Track.h

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#ifndef TRACK_H
#define TRACK_H
 
#include <iostream>
#include <vector>
#include <cmath>
#include "Struct.h"
 
class Track
{
private:
    unsigned int _areaSum;
    unsigned short _count;
    double _x;
    double _y;
    double _z;
    double _errx;  
    double _erry;
    double _errz;
    double _sx;
    double _sy;
    double _sz;
    double _sigma;
    double _topZ;
    double _bottomZ;
    std::vector<Grain> _grains;
 
    double pointTo3DlineDistance(double x0, double y0, double z0);
 
 
 
public:
    Track();
    ~Track(){};
 
    // track estimators
    double meanDeltaTheta3D;
    double sigmaDeltaTheta3D;
    double meanDeltaThetaXZ;
    double sigmaDeltaThetaXZ;
    double meanDeltaThetaYZ;
    double sigmaDeltaThetaYZ;
    double meanDistanceClustersTo3DLine, meanGapClusterToCluster;
    double mx, mxSigma, qx, rx, xChi2;
    double my, mySigma, qy, ry, yChi2;
    double dz;
    
 
    void setAreaSum(unsigned int areaSum) {_areaSum = areaSum;}
    void setCount(unsigned short count) {_count = count;}
    void setX(double x) {_x = x;}
    void setY(double y) {_y = y;}
    void setZ(double z) {_z = z;}
 
    void setErrX(double errx) {_errx = errx;}
    void setErrY(double erry) {_erry = erry;}
    void setErrZ(double errz) {_errz = errz;}
 
    void setSX(double sx) {_sx = sx;}
    void setSY(double sy) {_sy = sy;}
    void setSZ(double sz) {_sz = sz;}
    void setSigma(double sigma) {_sigma = sigma;}
    void setTopZ(double z) {_topZ = z;}
    void setBottomZ(double z) {_bottomZ = z;}
    void addGrain(Grain gr) {_grains.push_back(gr);}
 
    unsigned int getAreaSum() const {return _areaSum;}
    unsigned short getCount() const {return _count;}
    double getX() const {return _x;}
    double getY() const {return _y;}
    double getZ() const {return _z;}
    double getErrX() const {return _errx;}
    double getErrY() const {return _erry;}
    double getErrZ() const {return _errz;}
    double getSX() const {return _sx;}
    double getSY() const {return _sy;}
    double getSZ() const {return _sz;}
    double getSigma() const {return _sigma;}
    double getTopZ() const {return _topZ;}
    double getBottomZ() const {return _bottomZ;}
    std::vector<Grain> getGrains() const {return _grains;}
 
    bool evaluateEstimators();
 
 
    
 
};
 
#endif