MCTrackerHit.cxx

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#include "MCTrackerHit.h"
 
ClassImp(MCTrackerHit)
 
MCTrackerHit::MCTrackerHit()
    : TObject() { 
    }
ClassImp(MCTrackerHit) {…}
 
MCTrackerHit::~MCTrackerHit() { 
    Clear(); 
}
MCTrackerHit::~MCTrackerHit() {…}
 
void MCTrackerHit::Clear(Option_t* /* options */) { 
    TObject::Clear(); 
}
void MCTrackerHit::Clear(Option_t* /* options */) {…}
 
void MCTrackerHit::setMomentum(const float* momentum, bool rotate) {
 
    //svt angle: it's already with minus sign.
    float svtAngle = 30.5e-3;
    //Rotate the the input position automatically to match with the SVT tracker system
    if (rotate)
    {
        //x_ = position[1];
        py_ = momentum[2];
        pz_ = momentum[1] * sin(svtAngle) + momentum[0]*cos(svtAngle);
        px_ = momentum[1] * cos(svtAngle) - momentum[0]*sin(svtAngle);
    }
    else {
        px_ = momentum[0]; 
        py_ = momentum[1];
        pz_ = momentum[2];
    }
}
void MCTrackerHit::setMomentum(const float* momentum, bool rotate) {…}
 
void MCTrackerHit::setPosition(const double* position, bool rotate) {
 
    //svt angle: it's already with minus sign.
    float svtAngle = 30.5e-3;
    //Rotate the the input position automatically to match with the SVT tracker system
    if (rotate)
    {
        //x_ = position[1];
        y_ = position[2];
        z_ = position[1] * sin(svtAngle) + position[0]*cos(svtAngle);
        x_ = position[1] * cos(svtAngle) - position[0]*sin(svtAngle);
    }
    else {
        x_ = position[0]; 
        y_ = position[1];
        z_ = position[2];
    }
}
void MCTrackerHit::setPosition(const double* position, bool rotate) {…}