#include "AliESDkink.h"
#include "AliESDv0.h"
#include "AliV0.h"
+#include "AliKFParticle.h"
+#include "AliKFVertex.h"
//
#include "AliTreeDraw.h"
-#include "AliGenInfo.h"
+#include "AliMCInfo.h"
+#include "AliGenKinkInfo.h"
+#include "AliGenV0Info.h"
+
#include "AliESDRecV0Info.h"
ClassImp(AliESDRecV0Info)
-
+AliESDRecV0Info:: AliESDRecV0Info():
+ TObject(),
+ fT1(), //track1
+ fT2(), //track2
+ fDist1(0), //info about closest distance according closest MC - linear DCA
+ fDist2(0), //info about closest distance parabolic DCA
+ fInvMass(0), //reconstructed invariant mass -
+ //
+ fDistMinR(0), // distance at minimal radius
+ fRr(0), // rec position of the vertex
+ fPointAngleFi(0), //point angle fi
+ fPointAngleTh(0), //point angle theta
+ fPointAngle(0), //point angle full
+ fV0Status(0), // status of the kink
+ fV0tpc(0), // Vo information from reconsturction according TPC
+ fV0its(0), // Vo information from reconsturction according ITS
+ fV0rec(0), // V0 information form the reconstruction
+ fV0recOff(0), // V0 information form the reconstruction - OFFLINE
+ fMultiple(0), // how man times V0 was recostructed
+ fRecStatus(0), // status form the reconstuction
+ fV0MultipleOn(0), // how man times was V0 reconstucted
+ fV0MultipleOff(0), // how man times was V0 reconstucted
+ //
+ fKFrecChi2NC(0), // ONLINE V0 finder non constrained chi2
+ fKFrecChi2C(0), // ONLINE V0 finder constrained chi2 - prim vertex
+ fKFrecChi2CM(0), // ONLINE V0 finder constrained chi2 - prim vertex+mass
+ fKFRecNC(0), // non constrained
+ fKFRecC(0), // constrained vertex
+ fKFRecCM(0), // constrained vertex+mass
+ fKFrecOffChi2NC(0), // OFFLINE V0 finder - non constrained chi2
+ fKFrecOffChi2C(0), // OFFLINE V0 finder - constrained chi2 - prim vertex
+ fKFrecOffChi2CM(0), // OFFLINE V0 finder - constrained chi2 - prim vertex+mass
+ fKFOffRecNC(0), // non constrained
+ fKFOffRecC(0), // constrained vertex
+ fKFOffRecCM(0) // constrained vertex+mass
+{
+ //
+ // default constructor
+ //
+ fV0tpc = new AliV0();
+ fV0its = new AliV0();
+ fV0rec = new AliV0();
+ fV0recOff = new AliV0();
+}
void AliESDRecV0Info::Update(Float_t vertex[3])
}
}
+void AliESDRecV0Info::Reset(){
+ //
+ // Reset status and all counters
+ //
+ fDist1=-1; //info about closest distance according closest MC - linear DCA
+ fDist2=-1; //info about closest distance parabolic DCA
+ fInvMass=-1; //reconstructed invariant mass -
+ //
+ fDistMinR=-1; // distance at minimal radius
+ fRr=-1; // rec position of the vertex
+ fLab[0]=-20; //MC label of the partecle
+ fLab[1]=-10; //MC label of the partecle
+ fPointAngleFi=0; //point angle fi
+ fPointAngleTh=0; //point angle theta
+ fPointAngle=0; //point angle full
+ //
+ fV0Status= -100; // status of the V0
+ fMultiple=0; // how man times V0 was recostructed
+ fRecStatus=0; // status form the reconstuction - 1 reconstructed - -1 fake
+ fV0MultipleOn=0; // how man times was V0 reconstucted - onfly
+ fV0MultipleOff=0; // how man times was V0 reconstucted - offline
+ //
+ // AliKF variables - variables to make a selection + resoluton study
+ //
+ fKFrecChi2NC=0; // ONLINE V0 finder non constrained chi2
+ fKFrecChi2C=0; // ONLINE V0 finder constrained chi2 - prim vertex
+ fKFrecChi2CM=0; // ONLINE V0 finder constrained chi2 - prim vertex+mass
+ //
+ fKFrecOffChi2NC=0; // OFFLINE V0 finder - non constrained chi2
+ fKFrecOffChi2C=0; // OFFLINE V0 finder - constrained chi2 - prim vertex
+ fKFrecOffChi2CM=0; // OFFLINE V0 finder - constrained chi2 - prim vertex+mass
+}
+
+
+
+void AliESDRecV0Info::UpdateKF(const AliESDVertex &vertex, Int_t pdg0, Int_t pdg1, Float_t mass){
+ //
+ // Calculate properties of V0 vertex using different type of constraints
+ //
+ fKFrecChi2NC=0; // ONLINE V0 finder non constrained chi2
+ fKFrecChi2C=0; // ONLINE V0 finder constrained chi2 - prim vertex
+ fKFrecChi2CM=0; // ONLINE V0 finder constrained chi2 - prim vertex+mass
+ if (fKFRecNC) {delete fKFRecNC; fKFRecNC=0;}
+ if (fKFRecC) {delete fKFRecC; fKFRecC=0;}
+ if (fKFRecCM) {delete fKFRecCM; fKFRecCM=0;}
+ //
+ fKFrecOffChi2NC=0; // OFFLINE V0 finder - non constrained chi2
+ fKFrecOffChi2C=0; // OFFLINE V0 finder - constrained chi2 - prim vertex
+ fKFrecOffChi2CM=0; // OFFLINE V0 finder - constrained chi2 - prim vertex+mass
+ if (fKFOffRecNC) {delete fKFOffRecNC; fKFOffRecNC=0;}
+ if (fKFOffRecC) {delete fKFOffRecC; fKFOffRecC=0;}
+ if (fKFOffRecCM) {delete fKFOffRecCM; fKFOffRecCM=0;}
+ if (fV0Status==0) return; //
+ //
+ AliKFVertex primVtx(vertex);
+ //
+ if (fV0rec &&
+ TMath::Abs(fV0rec->GetParamN()->GetSigmaY2())>0.000000001&&
+ TMath::Abs(fV0rec->GetParamP()->GetSigmaY2())>0.000000001
+ ){
+ //
+ Double_t x, y, z;
+ AliKFParticle p1( *(fV0rec->GetParamN()), pdg0 );
+ AliKFParticle p2( *(fV0rec->GetParamP()), pdg1 );
+ //
+ fKFRecNC = new AliKFParticle;
+ fV0rec->GetXYZ(x,y,z);
+ fKFRecNC->SetVtxGuess(x,y,z);
+ *(fKFRecNC)+=p1;
+ *(fKFRecNC)+=p2;
+ fKFrecChi2NC =fKFRecNC->GetChi2() ;
+ //
+ fKFRecC = new AliKFParticle;
+ fV0rec->GetXYZ(x,y,z);
+ fKFRecC->SetVtxGuess(x,y,z);
+ *(fKFRecC)+=p1;
+ *(fKFRecC)+=p2;
+ fKFRecC->SetProductionVertex(primVtx);
+ fKFrecChi2C =fKFRecC->GetChi2();
+ //
+ fKFRecCM = new AliKFParticle;
+ fV0rec->GetXYZ(x,y,z);
+ fKFRecCM->SetVtxGuess(x,y,z);
+ *(fKFRecCM)+=p1;
+ *(fKFRecCM)+=p2;
+ fKFRecCM->SetProductionVertex(primVtx);
+ fKFRecCM->SetMassConstraint(mass);
+ fKFrecChi2CM =fKFRecCM->GetChi2();
+ }
+
+ if (fV0recOff &&
+ TMath::Abs(fV0recOff->GetParamN()->GetSigmaY2())>0.000000001&&
+ TMath::Abs(fV0recOff->GetParamP()->GetSigmaY2())>0.000000001
+ ){
+ //
+ Double_t x, y, z;
+ AliKFParticle p1( *(fV0recOff->GetParamN()), pdg0 );
+ AliKFParticle p2( *(fV0recOff->GetParamP()), pdg1 );
+ //
+ fKFOffRecNC = new AliKFParticle;
+ fV0recOff->GetXYZ(x,y,z);
+ fKFOffRecNC->SetVtxGuess(x,y,z);
+ *(fKFOffRecNC)+=p1;
+ *(fKFOffRecNC)+=p2;
+ fKFrecOffChi2NC =fKFOffRecNC->GetChi2() ;
+ //
+ fKFOffRecC = new AliKFParticle;
+ fV0recOff->GetXYZ(x,y,z);
+ fKFOffRecC->SetVtxGuess(x,y,z);
+ *(fKFOffRecC)+=p1;
+ *(fKFOffRecC)+=p2;
+ fKFOffRecC->SetProductionVertex(primVtx);
+ fKFrecOffChi2C =fKFOffRecC->GetChi2();
+ //
+ fKFOffRecCM = new AliKFParticle;
+ fV0recOff->GetXYZ(x,y,z);
+ fKFOffRecCM->SetVtxGuess(x,y,z);
+ *(fKFOffRecCM)+=p1;
+ *(fKFOffRecCM)+=p2;
+ fKFOffRecCM->SetProductionVertex(primVtx);
+ fKFOffRecCM->SetMassConstraint(mass);
+ fKFrecOffChi2CM =fKFOffRecCM->GetChi2();
+ }
+
+
+}
+
+
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff