#ifndef IONTRACK_CLASS
#define IONTRACK_CLASS

#include <TObject.h>
#include <Rtypes.h>

// typedef struct
//     {
//         Float_t TP_X;
//         Float_t TP_Y;
//         Float_t TP_Theta;
//         Float_t TP_Phi;
//         Float_t Xf;
//         Float_t Yf;
//         Float_t Tf;
//         Float_t Pf;
//         Float_t Brho;
//         Float_t Path;
//         Float_t X[4]; // TMW1_X, TMW2_X, FPMW0_X, FPMW1_X
//         Float_t Y[4];
//     } IonTrack;

class IonTrack : public TObject
{
  public:
    Float_t TP_X;
    Float_t TP_Y;
    Float_t TP_Theta;
    Float_t TP_Phi;
    Float_t Xf;
    Float_t Yf;
    Float_t Tf;
    Float_t Pf;
    Float_t Brho;
    Float_t Path;
    Float_t X[4]; // TMW1_X, TMW2_X, FPMW0_X, FPMW1_X
    Float_t Y[4];

  ClassDef(IonTrack,1);
};

#if !defined(__CLING__)
ClassImp(IonTrack);
#endif

IonTrack SetITrack(Float_t TP_X, Float_t TP_Y, Float_t TP_Theta, Float_t TP_Phi,
                   Float_t Xf, Float_t Yf, Float_t Tf, Float_t Pf,
                   Float_t Brho, Float_t Path,
                   Float_t T1X, Float_t T2X, Float_t F0X, Float_t F1X,
                   Float_t T1Y, Float_t T2Y, Float_t F0Y, Float_t F1Y)
{
  IonTrack ITrack;
  ITrack.TP_X = TP_X;
  ITrack.TP_Y = TP_Y;
  ITrack.TP_Theta = TP_X;
  ITrack.TP_Phi = TP_Y;
  ITrack.Xf = Xf;
  ITrack.Yf = Yf;
  ITrack.Tf = Tf;
  ITrack.Pf = Pf;
  ITrack.Brho = Brho;
  ITrack.Path = Path;
  ITrack.X[0] = T1X;
  ITrack.X[1] = T2X;
  ITrack.X[2] = F0X;
  ITrack.X[3] = F1X;
  ITrack.Y[0] = T1Y;
  ITrack.Y[1] = T2Y;
  ITrack.Y[2] = F0Y;
  ITrack.Y[3] = F1Y;
  return ITrack;
};

#endif