iEventListPET.cc

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/*
  Implementation of class iEventListPET

  - separators: X 
  - doxygen: X
  - default initialization: X
  - CASTOR_DEBUG: none
  - CASTOR_VERBOSE: none
*/


#include "iEventListPET.hh"
#include "vDataFile.hh" //  DATA_MODE/ DATA_TYPE macros
#include "sOutputManager.hh" // Cout()/Cerr()


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/*
  Constructor()
*/

iEventListPET::iEventListPET() : iEventPET()
{
  m_dataType = TYPE_PET;
  m_dataMode = MODE_LIST;
  mp_POI1[0] = 0.;
  mp_POI1[1] = 0.;
  mp_POI1[2] = -1.;
  mp_POI2[0] = 0.;
  mp_POI2[1] = 0.;
  mp_POI2[2] = -1.;
  
  m_kind = KIND_UNKNOWN;
  m_eventScatRate = 0.;
  m_TOFMeasurement = 0.;
  m_eventValue = 1.;
  m_nbLines = 1;
}



// =====================================================================
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/*
  Destructor()
*/
iEventListPET::~iEventListPET() {}




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/*
  \fn virtual void SetEventValue(int a_bin, FLTNBDATA a_value)
  \param a_bin (0 if only one line)
  \param a_value
  \brief Just throw a warning in case this function is called for iEventListPET. 
         This should never be the case as event value is equal to 1 by default.
*/
void iEventListPET::SetEventValue(int a_bin, FLTNBDATA a_value) 
{
  Cout("WARNING : iEventListPET::SetEventValue()->Trying to set the value of a list mode event, which is equal to 1 by default.");
} 


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/*
  \fn virtual void Describe()
  \brief This function can be used to get a description of the event printed out
*/
void iEventListPET::Describe()
{
  Cout("---------------------- iEventListPET::Describe() --------------------------" << endl);
  Cout("sizeof(FLTNB): " << sizeof(FLTNB) << endl);
  Cout("Time: " << m_timeInMs << " ms" << endl);
  Cout("Number of lines: " << m_nbLines << endl);
  for (uint16_t l=0; l<m_nbLines; l++) Cout("  --> ID1: " << mp_ID1[l] << " | ID2: " << mp_ID2[l] << endl);
  Cout("Random rate: " << m_eventRdmRate << endl);
  Cout("Normalization factor: " << m_eventNormFactor << endl);
  Cout("ACF: " << m_atnCorrFactor << endl);
  Cout("kind: " << m_kind << endl);
  Cout("Scat rate: " << m_eventScatRate << endl);
  Cout("Number of TOF measurement: " << m_TOFMeasurement << " ps" << endl);
  Cout("POI1 (x ; y ; z ) = " << mp_POI1[0] <<" ; " << mp_POI1[1] <<" ; " << mp_POI1[2] <<" ; " << endl);
  Cout("POI2 (x ; y ; z ) = " << mp_POI2[0] <<" ; " << mp_POI2[1] <<" ; " << mp_POI2[2] <<" ; " << endl);
  Cout("----------------------------------------------------------------------------" << endl);
  Cout(flush);
}