TBBPCRaw.h

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/*
  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TBEVENT_TBBPCRAW_H
#define TBEVENT_TBBPCRAW_H
 
#include "TBEvent/TBBeamDetector.h"
 
#include "TBEvent/TBTDCRawCont.h"
#include "TBEvent/TBADCRawCont.h"
 
#include "AthLinks/ElementLink.h"
 
#include <string>
#include <vector>
 
 
 
class TBBPCRaw : public TBBeamDetector
{
 public:
 
  typedef TBTDCRaw::signal_type                         tdc_signal_type;
  typedef std::vector< ElementLink<TBTDCRawCont> > tdc_store_type; 
  typedef tdc_store_type::const_iterator             tdc_store_iterator;
 
  typedef TBADCRaw::signal_type                         adc_signal_type;
  typedef std::vector< ElementLink<TBADCRawCont> > adc_store_type;
  typedef adc_store_type::const_iterator             adc_store_iterator;
 
  enum SignalSource { tdcLeft       = 0,
             tdcRight      = 1,
             tdcUp         = 2,
             tdcDown       = 3,
             adcHorizontal = 4,
             adcVertical   = 5,
             unknown       = 6 };
 
  // Constructors and Destructor //
 
  TBBPCRaw();  
 
 
  TBBPCRaw(const std::string& thisBPCName) : TBBeamDetector(thisBPCName) 
  {}
 
  TBBPCRaw(const std::string& thisBPCName,
       const TBTDCRawCont* theTDCCont,
       const std::vector<const TBTDCRaw*>& theTDCs,
       const TBADCRawCont* theADCCont,
       const std::vector<const TBADCRaw*>& theADCs);
    
  ~TBBPCRaw();
 
  // Data Access //
  void setSignals(const TBTDCRawCont* theTDCCont,
          const std::vector<const TBTDCRaw*>& theTDCs,
          const TBADCRawCont* theADCCont,
          const std::vector<const TBADCRaw*>& theADCs);
 
  tdc_signal_type getTDCLeft()       const;
  tdc_signal_type getTDCRight()      const;
  tdc_signal_type getTDCUp()         const;
  tdc_signal_type getTDCDown()       const;
  tdc_signal_type getTDCSignal(SignalSource theSource) const;
 
  adc_signal_type getADCHorizontal() const;
  adc_signal_type getADCVertical()   const;
  adc_signal_type getADCSignal(SignalSource theSource) const;
 
  // access overflow
  virtual bool isOverflow() const;
  virtual bool isOverflow(SignalSource theSource) const;
 
  // iterator on time measurements
  tdc_store_iterator tdc_begin() const;
  tdc_store_iterator tdc_end()   const;
  SignalSource getSignalSource(tdc_store_iterator& theTDCIterator) const;
 
  // iterator on amplitude mesaurement
  adc_store_iterator adc_begin() const;
  adc_store_iterator adc_end()   const;
  SignalSource getSignalSource(adc_store_iterator& theADCIterator) const;
 
 private:
 
  // Private Data //
 
  tdc_store_type m_tdcSignals;
  adc_store_type m_adcSignals;
 
  // Private Functions //
    
/*   template<typename T> */
/*     size_t findIndex(const T& theStore,T::const_iterator& theIterator) */
/*   { */
/*     T::const_iterator firstInStore = theStore.begin(); */
/*     T::const_iterator lastInStore  = theStore.end(); */
/*     size_t theIndex = 0; */
/*     while ( firstInStore != theIterator && firstInStore != lastInStore ) */
/*       { */
/*  theIndex++; */
/*  firstInStore++; */
/*       } */
/*     if ( firstInStore == lastInStore ) theIndex = size_t(-1); */
/*     return theIndex; */
/*   } */
 
 
  size_t findIndex( const tdc_store_type& theStore,tdc_store_iterator& theIterator) const
  {
    tdc_store_type::const_iterator firstInStore = theStore.begin();
    tdc_store_type::const_iterator lastInStore  = theStore.end();
    size_t theIndex = 0;
    while ( firstInStore != theIterator && firstInStore != lastInStore )
      {
    ++theIndex;
    ++firstInStore;
      }
    if ( firstInStore == lastInStore ) theIndex = size_t(-1);
    return theIndex;
  }
  size_t findIndex(const adc_store_type& theStore,adc_store_type::const_iterator& theIterator) const
  {
    adc_store_type::const_iterator firstInStore = theStore.begin();
    adc_store_type::const_iterator lastInStore  = theStore.end();
    size_t theIndex = 0;
    while ( firstInStore != theIterator && firstInStore != lastInStore )
      {
    ++theIndex;
    ++firstInStore;
      }
    if ( firstInStore == lastInStore ) theIndex = size_t(-1);
    return theIndex;
  }
 
};
 
// Inline Functions //
 
// global overflow
inline bool TBBPCRaw::isOverflow() const
{
  return m_overflow;
}
 
// specific signals
inline TBBPCRaw::tdc_signal_type TBBPCRaw::getTDCLeft() const
{
  return this->getTDCSignal(TBBPCRaw::tdcLeft);
}
 
inline TBBPCRaw::tdc_signal_type TBBPCRaw::getTDCRight() const
{
  return this->getTDCSignal(TBBPCRaw::tdcRight);
}
 
inline TBBPCRaw::tdc_signal_type TBBPCRaw::getTDCUp() const
{
  return this->getTDCSignal(TBBPCRaw::tdcUp);
}
 
inline TBBPCRaw::tdc_signal_type TBBPCRaw::getTDCDown() const
{
  return this->getTDCSignal(TBBPCRaw::tdcDown);
}
 
inline TBBPCRaw::tdc_signal_type TBBPCRaw::getADCHorizontal() const
{
  return this->getADCSignal(TBBPCRaw::adcHorizontal);
}
 
inline TBBPCRaw::tdc_signal_type TBBPCRaw::getADCVertical() const
{
  return this->getADCSignal(TBBPCRaw::adcVertical);
}
 
// iterators
inline TBBPCRaw::tdc_store_iterator TBBPCRaw::tdc_begin() const
{
  return m_tdcSignals.begin();
}
inline TBBPCRaw::tdc_store_iterator TBBPCRaw::tdc_end() const
{
  return m_tdcSignals.end();
}
inline TBBPCRaw::adc_store_iterator TBBPCRaw::adc_begin() const
{
  return m_adcSignals.begin();
}
inline TBBPCRaw::adc_store_iterator TBBPCRaw::adc_end() const
{
  return m_adcSignals.end();
}
#endif