StiUtilities/StiDebug.h

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#ifndef StiDebug_H
#define StiDebug_H 1
#include "TDataSet.h"
#include "TArrayF.h"

class StiKalmanTrack; 
class TH1; 
class TObjArray;

class StiDebug 
{
public:
static void   Break(int kase);
static void   FpeOn();
static void   show(StiKalmanTrack *kt);
static void   Init();
static void   Finish();
static void   hist (const char *name,double val);
static int    tally(const char *name,int val=1);
static int    iFlag(const char *flagName, int    dflt=0);
static double dFlag(const char *flagName, double dflt=0);
private:

static TObjArray *mgHist;
static TObjArray *mgTally;

};


class StiAux_t { 
public:
double resY() const {return xnl[1]-xhl[1];}
double resZ() const {return xnl[2]-xhl[2];}
double difY() const {return unl[1]-xhl[1];}
double difZ() const {return unl[2]-xhl[2];}


public: 
                        // LOCAL FRAME
float xnl[3];           //X,Y,Z of Node.                
float xhl[3];           //X,Y,Z of Hit.                 
float unl[3];           //X,Y,Z of Untouched Node.      
float ca;               //Cross angle
float nYY; float nZZ;   //Y & Z errors of Node
float hYY; float hZZ;   //Y & Z errors of Hit
float uYY; float uZZ;   //Y & Z errors of Untouched Node

                        // GLOBAL FRAME
float xng[3];           //X,Y,Z of Node.
float xhg[3];           //X,Y,Z of Hit
float psi;              //Psi angle
float dip;              //Dip angle

                        // INVARIANT
float rho;              //Curvature
float chi2; 
//reserv
float reserv[10];
};

class StiAux : public TDataSet 
{
public:
   StiAux();
StiAux_t*       Get(int id) const;
int             AddIt(StiAux_t *add);
int             GetN() const            {return fN;}
void            PrintIt(int id);
public:
int fN;
TArrayF fArr;
ClassDef(StiAux,1)

};
#endif

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