GeneratorName.h File Reference

#include <iosfwd>
#include <string>

Go to the source code of this file.

Enumerations
enum	GeneratorName {   PYTHIA = 1000000 , HERWIG = 2000000 , ISAJET = 3000000 , SINGLE = 4000000 ,   HIJING = 5000000 , PHOJET = 6000000 , COMPHEP = 100000 , USER = 200000 ,   ACERMC = 300000 , ALPGEN = 400000 , TAUOLA = 10000 , PHOTOS = 20000 ,   TAUOLA_PHOTOS = 30000 , UNKNOWN = -999 }

Functions
GeneratorName	generator_name (const int &index)
GeneratorName	first_generator (int &index)
GeneratorName	second_generator (int &index)
GeneratorName	third_generator (int &index)
int	generator_process (int &index)
void	GeneratorName_print (int &id)
std::string	generator_string (const int &index)
std::ostream &	operator<< (std::ostream &lhs, GeneratorName rhs)

Enumeration Type Documentation

GeneratorName

enum GeneratorName

Enumerator
PYTHIA
HERWIG
ISAJET
SINGLE
HIJING
PHOJET
COMPHEP
USER
ACERMC
ALPGEN
TAUOLA
PHOTOS
TAUOLA_PHOTOS
UNKNOWN

Definition at line 7 of file GeneratorModule/include/GeneratorModule/GeneratorName.h.

                   {
  PYTHIA        = 1000000,
  HERWIG        = 2000000,
  ISAJET        = 3000000,
  SINGLE        = 4000000,
  HIJING        = 5000000,
  PHOJET        = 6000000,
  COMPHEP       = 100000,
  USER          = 200000,
  ACERMC        = 300000,
  ALPGEN        = 400000,
  TAUOLA        = 10000,
  PHOTOS        = 20000,
  TAUOLA_PHOTOS = 30000,
  UNKNOWN       = -999
};

Function Documentation

first_generator()

GeneratorName first_generator

(

int &

index

)

Definition at line 24 of file GeneratorName.cxx.

                                            {
  int gen1 = 1000000 * ( index / 1000000 );
  return generator_name( gen1 );
}

generator_name()

GeneratorName generator_name

(

const int &

index

)

Definition at line 4 of file GeneratorName.cxx.

                                                 {
  switch ( index )
  {
  case 1000000: return PYTHIA;
  case 2000000: return HERWIG;
  case 3000000: return ISAJET;
  case 4000000: return SINGLE;
  case 5000000: return HIJING;
  case 6000000: return PHOJET;
  case 100000: return COMPHEP;
  case 200000: return USER;
  case 300000: return ACERMC;
  case 400000: return ALPGEN;
  case 10000: return TAUOLA;
  case 20000: return PHOTOS;
  case 30000: return TAUOLA_PHOTOS;
  }
  return UNKNOWN;
}

generator_process()

int generator_process

(

int &

index

)

Definition at line 45 of file GeneratorName.cxx.

{ return index % 10000; }

generator_string()

std::string generator_string

(

const int &

index

)

Definition at line 52 of file GeneratorName.cxx.

                                               {
  switch ( index )
  {
  case 1000000: return "PYTHIA";
  case 2000000: return "HERWIG";
  case 3000000: return "ISAJET";
  case 4000000: return "SINGLE";
  case 5000000: return "HIJING";
  case 6000000: return "PHOJET";
  case 100000: return "COMPHEP";
  case 200000: return "USER";
  case 300000: return "ACERMC";
  case 400000: return "ALPGEN";
  case 10000: return "TAUOLA";
  case 20000: return "PHOTOS";
  case 30000: return "TAUOLA_PHOTOS";
  }
  return " ";
}

GeneratorName_print()

void GeneratorName_print

(

int &

id

)

Definition at line 47 of file GeneratorName.cxx.

                                    {
  std::cout << first_generator( id ) << " " << second_generator( id ) << " "
            << third_generator( id ) << " + " << generator_process( id );
}

operator<<()

std::ostream & operator<<	(	std::ostream &	lhs,
		GeneratorName	rhs )

Definition at line 72 of file GeneratorName.cxx.

                                                             {
  lhs << generator_string( rhs );
  return lhs;
}

second_generator()

GeneratorName second_generator

(

int &

index

)

Definition at line 29 of file GeneratorName.cxx.

                                             {
  int gen1 = 1000000 * ( index / 1000000 );
  int gen2 = index - gen1;
  gen2     = 100000 * ( gen2 / 100000 );
  return generator_name( gen2 );
}

third_generator()

GeneratorName third_generator

(

int &

index

)

Definition at line 36 of file GeneratorName.cxx.

                                            {
  int gen1 = 1000000 * ( index / 1000000 );
  int gen2 = index - gen1;
  gen2     = 100000 * ( gen2 / 100000 );
  int gen3 = index - gen1 - gen2;
  gen3     = 10000 * ( gen3 / 10000 );
  return generator_name( gen3 );
}