14 MsgStream &log )
const
16 log << MSG::DEBUG <<
"TrigT2JetCnv_p3::persToTrans called " <<
endmsg;
38 MsgStream &log )
const
40 log << MSG::DEBUG <<
"TrigT2JetCnv_p3::transToPers called " <<
endmsg;
virtual void persToTrans(const TrigT2Jet_p3 *persObj, TrigT2Jet *transObj, MsgStream &log) const override
virtual void transToPers(const TrigT2Jet *transObj, TrigT2Jet_p3 *persObj, MsgStream &log) const override
double e() const
Return jet energy.
float emf() const
Return fraction of energy in EMC.
void setJetQuality(float jetQuality)
Set fraction of jet energy from bad cells.
float jetQuality() const
Return fraction of jet energy from bad cells.
void setPhi(double phi)
set Jet phi
void setE(double e)
set Jet energy
void set_RoIword(unsigned int word)
set RoI Word
void setEem0(double eem)
Set Electromagnetic energy.
float hecf() const
Return fraction of energy in HEC.
void setEhad0(double ehad)
Set Hadronic energy.
unsigned int RoIword() const
Return the cone Radius.
void setNLeadingCells(int nLeadingCells)
Set nLeadingCells (e.g.
double ehad0() const
Return the hadronic energy of the jet, calculated before calibration.
double phi() const
Return jet phi.
void setHecf(float hecf)
Set fraction of energy in HEC.
int nLeadingCells() const
Return nLeadingCells (e.g.
double eem0() const
Return the electromagnetic energy of the jet, calculated before the calibration.
void setEmf(float emf)
Set fraction of energy in EMC.
double eta() const
Return jet eta.
void setEta(double eta)
set Jet eta
void setJetTimeCells(float jetTimeCells)
Set jet time calculated from cells.
float jetTimeCells() const
Return jet time calculated from cells.