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#ifndef METReco_CaloMET_h
#define METReco_CaloMET_h
/** \class CaloMET
*
* \short MET made from CaloTowers
*
* CaloMET represents MET made from CaloTowers
* Provide energy contributions from different subdetectors
* in addition to generic MET parameters
*
* \author R. Cavanaugh, UFL (inspiration taken from F. Ratnikov)
*
************************************************************/
#include "DataFormats/METReco/interface/SpecificCaloMETData.h"
#include "DataFormats/METReco/interface/MET.h"
#include "DataFormats/METReco/interface/CorrMETData.h"
namespace reco {
class CaloMET : public MET {
public:
/* Constructors*/
CaloMET();
CaloMET(const SpecificCaloMETData& calo_data_, double sumet_, const LorentzVector& fP4, const Point& fVertex)
: MET(sumet_, fP4, fVertex), calo_data(calo_data_) {}
CaloMET(const SpecificCaloMETData& calo_data_,
double sumet_,
const std::vector<CorrMETData>& corr_,
const LorentzVector& fP4,
const Point& fVertex)
: MET(sumet_, corr_, fP4, fVertex), calo_data(calo_data_) {}
/* Default destructor*/
~CaloMET() override {}
/* Returns the maximum energy deposited in ECAL towers */
double maxEtInEmTowers() const { return calo_data.MaxEtInEmTowers; };
/* Returns the maximum energy deposited in HCAL towers */
double maxEtInHadTowers() const { return calo_data.MaxEtInHadTowers; };
/* Returns the event hadronic energy fraction */
double etFractionHadronic() const { return calo_data.EtFractionHadronic; };
/* Returns the event electromagnetic energy fraction */
double emEtFraction() const { return calo_data.EtFractionEm; };
/* Returns the event hadronic energy in HB */
double hadEtInHB() const { return calo_data.HadEtInHB; };
/* Returns the event hadronic energy in HO */
double hadEtInHO() const { return calo_data.HadEtInHO; };
/* Returns the event hadronic energy in HE */
double hadEtInHE() const { return calo_data.HadEtInHE; };
/* Returns the event hadronic energy in HF */
double hadEtInHF() const { return calo_data.HadEtInHF; };
/* Returns the event electromagnetic energy in EB */
double emEtInEB() const { return calo_data.EmEtInEB; };
/* Returns the event electromagnetic energy in EE */
double emEtInEE() const { return calo_data.EmEtInEE; };
/* Returns the event electromagnetic energy extracted from HF */
double emEtInHF() const { return calo_data.EmEtInHF; };
/* Returns the event MET Significance */
double metSignificance() const { return this->significance(); };
/* Returns the event SET in HF+ */
double CaloSETInpHF() const { return calo_data.CaloSETInpHF; };
/* Returns the event SET in HF- */
double CaloSETInmHF() const { return calo_data.CaloSETInmHF; };
/* Returns the event MET in HF+ */
double CaloMETInpHF() const { return calo_data.CaloMETInpHF; };
/* Returns the event MET in HF- */
double CaloMETInmHF() const { return calo_data.CaloMETInmHF; };
/* Returns the event MET-phi in HF+ */
double CaloMETPhiInpHF() const { return calo_data.CaloMETPhiInpHF; };
/* Returns the event MET-phi in HF- */
double CaloMETPhiInmHF() const { return calo_data.CaloMETPhiInmHF; };
//Set Met Significance
void SetMetSignificance(double metsig) { calo_data.METSignificance = metsig; }
// block accessors
SpecificCaloMETData getSpecific() const { return calo_data; }
private:
bool overlap(const Candidate&) const override;
// Data members
//Variables specific to to the CaloMET class
SpecificCaloMETData calo_data;
};
} // namespace reco
#endif
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