	public void draw(int x, int y){
		if (covered==true){
			Renderer.Tile_Break.draw(x*size, y*size);
			Renderer.print(x*size, y*size, ""+art, 0.5f);
		} else {
			Renderer.Tile_Empty.draw(x*size, y*size); 
			switch(art)
			{
				case 1: Renderer.Tile_Health.draw(x*size, y*size); break; 
				case 2: Renderer.Tile_addbomb.draw(x*size, y*size); break; 
				case 3: Renderer.Tile_kick.draw(x*size, y*size); break; 
				case 4: 
				case 5: Renderer.Tile_confuse.draw(x*size, y*size); break;
				case 6: Renderer.Tile_teleport.draw(x*size, y*size); break;
				case 7: Renderer.Tile_speed.draw(x*size, y*size); break;
				case 8: Renderer.Tile_slow.draw(x*size, y*size); break;
				case 9: 
				case 10: 
				case 11: 
				case 12: 
				case 13: 
			}
		}

	public void draw(int x, int y){
		if (covered==true){
			Renderer.Tile_Break.draw(x*size, y*size);
			Renderer.print(x*size, y*size, ""+art, 0.5f);
		} else {
			Renderer.Tile_Empty.draw(x*size, y*size); 
			switch(art)
			{
				case 1: Renderer.Tile_Health.draw(x*size, y*size); break; 
				case 2: Renderer.Tile_addbomb.draw(x*size, y*size); break; 
				case 3: Renderer.Tile_kick.draw(x*size, y*size); break; 
				case 4: break;
				case 5: Renderer.Tile_slow.draw(x*size, y*size); break;
				case 6: Renderer.Tile_teleport.draw(x*size, y*size); break;
				case 7: Renderer.Tile_speed.draw(x*size, y*size); break;
				case 8: Renderer.Tile_confuse.draw(x*size, y*size); break;
				case 9: 
				case 10: 
			}
		}
