HECDetDescr.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef LARREADOUTGEOMETRY_HECDETDESCR_H
#define LARREADOUTGEOMETRY_HECDETDESCR_H
#include "LArReadoutGeometry/HECDetectorManager.h"
#include "GeoModelKernel/CellBinning.h"
#include "GeoModelKernel/RCBase.h"
class HECDetDescr : public RCBase  
{
 
  public:
    
      
  HECDetDescr (const HECDetectorManager *detManager, unsigned int sampling, unsigned int region, const CellBinning &phiBinning, bool isTestBeam = false);
 
  ~HECDetDescr();
      
  double getZMin (unsigned int block) const;
      
  double getZMax (unsigned int block) const;
      
  double getRMin (unsigned int block, unsigned int eta) const;
      
  double getRMax (unsigned int block, unsigned int eta) const;
      
  const HECRadialSegment * getRadialSegment (unsigned int block, unsigned int eta) const;
      
  unsigned int getBlockIndex (unsigned int block) const;
      
  const HECDetectorManager * getManager () const;
      
  unsigned int getSamplingIndex () const;
 
  unsigned int getRegionIndex () const;
      
  const CellBinning& getPhiBinning () const;
      
  const CellBinning& getEtaBinning () const;
      
  unsigned int getNumBlocks () const;
 
  private:
    
      HECDetDescr(const HECDetDescr &right);
      HECDetDescr & operator=(const HECDetDescr &right);
      const HECDetectorManager *m_manager;
      unsigned int m_samplingIndex;
      unsigned int m_regionIndex;
      CellBinning m_phiBinning;
      unsigned int m_outerRadSegNumber;
      CellBinning m_etaBinning;
      unsigned int m_numBlocks;
      unsigned int m_firstBlock;
      std::vector<double> m_zMin;
      std::vector<double> m_zMax;
};
 
 
 
 
 
 
 
inline double HECDetDescr::getZMin (unsigned int block) const
{
  
  return m_zMin[block];
  
}
 
inline double HECDetDescr::getZMax (unsigned int block) const
{
  
  return m_zMax[block];
  
}
 
inline double HECDetDescr::getRMin (unsigned int block, unsigned int eta) const
{
  
 
  // Check that it exists:
  const HECRadialSegment *segment = getRadialSegment(block,eta);
  if (!segment) throw std::range_error("Error in HECDetDescr, nonexistent segment.");
 
  // Return value:
  return segment->getMinVal();
 
  
}
 
inline double HECDetDescr::getRMax (unsigned int block, unsigned int eta) const
{
  
 
  // Check that it exists:
  const HECRadialSegment *segment = getRadialSegment(block,eta);
  if (!segment) throw std::range_error("Error in HECDetDescr, nonexistent segment.");
 
  // Return value:
  return segment->getMaxVal();
 
  
}
 
inline const HECRadialSegment * HECDetDescr::getRadialSegment (unsigned int block, unsigned int eta) const
{
  
  // Get the block.
  const HECLongBlock *bPtr = getManager()->getBlock(getBlockIndex(block));
  // Check that it exists:
  if (!bPtr) throw std::range_error("Error in HECDetDescr, nonexistent block.");
 
  // From the block, get the radial segment:
   unsigned int index = m_outerRadSegNumber-eta;
  
  const HECRadialSegment *segment=bPtr->getRadialSegment(index);
  return segment;
  
}
 
inline unsigned int HECDetDescr::getBlockIndex (unsigned int block) const
{
  
  return m_firstBlock+block;
  
}
 
 
 
inline const HECDetectorManager * HECDetDescr::getManager () const
{
  
  return m_manager;
  
}
 
inline unsigned int HECDetDescr::getSamplingIndex () const
{
  
  return m_samplingIndex;
  
}
 
inline unsigned int HECDetDescr::getRegionIndex () const
{
  
  return m_regionIndex;
  
}
 
inline const CellBinning& HECDetDescr::getPhiBinning () const
{
  
  return m_phiBinning;
  
}
 
inline const CellBinning& HECDetDescr::getEtaBinning () const
{
  
  return m_etaBinning;
  
}
 
inline unsigned int HECDetDescr::getNumBlocks () const
{
  
  return m_numBlocks;
  
}
 
 
 
 
 
#endif