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Commit c99dfa60 authored by Administrator's avatar Administrator
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Remove const qualifier from return type 

A 'const' type qualifier on a float return type has no effect
since float is returned by value.
parent 9aa2afe5
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KFParticle/KFParticleFinder.h
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− 25
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......@@ -339,37 +339,37 @@ class KFParticleFinder
}
//Functionality to check the cuts
const float GetMaxDistanceBetweenParticlesCut() const { return fDistanceCut; } ///< Returns cut on the distance between secondary tracks at the DCA point.
const float GetLCut() const { return fLCut; } ///< Returns cut on the distance to the primary vertex from the decay vertex.
float GetMaxDistanceBetweenParticlesCut() const { return fDistanceCut; } ///< Returns cut on the distance between secondary tracks at the DCA point.
float GetLCut() const { return fLCut; } ///< Returns cut on the distance to the primary vertex from the decay vertex.
const float GetChiPrimaryCut2D() const { return fCuts2D[0]; } ///< Returns cut on \f$\chi^2_{prim}\f$ of each track for 2-daughter decays.
const float GetChi2Cut2D() const { return fCuts2D[1]; } ///< Returns cut on \f$\chi^2_{geo}\f$ for 2-daughter decays.
const float GetLdLCut2D() const { return fCuts2D[2]; } ///< Returns cut on \f$l/\Delta l\f$ for 2-daughter decays.
float GetChiPrimaryCut2D() const { return fCuts2D[0]; } ///< Returns cut on \f$\chi^2_{prim}\f$ of each track for 2-daughter decays.
float GetChi2Cut2D() const { return fCuts2D[1]; } ///< Returns cut on \f$\chi^2_{geo}\f$ for 2-daughter decays.
float GetLdLCut2D() const { return fCuts2D[2]; } ///< Returns cut on \f$l/\Delta l\f$ for 2-daughter decays.
const float GetSecondarySigmaMassCut() const { return fSecCuts[0]; } ///< Returns \f$\sigma_{M}\f$ cut for selection of primary and secondary candidates.
const float GetSecondaryChi2TopoCut() const { return fSecCuts[1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for selection of primary and secondary candidates.
const float GetSecondaryLdLCut() const { return fSecCuts[2]; } ///< Returns \f$l/\Delta l\f$ cut for selection of primary and secondary candidates.
float GetSecondarySigmaMassCut() const { return fSecCuts[0]; } ///< Returns \f$\sigma_{M}\f$ cut for selection of primary and secondary candidates.
float GetSecondaryChi2TopoCut() const { return fSecCuts[1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for selection of primary and secondary candidates.
float GetSecondaryLdLCut() const { return fSecCuts[2]; } ///< Returns \f$l/\Delta l\f$ cut for selection of primary and secondary candidates.
const float GetLdLCutXiOmega() const { return fCutsTrackV0[0][0]; } ///< Returns \f$l/\Delta l\f$ cut for \f$\Xi\f$ and \f$\Omega\f$.
const float GetChi2TopoCutXiOmega() const { return fCutsTrackV0[0][1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for \f$\Xi\f$ and \f$\Omega\f$.
const float GetChi2CutXiOmega() const { return fCutsTrackV0[0][2]; } ///< Returns \f$\chi^2_{geo}\f$ cut for \f$\Xi\f$ and \f$\Omega\f$.
float GetLdLCutXiOmega() const { return fCutsTrackV0[0][0]; } ///< Returns \f$l/\Delta l\f$ cut for \f$\Xi\f$ and \f$\Omega\f$.
float GetChi2TopoCutXiOmega() const { return fCutsTrackV0[0][1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for \f$\Xi\f$ and \f$\Omega\f$.
float GetChi2CutXiOmega() const { return fCutsTrackV0[0][2]; } ///< Returns \f$\chi^2_{geo}\f$ cut for \f$\Xi\f$ and \f$\Omega\f$.
const float GetChi2TopoCutResonances() const { return fCutsTrackV0[2][1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for resonances.
const float GetChi2CutResonances() const { return fCutsTrackV0[2][2]; } ///< Returns \f$\chi^2_{geo}\f$ cut for resonances.
float GetChi2TopoCutResonances() const { return fCutsTrackV0[2][1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for resonances.
float GetChi2CutResonances() const { return fCutsTrackV0[2][2]; } ///< Returns \f$\chi^2_{geo}\f$ cut for resonances.
const float GetPtCutLMVM() const { return fCutLVMPt; } ///< Returns cut on transverse momentum of each daughter track of low mass vector mesons.
const float GetPCutLMVM() const { return fCutLVMP; } ///< Returns cut on momentum of each daughter track of low mass vector mesons in dimuon channel.
const float GetPtCutJPsi() const { return fCutJPsiPt; } ///< Returns cut on transverse momentum of each daughter track of \f$J/\psi\f$.
const float GetPtCutCharm() const { return fCutCharmPt; } ///< Returns the cut on transverse momentum of each daughter track of open charm particles.
const float GetChiPrimaryCutCharm() const { return fCutCharmChiPrim; } ///< Returns cut on \f$\chi^2_{prim}\f$ of each track for open charm particles.
const float GetLdLCutCharmManybodyDecays() const { return fCutsTrackV0[1][0]; } ///< Returns \f$l/\Delta l\f$ cut for open charm with >=3 daughters.
const float GetChi2TopoCutCharmManybodyDecays() const { return fCutsTrackV0[1][1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for open charm with >=3 daughters.
const float GetChi2CutCharmManybodyDecays() const { return fCutsTrackV0[1][2]; } ///< Returns \f$\chi^2_{geo}\f$ cut for open charm with >=3 daughters.
float GetPtCutLMVM() const { return fCutLVMPt; } ///< Returns cut on transverse momentum of each daughter track of low mass vector mesons.
float GetPCutLMVM() const { return fCutLVMP; } ///< Returns cut on momentum of each daughter track of low mass vector mesons in dimuon channel.
float GetPtCutJPsi() const { return fCutJPsiPt; } ///< Returns cut on transverse momentum of each daughter track of \f$J/\psi\f$.
float GetPtCutCharm() const { return fCutCharmPt; } ///< Returns the cut on transverse momentum of each daughter track of open charm particles.
float GetChiPrimaryCutCharm() const { return fCutCharmChiPrim; } ///< Returns cut on \f$\chi^2_{prim}\f$ of each track for open charm particles.
float GetLdLCutCharmManybodyDecays() const { return fCutsTrackV0[1][0]; } ///< Returns \f$l/\Delta l\f$ cut for open charm with >=3 daughters.
float GetChi2TopoCutCharmManybodyDecays() const { return fCutsTrackV0[1][1]; } ///< Returns \f$\chi^2_{topo}\f$ cut for open charm with >=3 daughters.
float GetChi2CutCharmManybodyDecays() const { return fCutsTrackV0[1][2]; } ///< Returns \f$\chi^2_{geo}\f$ cut for open charm with >=3 daughters.
const float GetLdLCutCharm2D() const { return fCutsCharm[1]; } ///< Returns \f$l/\Delta l\f$ cut for open charm with 2 daughters.
const float GetChi2TopoCutCharm2D() const { return fCutsCharm[2]; } ///< Returns \f$\chi^2_{topo}\f$ cut for open charm with 2 daughters.
const float GetChi2CutCharm2D() const { return fCutsCharm[0]; } ///< Returns \f$\chi^2_{geo}\f$ cut for open charm with 2 daughters.
float GetLdLCutCharm2D() const { return fCutsCharm[1]; } ///< Returns \f$l/\Delta l\f$ cut for open charm with 2 daughters.
float GetChi2TopoCutCharm2D() const { return fCutsCharm[2]; } ///< Returns \f$\chi^2_{topo}\f$ cut for open charm with 2 daughters.
float GetChi2CutCharm2D() const { return fCutsCharm[0]; } ///< Returns \f$\chi^2_{geo}\f$ cut for open charm with 2 daughters.
/** Add decay to the reconstruction list. If at least one is added - only those channels are considered which are in the list. Otherwise
** all decays are reconstructed.
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