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|
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namespace mitedm |
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{ |
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< |
// Define existing track parameter conventions |
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< |
enum TrackConvention { iCms, iMvf }; |
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> |
enum TrackConvention { // Define existing track parameter conventions |
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> |
|
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> |
iCms, |
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> |
iMvf |
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> |
}; |
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|
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// Declare the track parameter class |
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class TrackParameters |
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{ |
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public: |
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TrackParameters() {} |
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< |
TrackParameters(const reco::Track *trk, TrackConvention tcv = iCms, double bField = 3.8); |
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> |
TrackParameters(const reco::Track *trk, TrackConvention tcv = iCms, double bField = 3.8); |
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TrackParameters(const TrackParameters &trk); |
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~TrackParameters() {}; |
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|
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// Access the specific contents |
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< |
const TVectorD *pars () const { return &pars_; }; |
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< |
double pars (int i) const { return pars_[i]; }; |
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< |
const TMatrixDSym *cMat () const { return &cMat_; }; |
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< |
double cMat (int i, int j) const { return cMat_(i,j); }; |
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> |
const TVectorD *pars() const { return &pars_; }; |
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> |
double pars(int i) const { return pars_[i]; }; |
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> |
const TMatrixDSym *cMat() const { return &cMat_; }; |
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> |
double cMat(int i, int j) const { return cMat_(i,j); }; |
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|
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// Access the different parametrizations independently of the local storage |
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TrackParameters cmsTrack() const; |
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TrackParameters mvfTrack() const; |
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|
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< |
void setPars (int i, double v) { pars_(i) = v; } |
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< |
void setCMat (int i, int j, double v) { cMat_(i,j) = v; } |
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< |
void addCMat (int i, int j, double v) { cMat_(i,j) += v; } |
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> |
void setPars(int i, double v) { pars_(i) = v; } |
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> |
void setCMat(int i, int j, double v) { cMat_(i,j) = v; } |
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> |
void addCMat(int i, int j, double v) { cMat_(i,j) += v; } |
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|
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// Utilities |
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< |
void print () const; |
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> |
void print() const; |
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|
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private: |
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< |
TrackConvention iConvention_; // track parameter convention (def. CMS) |
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< |
double bField_; // magnetic field in Tesla |
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< |
double fCurv_; // combined curvature constant |
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< |
TVectorD pars_; // track paramters (helix) |
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< |
TMatrixDSym cMat_; // corresponding covariance matrix (sig_i * sig_j) |
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> |
TrackConvention iConvention_; //track parameter convention (def. CMS) |
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> |
double bField_; //magnetic field in Tesla |
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> |
double fCurv_; //combined curvature constant |
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> |
TVectorD pars_; //track paramters (helix) |
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> |
TMatrixDSym cMat_; //corresponding covariance matrix (sig_i * sig_j) |
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}; |
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} |
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#endif |
