StRoot
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#include <StMuProbPidTraits.h>
Public Member Functions | |
double | dEdxFit () const |
returns the fitted dEdx value | |
double | dEdxErrorFit () const |
returns the fitted dEdx resolution value | |
double | dNdxFit () const |
returns the fitted dNdx value | |
double | dNdxErrorFit () const |
returns the fitted dNdx resolution value | |
double | dEdxTruncated () const |
returns the truncated 70% dEdx value | |
double | dEdxErrorTruncated () const |
returns the truncated 70% dEdx resolution value | |
double | dEdxTrackLength () const |
returns the track length in TPC used for dE/dx calculations | |
double | log2dX () const |
double | ndf () const |
returns number of degrees of freedon | |
double | probability (unsigned int i) const |
returns the probability of the track being of particle type i | |
double | sum () const |
returns the sum of all probabilities | |
int | numberOfParticles () const |
returns the number of particles avaiable | |
void | setdEdxFit (double dedx) |
sets the fitted dEdx value; | |
void | setdEdxErrorFit (double dedx) |
sets the fitted dEdx error value; | |
void | setdNdxFit (double dedx) |
sets the fitted dNdx value; | |
void | setdNdxErrorFit (double dedx) |
sets the fitted dNdx error value; | |
void | setdEdxTruncated (double dedx) |
sets the truncated dEdx value; | |
void | setdEdxErrorTruncated (double dedx) |
sets the truncated dEdx error value; | |
void | setdEdxTrackLength (double dedx) |
sets the track length in TPC used for dE/dx calculations | |
void | setNdf (unsigned int) |
set number of degrees of freedom | |
void | setProbability (unsigned int, double) |
set the probability for particle i | |
void | setLog2dX (Float_t Log2dX=1) |
Protected Attributes | |
unsigned char | mNDF |
float | mdEdxFit |
float | mdEdxErrorFit |
float | mdEdxTruncated |
float | mdEdxErrorTruncated |
float | mdNdxFit |
float | mdNdxErrorFit |
float | mdEdxTrackLength |
float | mLog2dX |
float | mProbabilities [__NPARTICLES__] |
array holding the pid probabilities | |
Class to hold the new Yuri Fisyak pid probabilities. Possible particles are: 0 Electron 1 Proton 2 KaonMinus 3 PionMinus 4 MuonMinus 5 Deuteron 6 Triton 7 He3 8 Alpha
Definition at line 29 of file StMuProbPidTraits.h.