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#ifndef HFEMClusterShape_h
#define HFEMClusterShape_h
#include <Rtypes.h>
#include "DataFormats/EgammaReco/interface/HFEMClusterShapeFwd.h"
#include "DataFormats/DetId/interface/DetId.h"
/*class reco::HFEMClusterShape HFEMClusterShape.h DataFormats/EgammaReco/interface/HFEMClusterShape.h
*
* A Cluster Shape of a Possible EM cluster in the HF detector
* Contains the DetId of its Seed
*
* \author Kevin Klapoetke, University of Minnesota
*
*
*/
namespace reco {
class HFEMClusterShape {
public:
HFEMClusterShape() {}
HFEMClusterShape(double eLong1x1,
double eShort1x1,
double eLong3x3,
double eShort3x3,
double eLong5x5,
double eShort5x5,
double eLongCore,
double CellEta,
double CellPhi,
DetId seed);
//energy in long or short fibers various cluster sizes
double eLong1x1() const { return eLong1x1_; }
double eShort1x1() const { return eShort1x1_; }
double eLong3x3() const { return eLong3x3_; }
double eShort3x3() const { return eShort3x3_; }
double eLong5x5() const { return eLong5x5_; }
double eShort5x5() const { return eShort5x5_; }
//total energy in various clusters
double e1x1() const;
double e3x3() const;
double e5x5() const;
//Identification Variables
//Longetudinal variable: E(3x3,short fibers)/E(3x3,long fibers)
double eSeL() const;
//Transverse Variable: E(Core of cluster)/E(3x3)
double eCOREe9() const;
//Shower Exclusion Variable: E(3x3)/E(5x5)
double e9e25() const;
//energy in central highest energy cells (at least 50% energy of previous total energy startign with seed cell)
double eCore() const { return eLongCore_; }
double CellEta() const { return CellEta_; }
double CellPhi() const { return CellPhi_; }
//seed cell of cluster DetId
DetId seed() const { return seed_; }
private:
double eLong1x1_, eShort1x1_, eLong3x3_, eShort3x3_, eLong5x5_, eShort5x5_, eLongCore_, CellEta_, CellPhi_;
DetId seed_;
};
} // namespace reco
#endif
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