public void PrepForCache(float scale, int subdivisions)
{
if (tiles == null || tiles.Count == 0)
{
neighborInit = false;
PolySphere sphere = new PolySphere(Vector3.zero, scale, subdivisions);
//make the tileToPlate dict
tileToPlate = new Dictionary <int, int>();
CacheHexes(sphere);
//CacheTriangles(sphere);
}
else
{
Debug.Log("tiles not null during cache prep");
}
}
public void PrepForCache(float scale, int subdivisions)
{
if (tiles == null || tiles.Count == 0)
{
Debug.Log("creating new world cache. Scale:" + scale + " Subs: " + subdivisions);
neighborInit = false;
PolySphere sphere = new PolySphere(Vector3.zero, scale, subdivisions);
//make the tileToPlate dict
numberOfPlates = sphere.numberOfPlates;
//tileToPlate = new Dictionary<int, int>();
CacheHexes(sphere);
//CacheTriangles(sphere);
}
else
{
Debug.Log("tiles not null during cache prep");
}
}
public void CacheHexes(PolySphere s) // Executed by the cacher. @CHANGE: Now directly converting spheretiles to hextiles
{
tiles = new List <HexTile>(s.hexTiles);
neighborInit = false;
}
public void CacheTriangles(PolySphere s)
{
triTiles = new List <TriTile>(s.triTiles);
}
