// private IEnumerator TickWaterSpread() {
// while (true) {
// yield return GameManager.Instance.Paused ? null : new WaitForSeconds(waterSpreadTickTime);
// if (GameManager.Instance.Paused) continue;
//
// Debug.Log("tick");
//
// foreach (BaseTile tile in grid) {
// if (tile is GroundTile gTile) {
// gTile.TickWaterLevel();
// }
// }
// }
// }
private BaseTile CreateTile(int x, int z, BaseTile prefab)
{
// Generate new tile at current grid point
grid[x, z] = Instantiate(prefab);
// Make tile child of grid root
grid[x, z].transform.parent = transform;
// Initialize the object at its correct position
grid[x, z].Initialize(x, z, this);
return(grid[x, z]);
}
public BaseTile ReplaceTile(BaseTile tile, BaseTile newTile)
{
try {
// Create the requested new tile at the place of the old tile.
BaseTile bt = CreateTile(tile.X, tile.Z, newTile);
// Destroy the old tile
Destroy(tile.gameObject);
return(bt);
}
catch (IndexOutOfRangeException e) {
Debug.LogError("Tile to be replaced was out of range: x:" + newTile.X + " z: " + newTile.Z);
throw;
}
}
public IEnumerable <T> GetSurroundingTiles <T>(BaseTile tile) where T : BaseTile
{
// Shorthand that uses an existing tile to get the x and y.
return(GetSurroundingTiles <T>(tile.X, tile.Z));
}
public IEnumerable <BaseTile> GetSurroundingTiles(BaseTile tile)
{
// Shorthand that uses an existing tile to get the x and y.
return(GetSurroundingTiles(tile.X, tile.Z));
}
