void Update()
{
if (animating)
{
TokenGridRenderer.AnimateGrid();
}
}
public void Randomise(TokenTypes[] possibleTokens)
{
int rnd = Random.Range(0, possibleTokens.Length);
type = possibleTokens[rnd];
transform = TokenGridRenderer.CreateNewTokenTransform(position);
//Debug.Log("=============================================== Spawned " + position + " Is Null? " + (TokenGridData.Grid[position.x, position.y].transform == null).ToString());
}
public static void SettleAndSpawnTokens()
{
for (int x = 0; x < GRID_SIZE; x++)
{
//We only need to ceck columns if there is deleted block in there.
if (destroyedTokens[x] > 0)
{
//below the level on the Y axis is known to be all tokens
//with no gaps. Tokens should be place at last token level
int lastTokenLevel = 0;
for (int y = 0; y < GRID_SIZE; y++)
{
if (Grid[x, y].transform != null)
{
if (y == lastTokenLevel)
{
lastTokenLevel++;
}
else
{
SwapToken(new GridPos(x, y), new GridPos(x, lastTokenLevel));
lastTokenLevel++;
}
}
//this block has a null transform. generate a new one above the map
//to drop down
if (y >= GRID_SIZE - destroyedTokens[x])
{
//Debug.Log("=============================================== Try Spawn ");
Grid[x, y].Randomise(TokenGridManager.Level1);
Grid[x, y].transform.position = new Vector3(x, (GRID_SIZE + (y - (GRID_SIZE - destroyedTokens[x]))), 0);
TokenGridRenderer.AddToAnimationQueue(Grid[x, y]);
}
}
lastTokenLevel = 0;
}
destroyedTokens[x] = 0;
}
}
public static void SwapToken(GridPos tp1, GridPos tp2)
{
TokenClass tk1v = TokenGridData.Grid[tp1.x, tp1.y];
TokenClass tk2v = TokenGridData.Grid[tp2.x, tp2.y];
tk1v.position = new GridPos(tp2.x, tp2.y);
tk2v.position = new GridPos(tp1.x, tp1.y);
TokenGridData.Grid[tp1.x, tp1.y] = tk2v;
TokenGridData.Grid[tp2.x, tp2.y] = tk1v;
if (tk1v.transform != null)
{
TokenGridRenderer.AddToAnimationQueue(tk1v);
}
if (tk2v.transform != null)
{
TokenGridRenderer.AddToAnimationQueue(tk2v);
}
TokenGridManager.animating = true;
}
