#-------Parameters used for analysis------

# Event selection: 

mZvtxCut     130 //  cut on vertex z coordinate

# PID cuts for principle tracks, pool 1 and 2: 

mPIDsigTPC   2  // dEdx PID parameters; it is demonstrative number - it is p dependent

mPIDsigTOF   2 // Beta PID parameters

mNofHitsCut  39 // minimal number of hits for a track

mEtaCut      1.0  // maximal pseudorapidity for a track

mDCACut      3.0  // maximum DCA nSigma for a track

# PID cuts for associated tracks pool 3, pt < 110 MeV/c:

mAssoPIDsigTPC_p3_LowpT   4  // dEdx PID parameters

mAssoNofHitsCut_p3_LowpT  10 // minimal number of hits for a track

mAssoEtaCut_p3_LowpT      2.5  // maximal pseudorapidity for a track

mAssoDCACut_p3_LowpT      5.0  // maximum DCA nSigma for a track

# PID cuts for associated tracks pool 3, pt > 110 MeV/c:

mAssoPIDsigTPC_p3_HighpT   3  // dEdx PID parameters

mAssoNofHitsCut_p3_HighpT  10 // minimal number of hits for a track

mAssoEtaCut_p3_HighpT      2.5  // maximal pseudorapidity for a track

mAssoDCACut_p3_HighpT      5.0  // maximum DCA nSigma for a track

# PID cuts for associated tracks category C:

mAssoUPIDsigTPC_C   2  // dEdx PID parameters

mAssoLPIDsigTPC_C   -1  // dEdx PID parameters

mAssoPIDsigTOF_C   2 // Beta PID parameters

mAssoNofHitsCut_C  10 // minimal number of hits for a track

mAssoEtaCut_C      2.5  // maximal pseudorapidity for a track

mAssoDCACut_C      5.0  // maximum DCA nSigma for a track


# Pair cuts, pool 1 and 2: 
mInvMass        0.12  // pair invariant mass cut

# Pair cuts, pool 3: 
mInvMass_p3        0.08  // pair invariant mass cut
mOpenAngle_p3        10  // pair openiing angle cut

# Pair cuts, category C: 
mInvMass_C        0.08  // invariant mass cut
mOpenAngle_C        5  // pair openiing angle cut

# Other inputs: 
IsML        1  // 0 - 1D cuts, 1 - ML
Fid        0.7  // fiducial cut
BRWeight          0.05 // 1.0/20.0 or 0.05 - Request 34, 1 - Request 25