void spawnDoors()
{
TilePatternTemplate[,] threeByThreeVertical = new TilePatternTemplate[3, 3] {
{ TilePatternTemplate.Any, TilePatternTemplate.Floor, TilePatternTemplate.Any },
{ TilePatternTemplate.Wall, TilePatternTemplate.Wall, TilePatternTemplate.Wall },
{ TilePatternTemplate.Any, TilePatternTemplate.Floor, TilePatternTemplate.Any }
};
TilePatternTemplate[,] threeByThreeHorizontal = new TilePatternTemplate[3, 3] {
{ TilePatternTemplate.Any, TilePatternTemplate.Wall, TilePatternTemplate.Any },
{ TilePatternTemplate.Floor, TilePatternTemplate.Wall, TilePatternTemplate.Floor },
{ TilePatternTemplate.Any, TilePatternTemplate.Wall, TilePatternTemplate.Any }
};
//Add Doors to the rooms, where there are two tiles on opposite sides of a 1x3 wall.
Tile[,] tiles = TileManager.instance.tiles;
for (int i = 1; i < TileManager.instance.width - 1; i++)
{
for (int j = 0; j < TileManager.instance.height - 3; j++)
{
if (CheckPattern(threeByThreeVertical, i, j) || CheckPattern(threeByThreeHorizontal, i, j))
{
tiles[i + 1, j + 1].UpdateTile(Tile.TileType.Door);
}
}
}
//Store the original values of all tiles
TileManager.instance.SetTiles();
}
void RemoveExtraDoors()
{
TilePatternTemplate[,] verticalFive = new TilePatternTemplate[1, 5] {
{ TilePatternTemplate.Door,
TilePatternTemplate.Any,
TilePatternTemplate.Door,
TilePatternTemplate.Any,
TilePatternTemplate.Door }
};
TilePatternTemplate[,] horizontalFive = new TilePatternTemplate[5, 1] {
{ TilePatternTemplate.Door },
{ TilePatternTemplate.Any },
{ TilePatternTemplate.Door },
{ TilePatternTemplate.Any },
{ TilePatternTemplate.Door }
};
TilePatternTemplate[,] verticalDoubleDoors = new TilePatternTemplate[3, 3]
{
{ TilePatternTemplate.Floor, TilePatternTemplate.Floor, TilePatternTemplate.Floor },
{ TilePatternTemplate.Door, TilePatternTemplate.Wall, TilePatternTemplate.Door },
{ TilePatternTemplate.Floor, TilePatternTemplate.Floor, TilePatternTemplate.Floor }
};
TilePatternTemplate[,] horizontalDoubleDoors = new TilePatternTemplate[3, 3]
{
{ TilePatternTemplate.Floor, TilePatternTemplate.Door, TilePatternTemplate.Floor },
{ TilePatternTemplate.Floor, TilePatternTemplate.Wall, TilePatternTemplate.Floor },
{ TilePatternTemplate.Floor, TilePatternTemplate.Door, TilePatternTemplate.Floor }
};
//Add Doors to the rooms, where there are two tiles on opposite sides of a 1x3 wall.
Tile[,] tiles = TileManager.instance.tiles;
for (int rescan = 0; rescan < 10; rescan++)
{
for (int i = 0; i < TileManager.instance.width; i++)
{
for (int j = 0; j < TileManager.instance.height; j++)
{
List <Tile.TileType> data;
if (CheckPattern(verticalFive, i, j))
{
tiles[i, j + 2].UpdateTile(Tile.TileType.Wall);
}
else if (CheckPattern(horizontalFive, i, j))
{
tiles[i + 2, j].UpdateTile(Tile.TileType.Wall);
}
else if (CheckPattern(verticalDoubleDoors, i, j, out data))
{
TileManager.instance.tiles[i + 1, j - 1].UpdateTile(Tile.TileType.Wall);
TileManager.instance.tiles[i + 1, j].UpdateTile(Tile.TileType.Wall);
TileManager.instance.tiles[i + 1, j + 1].UpdateTile(Tile.TileType.Wall);
}
else if (CheckPattern(horizontalDoubleDoors, i, j))
{
tiles[i - 1, j + 1].UpdateTile(Tile.TileType.Wall);
tiles[i, j + 1].UpdateTile(Tile.TileType.Wall);
tiles[i + 1, j + 1].UpdateTile(Tile.TileType.Wall);
}
else if (tiles[i, j].type == Tile.TileType.Door)
{
int adjacentWalls = 0;
new List <Tile>()
{
tiles[i - 1, j], tiles[i + 1, j], tiles[i, j - 1], tiles[i, j + 1]
}
.ForEach(tile => adjacentWalls += (tile.type == Tile.TileType.Wall) ? 1 : 0);
if (adjacentWalls > 2)
{
tiles[i, j].UpdateTile(Tile.TileType.Wall);
}
}
}
}
}
//Store the original values of all tiles
TileManager.instance.SetTiles();
//Finally, clean up the boids
foreach (Boid b in FindObjectsOfType <Boid>())
{
Destroy(b.gameObject);
}
}
