlatGenerator, m_pRandomEngine, and tauveto(). Referenced by execute(). { MsgStream log( messageService(), name() ) ; StatusCode sc; for(m_it=m_Jets.begin();m_it<m_Jets.end();++m_it){ double randnum; double efftau; double effjet; double ptjet=(*m_it)->pT(); int pdgid=(*m_it)->pdg_id(); sc=tauveto(ptjet,ind,efftau,effjet); if(!sc){ log << MSG::ERROR<<"Cannot compute tau jet rejection"<<endreq; return StatusCode::FAILURE; } randnum=m_pRandFlatGenerator->shoot(m_pRandomEngine); if(abs(pdgid)==15) { if(randnum<efftau/100.){ (*m_it)->setLightTag(); } }else{ if(randnum>effjet/100.){ (*m_it)->setTauTag(15); } } } return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::tauveto (  double    pt, int    ind, double &    efftau, double &    effjet )

Definition at line 789 of file AtlfastB.cxx. Referenced by atlfTauVeto(). { MsgStream log( messageService(), name() ) ; //input: pt of cluster //ind=1->fix efftau to 5% and gives effjet //ind=2->fix effjet to 90% and gives efftau //output: efftau tau efficiency in % or effjet jets efficiency in % //using calo criteria + tracks if(ind==1){ efftau=5.; effjet=36.+1.5*pt-0.01*pow(pt,2); if(pt>60) effjet=90.; } else if(ind==2){ effjet=90.; efftau=27.-0.35*pt; if(pt>60.)efftau=5.; }else{ log << MSG::ERROR<<"Wrong ind values for tauveto method. ind= "<<ind<<"ind=1 or ind=2"<<endreq; return StatusCode::FAILURE; } return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::atlfTrigMuo (    )

Definition at line 828 of file AtlfastB.cxx. Referenced by execute(). { MsgStream log( messageService(), name() ) ; log << MSG::INFO<<"atlfTrigMuo is not yet implemented!!!!!!"<<endreq; return StatusCode::SUCCESS; }

double Atlfast::AtlfastB::fitcoreb (  double    pt )

Definition at line 836 of file AtlfastB.cxx. Referenced by atlfBje(), and atlfCal(). { MsgStream log( messageService(), name() ) ; double core; double a0,a1,a2,a3,a4,a5; double xc; if(pt<10.){ core=0.; }else if(pt<55.){ a0=1.2715; a1=0.12241; a2=-0.10480e-01; a3=0.33310e-03; a4=-0.47454e-05; a5=0.25436e-07; core=a0+a1*pt+a2*pow(pt,2)+a3*pow(pt,3)+a4*pow(pt,4)+a5*pow(pt,5); core=core*1.006; }else if(pt<200.){ a0=1.18; a1=-0.16672e-02; a2=0.44414e-05; core=a0+a1*pt+a2*pow(pt,2); }else{ xc=200.; a0=1.18; a1=-0.16672e-02; a2=0.44414e-05; core=a0+a1*xc+a2*pow(xc,2); } return core; }

double Atlfast::AtlfastB::fitcoreu (  double    pt )

Definition at line 881 of file AtlfastB.cxx. Referenced by atlfCal(). { MsgStream log( messageService(), name() ) ; double core; double a0,a1,a2,a3,a4,a5; double xc; if(pt<10.){ core=0.; }else if((pt<45.)&&(pt>10.)){ a0=1.5085; a1=0.31468e-01; a2=-0.36973e-02; a3=0.11220e-03; a4=-0.13921e-05; a5=0.61538e-08; core=a0+a1*pt+a2*pow(pt,2)+a3*pow(pt,3)+a4*pow(pt,4)+a5*pow(pt,5); }else if(pt<200.){ a0=1.18; a1=-0.16672e-02; a2=0.44414e-05; core=a0+a1*pt+a2*pow(pt,2); core=core/1.025; }else{ xc=200.; a0=1.18; a1=-0.16672e-02; a2=0.44414e-05; core=a0+a1*xc+a2*pow(xc,2); core=core/1.025; } return core; }

StatusCode Atlfast::AtlfastB::initialize (    )

Definition at line 109 of file AtlfastB.cxx. References m_AtlfBJetSwitch, m_atlfBNSet, m_AtlfCalSwitch, m_AtlfTauSwitch, m_AtlfTauVetoSwitch, m_AtlfTrigMuoSwitch, m_corrc, m_corrcfile, m_corrj, m_corrjfile, m_inputLocation, m_outputLocation, m_pRandFlatGenerator, m_pRandomEngine, m_tesIO, and Atlfast::GlobalEventData::randSeed(). { MsgStream log( messageService(), name() ) ; log << MSG::DEBUG << "instantiating a AtlfastB" << endreq; m_tesIO= new TesIO(); //open files for jet correction factors std::ifstream inputjetfile; inputjetfile.open(m_corrjfile.c_str()); if(inputjetfile){ log << MSG::INFO << "Pt jet correction factors file " << m_corrjfile <<" open." <<endreq; int nrow; int ncolumn; inputjetfile>>nrow; inputjetfile>>ncolumn; if(nrow != 5||ncolumn != 8) { log << MSG::ERROR <<"no. of input rows,columns: " <<nrow<<" " <<ncolumn<<" " <<"expected 5, 8 " <<endreq; return StatusCode::FAILURE ; } for(int i=0; i<nrow;i++){ for(int j=0; j<ncolumn; j++){ int nset; switch (j){ case 0: nset=1; break; case 1: nset=2; break; case 2: nset=3; break; case 3: nset=5; break; case 4: nset=11; break; case 5: nset=12; break; case 6: nset=13; break; case 7: nset=14; break; default: log << MSG::ERROR<<"j="<<j<<" Nset= "<<nset<<" value not correct. Nset must b one of those: 1,2,3,5,11,12,13,14 "<<endreq; return StatusCode::FAILURE; break; } inputjetfile>>m_corrj[i][nset]; } } }else{ log << MSG::ERROR << "Pt jet correction factors file not found" <<endreq; return StatusCode::FAILURE ; } inputjetfile.close(); std::ifstream inputcjetfile; inputcjetfile.open(m_corrcfile.c_str()); if(inputcjetfile){ log << MSG::INFO << "Pt c jet correction factors file " << m_corrcfile <<" open." <<endreq; int nrow; int ncolumn; inputcjetfile>>nrow; inputcjetfile>>ncolumn; if(nrow != 5||ncolumn != 8) { log << MSG::ERROR <<"no. of input rows,columns: " <<nrow<<" " <<ncolumn<<" " <<"expected 5, 8 " <<endreq; return StatusCode::FAILURE ; } for(int i=0; i<nrow;i++){ for(int j=0; j<ncolumn; j++){ int nset; switch (j){ case 0: nset=1; break; case 1: nset=2; break; case 2: nset=3; break; case 3: nset=5; break; case 4: nset=11; break; case 5: nset=12; break; case 6: nset=13; break; case 7: nset=14; break; default: log << MSG::ERROR<<"Nset value not correct. Nset must b one of those: 1,2,3,5,11,12,13,14 "<<endreq; return StatusCode::FAILURE; break; } inputcjetfile>>m_corrc[i][nset]; } } }else{ log << MSG::ERROR << "Pt c jet correction factors file not found" <<endreq; return StatusCode::FAILURE ; } inputcjetfile.close(); //Flat random number generator //get the Global Event Data using singleton pattern GlobalEventData* ged = GlobalEventData::Instance(); int randSeed = ged->randSeed() ; m_pRandomEngine = new Ranlux64Engine(randSeed); m_pRandFlatGenerator=new RandFlat(*m_pRandomEngine); HeaderPrinter hp("AtlfastB:", log); hp.add("TES Locations: "); hp.add(" Jets from ", m_inputLocation); hp.add(" Calibrated and tagged Jets to ", m_outputLocation); hp.add("AtlfBje switch: ", m_AtlfBJetSwitch); hp.add("AtlfBje NSet: ", m_atlfBNSet); hp.add("AtlfCal switch: ", m_AtlfCalSwitch); hp.add("AtlfTau switch: ", m_AtlfTauSwitch); hp.add("AtlfTauVeto switch: ", m_AtlfTauVetoSwitch); hp.add("AtlfTrigMuo switch: ", m_AtlfTrigMuoSwitch); hp.print(); return StatusCode::SUCCESS ; }

StatusCode Atlfast::AtlfastB::execute (    )

Definition at line 302 of file AtlfastB.cxx. References atlfBje(), atlfCal(), atlfTau(), atlfTauVeto(), atlfTrigMuo(), m_atlfBNSet, m_epsitau, m_indtauveto, m_inputLocation, m_it, m_Jets, m_outputLocation, and m_tesIO. { StatusCode sc; MsgStream log( messageService(), name() ) ; log << MSG::DEBUG<<"In execute"<<endreq; std::vector<Jet*> originalJets; if( ! m_tesIO->copy<JetCollection>( originalJets, m_inputLocation ) ) { log << MSG::INFO << "No Jets in TES " << endreq; return StatusCode::FAILURE; } log << MSG::DEBUG<<"Found Jets in TES"<<endreq; m_Jets.clear(); for(m_it=originalJets.begin(); m_it<originalJets.end(); ++m_it){ m_Jets.push_back(new Jet(**m_it)); log << MSG::DEBUG<<"Jet "<<**m_it<<endreq; } if(m_AtlfBJetSwitch){ //Apply efficiency for b-jet identification sc=atlfBje(m_atlfBNSet); if(!sc){ log << MSG::ERROR<<"Error in atlfBje"<<endreq; return StatusCode::FAILURE; } } if(m_AtlfTauSwitch){ //Apply efficiency for tau-jet identification sc=atlfTau(m_epsitau); if(!sc){ log << MSG::ERROR<<"Error in atlfTau"<<endreq; return StatusCode::FAILURE; } } if(m_AtlfTauVetoSwitch){ //Apply veto for tau-jet sc=atlfTauVeto(m_indtauveto); if(!sc){ log << MSG::ERROR<<"Error in atlfTauVeto"<<endreq; return StatusCode::FAILURE; } } if(m_AtlfTrigMuoSwitch){ //Apply efficiency for muon trigger. Not implemented yet! sc=atlfTrigMuo(); if(!sc){ log << MSG::ERROR<<"Error in atlfTrigMuo"<<endreq; return StatusCode::FAILURE; } } if(m_AtlfCalSwitch){ //Recalibrate jet energies sc=atlfCal(); if(!sc){ log << MSG::ERROR<<"Error in atlfCal"<<endreq; return StatusCode::FAILURE; } } //...................................... // Fill jets that have been successfully tagged and calibrated in JetCollection //and register them in the transient event store. JetCollection* myCalJets=new JetCollection; for(m_it=m_Jets.begin();m_it<m_Jets.end();++m_it){ myCalJets->push_back(*m_it); } Atlfast::JetCollection::const_iterator jetcolit = myCalJets->begin(); m_it = originalJets.begin(); for( ;jetcolit != myCalJets->end(); ++jetcolit ){ log << MSG::DEBUG <<"original jets: PDGID= "<<(*m_it)->pdg_id() <<" B tag= " <<(*m_it)->isBTag() <<" C tag= " <<(*m_it)->isCTag() <<" Light tag= "<<(*m_it)->isLightTag() <<" Tau tag= " <<(*m_it)->isTauTag()<<endreq; log << MSG::DEBUG <<"Jets After AtlfastB: PDGID= "<<(*jetcolit)->pdg_id() <<" B tag= " <<(*jetcolit)->isBTag() <<" C tag= " <<(*jetcolit)->isCTag() <<" Light tag= "<<(*jetcolit)->isLightTag() <<" Tau tag= " <<(*jetcolit)->isTauTag()<<endreq; // log << MSG::DEBUG // <<"calibrated: PDGID= "<<(*jetcolit)->pdg_id()<<" pt= "<<(*jetcolit)->pT()<<endreq; ++m_it; } TesIoStat stat; stat = m_tesIO->store( myCalJets, m_outputLocation ) ; if(!stat){ log<<MSG::ERROR<<"Could not store jets"<<endreq; return stat; } return StatusCode::SUCCESS; }

StatusCode Atlfast::AtlfastB::finalize (    )

Definition at line 290 of file AtlfastB.cxx. { MsgStream log( messageService(), name() ) ; log << MSG::INFO << "finalizing" << endreq; return StatusCode::SUCCESS ; }

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Member Data Documentation

int Atlfast::AtlfastB::m_atlfBNSet [private]

Definition at line 110 of file AtlfastB.h. Referenced by AtlfastB(), atlfBje(), execute(), and initialize().

double Atlfast::AtlfastB::m_epsib [private]

Definition at line 113 of file AtlfastB.h. Referenced by atlfBje().

double Atlfast::AtlfastB::m_epsic [private]

Definition at line 114 of file AtlfastB.h. Referenced by atlfBje().

double Atlfast::AtlfastB::m_epsij [private]

Definition at line 115 of file AtlfastB.h. Referenced by atlfBje().

double Atlfast::AtlfastB::m_epsitau [private]

Definition at line 116 of file AtlfastB.h. Referenced by AtlfastB(), and execute().

string Atlfast::AtlfastB::m_corrjfile [private]

Definition at line 120 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

string Atlfast::AtlfastB::m_corrcfile [private]

Definition at line 121 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

double Atlfast::AtlfastB::m_corrj[5][15] [private]

Definition at line 124 of file AtlfastB.h. Referenced by atlfBje(), and initialize().

double Atlfast::AtlfastB::m_corrc[5][15] [private]

Definition at line 125 of file AtlfastB.h. Referenced by atlfBje(), and initialize().

int Atlfast::AtlfastB::m_indtauveto [private]

Definition at line 128 of file AtlfastB.h. Referenced by AtlfastB(), and execute().

bool Atlfast::AtlfastB::m_AtlfBJetSwitch [private]

Definition at line 137 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

bool Atlfast::AtlfastB::m_AtlfCalSwitch [private]

Definition at line 138 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

bool Atlfast::AtlfastB::m_AtlfTauSwitch [private]

Definition at line 139 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

bool Atlfast::AtlfastB::m_AtlfTauVetoSwitch [private]

Definition at line 140 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

bool Atlfast::AtlfastB::m_AtlfTrigMuoSwitch [private]

Definition at line 141 of file AtlfastB.h. Referenced by AtlfastB(), and initialize().

bool Atlfast::AtlfastB::m_notInit [private]

Definition at line 145 of file AtlfastB.h.

TesIO* Atlfast::AtlfastB::m_tesIO [private]

Definition at line 146 of file AtlfastB.h. Referenced by execute(), initialize(), and ~AtlfastB().

HepRandomEngine* Atlfast::AtlfastB::m_pRandomEngine [private]

Definition at line 148 of file AtlfastB.h. Referenced by atlfBje(), atlfTau(), atlfTauVeto(), initialize(), and ~AtlfastB().

RandFlat* Atlfast::AtlfastB::m_pRandFlatGenerator [private]

Definition at line 149 of file AtlfastB.h. Referenced by atlfBje(), atlfTau(), atlfTauVeto(), initialize(), and ~AtlfastB().

std::vector<Jet*> Atlfast::AtlfastB::m_Jets [private]

Definition at line 151 of file AtlfastB.h. Referenced by atlfBje(), atlfCal(), atlfTau(), atlfTauVeto(), and execute().

std::vector<Jet*>::const_iterator Atlfast::AtlfastB::m_it [private]

Definition at line 152 of file AtlfastB.h. Referenced by atlfBje(), atlfCal(), atlfTau(), atlfTauVeto(), and execute().

std::string Atlfast::AtlfastB::m_inputLocation [private]

Definition at line 163 of file AtlfastB.h. Referenced by AtlfastB(), execute(), and initialize().

std::string Atlfast::AtlfastB::m_outputLocation [private]

Definition at line 164 of file AtlfastB.h. Referenced by AtlfastB(), execute(), and initialize().

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The documentation for this class was generated from the following files:

• AtlfastB.h
• AtlfastB.cxx

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