public void Split(Vector3 P0, Vector3 n, Shape2 shapeAbove, Shape2 shapeBelow, NewPointsGetter newPoints, ref int numInside)
{
LinkedPoint1 = null;
LinkedPoint2 = null;
var comp = Vector3.Dot(Point - P0, n);
if (Mathf.Abs(comp) <= Utils.PointInPlaneTol)
{
var newAbove = this;
var newBelow = new Point2(Point);
newPoints.AddPoints(this, newAbove, newBelow);
shapeAbove.AddPoint(newAbove);
shapeBelow.AddPoint(newBelow);
PlaneRelationship = PointPlaneRelationship.Inside;
numInside++;
}
else if (comp > 0.0f)
{
shapeAbove.AddPoint(this);
PlaneRelationship = PointPlaneRelationship.Above;
}
else
{
shapeBelow.AddPoint(this);
PlaneRelationship = PointPlaneRelationship.Below;
}
}
private void SplitInHalf(Vector3 x, NewPointsGetter newPoints, Shape2 shapeAbove, Shape2 shapeBelow)
{
var a = new Point2(x);
var b = new Point2(x);
newPoints.AddPoints(EdgeP1, EdgeP2, a, b);
shapeAbove.AddPoint(a);
shapeBelow.AddPoint(b);
if (EdgeP1.PlaneRelationship == PointPlaneRelationship.Above)
{
var newForBelow = new Edge2(EdgeP2, b);
EdgeP2 = a;
shapeAbove.Edges.Add(this);
shapeBelow.Edges.Add(newForBelow);
}
else
{
var newForAbove = new Edge2(EdgeP2, a);
EdgeP2 = b;
shapeAbove.Edges.Add(newForAbove);
shapeBelow.Edges.Add(this);
}
}