protected boolean IsLeftCollision(int dx)
{
return(tileMap.at((hitBox.GetPosX() - dx) / AssetManagerProxy.GetMapTileSize(),
hitBox.GetPosY() / AssetManagerProxy.GetMapTileSize()) == Tile.WALL ||
tileMap.at((hitBox.GetPosX() - dx) / AssetManagerProxy.GetMapTileSize(),
(hitBox.GetPosY() + hitBox.GetHeight()) / AssetManagerProxy.GetMapTileSize()) == Tile.WALL);
}
protected boolean IsDownCollision(int dy)
{
return(tileMap.at(hitBox.GetPosX() / AssetManagerProxy.GetMapTileSize(),
(hitBox.GetPosY() + hitBox.GetHeight() + dy) / AssetManagerProxy.GetMapTileSize()) == Tile.WALL ||
tileMap.at((hitBox.GetPosX() + hitBox.GetWidth()) / AssetManagerProxy.GetMapTileSize(),
(hitBox.GetPosY() + hitBox.GetHeight() + dy) / AssetManagerProxy.GetMapTileSize()) == Tile.WALL);
}
public override List <Entity> SpawnAt(int x, int y, SingleObject <Entity> f)
{
if (f == null || !tileMap.CanSpawnAt(x, y))
{
return(new List <Entity>());
}
List <Entity> enemies = new ArrayList <>();
enemies.Add(f.Create(x * AssetManagerProxy.GetMapTileSize(), y * AssetManagerProxy.GetMapTileSize(), this.tileMap));
return(enemies);
}
