#-------Parameters used for analysis------
applySelection true
# Event selection: 
mZvtxCut 40  // cut on vertex z coordinate
mNhitsCut 10 //  number of hits in TPC tracks used for centrality
# V0 cuts: 
mMinR2Cut 10          // (cm) Minimal conversion radius (to exclude Dalitz)
mMaxR2Cut 100         // (cm) Maximal conversion radius (to exclude poorly reconstructed tracks)
mPIDsigM   4          // dEdx PID parameters
mPIDsigE   4          // dEdx PID parameters
mPIDenergy 11         // dEdx PID parameters
mPIDkoeff  1          // dEdx PID parameters
mPIDgenerator NSIG    // dEdx PID parameters
mPIDtracking  CF      // dEdx PID parameters
mPIDparticles elpikapr  // dEdx PID parameters
mNofHitsCut  15       // minimal number of hits to accept track
mEtaCut      1        // maximal pseudorapidity accepted
mPtminCut   0.05      // minimal pt used in analysis
mCPACut     0.99      //Cos pointing angle
mProbElCut  -1        // minimal dEdx probability for electrons (does not seem to be filled)
mdEdxSigmaMinCut -3.  // dEdx cut in sigmas
mdEdxSigmaMaxCut  4.  // dEdx cut in sigmas
mBetaSigmaMinCut -4.  // beta cut
mBetaSigmaMaxCut  5.  // beta cut
mRequireTOFpid  false // mRequireTOFpid
mAPAlpha   1.         //Armenteros-Podolansky alpha
mAPQtm      0.045     //Armenteros-Podolansky Qt mean
mAPQtw      0.015     //Armenteros-Podolansky Qt width
mMassCut    0.05      // e+e- pair mass cut
mDistCut    1.0       // maximal closest distance between daughters
mCosPsiCut  0.96      // e+e- pair orientation wrt B-filed
mChi2Cut    10        // maximal chi2 in Kalman fit
mUseBDT     true      // Use Boosted Decision Tree
mUseBDTRegP true      // Use BDT estimate (regression) of momentum
mBDTCut     0.        // BDT classificator cut [-1.,1.], recomended values [-0.2,0.2]
# Cluster cuts: 
mCoreE      1     // use core instead of full energy
mCluEmin    0.05  // (GeV) minimal cluster energy
mCluMult    2     // minimal number of cells in cluster
mCluTofMin -10.   // (N) minimal time wrt photon arrival divided by time resolution
mCluTofMax  5.    // (N) minimal time wrt photon arrival divided by time resolution
m2DDispCut  false // use 2D or chi2
mCluDisp    10.   // disp cut
mCluCPV     1.    // (sigma) minimal distance to charged track extrapolation