private bool ProjectPointByCastingRay(Vector3 raycastOrigin, Vector3 raycastDirection, out Vector3 projectedPoint)
{
projectedPoint = Vector3.zero;
Octave3DColliderRayHit colliderRayHit;
Ray ray = new Ray(raycastOrigin, raycastDirection);
if (_collider.RaycastBothDirections(ray, out colliderRayHit))
{
projectedPoint = colliderRayHit.HitPoint + _planeOfPointsToProject.normal * _projectedPointOffset;
return(true);
}
return(false);
}
private List <Plane> GetPlanesOnWhichOrientedBoxResides(OrientedBox worldOrientedBox)
{
if (HasCursorPickedTerrainObject())
{
List <Vector3> boxCenterAndCornerPoints = worldOrientedBox.GetCenterAndCornerPoints();
var planes = new List <Plane>(boxCenterAndCornerPoints.Count);
Octave3DColliderRayHit colliderRayHit;
Octave3DCollider hitCollider = _cursorRayHit.ClosestObjectRayHit.HitCollider;
foreach (Vector3 boxPoint in boxCenterAndCornerPoints)
{
Ray ray = new Ray(boxPoint, Normal);
if (hitCollider.RaycastBothDirections(ray, out colliderRayHit))
{
planes.Add(new Plane(colliderRayHit.HitNormal, colliderRayHit.HitPoint));
}
else
{
planes.Add(Plane);
}
}
return(planes);
}
return(new List <Plane> {
Plane
});
}
