TileCosmicMuon.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TILEEVENT_TILECOSMICMUON
#define TILEEVENT_TILECOSMICMUON
//                                                                           //
// Information on TileCosmicAlgs/TileMuonFitter results
//                                                                           //
 
#include "Identifier/IdentifierHash.h"
#include "AthenaKernel/CLASS_DEF.h"
#include <vector>

 
 
class TileCosmicMuon
{
 public:
 
  TileCosmicMuon() : m_time((double)0.),
    m_positionX((double)0.),m_positionY((double)0.),m_positionZ((double)0.),
    m_directionPhi((double)0.),m_directionTheta((double)0.),
    m_fitQuality((double)0.),m_fitNCells((int)0) {}
  
  std::string whoami   (void) const { return "TileCosmicMuon"; }
  operator std::string() const;
 
 
  
  inline void SetTime(double time)                                {m_time           = time;}
  inline void SetPositionX(double posx)                           {m_positionX    = posx;}
  inline void SetPositionY(double posy)                           {m_positionY    = posy;}
  inline void SetPositionZ(double posz)                           {m_positionZ    = posz;}
  inline void SetDirectionPhi(double phi)                         {m_directionPhi     = phi;}
  inline void SetDirectionTheta(double theta)                     {m_directionTheta   = theta;}
  inline void SetFitQuality(double quality)                       {m_fitQuality          = quality;}
  inline void SetFitNCells(int ncells)                            {m_fitNCells         = ncells;}
 
  inline void SetPathTop(const std::vector<double>& path)
  {m_pathTop          = path;}
  inline void SetPathBottom(const std::vector<double>& path)
  {m_pathBottom       = path;}
  inline void SetEnergyTop(const std::vector<double>& energy)
  {m_energyTop        = energy;}
  inline void SetEnergyBottom(const std::vector<double>& energy)
  {m_energyBottom     = energy;}
  inline void SetTrackCellHash(const std::vector<IdentifierHash>& cells)
  {m_trackCellHash    = cells;}
  inline void SetSegmentPath(const std::vector<double>& path)
  {m_segmentPath      = path;}
  inline void SetSegmentPartition(const std::vector<int>& partition)
  {m_segmentPartition = partition;}
  inline void SetSegmentModule(const std::vector<int>& module)
  {m_segmentModule    = module;}
  inline void SetSegmentSampling(const std::vector<int>& sampling)
  {m_segmentSampling  = sampling;}
 
  inline void SetPathTop(std::vector<double>&& path)
  {m_pathTop          = std::move(path);}
  inline void SetPathBottom(std::vector<double>&& path)
  {m_pathBottom       = std::move(path);}
  inline void SetEnergyTop(std::vector<double>&& energy)
  {m_energyTop        = std::move(energy);}
  inline void SetEnergyBottom(std::vector<double>&& energy)
  {m_energyBottom     = std::move(energy);}
  inline void SetTrackCellHash(std::vector<IdentifierHash>&& cells)
  {m_trackCellHash    = std::move(cells);}
  inline void SetSegmentPath(std::vector<double>&& path)
  {m_segmentPath      = std::move(path);}
  inline void SetSegmentPartition(std::vector<int>&& partition)
  {m_segmentPartition = std::move(partition);}
  inline void SetSegmentModule(std::vector<int>&& module)
  {m_segmentModule    = std::move(module);}
  inline void SetSegmentSampling(std::vector<int>&& sampling)
  {m_segmentSampling  = std::move(sampling);}
 
 
  double         GetTime()                 const {return m_time;}                
  double         GetPositionX()               const {return m_positionX;}              
  double         GetPositionY()               const {return m_positionY;}              
  double         GetPositionZ()               const {return m_positionZ;}              
  double         GetDirectionPhi()         const {return m_directionPhi;}        
  double         GetDirectionTheta()         const {return m_directionTheta;}        
  double         GetFitQuality()             const {return m_fitQuality;}            
  int            GetFitNCells()               const {return m_fitNCells;}              
  int            GetTrackNCells()           const {return m_trackCellHash.size();}  
  int            GetNSamples()             const {return m_pathTop.size();}       
  int            GetNSegments()               const {return m_segmentPath.size();}       
  double         GetPathTop(int ind)        const {return m_pathTop[ind];}         
  double         GetPathBottom(int ind)          const {return m_pathBottom[ind];}       
  double         GetEnergyTop(int ind)        const {return m_energyTop[ind];}     
  double         GetEnergyBottom(int ind)     const {return m_energyBottom[ind];}    
  IdentifierHash GetTrackCellHash(int ind)    const {return m_trackCellHash[ind];}    
  double         GetSegmentPath(int ind)      const {return m_segmentPath[ind];}   
  int            GetSegmentPartition(int ind) const {return m_segmentPartition[ind];}   
  int            GetSegmentModule(int ind)    const {return m_segmentModule[ind];}   
  int            GetSegmentSampling(int ind)  const {return m_segmentSampling[ind];}   

  double GetFullPath() const;
  double GetFullEnergy() const;
 
 private:
    
  double m_time;
  double m_positionX; 
  double m_positionY; 
  double m_positionZ; 
  double m_directionPhi; 
  double m_directionTheta; 
  double m_fitQuality; 
  int    m_fitNCells; 
  
  std::vector<double> m_pathTop; 
  std::vector<double> m_pathBottom; 
  std::vector<double> m_energyTop; 
  std::vector<double> m_energyBottom; 
 
  std::vector<IdentifierHash> m_trackCellHash; 
  
  std::vector<double> m_segmentPath; 
  std::vector<int> m_segmentPartition; 
  std::vector<int> m_segmentModule; 
  std::vector<int> m_segmentSampling; 
  
  
};
 
CLASS_DEF( TileCosmicMuon , 2950 , 0 )
#endif