class HPidParticle: public TLorentzVector

 set given bit in flag (0-32)

 unset given bit in flag (0-32)

 check given bit in flag (0-32)
 return kTRUE if bit is set

 check given number of bits in argument in flag (0-32)
 return kTRUE if any bit is set

 check given number of bits in argument in flag (0-32)
 return kTRUE if all bits are set

 print the flag field in binary representation
 Comment will be printed at the end of line

 Clear all variables and frees dynamic memory!

 Print info about the particle

 Returns HPidCandidate object corresponding to nPidCandidateIndex (if exists)
 Works when pCat is set or gHades->getCurrentEvent() is accessible

 Static function for making the category HPidParticle

 Return index of the HPidParticle in the pCat or catPidPart if pCat == NULL

 This method returns HPidTrackCand object from the corresponding
 HPidCandidate (when nPidCandidateIndex >= 0) or directly from catPidTrackCand
 when nPidCandidateIndex <= -1000
 (interface for HPidParticleFillerFromTrack)

 Stream an object of class HPidParticle.

This constructor is used by HPidParticleFiller to build an HPidParticle once all pid methods
have given their statement about the possible species this track should be assigned to

 functions to access the bit flag array copied from HPidTrackCand

The index to an instance of the PID input class

getters and setters will not be documented unless required

Get the n-th species which was considered in the analysis (the probability might zero!)

Get the n-th probability-value

 by external function. This is for the default user
 which doesn't care for several possibilities

 set the assigned pid by external decision mechanism

void            setWeight(Float_t f)            { fWeight = f;           }

 function for masking the 'proabilistic nature' of the particle - returning the ideal mass value for the assigned species

The momentum of the particle might be rescaled in order to fulfill the relativistic
energy momentum relation after assignment of an ideal mass.