BunchCrossingAverageCondData.h

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// This file's extension implies that it's C, but it's really -*- C++ -*-.
/*
 * Copyright (C) 2002-2019 CERN for the benefit of the ATLAS collaboration.
 */
 
 
#ifndef LUMIBLOCKDATA_BUNCHCROSSINGAVERAGECONDDATA_H
#define LUMIBLOCKDATA_BUNCHCROSSINGAVERAGECONDDATA_H
 
 
#include "AthenaKernel/CondCont.h"
#include "AthenaKernel/CLASS_DEF.h"
#include <vector>
#include <bitset>
 
 
class BunchCrossingAverageCondData {
 
public:
 
  typedef unsigned int bcid_type;
  static constexpr int m_MAX_BCID=3564;
  static constexpr int m_BUNCH_SPACING = 25;
 
 
 
  // Retrieve the Beam1/2 total intensity. Only paired bunches 
  float GetBeam1Intensity(int channel ) const; 
  float GetBeam2Intensity(int channel ) const;
 
  // Retrieve the Beam1/2 total intensity. Paired and unpaired bunches 
  float GetBeam1IntensityAll(int channel ) const;
  float GetBeam2IntensityAll(int channel ) const;
 
  // Retrieve the Beam1/2 total intensity error. Only paired  bunches 
  float GetBeam1IntensitySTD(int channel ) const;
  float GetBeam2IntensitySTD(int channel ) const;
 
  // Retrieve the Beam1/2 total intensity error. Paired and unpaired bunches 
  float GetBeam1IntensityAllSTD(int channel ) const;
  float GetBeam2IntensityAllSTD(int channel ) const;
 
  unsigned long long GetRunLB( ) const;
  // Set the Beam1/2 total intensity. Only paired bunches 
  void SetBeam1Intensity( float  Beam1Intensity,int channel) ;
  void SetBeam2Intensity( float  Beam2Intensity,int channel) ;
  
  // Set the Beam1/2 total intensity. Paired and unpaired bunches 
  void SetBeam1IntensityAll( float  Beam1IntensityAll,int channel) ;
  void SetBeam2IntensityAll( float  Beam2IntensityAll,int channel) ;
  
  // Set the Beam1/2 total intensity error. Only paired  bunches 
  void SetBeam1IntensitySTD( float  Beam1IntensitySTD,int channel) ;
  void SetBeam2IntensitySTD( float  Beam2IntensitySTD,int channel) ;
  
  // Set the Beam1/2 total intensity error. Paired and unpaired bunches 
  void SetBeam1IntensityAllSTD( float  Beam1IntensityAllSTD,int channel) ;
  void SetBeam2IntensityAllSTD( float  Beam2IntensityAllSTD,int channel) ;
  
 
 
  void SetRunLB( unsigned long long  RunLB) ;


  enum BunchCrossingType
  {
    Empty = 0,       
    FirstEmpty = 1,  
    MiddleEmpty = 2, 
    Single = 100,    
    Front = 200,     
    Middle = 201,    
    Tail = 202,      
    Unpaired = 300   
  };
 
 
  enum BunchDistanceType {
    NanoSec, 
    BunchCrossings, 
    FilledBunches
  };
 
  
 
private:
 
  friend class BunchCrossingAverageCondAlg;// The cond-alg filling this class
 
 
  // Data
 
 
  float m_beam1IntensityAll;
  float m_beam2IntensityAll;
  float m_beam1IntensityAll_fBCT;
  float m_beam2IntensityAll_fBCT;
  float m_beam1IntensityAll_DCCT;
  float m_beam2IntensityAll_DCCT;
  float m_beam1IntensityAll_DCCT24;
  float m_beam2IntensityAll_DCCT24;
 
  float m_beam1Intensity;
  float m_beam2Intensity;
  float m_beam1Intensity_fBCT;
  float m_beam2Intensity_fBCT;
  float m_beam1Intensity_DCCT;
  float m_beam2Intensity_DCCT;
  float m_beam1Intensity_DCCT24;
  float m_beam2Intensity_DCCT24;
 
 
  float m_beam1IntensityAllSTD;
  float m_beam2IntensityAllSTD;
  float m_beam1IntensityAllSTD_fBCT;
  float m_beam2IntensityAllSTD_fBCT;
  float m_beam1IntensityAllSTD_DCCT;
  float m_beam2IntensityAllSTD_DCCT;
  float m_beam1IntensityAllSTD_DCCT24;
  float m_beam2IntensityAllSTD_DCCT24;
 
  float m_beam1IntensitySTD;
  float m_beam2IntensitySTD;
  float m_beam1IntensitySTD_fBCT;
  float m_beam2IntensitySTD_fBCT;
  float m_beam1IntensitySTD_DCCT;
  float m_beam2IntensitySTD_DCCT;
  float m_beam1IntensitySTD_DCCT24;
  float m_beam2IntensitySTD_DCCT24;
  unsigned long long m_RunLB;
  const static int m_headTailLength = 300; // magic number 300 ns from Run 2 tool
 
 
 
};  
CLASS_DEF( BunchCrossingAverageCondData , 120132775 , 1 )
CONDCONT_MIXED_DEF (BunchCrossingAverageCondData, 102554749 );
 
 
#endif // not COOLLUMIUTILITIES_FILLPARAMSCONDDATA_H