public override double GetHitPointDistance(Shapes.Ray r)
{
double dist;
Shapes.Ray subRay;
Vect3 tmp = Position + _model.GetBoundingSphere().Position;
if (RaySphere.IsRayOriginatingInSphere(r.Origin, r.Direction, tmp,
_model.GetBoundingSphere().Radius))
{
tmp = r.Origin - Position;
subRay = new Shapes.Ray
{
Origin = tmp,
Direction = r.Direction
};
dist = 0;
}
else
{
dist = RaySphere.GetHitPointRaySphereDistance(r.Origin, r.Direction, tmp,
_model.GetBoundingSphere().Radius);
if (double.IsInfinity(dist))
{
return(dist);
}
tmp = r.Origin + r.Direction * dist;
tmp -= Position;
subRay = new Shapes.Ray
{
Origin = tmp,
Direction = r.Direction
};
}
var d = new CollisionData
{
Details = RayPath.GetFirstCollision(_model.GetTree(), subRay)
};
if (!double.IsInfinity(d.Details.Distance))
{
Vect3 hitPointLocal = subRay.Origin + subRay.Direction * d.Details.Distance;
d.HitPointLocal = hitPointLocal;
Vect3 hitPointGlobal = hitPointLocal + Position;
d.HitPointGlobal = hitPointGlobal;
return(d.Details.Distance + dist);
}
_lastCollision[Thread.CurrentThread] = d;
return(d.Details.Distance);
}
public void RegisterSphere(RaySphere s)
{
SphereData d = new SphereData();
d.col = new Vector3(s.renderColor.r, s.renderColor.g, s.renderColor.b);
d.pos = (s.transform.position);
//s.GetComponent<SphereCollider>().radius * (float)multiplier *
d.details = new Vector3(s.transform.localScale.x / 2, s.shininess, s.specIntensity);
spheres.Add(d);
}
public override double GetHitPointDistance(Ray r)
{
return(RaySphere.GetHitPointRaySphereDistance(r.Origin, r.Direction, Position, Radius));
}
