private void Initialize()
{
s_PreparePerfMarker.Begin();
drawDebug = false;
Debug.Log("AtmosManager: Initializing tiles");
// Initialize all tiles with atmos
tileObjects = tileManager.GetAllTiles();
int tilesInstantiated = 0;
int pipesInstantiated = 0;
int devicesInstantiated = 0;
foreach (TileObject tile in tileObjects)
{
tile.atmos = ScriptableObject.CreateInstance <AtmosObject>();
tile.atmos.MakeEmpty();
tile.atmos.MakeAir();
tile.atmos.RemoveFlux();
// Set walls blocked
if (tile.Tile.turf)
{
if (tile.Tile.turf.isWall)
{
tile.atmos.SetBlocked(true);
}
}
// Set neighbouring tiles... kill me
string[] coords = tile.name.Split(',');
int x = Int32.Parse(coords[0].Replace("[", ""));
int y = Int32.Parse(coords[1].Replace("]", ""));
// Top
Tuple <int, int> tileCoordinates = DirectionHelper.ToCardinalVector(Direction.North);
TileObject tileNeighbour = tileManager.GetTile(tileCoordinates.Item1 + x, tileCoordinates.Item2 + y);
tile.atmos.setTileNeighbour(tileNeighbour, 0);
// Bottom
Tuple <int, int> tileCoordinates2 = DirectionHelper.ToCardinalVector(Direction.South);
TileObject tileNeighbour2 = tileManager.GetTile(tileCoordinates2.Item1 + x, tileCoordinates2.Item2 + y);
tile.atmos.setTileNeighbour(tileNeighbour2, 1);
// Left
Tuple <int, int> tileCoordinates3 = DirectionHelper.ToCardinalVector(Direction.West);
TileObject tileNeighbour3 = tileManager.GetTile(tileCoordinates3.Item1 + x, tileCoordinates3.Item2 + y);
tile.atmos.setTileNeighbour(tileNeighbour3, 2);
// Right
Tuple <int, int> tileCoordinates4 = DirectionHelper.ToCardinalVector(Direction.East);
TileObject tileNeighbour4 = tileManager.GetTile(tileCoordinates4.Item1 + x, tileCoordinates4.Item2 + y);
tile.atmos.setTileNeighbour(tileNeighbour4, 3);
atmosTiles.Add(tile.atmos);
// Pipe init
PipeObject pipe = tile.GetComponentInChildren <PipeObject>();
if (pipe != null)
{
pipe.SetTileNeighbour(tileNeighbour, 0);
pipe.SetTileNeighbour(tileNeighbour2, 1);
pipe.SetTileNeighbour(tileNeighbour3, 2);
pipe.SetTileNeighbour(tileNeighbour4, 3);
pipeTiles.Add(pipe);
pipesInstantiated++;
}
//// Do pumps
IAtmosLoop device = tile.GetComponentInChildren <IAtmosLoop>();
if (device != null)
{
device.SetTileNeighbour(tileNeighbour, 0);
device.SetTileNeighbour(tileNeighbour2, 1);
device.SetTileNeighbour(tileNeighbour3, 2);
device.SetTileNeighbour(tileNeighbour4, 3);
deviceTiles.Add(device);
devicesInstantiated++;
}
tilesInstantiated++;
}
// Set neighbouring atmos after all are created
foreach (TileObject tile in tileObjects)
{
// Atmos tiles and pipes
tile.atmos.setAtmosNeighbours();
PipeObject pipe = tile.GetComponentInChildren <PipeObject>();
if (pipe)
{
pipe.SetAtmosNeighbours();
}
IAtmosLoop device = tile.GetComponentInChildren <IAtmosLoop>();
if (device != null)
{
device.Initialize();
}
// tile.atmos.ValidateVacuum();
// Set airlocks to blocked
if (tile.Tile.fixtures != null)
{
Fixture fixture = tile.Tile.fixtures.GetFloorFixtureAtLayer(FloorFixtureLayers.FurnitureFixtureMain);
if (fixture)
{
if (fixture.name.Contains("Airlock"))
{
tile.atmos.SetBlocked(true);
}
}
}
}
Debug.Log($"AtmosManager: Finished initializing {tilesInstantiated} tiles, {pipesInstantiated} pipes and {devicesInstantiated} devices");
lastStep = Time.fixedTime;
s_PreparePerfMarker.End();
}
