PDGUtils.h

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//____________________________________________________________________________
/*!

\namespace genie::pdg

\brief     Utilities for improving the code readability when using PDG codes.

\author    Costas Andreopoulos <c.andreopoulos \at cern.ch>
           University of Liverpool

           Changes required to implement the GENIE Boosted Dark Matter module
           were installed by Josh Berger (Univ. of Wisconsin)

           Changes required to implement the GENIE BeamHNL module
           were installed by John Plows (Univ. of Oxford)

\created   May 06, 2004

\cpright   Copyright (c) 2003-2024, The GENIE Collaboration
           For the full text of the license visit http://copyright.genie-mc.org
*/
//____________________________________________________________________________

#ifndef _PDG_UTILS_H_
#define _PDG_UTILS_H_

namespace genie {

namespace pdg
{
  bool IsPseudoParticle   (int pdgc);
  bool IsIon              (int pdgc);
  bool IsParticle         (int pdgc); ///< not ion or pseudo-particle

  int  IonPdgCodeToZ      (int pdgc);
  int  IonPdgCodeToA      (int pdgc);
  int  IonPdgCode         (int A, int Z);
  int  IonPdgCode         (int A, int Z, int L, int I);

  bool IsLepton           (int pdgc);
  bool IsNeutralLepton    (int pdgc);
  bool IsChargedLepton    (int pdgc);

  bool IsNeutrino         (int pdgc);
  bool IsAntiNeutrino     (int pdgc);
  bool IsNegChargedLepton (int pdgc);
  bool IsPosChargedLepton (int pdgc);

  bool IsDarkMatter       (int pdgc);
  bool IsAntiDarkMatter   (int pdgc);

  bool IsNuE              (int pdgc);
  bool IsNuMu             (int pdgc);
  bool IsNuTau            (int pdgc);
  bool IsAntiNuE          (int pdgc);
  bool IsAntiNuMu         (int pdgc);
  bool IsAntiNuTau        (int pdgc);

  bool IsElectron         (int pdgc);
  bool IsPositron         (int pdgc);
  bool IsMuon             (int pdgc);
  bool IsAntiMuon         (int pdgc);
  bool IsTau              (int pdgc);
  bool IsAntiTau          (int pdgc);

  bool IsDiQuark          (int pdgc);
  bool IsQuark            (int pdgc);
  bool IsUQuark           (int pdgc);
  bool IsDQuark           (int pdgc);
  bool IsSQuark           (int pdgc);
  bool IsCQuark           (int pdgc);
  bool IsBQuark           (int pdgc);
  bool IsTQuark           (int pdgc);
  bool IsAntiQuark        (int pdgc);
  bool IsAntiUQuark       (int pdgc);
  bool IsAntiDQuark       (int pdgc);
  bool IsAntiSQuark       (int pdgc);
  bool IsAntiCQuark       (int pdgc);
  bool IsAntiBQuark       (int pdgc);
  bool IsAntiTQuark       (int pdgc);
  
  bool IsKaon             (int pdgc);
  bool IsPion             (int pdgc);
  bool IsProton           (int pdgc);
  bool IsNeutron          (int pdgc);
  bool IsNucleon          (int pdgc);
  bool IsNeutronOrProton  (int pdgc);
  bool IsHadron           (int pdgc);
  bool IsBaryonResonance  (int pdgc);
  bool Is2NucleonCluster  (int pdgc);

  bool IsDarkSectorParticle   (int pdgc);
  bool IsHNL              (int pdgc);

  int  SwitchProtonNeutron    (int pdgc);
  int  ModifyNucleonCluster   (int pdgc, int dQ);
  int  Neutrino2ChargedLepton (int pdgc);

  int  GeantToPdg (int geant_code);

}      // pdg namespace
}      // genie namespace

#endif // _PDG_UTILS_H_