// R.P. calculation cuts
for(int j=0;j<AliFlowConstants::kHars;j++)
{
- fFlowSelect->SetEtaCut(0., 1.1, j, 1) ;
+ fFlowSelect->SetEtaCut(0., 0.9, j, 1) ;
fFlowSelect->SetPtCut(0.1, 10. , j, 1);
}
fFlowSelect->SetConstrainCut(kTRUE) ;
fFlowSelect->SetDcaGlobalCut(0.,0.1);
// Correlation analysis cuts (not all of them)
- fFlowSelect->SetEtaPart(-1.1,1.1);
+ fFlowSelect->SetEtaPart(-0.9,0.9);
fFlowSelect->SetPtPart(0.1,10.);
fFlowSelect->SetConstrainablePart(kTRUE);
fFlowSelect->SetDcaGlobalPart(0.,0.1);
// V0 analysis cuts (not all of them ... they are useless anyway)
fFlowSelect->SetV0Mass(0.4875,0.5078) ; // Mk0 = 0.49765
- fFlowSelect->SetV0SideBands(0.08) ;
+ fFlowSelect->SetV0SideBands(0.1) ;
fFlowSelect->SetV0Pt(0.1,10.) ;
fFlowSelect->SetV0Eta(-2.1,2.1) ;
// print list :
// Analysis settings
fFlowAnal->SetFlowForV0() ; // default kTRUE.
- fFlowAnal->SetEtaSub() ; // default kFALSE
+ fFlowAnal->SetSub(1) ; //eta // ->SetChrSub() ; //charge // ->SetRndSub() ; //random (default)
//fFlowAnal->SetV1Ep1Ep2() ; // default kFALSE.
//fFlowAnal->SetShuffle() ; // default kFALSE. shuffles track array
//fFlowAnal->SetRedoWgt(); // default kFALSE. recalculates phiWgt (even if phiWgt file is already there)