L1GctHtMiss.h

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#ifndef L1GCTHTMISS_H
#define L1GCTHTMISS_H

#include <ostream>
#include <stdint.h>


class L1GctHtMiss {
 public:

  enum numberOfBits {
    kHtMissPhiNBits  = 5,
    kHtMissMagNBits  = 7,
    kHtMissPhiMask   = (1 << kHtMissPhiNBits) - 1,
    kHtMissMagMask   = (1 << kHtMissMagNBits) - 1,
    kHtMissPhiShift  = 0,
    kHtMissMagShift  = kHtMissPhiNBits,
    kHtMissOFlowBit  = (1 << (kHtMissPhiNBits + kHtMissMagNBits)),
    kHtMissPhiNBins  = 18,
    kRawCtorMask     = kHtMissOFlowBit | (kHtMissMagMask << kHtMissMagShift) | (kHtMissPhiMask << kHtMissPhiShift)
  };

  L1GctHtMiss();
  
  L1GctHtMiss(uint32_t rawData);
  
  L1GctHtMiss(uint32_t rawData, int16_t bx);
  
  L1GctHtMiss(unsigned et, unsigned phi, bool oflow);

  L1GctHtMiss(unsigned et, unsigned phi, bool oflow, int16_t bx);

  virtual ~L1GctHtMiss();

  std::string name() const { return "HtMiss"; }

  bool empty() const { return false; }

  uint32_t raw() const { return m_data; }

  unsigned et() const { return (m_data >> kHtMissMagShift) & kHtMissMagMask; }

  bool overFlow() const { return (m_data & kHtMissOFlowBit)!=0; }

  unsigned phi() const { return (m_data >> kHtMissPhiShift) & kHtMissPhiMask; }

  int16_t bx() const { return m_bx; }

  int operator==(const L1GctHtMiss& e) const { return m_data==e.raw(); }

  int operator!=(const L1GctHtMiss& e) const { return !(*this == e); }

 private:

  uint32_t m_data;
  int16_t m_bx;

};

std::ostream& operator<<(std::ostream& s, const L1GctHtMiss& c);


#endif