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#ifndef SimplePhoton_H
#define SimplePhoton_H
#ifndef SimpleElectron_STANDALONE
#include "DataFormats/EgammaCandidates/interface/Photon.h"
#endif
class SimplePhoton {
public:
SimplePhoton() {}
SimplePhoton(double run,
double eClass,
double r9,
double scEnergy,
double scEnergyError,
double regEnergy,
double regEnergyError,
double eta,
bool isEB,
bool isMC)
: run_(run),
eClass_(eClass),
r9_(r9),
scEnergy_(scEnergy),
scEnergyError_(scEnergyError),
regEnergy_(regEnergy),
regEnergyError_(regEnergyError),
eta_(eta),
isEB_(isEB),
isMC_(isMC),
newEnergy_(regEnergy_),
newEnergyError_(regEnergyError_),
scale_(1.0),
smearing_(0.0) {}
~SimplePhoton() {}
#ifndef SimplePhoton_STANDALONE
explicit SimplePhoton(const reco::Photon& in, unsigned int runNumber, bool isMC);
void writeTo(reco::Photon& out) const;
#endif
//accessors
double getNewEnergy() const { return newEnergy_; }
double getNewEnergyError() const { return newEnergyError_; }
double getScale() const { return scale_; }
double getSmearing() const { return smearing_; }
double getSCEnergy() const { return scEnergy_; }
double getSCEnergyError() const { return scEnergyError_; }
double getRegEnergy() const { return regEnergy_; }
double getRegEnergyError() const { return regEnergyError_; }
double getEta() const { return eta_; }
float getR9() const { return r9_; }
int getElClass() const { return eClass_; }
int getRunNumber() const { return run_; }
bool isEB() const { return isEB_; }
bool isMC() const { return isMC_; }
//setters
void setNewEnergy(double newEnergy) { newEnergy_ = newEnergy; }
void setNewEnergyError(double newEnergyError) { newEnergyError_ = newEnergyError; }
private:
double run_;
double eClass_;
double r9_;
double scEnergy_;
double scEnergyError_;
double regEnergy_;
double regEnergyError_;
double eta_;
bool isEB_;
bool isMC_;
double newEnergy_;
double newEnergyError_;
double scale_;
double smearing_;
};
#endif
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