void Line::innerUpdateTransform()
{
Zone::innerUpdateTransform();
transformPos(tBounds[0],bounds[0]);
transformPos(tBounds[1],bounds[1]);
computeDist();
}
void Line::pushBound(const Vector3D& bound)
{
bounds[0] = tBounds[0] = bounds[1];
bounds[1] = tBounds[1] = bound;
computeDist();
computePosition();
}
void Line::setBounds(const Vector3D& p0,const Vector3D& p1)
{
bounds[0] = tBounds[0] = p0;
bounds[1] = tBounds[1] = p1;
computeDist();
computePosition();
}
void Line::setPosition(const Vector3D& v)
{
Vector3D displacement = v - getPosition();
bounds[0] = tBounds[0] += displacement;
bounds[1] = tBounds[1] += displacement;
computeDist();
Zone::setPosition(v);
}
/* compute the tanB corresponding to the elevation window and neighbor
di,dj. */
double
weightWindow::computeTanB(const short di,const short dj,
const genericWindow<elevation_type>& elevwin) {
assert(di != 0 || dj != 0);
double dist = computeDist(di, dj);
assert(dist > 0);
return (elevwin.get() - elevwin.get(di, dj)) / dist;
}
Dist::Dist(BTS A, BTS B){
this->A = A;
this->B = B;
this->distance = computeDist(B, A);
// this->computeHeight(*this);
}
