public void StopIndicatingSwap(Vector2Int gridPos)
{
Tile tile = board[gridPos];
TileRenderer tileRenderer = tileDictionary[tile.ID];
tileRenderer.StopIndicatingSwap();
}
private async Task AnimateNewAndFallingTilesAsync(List <MovedTile> newTiles, List <MovedTile> movedTiles)
{
Sequence seq = DOTween.Sequence();
foreach (MovedTile movedTile in newTiles)
{
TileRenderer tileRenderer = Instantiate(tileRendererPrefab, transform);
tileRenderer.SetTile(movedTile.Tile, movedTile.From);
tileDictionary[movedTile.Tile.ID] = tileRenderer;
seq.Insert(0, tileRenderer.FallToCurrentPosition(movedTile.From));
}
foreach (MovedTile movedTile in movedTiles)
{
Tile tile = movedTile.Tile;
TileRenderer tileRenderer = tileDictionary[tile.ID];
seq.Insert(0, tileRenderer.FallToCurrentPosition(movedTile.From));
}
await seq.Completion();
await new WaitForSeconds(postFallDelay);
}
public void IndicateStartOfSwap(Vector2Int gridPos)
{
Tile tile = board[gridPos];
TileRenderer tileRenderer = tileDictionary[tile.ID];
tileRenderer.IndicateStartOfSwap();
}
private async Task AnimateInertTilesAsync(HashSet <Tile> inertTiles)
{
Sequence seq = DOTween.Sequence();
foreach (Tile tile in inertTiles)
{
TileRenderer tileRenderer = tileDictionary[tile.ID];
seq.Insert(0, tileRenderer.TransitionToInert());
}
await seq.Completion();
await new WaitForSeconds(postInertDelay);
}
private async Task AnimateRotatingTilesAsync(List <MovedTile> movedTiles, Vector2 pivot, RotationSense rotSense)
{
Sequence seq = DOTween.Sequence();
foreach (MovedTile movedTile in movedTiles)
{
Tile tile = movedTile.Tile;
TileRenderer tileRenderer = tileDictionary[tile.ID];
seq.Insert(0, tileRenderer.RotateToCurrentPosition(movedTile.From, pivot, rotSense));
}
await seq.Completion();
await new WaitForSeconds(postFallDelay);
}
private async Task AnimateRemovedTilesAsync(HashSet <Tile> removedTiles)
{
Sequence seq = DOTween.Sequence();
foreach (Tile tile in removedTiles)
{
TileRenderer tileRenderer = tileDictionary[tile.ID];
seq.Insert(0, tileRenderer.Destroy());
tileDictionary.Remove(tile.ID);
}
await seq.Completion();
await new WaitForSeconds(postMatchDelay);
}
private async Task AnimateCrackedTilesAsync(HashSet <Tile> crackedTiles)
{
Sequence seq = DOTween.Sequence();
float delay = 0f;
foreach (Tile tile in crackedTiles)
{
if (tile.Cracks == 1)
{
continue;
}
TileRenderer tileRenderer = tileDictionary[tile.ID];
seq.Insert(delay, tileRenderer.UpdateCracks());
delay += spikeBallDelay;
}
foreach (Tile tile in crackedTiles)
{
if (tile.Cracks > 1)
{
continue;
}
TileRenderer tileRenderer = tileDictionary[tile.ID];
Vector3 referenceScale = reference11.position - reference00.position;
Vector3 targetPos = reference00.position + new Vector3(tile.Position.x * referenceScale.x, tile.Position.y * referenceScale.y);
Tween spikeBallTween = chainCounter.SendSpikeBall(targetPos);
seq.Insert(delay, spikeBallTween);
seq.Insert(delay + spikeBallTween.Duration() - anticipateSpikeBallDestructionBy, tileRenderer.UpdateCracks());
delay += spikeBallDelay;
}
await seq.Completion();
await new WaitForSeconds(postInertDelay);
}
public void RenderInitial(Board board)
{
if (cancelAnimation)
{
return;
}
foreach (TileRenderer tileRenderer in tileDictionary.Values)
{
if (tileRenderer)
{
Destroy(tileRenderer.gameObject);
}
}
tileDictionary.Clear();
this.board = board;
width = board.Width;
height = board.Height;
for (int x = 0; x < width; ++x)
{
for (int y = 0; y < height; ++y)
{
Tile tile = board[x, y];
if (tile is null)
{
continue;
}
TileRenderer tileRenderer = Instantiate(tileRendererPrefab, transform);
tileRenderer.SetTile(tile);
tileDictionary[tile.ID] = tileRenderer;
}
}
}
