// Use this for initialization
public void Start()
{
// create initial delaunay triangulation (three far-away points)
m_delaunay = Delaunay.Create();
// add auxiliary vertices as unowned
foreach (var vertex in m_delaunay.Vertices)
{
m_ownership.Add(vertex, EOwnership.UNOWNED);
}
m_fishManager = new FishManager();
// create polygon of rectangle window for intersection with voronoi
float z = Vector2.Distance(m_meshFilter.transform.position, Camera.main.transform.position);
var bottomLeft = Camera.main.ViewportToWorldPoint(new Vector3(0, 0, z));
var topRight = Camera.main.ViewportToWorldPoint(new Vector3(1, 1, z));
m_meshRect = new Polygon2D(
new List <Vector2>()
{
new Vector2(bottomLeft.x, bottomLeft.z),
new Vector2(bottomLeft.x, topRight.z),
new Vector2(topRight.x, topRight.z),
new Vector2(topRight.x, bottomLeft.z)
});
VoronoiDrawer.CreateLineMaterial();
}
private void OnRenderObject()
{
GL.PushMatrix();
// Set transformation matrix for drawing to
// match our transform
GL.MultMatrix(transform.localToWorldMatrix);
VoronoiDrawer.Draw(m_delaunay);
GL.PopMatrix();
}
// Use this for initialization
public void Start()
{
// create initial delaunay triangulation (three far-away points)
m_delaunay = Delaunay.Create();
// add auxiliary vertices as unowned
foreach (var vertex in m_delaunay.Vertices)
{
m_ownership.Add(vertex, EOwnership.UNOWNED);
}
m_fishManager = new FishManager();
// create polygon of rectangle window for intersection with voronoi
float z = Vector2.Distance(m_meshFilter.transform.position, Camera.main.transform.position);
var bottomLeft = Camera.main.ViewportToWorldPoint(new Vector3(0, 0, z));
var topRight = Camera.main.ViewportToWorldPoint(new Vector3(1, 1, z));
m_meshRect = new Polygon2D(
new List <Vector2>()
{
new Vector2(bottomLeft.x, bottomLeft.z),
new Vector2(bottomLeft.x, topRight.z),
new Vector2(topRight.x, topRight.z),
new Vector2(topRight.x, bottomLeft.z)
});
if (useFirstPlayerAi)
{
GameObject goVoronoiAI1 = new GameObject("Ai player 1");
m_voronoiAI1 = goVoronoiAI1.AddComponent <VoronoiAI>();
m_voronoiAI1.SetPlayer1(true);
m_voronoiAI1.SetCorners(bottomLeft, topRight);
m_voronoiAI1.DrawBorders = true;
m_voronoiAI1.DrawDelauneyTriangulation = true;
m_voronoiAI1.DrawVoronoiDiagram = true;
StrategyHandler sh1 = new StrategyHandler()
.Add(new OutsideCHStrategy(1f, new RandomStrategy(1)));
//.Add(new GridStrategy(6, 4))
//.Add(new RandomStrategy(25));
//.Add(new LargestCellStrategy());
m_voronoiAI1.SetStrategyHandler(sh1);
// Select a score function used by the AI
// new AreaScore();
// new DistanceScore();
// new StandardDeviationScore();
// new CircumferenceScore();
m_voronoiAI1.SetScoreFunction(new AreaScore());
}
if (useSecondPlayerAi)
{
GameObject goVoronoiAI2 = new GameObject("Ai player 2");
m_voronoiAI2 = goVoronoiAI2.AddComponent <VoronoiAI>();
m_voronoiAI2.SetPlayer1(false);
m_voronoiAI2.SetCorners(bottomLeft, topRight);
if (!useFirstPlayerAi)
{
m_voronoiAI2.DrawBorders = true;
m_voronoiAI2.DrawDelauneyTriangulation = true;
m_voronoiAI2.DrawVoronoiDiagram = true;
}
StrategyHandler sh2 = new StrategyHandler()
//.Add(new OutsideCHStrategy(1f, new RandomStrategy(4)))
//.Add(new GridStrategy(6, 4))
.Add(new RandomStrategy(25));
//.Add(new LargestCellStrategy());
m_voronoiAI2.SetStrategyHandler(sh2);
// Select a score function used by the AI
// new AreaScore();
// new DistanceScore();
// new StandardDeviationScore();
// new CircumferenceScore();
m_voronoiAI2.SetScoreFunction(new AreaScore());
}
VoronoiDrawer.CreateLineMaterial();
}
