Emc/EmcGeneralClass/include/EmcGeneralClass/EmcStructure.h

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#ifndef EMCSTRUCTURE_H
#define EMCSTRUCTURE_H
#include "Identifier/EmcID.h"
 
class EmcStructure {
public:
  // Constructors
  EmcStructure();
 
  // Destructors
  ~EmcStructure();
 
  long getIndex( unsigned int thetaIndex, unsigned int phiIndex ) const;
 
  bool isOutofAccep( unsigned int thetaIndex, unsigned int phiIndex ) const;
 
  // number Of Theta Rings (from 0 to 55)
  unsigned int getNumberOfTheRings();
 
  unsigned int getNumberOfXtals();
 
  // The theta index is defined by Endcap_east(0-5),Barrel(6-49),Endcap_west(50-55)
  // in Emc Bhabha Calibration
  unsigned int startingTheta() { return 0; }
 
  unsigned int crystalsInRing( unsigned int theta ) const;
 
  // First call setEmcStruc(), and then getThisThetaMaxIndex,
  // getPartId. getTheta, getPhi, or getGeomIndex can use.
  void setEmcStruc();
 
  long         getThisThetaMaxIndex( int Theta ) const { return m_ThetaMaxIndex[Theta]; }
  unsigned int getPartId( long Index ) const { return m_partID[Index]; }
  unsigned int getTheta( long Index ) const { return m_thetaIndex[Index]; }
  unsigned int getPhi( long Index ) const { return m_phiIndex[Index]; }
  int          getGeomIndex( unsigned int PartId, unsigned int ThetaIndex,
                             unsigned int PhiIndex ) const;
 
private:
  EmcID*                    aEmcId;
  static const unsigned int numberOfOneEndcapRings   = 2;
  static const unsigned int numberOfTwoEndcapRings   = 2;
  static const unsigned int numberOfThreeEndcapRings = 2;
  long                      m_ThetaMaxIndex[56];
  unsigned int              m_partID[6240];
  unsigned int              m_thetaIndex[6240];
  unsigned int              m_phiIndex[6240];
};
 
#endif // EMCSTRUCTURE_H