src/output.cxx
void write_stream(std::ostream& os, int width,
    int num, double impact_param, const Event& event) {
  using std::fixed;
  using std::setprecision;
  using std::setw;
  using std::scientific;

  // Write a nicely-formatted line of event properties.
  os << setprecision(10)
     << setw(width)            << num
     << setw(15) << fixed      << impact_param
     << setw(5)                << event.npart();
  if (event.with_ncoll()) os << setw(8)                << event.ncoll();
  os   << setw(18) << scientific << event.multiplicity()            
     << fixed;

  for (const auto& ecc : event.eccentricity())
    os << setw(14) << ecc.second;

  //for (const auto& psi : event.participant_plane())
  //  os << setw(14) << psi.second;

  os << '\n';
}
// These output functions are invoked by the Output class.
These output functions are invoked by the Output class.
These output functions are invoked by the Output class .
void write_stream(std::ostream& os, int width,
    int num, double impact_param, const Event& event) {
  using std::fixed;
  using std::setprecision;
  using std::setw;
  using std::scientific;
  os << setprecision(10)
     << setw(width)            << num
     << setw(15) << fixed      << impact_param
     << setw(5)                << event.npart();
  if (event.with_ncoll()) os << setw(8)                << event.ncoll();
  os   << setw(18) << scientific << event.multiplicity()            
     << fixed;
  for (const auto& ecc : event.eccentricity())
    os << setw(14) << ecc.second;
  os << '\n';
}
void write_stream ( std :: ostream & os , int width , int num , double impact_param , const Event & event ) { using std :: fixed ; using std :: setprecision ; using std :: setw ; using std :: scientific ; os << setprecision ( 10 ) << setw ( width ) << num << setw ( 15 ) << fixed << impact_param << setw ( 5 ) << event . npart ( ) ; if ( event . with_ncoll ( ) ) os << setw ( 8 ) << event . ncoll ( ) ; os << setw ( 18 ) << scientific << event . multiplicity ( ) << fixed ; for ( const auto & ecc : event . eccentricity ( ) ) os << setw ( 14 ) << ecc . second ; os << ' \n ' ; }
These output functions are invoked by the Output class.
These output functions are invoked by the Output class .
// Write a nicely-formatted line of event properties. //for (const auto& psi : event.participant_plane()) //  os << setw(14) << psi.second;