PDG_codes.hh File Reference

Contains the Particle IDs of all relevant SM particles. More...

#include <cstdlib>
#include <string>

Include dependency graph for PDG_codes.hh:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Namespaces
namespace	HEJ
	Main HEJ 2 Namespace.
namespace	HEJ::pid
	particle ids according to PDG

Typedefs
using	HEJ::ParticleID = pid::ParticleID

Enumerations
enum	HEJ::pid::ParticleID : int {   HEJ::pid::unspecified = 0 , HEJ::pid::d = 1 , HEJ::pid::down = d , HEJ::pid::u = 2 ,   HEJ::pid::up = u , HEJ::pid::s = 3 , HEJ::pid::strange = s , HEJ::pid::c = 4 ,   HEJ::pid::charm = c , HEJ::pid::b = 5 , HEJ::pid::bottom = b , HEJ::pid::t = 6 ,   HEJ::pid::top = t , HEJ::pid::e = 11 , HEJ::pid::electron = e , HEJ::pid::nu_e = 12 ,   HEJ::pid::electron_neutrino = nu_e , HEJ::pid::mu = 13 , HEJ::pid::muon = mu , HEJ::pid::nu_mu = 14 ,   HEJ::pid::muon_neutrino = nu_mu , HEJ::pid::tau = 15 , HEJ::pid::nu_tau = 16 , HEJ::pid::tau_neutrino = nu_tau ,   HEJ::pid::d_bar = -d , HEJ::pid::antidown = d_bar , HEJ::pid::u_bar = -u , HEJ::pid::antiup = -u ,   HEJ::pid::s_bar = -s , HEJ::pid::antistrange = -s , HEJ::pid::c_bar = -c , HEJ::pid::anticharm = -c ,   HEJ::pid::b_bar = -b , HEJ::pid::antibottom = -b , HEJ::pid::t_bar = -t , HEJ::pid::antitop = -t ,   HEJ::pid::e_bar = -e , HEJ::pid::positron = e_bar , HEJ::pid::antielectron = positron , HEJ::pid::nu_e_bar = -nu_e ,   HEJ::pid::electron_antineutrino = nu_e_bar , HEJ::pid::mu_bar = -mu , HEJ::pid::antimuon = -mu , HEJ::pid::nu_mu_bar = -nu_mu ,   HEJ::pid::muon_antineutrino = nu_mu_bar , HEJ::pid::tau_bar = -tau , HEJ::pid::antitau = tau_bar , HEJ::pid::nu_tau_bar = -nu_tau ,   HEJ::pid::tau_antineutrino = nu_tau_bar , HEJ::pid::gluon = 21 , HEJ::pid::g = gluon , HEJ::pid::photon = 22 ,   HEJ::pid::gamma = photon , HEJ::pid::Z = 23 , HEJ::pid::Z_photon_mix = 81 , HEJ::pid::Z_gamma_mix = Z_photon_mix ,   HEJ::pid::Wp = 24 , HEJ::pid::Wm = -Wp , HEJ::pid::h = 25 , HEJ::pid::Higgs = h ,   HEJ::pid::higgs = h , HEJ::pid::p = 2212 , HEJ::pid::proton = p , HEJ::pid::p_bar = -p ,   HEJ::pid::antiproton = p_bar }
	The possible particle identities. We use PDG IDs as standard. More...

Functions
std::string	HEJ::pid::name (ParticleID id)
	Get the of the particle with the given PDG ID. More...
ParticleID	HEJ::pid::anti (ParticleID id)
	return the negative flavour of the given PDG ID More...
ParticleID	HEJ::to_ParticleID (std::string const &name)
	Convert a particle name to the corresponding PDG particle ID. More...
constexpr bool	HEJ::is_quark (ParticleID id)
	Function to determine if particle is a quark. More...
constexpr bool	HEJ::is_antiquark (ParticleID id)
	Function to determine if particle is an antiquark. More...
constexpr bool	HEJ::is_anyquark (ParticleID id)
	Function to determine if particle is an (anti-)quark. More...
constexpr bool	HEJ::is_gluon (ParticleID id)
	Function to determine if particle is a gluon. More...
constexpr bool	HEJ::is_parton (ParticleID id)
	Function to determine if particle is a parton. More...
constexpr bool	HEJ::is_AWZ_boson (ParticleID id)
	function to determine if the particle is a photon, W or Z More...
constexpr bool	HEJ::is_AWZH_boson (ParticleID id)
	function to determine if the particle is a photon, W, Z, or Higgs boson More...
constexpr bool	HEJ::is_lepton (ParticleID id)
	Function to determine if particle is a lepton. More...
constexpr bool	HEJ::is_antilepton (ParticleID id)
	Function to determine if particle is an antilepton. More...
constexpr bool	HEJ::is_anylepton (ParticleID id)
	Function to determine if particle is an (anti-)lepton. More...
constexpr bool	HEJ::is_neutrino (ParticleID id)
	Function to determine if particle is a neutrino. More...
constexpr bool	HEJ::is_antineutrino (ParticleID id)
	Function to determine if particle is an antineutrino. More...
constexpr bool	HEJ::is_anyneutrino (ParticleID id)
	Function to determine if particle is an (anti-)neutrino. More...

Detailed Description

Contains the Particle IDs of all relevant SM particles.

Large enumeration included which has multiple entries for potential alternative names of different particles. There are also functions which can be used to determine if a particle is a parton or if it is a non-gluon boson.

Authors

The HEJ collaboration (see AUTHORS for details)

Date

2019-2020

Copyright

GPLv2 or later