Class name:
 G4ParticleDefinition

 Category: ParticleDefinition
 Documentation:
 This class containes all the static data of a particle.
 It also has uses a process manager in order to collect
 all the processes this kind of particle can undertake.
 Only one type of constructor can be used for
 G4ParticleDefinition.
 To create a new particle, the name of the particle must
 be set at construction. Most of the members seen as
 arguments of the constructor (except the last 3
 arguments concerning with decay), are "constant" and
 cannot be changed later. (No "Set" methods are
 available).
 Each type of particle must be constructed as a unique
 static object of special class derived from
 G4ParticleDefinition.

 Export Control: Public
 Cardinality: 0..n
 Hierarchy:
 Superclasses: none
 Public Interface:
 Operations:
 DumpTable ( )
 GetAntiQuarkContent (G4int)
 GetBaryonNumber ( )
 GetDecayTable ( )
 GetEnergyCuts ( )
 GetLengthCuts ( )
 GetLeptonNumber ( )
 GetPDGCharge ( )
 GetPDGEncoding ( )
 GetPDGIsospin ( )
 GetPDGIsospin3 ( )
 GetPDGIsospin3 ( )
 GetPDGLifeTime ( )
 GetPDGMass ( )
 GetPDGSpin ( )
 GetPDGStable ( )
 GetPDGWidth ( )
 GetPDGiConjugation ( )
 GetPDGiGParity ( )
 GetPDGiIsospin ( )
 GetPDGiParity ( )
 GetPDGiSpin ( )
 GetParticleName ( )
 GetParticleTable ( )
 GetParticleType ( )
 GetProcessManager ( )
 GetQuarkContent (G4int)
 SetDecayTable (G4DecayTable)
 SetPDGLifeTime (G4double)
 SetPDGStable (const G4bool)

 Protected Interface:
 Has-A Relationships:
 G4int theAntiQuarkContent
 The number of quark contents (minus sign
 means anti-quark).

 G4int theQuarkContent
 The number of quark content (minus sign
 means anti-quark).


 Operations:
 FillQuarkContents ( )
 SetProcessManager (const G4ProcessManager)

 Private Interface:
 Has-A Relationships:
 G4int theBaryonNumber
 The baryon quantum number.

 G4DecayTable theDecayTable
 Pointer to the decay table.

 G4int theLeptonNumber
 The lepton quantum number.

 G4double thePDGCharge
 The charge of the particle, in units of
 Coulomb.

 G4int thePDGEncoding
 The Particle Data Group integer
 identifier of the particle.

 G4double thePDGIsospin
 The isospin quantum number in units of 1.

 G4double thePDGIsospin3
 The isospin quantum number in units of 1.

 G4double thePDGLifeTime
 Is related to the decay width of the
 particle. The mean life time is given in
 seconds. 

 G4double thePDGMass
 The mass of the particle, in units of
 equivalent energy.

 G4double thePDGSpin
 The total spin of the particle, in units
 of 1.

 G4bool thePDGStable
 Is an indicator that this particle is
 stable. It must not decay. If the user
 tries to assign a kind of decay object to
 it, it will refuse to take it.

 G4double thePDGWidth
 The decay width of the particle, usually
 the width of a Breit-Wigner function,
 assuming to be near the mass center
 anyway. Represented in units of
 equivalent energy.

 G4int thePDGiConjugation
 The charge conjugation quantum number in
 units of 1.

 G4int thePDGiGParity
 The value of the G-parity quantum number.

 G4int thePDGiIsospin
 The isospin quantum number in units of
 1/2.

 G4int thePDGiIsospin3
 The 3rd-component of the isospin in units
 of 1/2.

 G4int thePDGiParity
 The parity quantum number, in units of 1.
 If the parity is not defined for the
 current particle, it will be set to 0.

 G4int thePDGiSpin
 The total spin of the particle, also
 often denoted as capital J, in units of
 1/2.

 G4String theParticleName
 The name of the particle. Each particle
 object must have its specific name !

 G4ParticleTable theParticleTable
 G4String theParticleType
 More general textual type description of
 the particle.

 G4ProcessManager theProcessManager
 Pointer to a G4ProcessManager.


 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 DumpTable

 Public member of: G4ParticleDefinition
 Return Class: void
 Documentation:
 Prints information of data members.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 FillQuarkContents

 Protected member of: G4ParticleDefinition
 Return Class: G4int
 Documentation:
 Calculates the quark and anti-quark contents. The
 return value is the PDG encoding for the current
 particle. It means error if the return value is
 different from thePDGEncoding.

 Concurrency: Sequential



 Operation name:
 GetAntiQuarkContent

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Arguments:
 G4int flavor
 Documentation:
 Returns the number of quark with flavor contained in
 this particle. The value of flavor is assigned as
 follows:
 1:d, 2:u, 3:s, 4:c, 5:b, 6:t, 7:l (down type quark),
 8:h (up type quark).

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetBaryonNumber

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetDecayTable

 Public member of: G4ParticleDefinition
 Return Class: G4DecayTable*
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetEnergyCuts

 Public member of: G4ParticleDefinition
 Return Class: G4double*
 Qualification: virtual
 Concurrency: Sequential



 Operation name:
 GetLengthCuts

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: virtual
 Concurrency: Sequential



 Operation name:
 GetLeptonNumber

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGCharge

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGEncoding

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGIsospin

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGIsospin3

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGIsospin3

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGLifeTime

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGMass

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGSpin

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGStable

 Public member of: G4ParticleDefinition
 Return Class: G4bool
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGWidth

 Public member of: G4ParticleDefinition
 Return Class: G4double
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGiConjugation

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGiGParity

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGiIsospin

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGiParity

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPDGiSpin

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetParticleName

 Public member of: G4ParticleDefinition
 Return Class: G4String
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetParticleTable

 Public member of: G4ParticleDefinition
 Return Class: G4ParticleTable*
 Documentation:
 Static method returning a pointer to the particle
 table.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetParticleType

 Public member of: G4ParticleDefinition
 Return Class: G4String
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetProcessManager

 Public member of: G4ParticleDefinition
 Return Class: const G4ProcessManager*
 Documentation:
 Returns a pointer to the process manager.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetQuarkContent

 Public member of: G4ParticleDefinition
 Return Class: G4int
 Arguments:
 G4int flavor
 Documentation:
 Returns the number of quark with flavor contained in
 this particle.
 The value of flavor is assigned as follows:
 1:d, 2:u, 3:s, 4:c, 5:b, 6:t, 7:l (down type quark),
 8:h (up type quark).

 Qualification: const
 Concurrency: Sequential



 Operation name:
 SetDecayTable

 Public member of: G4ParticleDefinition
 Return Class: void
 Arguments:
 G4DecayTable *aDecayTable
 Concurrency: Sequential



 Operation name:
 SetPDGLifeTime

 Public member of: G4ParticleDefinition
 Return Class: void
 Arguments:
 G4double aLifeTime
 Concurrency: Sequential



 Operation name:
 SetPDGStable

 Public member of: G4ParticleDefinition
 Return Class: void
 Arguments:
 const G4bool aFlag
 Concurrency: Sequential



 Operation name:
 SetProcessManager

 Protected member of: G4ParticleDefinition
 Return Class: void
 Arguments:
 const G4ProcessManager *aProcessManager
 Concurrency: Sequential



 Class name:
 G4ParticleTable

 Category: ParticleDefinition
 Documentation:
 Table of pointers to G4ParticleDefinition. Each pointer
 is stored with its name which must be unique. It's a
 singleton.

 Export Control: Public
 Cardinality: 1
 Hierarchy:
 Superclasses: none
 Generic parameters:
 class G4ParticleDefinition
 Public Interface:
 Operations:
 GetParticleTable ( )
 contains (const G4ParticleDefinition)
 contains (const G4String)
 dumpTable (const G4String)
 entries ( )
 findAntiParticle (const G4String)
 findAntiParticle (const G4ParticleDefinition)
 findAntiParticle (G4int)
 findParticle (const G4String)
 findParticle (const G4ParticleDefinition)
 findParticle (G4int)
 insert (G4ParticleDefinition)

 Protected Interface:
 Operations:
 getDictionary ( )
 getIterator ( )
 getKey (const G4ParticleDefinition)
 hashFun (const G4String)

 Private Interface:
 Has-A Relationships:
 G4int DictionaryBucketSize
 G4PTblDictionary fDictionary
 G4PTblDicIterator fIterator
 G4ParticleTable fgParticleTable
 The static pointer for "singleton"
 object.


 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 GetParticleTable

 Public member of: G4ParticleTable
 Return Class: G4ParticleTable*
 Documentation:
 Returns a pointer to the G4ParticleTable object. At the
 first time of calling this function, the
 G4ParticleTable object is instantiated.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 contains

 Public member of: G4ParticleTable
 Return Class: G4bool
 Arguments:
 const G4ParticleDefinition *particle
 Documentation:
 Returns TRUE if the particle table contains the
 specified particle.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 contains

 Public member of: G4ParticleTable
 Return Class: G4bool
 Arguments:
 const G4String &particle_name
 Documentation:
 Returns TRUE if the particle table contains the
 specified particle.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 dumpTable

 Public member of: G4ParticleTable
 Return Class: void
 Arguments:
 const G4String &particle_name = ALL
 Documentation:
 Dumps information of a specified particle, or the whole
 particle table.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 entries

 Public member of: G4ParticleTable
 Return Class: G4int
 Documentation:
 Returns the number of particles in the particle table.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 findAntiParticle

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 const G4String &particle_name
 Qualification: const
 Concurrency: Sequential



 Operation name:
 findAntiParticle

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 const G4ParticleDefinition *particle
 Qualification: const
 Concurrency: Sequential



 Operation name:
 findAntiParticle

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 G4int PDGEncoding
 Qualification: const
 Concurrency: Sequential



 Operation name:
 findParticle

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 const G4String &particle_name
 Qualification: const
 Concurrency: Sequential



 Operation name:
 findParticle

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 const G4ParticleDefinition *particle
 Qualification: const
 Concurrency: Sequential



 Operation name:
 findParticle

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 G4int PDGEncoding
 Protocol: const
 Concurrency: Sequential



 Operation name:
 getDictionary

 Protected member of: G4ParticleTable
 Return Class: G4TblDictionary*
 Qualification: const
 Concurrency: Sequential



 Operation name:
 getIterator

 Protected member of: G4ParticleTable
 Return Class: G4PTblDicIterator*
 Qualification: const
 Concurrency: Sequential



 Operation name:
 getKey

 Protected member of: G4ParticleTable
 Return Class: G4String
 Arguments:
 const G4ParticleDefinition *particle
 Qualification: const
 Concurrency: Sequential



 Operation name:
 hashFun

 Protected member of: G4ParticleTable
 Return Class: unsigned int
 Arguments:
 const G4String &particle_name
 Qualification: static
 Concurrency: Sequential



 Operation name:
 insert

 Public member of: G4ParticleTable
 Return Class: G4ParticleDefinition*
 Arguments:
 G4ParticleDefinition *particle
 Documentation:
 Inserts a particle in the particle table. The return
 value is the as the particle if successfully inserted,
 or a pointer to another G4ParticleDefinition object
 which has the same name of the particle being inserted,
 or NULL if the insertion fails.

 Concurrency: Sequential



 Class name:
 G4DynamicParticle

 Category: ParticleDefinition
 Documentation:
 The dynamic particle is class which contains the
 purely dynamic aspects of a moving particle. It also
 has a pointer to a G4ParticleDefinition object, which
 holds all the static information.

 Export Control: Public
 Cardinality: n
 Hierarchy:
 Superclasses: none
 Public Uses:
 G4Allocator 

 Public Interface:
 Operations:
 DumpInfo ( )
 Get4Momentum ( )
 GetDefinition ( )
 GetKineticEnergy ( )
 GetMomentum ( )
 GetMomentumDirection ( )
 GetPolarization ( )
 GetPreAssignedDecayProducts ( )
 GetTotalEnergy ( )
 GetTotalMomentum ( )
 Set4Momentum (G4LorentzVector)
 SetDefinition (G4ParticleDefinition)
 SetKineticEnergy (G4double)
 SetMomentum (G4ThreeVector)
 SetMomentumDirection (const G4ParticleMomentum)
 SetMomentumDirection (G4double, G4double, G4double)
 SetPolarization (G4double, G4double, G4double)
 SetPreAssignedDecayProducts (G4DecayProducts)
 delete (void)
 new (size_t)

 Private Interface:
 Has-A Relationships:
 G4double theKineticEnergy
 G4ParticleMomentum theMomentumDirection
 The normalized momentum vector.

 G4ParticleDefinition theParticleDefinition
 Contains the static information of this
 particle.

 G4ThreeVector thePolarization
 G4DecayProducts thePreAssignedDecayProducts
 The pre-assigned decay products.


 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 DumpInfo

 Public member of: G4DynamicParticle
 Return Class: void
 Concurrency: Sequential



 Operation name:
 Get4Momentum

 Public member of: G4DynamicParticle
 Return Class: G4LorentzVector
 Documentation:
 Returns the current particle energy-momentum 4vector.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetDefinition

 Public member of: G4DynamicParticle
 Return Class: G4ParticleDefinition*
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetKineticEnergy

 Public member of: G4DynamicParticle
 Return Class: G4double
 Documentation:
 Returns the kinetic energy of a particle.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetMomentum

 Public member of: G4DynamicParticle
 Return Class: G4ThreeVector
 Documentation:
 Returns the current particle momentum.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetMomentumDirection

 Public member of: G4DynamicParticle
 Return Class: const G4ParticleMomentum&
 Documentation:
 Returns the normalized direction of the momentum.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPolarization

 Public member of: G4DynamicParticle
 Return Class: const G4ThreeVector*
 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetPreAssignedDecayProducts

 Public member of: G4DynamicParticle
 Return Class: G4DecayProduct*
 Documentation:
 Gets the pre-assigned decay products.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetTotalEnergy

 Public member of: G4DynamicParticle
 Return Class: G4double
 Documentation:
 Returns the total energy of a particle.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 GetTotalMomentum

 Public member of: G4DynamicParticle
 Return Class: G4double
 Documentation:
 Returns the module of the momentum vector.

 Qualification: const
 Concurrency: Sequential



 Operation name:
 Set4Momentum

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4LorentzVector &momentum
 Documentation:
 Sets the current particle energy-momentum 4vector.

 Concurrency: Sequential



 Operation name:
 SetDefinition

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4ParticleDefinition *aParticleDefinition
 Concurrency: Sequential



 Operation name:
 SetKineticEnergy

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4double aEnergy
 Documentation:
 Sets the kinetic energy of a particle.

 Concurrency: Sequential



 Operation name:
 SetMomentum

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4ThreeVector &momentum
 Documentation:
 Sets the current particle momentum vector.

 Concurrency: Sequential



 Operation name:
 SetMomentumDirection

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 const G4ParticleMomentum &aDirection
 Documentation:
 Sets the normalized direction ot the momentum.

 Concurrency: Sequential



 Operation name:
 SetMomentumDirection

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4double px
 G4double py
 G4double pz
 Documentation:
 Sets the normalized direction of the momentum by
 coordinates.

 Concurrency: Sequential



 Operation name:
 SetPolarization

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4double polX
 G4double polY
 G4double polZ
 Concurrency: Sequential



 Operation name:
 SetPreAssignedDecayProducts

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 G4DecayProducts *aDecayProduct
 Documentation:
 Sets the pre-assigned decay products.

 Concurrency: Sequential



 Operation name:
 delete

 Public member of: G4DynamicParticle
 Return Class: void
 Arguments:
 void *aDynamicParticle
 Concurrency: Sequential



 Operation name:
 new

 Public member of: G4DynamicParticle
 Return Class: void*
 Arguments:
 size_t size
 Concurrency: Sequential



 Class name:
 G4ParticleMomentum

 Category: ParticleDefinition
 Documentation:
 Is a three vector containing the momentum in units of
 GeV/c. It is here for temporary reasons..if it is put
 into a global place, we will use it from there.

 Export Control: Public
 Cardinality: n
 Hierarchy:
 Superclasses: none
 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Class name:
 G4Gamma


 Category: ParticleDefinition
 Documentation:
 Gamma particle definition.

 Export Control: Public
 Cardinality: 1
 Hierarchy:
 Superclasses: G4VBoson
 Public Interface:
 Operations:
 Gamma ( )
 GetCuts ( )
 GetCutsInEnergy ( )
 SetCuts (G4double)

 Private Interface:
 Has-A Relationships:
 G4double theCutInMaxInteractionLength
 G4Gamma theGamma
 The static definition.

 G4double theKineticEnergyCuts

 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 Gamma

 Public member of: G4Gamma

 Return Class: G4Gamma*
 Documentation:
 Static method returning the static particle definition
 for Gamma.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetCuts

 Public member of: G4Gamma

 Return Class: G4double
 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetCutsInEnergy

 Public member of: G4Gamma

 Return Class: G4double*
 Qualification: static
 Concurrency: Sequential



 Operation name:
 SetCuts

 Public member of: G4Gamma

 Return Class: void
 Arguments:
 G4double aCut
 Qualification: static
 Concurrency: Sequential



 Class name:
 G4MuonPlus

 Category: ParticleDefinition
 Documentation:
 The MuonPlus particle definition.

 Export Control: Public
 Cardinality: 1
 Hierarchy:
 Superclasses: G4VLepton
 Public Interface:
 Operations:
 GetCuts ( )
 GetCutsInEnergy ( )
 MuonPlus ( )
 SetCuts (G4double)

 Private Interface:
 Has-A Relationships:
 G4double theCutInMaxInteractionLength
 G4double theKineticEnergyCuts
 G4MuonPlus theMuonPlus
 The static definition.


 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 GetCuts

 Public member of: G4MuonPlus
 Return Class: G4double
 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetCutsInEnergy

 Public member of: G4MuonPlus
 Return Class: G4double*
 Qualification: static
 Concurrency: Sequential



 Operation name:
 MuonPlus

 Public member of: G4MuonPlus
 Return Class: G4MuonPlus*
 Documentation:
 Static method returning the static particle definition
 for MuonPlus.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 SetCuts

 Public member of: G4MuonPlus
 Return Class: void
 Arguments:
 G4double aCut
 Qualification: static
 Concurrency: Sequential



 Class name:
 G4MuonMinus

 Category: ParticleDefinition
 Documentation:
 The MuonMinus particle definition.

 Export Control: Public
 Cardinality: 1
 Hierarchy:
 Superclasses: G4VLepton
 Public Interface:
 Operations:
 GetCuts ( )
 GetCutsInEnergy ( )
 MuonMinus ( )
 SetCuts (G4double)

 Private Interface:
 Has-A Relationships:
 G4double theCutInMaxInteractionLength
 G4double theKineticEnergyCuts
 G4MuonMinus theMuonMinus
 The static definition.


 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 GetCuts

 Public member of: G4MuonMinus
 Return Class: G4double
 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetCutsInEnergy

 Public member of: G4MuonMinus
 Return Class: G4double*
 Qualification: static
 Concurrency: Sequential



 Operation name:
 MuonMinus

 Public member of: G4MuonMinus
 Return Class: G4MuonMinus*
 Documentation:
 Static method returning the static definition for
 MuonMinus.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 SetCuts

 Public member of: G4MuonMinus
 Return Class: void
 Arguments:
 G4double aCut
 Qualification: static
 Concurrency: Sequential



 Class name:
 G4Electron

 Category: ParticleDefinition
 Documentation:
 The Electron particle definition.

 Export Control: Public
 Cardinality: 1
 Hierarchy:
 Superclasses: G4VLepton
 Public Interface:
 Operations:
 Electron ( )
 GetCuts ( )
 GetCutsInEnergy ( )
 SetCuts (G4double)

 Private Interface:
 Has-A Relationships:
 G4double theCutInMaxInteractionLength
 G4Electron theElectron
 The static definition.

 G4double theKineticEnergyCuts

 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Operation name:
 Electron

 Public member of: G4Electron
 Return Class: G4Electron*
 Documentation:
 Static method returning the static definition for
 Electron.

 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetCuts

 Public member of: G4Electron
 Return Class: G4double
 Qualification: static
 Concurrency: Sequential



 Operation name:
 GetCutsInEnergy

 Public member of: G4Electron
 Return Class: G4double*
 Qualification: static
 Concurrency: Sequential



 Operation name:
 SetCuts

 Public member of: G4Electron
 Return Class: void
 Arguments:
 G4double aCut
 Qualification: static
 Concurrency: Sequential



 Class name:
 G4DecayChannel

 Category: ParticleDefinition
 Documentation:
 Abstract class for Decay Channel.

 Export Control: Public
 Cardinality: 1
 Hierarchy:
 Superclasses: none
 Public Uses:
 G4DecayProducts 

 Public Interface:
 Operations:
 DecayIt ( )
 DumpInfo ( )
 GetBR ( )
 GetDaughter (G4int)
 GetNumberOfDaughters ( )
 GetParent ( )
 SetBR (G4double)
 SetDaughter (G4int, const G4String)
 SetDaughter (G4int, const G4ParticleDefinition)
 SetNumberOfDaughters (G4int)
 SetParent (const G4ParticleDefinition)
 operator.

 Export Control: Public
 Cardinality: n
 Hierarchy:
 Superclasses: none
 Instantiates class: RWTPtrHashDictionary
 Generic parameters:
 class G4String
 class G4ParticleDefinition
 Associations:

 RWTPtrHashDictionary 

 State machine: No
 Concurrency: Sequential
 Persistence: Transient



 Class name:
 G4PTblDicIterator

 Category: ParticleDefinition
 Documentation:
 RWTPtrHashDictionaryIterator instance.

 Export Control: Public
 Cardinality: n
 Hierarchy:
 Superclasses: none
 Instantiates class: RWTPtrHashDictionaryIterator
 Generic parameters:
 class G4String
 class G4ParticleDefinition
 Associations:

 RWTPtrHashDictionaryIterator 

 State machine: No
 Concurrency: Sequential
 Persistence: Transient
 The normalized momentum vector.

 Contains the static information of this particle.

 The pre-assigned decay products.