public override IEnumerator GenerateRegularGrid(int burstSize)
{
Utils.instance.debugMsg.Log("GenerateRegularGrid: Start.", true);
HexTile start = new HexTile(TileType.HEX, new Coord(0, 0),
Config.reg.tileSize, new Vector3(0, 0, 0));
HexTile H;
//Coord nextCoord = new Coord();
for (int k = 1; k <= gridRadius; k++)
{
if (start.FindNeighborAt(4) == null)
{
start.neighbors[4] = start.AddNewNeighbour(4);
}
H = start.neighbors[4] as HexTile;
start = H; // prepara para prox
for (int i = 0; i < 6; i++)
{
for (int j = 0; j < k; j++)
{
HexTile neighborThere = H.FindNeighborAt(i) as HexTile;
if (neighborThere == null)
{
neighborThere = H.AddNewNeighbour(i) as HexTile;
}
H.neighbors[i] = neighborThere as HexTile;
H = H.neighbors[i] as HexTile;
}
}
Utils.instance.debugMsg.Log("GenerateRadialGrid: New Logic Tile: "
+ Utils.instance.allTiles.Count, true);
yield return(new WaitForSeconds(routineTimer));
}
// logical references to other tiles and corners
Tile.ConnectAllNeighbours();
Corner.ConnectAllTouches();
// logical references to edges
Edge.MakeAllEdges();
Corner.ConnectAllProtrudes();
StartCoroutine(SetupVisualGrid(100));
Debug.Log("Tiles: " + Utils.instance.allTiles.Count);
Debug.Log("Corners: " + Utils.instance.allCorners.Count);
Utils.instance.debugMsg.Log("GenerateRadialGrid: Finished.", false);
}
