/**
* Updates every tile in the tilemap
*/
private void UpdateAllTileAdjacencies()
{
// Once they are all made go through and update all adjacencies.
var adjacentTiles = new TileDefinition[8];
foreach (var item in tiles)
{
int x = (int)(item.Key & 0xffff);
int y = (int)(item.Key >> 32);
// Find each adjacent tile and put into a map
for (Direction direction = Direction.North; direction <= Direction.NorthWest; direction++)
{
// Take the cardinal direction, but use it in negative, so direction means the direction from OTHER to the just updated tile.
var modifier = DirectionHelper.ToCardinalVector(direction);
if (y + modifier.Item2 < 0 || x + modifier.Item1 < 0)
{
adjacentTiles[(int)direction] = TileDefinition.NullObject;
}
ulong otherKey = GetKey(x + modifier.Item1, y + modifier.Item2);
if (tiles.ContainsKey(otherKey))
{
adjacentTiles[(int)direction] = tiles[otherKey].Tile;
}
else
{
adjacentTiles[(int)direction] = TileDefinition.NullObject;
}
}
item.Value.UpdateAllAdjacencies(adjacentTiles);
}
}
private void RpcUpdateTile(int x, int y, TileDefinition definition)
{
if (!isServer)
{
InternalUpdateTile(x, y, definition);
}
}
/**
* Call UpdateSingleAdjacency on every tile adjacent to the provided one.
*
* Returns adjacent tiles which may be used to update the central tile
*/
private TileDefinition[] GetAndUpdateAdjacentTiles(int x, int y, TileDefinition tileInfo)
{
TileDefinition[] adjacents = new TileDefinition[8];
// Then go for each adjacent and update
for (Direction direction = Direction.North; direction <= Direction.NorthWest; direction++)
{
// Take the cardinal direction, but use it in negative, so direction means the direction from OTHER to the just updated tile.
var modifier = DirectionHelper.ToCardinalVector(direction);
if (y + modifier.Item2 < 0 || x + modifier.Item1 < 0)
{
continue;
}
ulong otherKey = GetKey(x + modifier.Item1, y + modifier.Item2);
if (tiles.ContainsKey(otherKey))
{
adjacents[(int)direction] = tiles[otherKey].Tile;
tiles[otherKey].UpdateSingleAdjacency(DirectionHelper.GetOpposite(direction), tileInfo);
}
}
return(adjacents);
}
/*
* The internals contain the actual logic of the above functions. They aren't put in the
* public method as the public method needs to have warnings when not called from server
*/
private void InternalCreateTile(int x, int y, TileDefinition definition)
{
ulong key = GetKey(x, y);
if (tiles.ContainsKey(key))
{
var message = "Tried to create tile that already exists at position" + GetPosition(x, y).ToString() + ", index [" + x.ToString() + ", " + y.ToString() + "]";
Debug.LogError(message);
throw new Exception(message);
}
var tileObject = SpawnTileObject(x, y);
tiles[key] = tileObject;
tileObject.Tile = definition;
var adjacents = GetAndUpdateAdjacentTiles(x, y, definition);
tileObject.UpdateAllAdjacencies(adjacents);
// Run on every client.
if (Application.isPlaying && isServer)
{
RpcCreateTile(x, y, definition);
}
}
public Fixture GetFixtureAtLayerIndex(int index)
{
int offsetFloor = TileDefinition.GetTileFixtureLayerSize();
int offsetWall = TileDefinition.GetWallFixtureLayerSize();
int offsetTotal = offsetFloor + offsetWall + TileDefinition.GetFloorFixtureLayerSize();
if (index < offsetFloor)
{
// We are a Tile fixture
return(GetTileFixtureAtLayer((TileFixtureLayers)index));
}
else if (index >= offsetFloor && index < offsetWall)
{
// We are a Wall fixture
return(GetWallFixtureAtLayer((WallFixtureLayers)(index - offsetFloor)));
}
else if (index >= offsetWall && index < offsetTotal)
{
// We are a Floor fixture
return(GetFloorFixtureAtLayer((FloorFixtureLayers)(index - offsetFloor - offsetWall)));
}
else
{
Debug.LogError("Requesting out of index Fixture");
}
return(null);
}
public static TileDefinition ReadNetworkableTileDefinition(this NetworkReader reader)
{
TileDefinition tileDefinition = new TileDefinition();
string turfName = reader.ReadString();
string fixtureName = reader.ReadString();
if (!string.IsNullOrEmpty(turfName))
{
tileDefinition.turf = turfs.FirstOrDefault(turf => turf.name == turfName);
if (tileDefinition.turf == null)
{
Debug.LogError($"Network recieved turf with name {turfName} could not be found");
}
}
if (!string.IsNullOrEmpty(fixtureName))
{
tileDefinition.fixture = fixtures.FirstOrDefault(fixture => fixture.name == fixtureName);
if (tileDefinition.fixture == null)
{
Debug.LogError($"Network recieved fixture with name {fixtureName} could not be found");
}
}
// If the boolean is false, subStates should be null.
if (reader.ReadBoolean())
{
using (var stream = new MemoryStream(reader.ReadBytesAndSize())) {
tileDefinition.subStates = new BinaryFormatter().Deserialize(stream) as object[];
}
}
return(tileDefinition);
}
public void SetFixtureAtIndex(Fixture fixture, int index)
{
int offsetFloor = TileDefinition.GetTileFixtureLayerSize();
int offsetWall = TileDefinition.GetWallFixtureLayerSize();
int offsetTotal = offsetFloor + offsetWall + TileDefinition.GetFloorFixtureLayerSize();
if (index < offsetFloor)
{
// We are a Tile fixture
SetTileFixtureAtLayer((TileFixture)fixture, (TileFixtureLayers)index);
}
else if (index >= offsetFloor && index < (offsetFloor + offsetWall))
{
// We are a Wall fixture
SetWallFixtureAtLayer((WallFixture)fixture, (WallFixtureLayers)(index - offsetFloor));
}
else if (index >= (offsetFloor + offsetWall) && index < offsetTotal)
{
// We are a Floor fixture
SetFloorFixtureAtLayer((FloorFixture)fixture, (FloorFixtureLayers)(index - offsetFloor - offsetWall));
}
else
{
Debug.LogError("Requesting out of index Fixture");
}
}
public static TileDefinition ReadNetworkableTileDefinition(this NetworkReader reader)
{
TileDefinition tileDefinition = new TileDefinition();
tileDefinition.fixtures = new Fixture[TileDefinition.GetFixtureLayerSize()];
var layers = (FixtureLayers[])Enum.GetValues(typeof(FixtureLayers));
// Read plenum
string plenumName = reader.ReadString();
if (!string.IsNullOrEmpty(plenumName))
{
tileDefinition.plenum = plenums.FirstOrDefault(plenum => plenum.name == plenumName);
if (tileDefinition.plenum == null)
{
Debug.LogError($"Network recieved plenum with name {plenumName} could not be found");
}
}
// Read turf
string turfName = reader.ReadString();
if (!string.IsNullOrEmpty(turfName))
{
tileDefinition.turf = turfs.FirstOrDefault(turf => turf.name == turfName);
if (tileDefinition.turf == null)
{
Debug.LogError($"Network recieved turf with name {turfName} could not be found");
}
}
// Read fixtures
foreach (FixtureLayers layer in layers)
{
string fixtureName = reader.ReadString();
if (!string.IsNullOrEmpty(fixtureName))
{
tileDefinition.fixtures[(int)layer] = fixtures.FirstOrDefault(fixture => fixture.name == fixtureName);
if (tileDefinition.fixtures[(int)layer] == null)
{
Debug.LogError($"Network recieved fixture with name {fixtureName} could not be found");
}
}
}
// If the boolean is false, subStates should be null.
if (reader.ReadBoolean())
{
using (var stream = new MemoryStream(reader.ReadBytesAndSize())) {
tileDefinition.subStates = new BinaryFormatter().Deserialize(stream) as object[];
}
}
// TODO: Should substates be initialized to null array?
return(tileDefinition);
}
public static void WriteNetworkableTileDefinition(this NetworkWriter writer, TileDefinition definition)
{
writer.WriteString(definition.turf?.name ?? "");
writer.WriteString(definition.fixture?.name ?? "");
// Use C# serializer to serialize the object array, cos the Mirror one isn't powerful enough.
// Can't serialize null values so put a boolean indicating array presence first
writer.WriteBoolean(definition.subStates != null);
if (definition.subStates == null)
{
return;
}
using (var stream = new MemoryStream()) {
new BinaryFormatter().Serialize(stream, definition.subStates);
writer.WriteBytesAndSize(stream.ToArray());
}
}
public Fixture[] GetAllFixtures()
{
List <Fixture> fixtures = new List <Fixture>();
foreach (TileFixtureLayers layer in TileDefinition.GetTileFixtureLayerNames())
{
fixtures.Add(GetTileFixtureAtLayer(layer));
}
foreach (WallFixtureLayers layer in TileDefinition.GetWallFixtureLayerNames())
{
fixtures.Add(GetWallFixtureAtLayer(layer));
}
foreach (FloorFixtureLayers layer in TileDefinition.GetFloorFixtureLayerNames())
{
fixtures.Add(GetFloorFixtureAtLayer(layer));
}
return(fixtures.ToArray());
}
private void InternalUpdateTile(int x, int y, TileDefinition definition)
{
ulong key = GetKey(x, y);
if (!tiles.ContainsKey(key))
{
throw new Exception("Tried to update tile that doesn't exist at position" + GetPosition(x, y).ToString() + ", index [" + x.ToString() + ", " + y.ToString() + "]");
}
var obj = tiles[key];
obj.Tile = definition;
var adjacents = GetAndUpdateAdjacentTiles(x, y, definition);
obj.UpdateAllAdjacencies(adjacents);
if (Application.isPlaying && isServer)
{
RpcUpdateTile(x, y, definition);
}
}
// TODO: This could be made more efficient. Especially when the subStates are all nulls.
public static void WriteNetworkableTileDefinition(this NetworkWriter writer, TileDefinition definition)
{
// Write plenum
writer.WriteString(definition.plenum?.name ?? "");
// Write turf
writer.WriteString(definition.turf?.name ?? "");
// Write all fixtures
foreach (Fixture fixture in definition.fixtures)
{
if (fixture)
{
writer.WriteString(fixture.name ?? "");
}
else
{
writer.WriteString("");
}
}
// Use C# serializer to serialize the object array, cos the Mirror one isn't powerful enough.
// Can't serialize null values so put a boolean indicating array presence first
if (definition.subStates == null || definition.subStates.All(obj => obj == null))
{
writer.WriteBoolean(false);
}
else
{
writer.WriteBoolean(true);
using (var stream = new MemoryStream()) {
new BinaryFormatter().Serialize(stream, definition.subStates);
writer.WriteBytesAndSize(stream.ToArray());
}
}
}
public void UpdateTile(Vector3 position, TileDefinition tileInfo)
{
var index = GetIndexAt(position);
UpdateTile(index.x, index.y, tileInfo);
}
private void CmdUpdateTile(int x, int y, TileDefinition definition) => tileManager.UpdateTile(x, y, definition);
public void UpdateTile(TileObject tile, TileDefinition definition)
{
var pos = tileManager.GetIndexAt(tile.transform.position);
CmdUpdateTile(pos.x, pos.y, definition);
}
public void CreateTile(Vector3 position, TileDefinition definition)
{
var index = GetIndexAt(position);
CreateTile(index.x, index.y, definition);
}
public void CreateTile(int x, int y, TileDefinition definition) => InternalCreateTile(x, y, definition);
// Remove the selection if the option is impossible
// For example: tables cannot be build in walls, or wall fixtures cannot be build on floors
public static TileDefinition ValidateFixtures(TileDefinition tileDefinition)
{
bool altered = false;
string reason = "";
// If lattice, remove tile fixtures
if (tileDefinition.plenum.name.Contains("Lattice"))
{
foreach (TileFixtureLayers layer in TileDefinition.GetTileFixtureLayerNames())
{
if (tileDefinition.fixtures.GetTileFixtureAtLayer(layer) != null)
{
altered = true;
tileDefinition.fixtures.SetTileFixtureAtLayer(null, layer);
}
}
if (altered)
{
reason += "Lattices do not support any wall/floor fixture.\n";
}
}
if (((tileDefinition.turf != null && tileDefinition.turf.isWall) || tileDefinition.turf == null) && tileDefinition.plenum.name.Contains("Lattice"))
{
// Remove floor fixtures
foreach (FloorFixtureLayers layer in TileDefinition.GetFloorFixtureLayerNames())
{
if (tileDefinition.fixtures.GetFloorFixtureAtLayer(layer) != null)
{
altered = true;
reason += "Cannot set a floor fixture on lattice.\n";
Debug.Log("Cannot set a floor fixture on lattice");
tileDefinition.fixtures.SetFloorFixtureAtLayer(null, layer);
}
}
}
if ((tileDefinition.turf != null && !tileDefinition.turf.isWall) || tileDefinition.turf == null || tileDefinition.plenum.name.Contains("Lattice"))
{
// Remove wall fixtures
foreach (WallFixtureLayers layer in TileDefinition.GetWallFixtureLayerNames())
{
if (tileDefinition.fixtures.GetWallFixtureAtLayer(layer) != null)
{
altered = true;
reason += "Cannot set a wall fixture when there is no wall.\n";
Debug.Log("Cannot set a wall fixture when there is no wall");
}
tileDefinition.fixtures.SetWallFixtureAtLayer(null, layer);
}
}
// Prevent low wall mounts on glass walls and reinforced glass walls
if (tileDefinition.turf != null && tileDefinition.turf.isWall && tileDefinition.turf.name.Contains("GlassWall"))
{
foreach (WallFixtureLayers layer in TileDefinition.GetWallFixtureLayerNames())
{
if (layer == WallFixtureLayers.LowWallNorth || layer == WallFixtureLayers.LowWallEast || layer == WallFixtureLayers.LowWallSouth || layer == WallFixtureLayers.LowWallWest)
{
if (tileDefinition.fixtures.GetWallFixtureAtLayer(layer) != null)
{
altered = true;
reason += "Glass walls do not allow low wall fixtures.\n";
tileDefinition.fixtures.SetWallFixtureAtLayer(null, layer);
}
}
}
}
// Restrict pipes to their own layer
TileFixture pipe = tileDefinition.fixtures.GetTileFixtureAtLayer(TileFixtureLayers.Pipe1);
if (pipe != null && !pipe.name.Contains("1"))
{
altered = true;
tileDefinition.fixtures.SetTileFixtureAtLayer(null, TileFixtureLayers.Pipe1);
}
pipe = tileDefinition.fixtures.GetTileFixtureAtLayer(TileFixtureLayers.Pipe2);
if (pipe != null && !pipe.name.Contains("2"))
{
altered = true;
tileDefinition.fixtures.SetTileFixtureAtLayer(null, TileFixtureLayers.Pipe2);
}
pipe = tileDefinition.fixtures.GetTileFixtureAtLayer(TileFixtureLayers.Pipe3);
if (pipe != null && !pipe.name.Contains("3"))
{
altered = true;
tileDefinition.fixtures.SetTileFixtureAtLayer(null, TileFixtureLayers.Pipe3);
}
#if UNITY_EDITOR
if (altered)
{
EditorUtility.DisplayDialog("Fixture combination", "Invalid because of the following: \n\n" +
reason +
"\n" +
"Definition has been reset.", "ok");
}
#endif
return(tileDefinition);
}
public void EditorUpdateTile(int x, int y, TileDefinition definition) => InternalUpdateTile(x, y, definition);
public static TileDefinition ReadNetworkableTileDefinition(this NetworkReader reader)
{
TileDefinition tileDefinition = new TileDefinition();
tileDefinition.fixtures = new FixturesContainer();
// Read plenum
string plenumName = reader.ReadString();
if (!string.IsNullOrEmpty(plenumName))
{
tileDefinition.plenum = plenums.FirstOrDefault(plenum => plenum.name == plenumName);
if (tileDefinition.plenum == null)
{
Debug.LogError($"Network recieved plenum with name {plenumName} could not be found");
}
}
// Read turf
string turfName = reader.ReadString();
if (!string.IsNullOrEmpty(turfName))
{
tileDefinition.turf = turfs.FirstOrDefault(turf => turf.name == turfName);
if (tileDefinition.turf == null)
{
Debug.LogError($"Network recieved turf with name {turfName} could not be found");
}
}
// Read tile fixtures
foreach (TileFixtureLayers layer in TileDefinition.GetTileFixtureLayerNames())
{
string fixtureName = reader.ReadString();
if (!string.IsNullOrEmpty(fixtureName))
{
TileFixture tf = (TileFixture)fixtures.FirstOrDefault(fixture => fixture.name == fixtureName);
tileDefinition.fixtures.SetTileFixtureAtLayer(tf, layer);
if (tf == null)
{
Debug.LogError($"Network recieved fixture with name {fixtureName} could not be found");
}
}
}
// Read wall fixtures
foreach (WallFixtureLayers layer in TileDefinition.GetWallFixtureLayerNames())
{
string fixtureName = reader.ReadString();
if (!string.IsNullOrEmpty(fixtureName))
{
WallFixture wf = (WallFixture)fixtures.FirstOrDefault(fixture => fixture.name == fixtureName);
tileDefinition.fixtures.SetWallFixtureAtLayer(wf, layer);
if (wf == null)
{
Debug.LogError($"Network recieved fixture with name {fixtureName} could not be found");
}
}
}
// Read floor fixtures
foreach (FloorFixtureLayers layer in TileDefinition.GetFloorFixtureLayerNames())
{
string fixtureName = reader.ReadString();
if (!string.IsNullOrEmpty(fixtureName))
{
FloorFixture ff = (FloorFixture)fixtures.FirstOrDefault(fixture => fixture.name == fixtureName);
tileDefinition.fixtures.SetFloorFixtureAtLayer(ff, layer);
if (ff == null)
{
Debug.LogError($"Network recieved fixture with name {fixtureName} could not be found");
}
}
}
// If the boolean is false, subStates should be null.
if (reader.ReadBoolean())
{
using (var stream = new MemoryStream(reader.ReadBytesAndSize()))
{
tileDefinition.subStates = new BinaryFormatter().Deserialize(stream) as object[];
}
}
// TODO: Should substates be initialized to null array?
return(tileDefinition);
}