public int GetRank()
{
if (wallRank == 0)
{
wallRank = GlobalRegistry.GetWallRank();
}
return(wallRank);
}
void Start()
{
myRenderer.sortingOrder = (int)((transform.position.y - myRenderer.bounds.extents.y) * GlobalRegistry.SORTING_Y_MULTIPLIER());
//Populate Polygon Mesh
//Call GlobalRegistry for rank of this wall
//It's possible rank 1 has already called getEntries on this wall, so make sure walLRank hasn't been set yet
if (wallRank == 0)
{
wallRank = GlobalRegistry.GetWallRank();
}
if (wallRank == 1)
{
rankOne = this;
}
}
//public void GetEntries(ref Dictionary<Vector2, Vector2> pointDict) {
public void GetEntries(ref List <Vector3> pointList)
{
if (wallRank == 0)
{
wallRank = GlobalRegistry.GetWallRank();
}
float bottom = myRenderer.bounds.min.y;
float top = myRenderer.bounds.max.y;
float left = myRenderer.bounds.min.x;
float right = myRenderer.bounds.max.x;
/*pointDict.Add(new Vector2(left, top), new Vector2(right, top));
* pointDict.Add(new Vector2(right, top), new Vector2(right, bottom));
* pointDict.Add(new Vector2(right, bottom), new Vector2(left, bottom));
* pointDict.Add(new Vector2(left, bottom), new Vector2(left, top));*/
//Wall Rank is entered as z so the algorithm will know which wall this point is from
pointList.Add(new Vector3(left, top, wallRank));
pointList.Add(new Vector3(right, top, wallRank));
pointList.Add(new Vector3(right, bottom, wallRank));
pointList.Add(new Vector3(left, bottom, wallRank));
}
