public void CreateIntersection(List <Vector3> roadA, List <Vector3> roadB, float width, int size)
{
debugPoints = new List <Vector3>();
var firstList = roadA;
var secondList = roadB;
int firstListIndex = 0;
int secondListIndex = 0;
float distance = float.MaxValue;
//For a curve, need to fine intersection with brute force
for (int i = 0; i < firstList.Count; i++)
{
for (int j = 0; j < secondList.Count; j++)
{
var d = Vector3.Distance(firstList[i], secondList[j]);
if (d < distance)
{
firstListIndex = i;
secondListIndex = j;
distance = d;
}
}
}
connections = new List <List <Vector3> >();
var firstListA = firstList.GetRange(0, firstListIndex);
firstListA.Reverse();
connections.Add(firstListA.Skip(size).ToList());
var firstListB = firstList.GetRange(firstListIndex - 1, firstList.Count() - firstListIndex);
connections.Add(firstListB.Skip(size).ToList());
//var lineA1 = new Pair<Vector3>(firstListA.GetRoadPoint(size, -width / 2), firstListB.GetRoadPoint(size, width / 2));
//var lineA2 = new Pair<Vector3>(firstListA.GetRoadPoint(size, width / 2), firstListB.GetRoadPoint(size, -width / 2));
var secondListA = secondList.GetRange(0, secondListIndex);
secondListA.Reverse();
connections.Add(secondListA.Skip(size).ToList());
var secondListB = secondList.GetRange(secondListIndex - 1, secondList.Count() - secondListIndex);
connections.Add(secondListB.Skip(size).ToList());
//var lineB1 = new Pair<Vector3>(secondListA.GetRoadPoint(size, -width / 2), secondListB.GetRoadPoint(size, width / 2));
//var lineB2 = new Pair<Vector3>(secondListA.GetRoadPoint(size, width / 2), secondListB.GetRoadPoint(size, -width / 2));
var side1 = new Pair <Vector3>(firstListA.GetRoadPoint(size, width / 2), firstListA.GetRoadPoint(size, -width / 2));
var side3 = new Pair <Vector3>(firstListB.GetRoadPoint(size, width / 2), firstListB.GetRoadPoint(size, -width / 2));
var side4 = new Pair <Vector3>(secondListA.GetRoadPoint(size, width / 2), secondListA.GetRoadPoint(size, -width / 2));
var side2 = new Pair <Vector3>(secondListB.GetRoadPoint(size, width / 2), secondListB.GetRoadPoint(size, -width / 2));
var outerPoints = new List <Pair <Vector3> >();
outerPoints.Add(side1);
//debugPoints.Add(side2.First);
//debugPoints.Add(side4.Second);
outerPoints.Add(side2);
outerPoints.Add(side3);
outerPoints.Add(side4);
LineEquation line1 = new LineEquation(side1.First.To2D(), side3.Second.To2D());
LineEquation line2 = new LineEquation(side1.Second.To2D(), side3.First.To2D());
LineEquation line3 = new LineEquation(side2.First.To2D(), side4.Second.To2D());
LineEquation line4 = new LineEquation(side2.Second.To2D(), side4.First.To2D());
var innerPoints = new List <Vector3>();
innerPoints.Add(line1.GetIntersectionWithLine(line3).Value.To3D());
innerPoints.Add(line2.GetIntersectionWithLine(line3).Value.To3D());
innerPoints.Add(line2.GetIntersectionWithLine(line4).Value.To3D());
innerPoints.Add(line1.GetIntersectionWithLine(line4).Value.To3D());
//debugPoints.Add(line1.GetIntersectionWithLine(line3).Value.To3D());
//debugPoints.Add(line1.GetIntersectionWithLine(line4).Value.To3D());
//debugPoints.Add(line2.GetIntersectionWithLine(line3).Value.To3D());
//debugPoints.Add(line2.GetIntersectionWithLine(line4).Value.To3D());
var name = "fourwayintersection";
Mesh mesh = MeshMaker.FourWayIntersection(outerPoints, innerPoints, name);
DestroyImmediate(GameObject.Find(name));
GameObject intersection = new GameObject(name);
intersection.transform.SetParent(transform);
intersection.transform.position = transform.position;
intersection.AddComponent <MeshFilter>().sharedMesh = mesh;
MeshRenderer rend = intersection.AddComponent <MeshRenderer>();
Material material = (Material)Resources.Load("Materials/test_mat", typeof(Material));
rend.sharedMaterial = material;
rend.sharedMaterial.color = Color.white;
}
