EnergySum_ROI.h

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// Dear emacs, this is -*- c++ -*-
 
/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
// $Id: EnergySum_ROI.h,v 1.5 2008-05-08 15:00:11 krasznaa Exp $
#ifndef ANALYSISTRIGGEREVENT_ENERGYSUM_ROI_H
#define ANALYSISTRIGGEREVENT_ENERGYSUM_ROI_H
 
// STL/System include(s):
#include <string>
#include <vector>
#include <inttypes.h>

class EnergySum_ROI {
 
public:
   EnergySum_ROI( uint32_t roiWord0, uint32_t roiWord1, uint32_t roiWord2,
                  float energyX, float energyY, float energyT, 
                  uint32_t thrPatSummET, uint32_t thrPatMissET, uint32_t thrPatMETSig, unsigned int overflows )
      : m_roiWord0( roiWord0 ), m_roiWord1( roiWord1 ), m_roiWord2( roiWord2 ),
        m_thrPatSummET( thrPatSummET ), m_thrPatMissET( thrPatMissET ), m_thrPatMETSig( thrPatMETSig ), m_thresholds( 0 ),
        m_energyX( energyX ), m_energyY( energyY ), m_energyT( energyT ), 
        m_overflows( overflows ) {}

   EnergySum_ROI()
      : m_roiWord0( 0 ), m_roiWord1( 0 ), m_roiWord2( 0 ), m_thrPatSummET( 0 ), m_thrPatMissET( 0 ), m_thrPatMETSig( 0 ),
        m_thresholds( 0 ), m_energyX( 0. ), m_energyY( 0. ), m_energyT( 0. ), m_overflows( 0 ) {}

   virtual ~EnergySum_ROI () {}

   typedef std::vector< std::string > thresholds_type;

   uint32_t getROIWord0() const { return m_roiWord0; }
   uint32_t getROIWord1() const { return m_roiWord1; }
   uint32_t getROIWord2() const { return m_roiWord2; }

   float getEnergyX() const { return m_energyX; }
   float getEnergyY() const { return m_energyY; }
   float getEnergyT() const { return m_energyT; }
   float getExMiss() const { return -m_energyX; }
   float getEyMiss() const { return -m_energyY; }
   bool  getOverflowX() const { return ( m_overflows & 0x1 ); }
   bool  getOverflowY() const { return ( ( m_overflows >> 1 ) & 0x1 ); }
   bool  getOverflowT() const { return ( ( m_overflows >> 2 ) & 0x1 ); }
   unsigned int getOverflows() const { return m_overflows; }

   uint32_t getThrPatSummET() const { return m_thrPatSummET; }
   uint32_t getThrPatMissET() const { return m_thrPatMissET; }
   uint32_t getThrPatMETSig() const { return m_thrPatMETSig; }

   const thresholds_type& getThresholds() const { return m_thresholds; }

   void addThreshold( thresholds_type::value_type thr ) { m_thresholds.push_back( thr ); }
 
private:
   uint32_t m_roiWord0; 
   uint32_t m_roiWord1; 
   uint32_t m_roiWord2; 
 
   uint32_t m_thrPatSummET; 
   uint32_t m_thrPatMissET; 
   uint32_t m_thrPatMETSig; 
 
   thresholds_type m_thresholds; 
 
   float m_energyX; 
   float m_energyY; 
   float m_energyT; 
 
   unsigned int m_overflows; 
 
}; // class EnergySum_ROI
 
#endif // ANALYSISTRIGGEREVENT_ENERGYSUM_ROI_H