private void HandleTrigIntersection(List <Vector2> intersectList, Triangle triangle, VerticesSegmentor verticesSegmentor, Vector2 selfPos, Vector2 p_pointA, Vector2 p_pointB)
{
int pairNum = triangle.pairs.Count;
for (int i = pairNum - 1; i >= 0; i--)
{
TrigPairs pair = triangle.pairs[i];
Vector2 point = AddIntersectPoint(
pair.nodeA + selfPos,
pair.nodeB + selfPos,
p_pointA, p_pointB
);
//Intersection has occur
if (!point.Equals(Vector2.positiveInfinity))
{
Triangle.Fragment fragmentA = FindVerticesSegment(verticesSegmentor, pair.nodeA, pair.nodeA + selfPos);
Triangle.Fragment fragmentB = FindVerticesSegment(verticesSegmentor, pair.nodeB, pair.nodeB + selfPos);
Triangle.Fragment fragmentC = new Triangle.Fragment(point - selfPos, "", Triangle.Fragment.Type.Cutted);
triangle.AddFragment(new Triangle.Fragment[] { fragmentA, fragmentB, fragmentC });
intersectList.Add(point);
}
}
}
private Triangle.Fragment FindVerticesSegment(VerticesSegmentor verticesSegmentor, Vector2 vertices, Vector2 worldVert)
{
//Triangle.Fragment fragment = new Triangle.Fragment(vertices,);
string segmentID = (verticesSegmentor.CompareInputWithAverageLine(worldVert)) ? "A" : "B";
Triangle.Fragment fragment = new Triangle.Fragment(vertices, segmentID, Triangle.Fragment.Type.Original);
return(fragment);
}
