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#ifndef CastorReco_CastorJet_h
#define CastorReco_CastorJet_h
/** \class reco::CastorJet CastorJet.h DataFormats/CastorReco/CastorJet.h
*
* Class for Castor electrons/photons
*
* \author Hans Van Haevermaet, University of Antwerp
*
*
*/
#include <vector>
#include "DataFormats/Math/interface/Point3D.h"
#include "DataFormats/CastorReco/interface/CastorCluster.h"
namespace reco {
class CastorJet : public CastorCluster {
public:
/// default constructor. Sets energy to zero
CastorJet() : energycal_(0.) {}
/// constructor from values
CastorJet(const double energycal, const CastorClusterRef& usedCluster);
/// destructor
~CastorJet() override;
/// Jet energy
double energy() const { return (*usedCluster_).energy(); }
/// Jet energycal
double energycal() const { return energycal_; }
/// Jet centroid position
ROOT::Math::XYZPoint position() const { return (*usedCluster_).position(); }
/// vector of used Clusters
CastorClusterRef getUsedCluster() const { return usedCluster_; }
/// comparison >= operator
bool operator>=(const CastorJet& rhs) const { return (energycal_ >= rhs.energycal_); }
/// comparison > operator
bool operator>(const CastorJet& rhs) const { return (energycal_ > rhs.energycal_); }
/// comparison <= operator
bool operator<=(const CastorJet& rhs) const { return (energycal_ <= rhs.energycal_); }
/// comparison <= operator
bool operator<(const CastorJet& rhs) const { return (energycal_ < rhs.energycal_); }
/// Jet em energy
double emEnergy() const { return (*usedCluster_).emEnergy(); }
/// Jet had energy
double hadEnergy() const { return (*usedCluster_).hadEnergy(); }
/// Jet em/tot ratio
double fem() const { return (*usedCluster_).fem(); }
/// Jet width in phi
double width() const { return (*usedCluster_).width(); }
/// Jet depth in z
double depth() const { return (*usedCluster_).depth(); }
/// Jet hotcell/tot ratio
double fhot() const { return (*usedCluster_).fhot(); }
/// Jet sigma z
double sigmaz() const { return (*usedCluster_).sigmaz(); }
/// pseudorapidity of Jet centroid
double eta() const { return (*usedCluster_).eta(); }
/// azimuthal angle of Jet centroid
double phi() const { return (*usedCluster_).phi(); }
/// x of Jet centroid
double x() const { return (*usedCluster_).x(); }
/// y of Jet centroid
double y() const { return (*usedCluster_).y(); }
/// rho of Jet centroid
double rho() const { return (*usedCluster_).rho(); }
private:
/// Jet energycal
double energycal_;
/// used CastorClusters
CastorClusterRef usedCluster_;
};
// define CastorJetCollection
typedef std::vector<CastorJet> CastorJetCollection;
} // namespace reco
#endif
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