29-apr-2005 Library creation scripts for Linux gcc etc... introduced.

[u/mrichter/AliRoot.git] / ITS / AliITSNeuralTrack.h

diff --git a/ITS/AliITSNeuralTrack.h b/ITS/AliITSNeuralTrack.h
index c9c6e78b8160027ad438da4100abd249ba57bd11..3521e49bc307ccb1e2b9eff4418162f59849d27b 100644 (file)
--- a/ITS/AliITSNeuralTrack.h
+++ b/ITS/AliITSNeuralTrack.h
@@ -12,6 +12,7 @@ class AliITSNeuralTrack : public TObject {
 
 public:
                 AliITSNeuralTrack();
+                               AliITSNeuralTrack(AliITSNeuralTrack &track);
        virtual ~AliITSNeuralTrack();
                
        // Points insertion and goodness evaluation
@@ -40,31 +41,30 @@ public:
 
        // Getters
 
-       Int_t    GetLabel()        {return fLabel;}
-       Int_t    GetCount()        {return fCount;}
-       Double_t GetDt()           {return fDt;}
-       Double_t GetDz();          
-       Double_t GetC()            {return fC;}
-       Double_t GetR()            {return fR;}
-       Double_t GetXC()           {return fXC;}
-       Double_t GetYC()           {return fYC;}
-       Double_t GetTanL()         {return fTanL;}
-       Double_t GetGamma();       
-       Double_t GetChi2()         {return fChi2;}
-       Double_t GetStateR()       {return fStateR;}
-       Double_t GetStatePhi()     {return fStatePhi;}
-       Double_t GetStateZ()       {return fStateZ;}
-       Double_t GetCovElement(Int_t i, Int_t j) {return fMatrix(i,j);}
-       Double_t GetPhi(Double_t r);        // phi = gamma0 + asin(argphi(rho))
-       Double_t GetZ(Double_t r);          // z = dz + (tanl / C) * asin(argz(rho))
-       
+       Int_t    GetLabel() const  {return fLabel;}
+       Int_t    GetCount() const  {return fCount;}
+       Double_t GetDt()    const  {return fDt;}
+       Double_t GetDz()    const;          
+       Double_t GetC()     const  {return fC;}
+       Double_t GetR()     const  {return fR;}
+       Double_t GetXC()    const  {return fXC;}
+       Double_t GetYC()    const  {return fYC;}
+       Double_t GetTanL()  const  {return fTanL;}
+       Double_t GetGamma() const;       
+       Double_t GetChi2()  const  {return fChi2;}
+       Double_t GetStateR() const {return fStateR;}
+       Double_t GetStatePhi() const {return fStatePhi;}
+       Double_t GetStateZ() const {return fStateZ;}
+       Double_t GetCovElement(Int_t i, Int_t j) const {return fMatrix(i,j);}
+       Double_t GetPhi(Double_t r) const;  // phi = gamma0 + asin(argphi(rho))
+       Double_t GetZ(Double_t r) const;    // z = dz + (tanl / C) * asin(argz(rho))
 
        Double_t GetP()       {return GetPt() * (1.0 + fTanL * fTanL);}
-       Double_t GetPt()      {return 0.299792658 * 0.2 * fField * fabs(1./fC/100.);}
+       Double_t GetPt()      {return 0.299792658 * 0.2 * fField * TMath::Abs(1./fC/100.);}
        Double_t GetPz()      {return GetPt() * fTanL;}
-       Double_t GetE()       {return sqrt(fMass*fMass + GetPt()*GetPt());}
-       Double_t GetLambda()  {return atan(fTanL);}
-       Int_t    GetPDGcode() {return fPDG;}
+       Double_t GetE()       {return TMath::Sqrt(fMass*fMass + GetPt()*GetPt());}
+       Double_t GetLambda()  {return TMath::ATan(fTanL);}
+       Int_t    GetPDGcode() const {return fPDG;}
        Double_t GetdEdX();
 
        // Setters
@@ -103,9 +103,9 @@ private:
        Double_t fDt;       // transverse impact parameter
        Double_t fDz;       // longitudinal impact parameter
 
-       Double_t fStateR;   //
+       Double_t fStateR;   // state vector coordinates
        Double_t fStatePhi; // state vector coordinates
-       Double_t fStateZ;   //
+       Double_t fStateZ;   // state vector coordinates
        TMatrixD fMatrix;   // covariance matrix
        Double_t fChi2;     // square chi (calculated by Kalman filter)
        Double_t fNSteps;   // number of Kalman steps