public void LoadMaze()
{
Logger.Log("Load maze (in editor)");
if (string.IsNullOrWhiteSpace(_mazeName))
{
Logger.Warning(Logger.Datawriting, "In order to save the maze level, please fill in a maze name");
return;
}
bool mazeLevelNameExists = MazeLevelLoader.MazeLevelExists(_mazeName);
if (mazeLevelNameExists)
{
MazeLevelGameplayManager.Instance.UnloadLevel();
MazeLevelData mazeLevelData = MazeLevelLoader.LoadMazeLevelData(_mazeName);
MazeLevelLoader.LoadMazeLevelForEditor(mazeLevelData);
}
EditorSelectedMazeTileModifierContainer selectedTileModifierContainer = EditorCanvasUI.Instance.SelectedTileModifierContainer as EditorSelectedMazeTileModifierContainer;
selectedTileModifierContainer?.SetInitialModifierValues();
EditorMazeTileModificationPanel.Instance?.Reset();
EditorMazeTileModificationPanel.Instance?.DestroyModifierActions();
}
public void Configure(List <string> arguments)
{
try
{
if (arguments.Count < 1)
{
string message = "The command '<color=" + ConsoleConfiguration.HighlightColour + ">configure default-maze</color>' needs an additional argument with the name of the level that should be the new default.json";
message += ConfigureCommand.GetConfigurableArguments();
throw new NotEnoughArgumentsConsoleException(message);
}
string sanatisedLevelName = arguments[0].ToLower().Replace(" ", "-");
bool levelExists = MazeLevelLoader.MazeLevelExists(sanatisedLevelName);
if (!levelExists)
{
string message = $"Could not find a maze level with the name {sanatisedLevelName}.";
throw new CouldNotFindMazeLevelConsoleException(message);
}
MazeLevelLoader.ReplaceMazeLevel(sanatisedLevelName, "default");
Console.Instance.PrintToReportText($"{sanatisedLevelName} is now the default maze level.");
}
catch (System.Exception)
{
throw;
}
}
public override void Help()
{
string printLine = "To load a maze level with argument 'maze' and then the name of the level. Without extra maze name argument, 'maze' will load the default maze level. \n\n";
printLine += "The Currently available levels are: \n";
printLine = MazeLevelLoader.GetAllMazeLevelNamesForPrint(printLine);
printLine += "To load the overworld use the argument 'overworld', with optionally an additional argument for the name of a specific overworld version. Without extra overworld name, the default overworld is loaded. \n\n";
Console.Instance.PrintToReportText(printLine);
}
public void LoadMazeLevel(List <string> arguments)
{
if (MazeLevelGameplayManager.Instance == null)
{
if (PersistentGameManager.CurrentSceneType == SceneType.Overworld)
{
Logger.Warning("We are currently in the overworld scene. Switching scenes.");
PersistentGameManager.SetLastMazeLevelName("default");
PersistentGameManager.SetCurrentSceneName("default");
PhotonNetwork.LoadLevel("Maze"); // TODO this loads the default maze, should load specific maze
}
else
{
Logger.Error("Cannot find MazeLevelManager. Returning.");
}
return;
}
MazeLevelData mazeLevelData;
if (arguments.Count < 2)
{
PersistentGameManager.SetLastMazeLevelName("default");
PersistentGameManager.SetCurrentSceneName("default");
mazeLevelData = MazeLevelLoader.LoadMazeLevelData(PersistentGameManager.CurrentSceneName);
MazeLevelLoader.LoadMazeLevel(mazeLevelData);
return;
//string message = "The command '<color=" + ConsoleConfiguration.HighlightColour + ">load maze</color>' needs an additional argument with the name of the maze level";
//Logger.Warning(message);
//message += "\nThe Currently available levels are: \n";
//message = MazeLevelLoader.GetAllMazeLevelNamesForPrint(message);
//throw new NotEnoughArgumentsConsoleException(message);
}
string mazeName = arguments[1];
mazeLevelData = MazeLevelLoader.LoadMazeLevelData(mazeName);
if (mazeLevelData == null && Console.Instance.ConsoleState != ConsoleState.Closed)
{
string printLine = "<color=" + ConsoleConfiguration.HighlightColour + ">" + arguments[1] + "</color> is not a known maze level and cannot be loaded.\n\n";
printLine += "The Currently available levels are: \n";
printLine = MazeLevelLoader.GetAllMazeLevelNamesForPrint(printLine);
Console.Instance.PrintToReportText(printLine);
}
PersistentGameManager.SetLastMazeLevelName(mazeName);
PersistentGameManager.SetCurrentSceneName(mazeName);
mazeLevelData = MazeLevelLoader.LoadMazeLevelData(PersistentGameManager.CurrentSceneName);
MazeLevelLoader.LoadMazeLevel(mazeLevelData);
}
private MazeLevelNameData GetMazeLevelNameData(string sanatisedLevelName)
{
MazeLevelNamesData mazeLevelNamesData = MazeLevelLoader.GetAllMazeLevelNamesData();
MazeLevelNameData mazeLevelName = mazeLevelNamesData.LevelNames.FirstOrDefault(level => level.LevelName == sanatisedLevelName);
if (mazeLevelName == null)
{
string message = $"Could not find a maze level with the name '<color={sanatisedLevelName}>info maze</color>' in the level list.\n";
throw new MazeLevelNameNotFoundConsoleException(message);
}
return(mazeLevelName);
}
private MazeLevelData GetMazeLevelData(string sanatisedLevelName)
{
bool levelExists = MazeLevelLoader.MazeLevelExists(sanatisedLevelName);
if (!levelExists)
{
string message = $"Could not find a maze level with the name '<color={sanatisedLevelName}>info maze</color>'.\n";
throw new MazeLevelNameNotFoundConsoleException(message);
}
MazeLevelData mazeLevelData = MazeLevelLoader.LoadMazeLevelData(sanatisedLevelName);
return(mazeLevelData);
}
public void ToNextLevel()
{
_screenIsOpen = false;
// pick a random level from the list of playable levels
if (GameManager.Instance.PlayableLevelNames.Count == 0) // there are no levels left to choose from, reload all random levels.
{
Logger.Warning("We played all playable levels. Starting the random selection from the beginning");
GameManager.Instance.PlayableLevelNames = MazeLevelLoader.GetAllPlayableLevelNames();
}
Logger.Log("number of found levels: " + GameManager.Instance.PlayableLevelNames.Count);
int randomIndex = Random.Range(0, GameManager.Instance.PlayableLevelNames.Count);
string pickedLevel = GameManager.Instance.PlayableLevelNames[randomIndex];
Logger.Log($"Load next random level: {pickedLevel}");
MazeLevelGameplayManager.Instance.LoadNextLevel(pickedLevel); // triggers load next level event for both players
}
public EditorOverworld(OverworldData overworldData)
{
GameManager.Instance.CurrentEditorLevel = this;
Name = overworldData.Name;
if (TilesContainer.Instance != null)
{
GameObject.Destroy(TilesContainer.Instance.gameObject);
TilesContainer.Instance = null;
}
_overworldContainer = new GameObject(Name);
_overworldContainer.transform.SetParent(GameManager.Instance.GridGO.transform);
_overworldContainer.transform.position = new Vector3(0, 0, 0);
_overworldContainer.AddComponent <TilesContainer>();
_overworldContainer.SetActive(true);
BuildTiles(overworldData);
MazeLevelNames = MazeLevelLoader.GetAllPlayableLevelNames();
}
public void Start()
{
switch (PersistentGameManager.CurrentSceneType)
{
case SceneType.Overworld:
Logger.Log("instantiate overworld sprites, tiles and characters");
if (PersistentGameManager.SceneLoadOrigin == SceneLoadOrigin.Gameplay)
{
if (PersistentGameManager.OverworldName == "")
{
PersistentGameManager.SetOverworldName("overworld");
}
string overworldName = PersistentGameManager.OverworldName;
Logger.Log($"We will load the maze '{overworldName}'");
OverworldData startUpOverworldData = OverworldLoader.LoadOverworldData(overworldName);
if (startUpOverworldData == null)
{
Logger.Error("Could not find the default overworld for startup");
}
OverworldLoader.LoadOverworld(startUpOverworldData);
if (OverworldGameplayManager.Instance.Overworld == null)
{
Logger.Log(Logger.Initialisation, "No overworld loaded on startup. Returning");
return;
}
} // We loaded a overworld scene through the editor. Set up an empty grid for in the editor
else
{
Logger.Log("create empty grid");
EditorCanvasUI.Instance.OverworldModificationPanel.GenerateTiles();
}
break;
case SceneType.Maze:
// We loaded a maze scene through the game. Set up the maze level
if (PersistentGameManager.SceneLoadOrigin == SceneLoadOrigin.Gameplay)
{
if (PersistentGameManager.CurrentSceneName == "")
{
PersistentGameManager.SetCurrentSceneName("default");
}
string mazeName = PersistentGameManager.CurrentSceneName;
PersistentGameManager.SetLastMazeLevelName(mazeName);
Logger.Log($"We will load the maze '{mazeName}'");
MazeLevelData startUpMazeLevelData = MazeLevelLoader.LoadMazeLevelData(mazeName);
if (startUpMazeLevelData == null)
{
Logger.Error($"Could not find the level {mazeName} for startup. Will load defult level instead.");
mazeName = "default";
startUpMazeLevelData = MazeLevelLoader.LoadMazeLevelData(mazeName);
}
MazeLevelLoader.LoadMazeLevel(startUpMazeLevelData);
if (CurrentGameLevel == null)
{
Logger.Log(Logger.Initialisation, "No level loaded on startup. Returning");
return;
}
if (CurrentGameLevel.PlayerCharacterSpawnpoints.Count == 0)
{
return;
}
PlayableLevelNames = MazeLevelLoader.GetAllPlayableLevelNames();
} // We loaded a maze scene through the editor. Set up an empty grid for in the editor
else
{
Logger.Log("create empty grid");
EditorCanvasUI.Instance.MazeModificationPanel.GenerateTiles();
}
break;
default:
Logger.Error($"Scenetype {PersistentGameManager.CurrentSceneType} is not implemented yet");
break;
}
}
public void OnEvent(EventData photonEvent)
{
byte eventCode = photonEvent.Code;
if (eventCode == PlayerMarksTileEvent.PlayerMarksTileEventCode)
{
object[] data = (object[])photonEvent.CustomData;
GridLocation tileLocation = new GridLocation((int)data[0], (int)data[1]);
PlayerNumber playerNumber = (PlayerNumber)data[2];
InGameMazeTile tile = Level.TilesByLocation[tileLocation] as InGameMazeTile;
MazeTilePath mazeTilePath = (MazeTilePath)tile.GetBackgrounds().FirstOrDefault(background => background is MazeTilePath);
if (mazeTilePath == null)
{
return;
}
PlayerMark playerMark = new PlayerMark(mazeTilePath.ConnectionScore);
HandlePlayerMarkerSprite(tile, playerNumber, playerMark);
HandlePlayerTileMarkerEnds(tile);
HandleNumberOfUnmarkedTiles();
tile.ResetPlayerMarkEndsRenderer();
tile.TriggerTransformations();
}
else if (eventCode == LoadNextMazeLevelEvent.LoadNextMazeLevelEventCode)
{
object[] data = (object[])photonEvent.CustomData;
string pickedLevel = (string)data[0];
MazeLevelData mazeLevelData = MazeLevelLoader.LoadMazeLevelData(pickedLevel);
if (mazeLevelData == null)
{
Logger.Error($"Could not load maze level data for the randomly picked maze level {pickedLevel}");
}
PersistentGameManager.SetCurrentSceneName(pickedLevel);
IEnumerator loadLevelCoroutine = LoadOverworldCoroutine("Overworld");
StartCoroutine(loadLevelCoroutine);
}
else if (eventCode == LoadOverworldEvent.LoadOverworldEventCode)
{
object[] data = (object[])photonEvent.CustomData;
string overworldName = (string)data[0];
PersistentGameManager.SetLastMazeLevelName(PersistentGameManager.CurrentSceneName);
PersistentGameManager.SetCurrentSceneName(PersistentGameManager.OverworldName);
IEnumerator loadLevelCoroutine = LoadOverworldCoroutine("Overworld");
StartCoroutine(loadLevelCoroutine);
}
else if (eventCode == PlayerCollidesWithMusicInstrumentCaseEvent.PlayerCollidesWithMusicInstrumentCaseEventCode)
{
object[] data = (object[])photonEvent.CustomData;
GridLocation tileLocation = new GridLocation((int)data[0], (int)data[1]);
PlayerNumber playerNumber = (PlayerNumber)data[2];
InGameMazeTile tile = Level.TilesByLocation[tileLocation] as InGameMazeTile;
MusicInstrumentCase musicInstrumentCase = (MusicInstrumentCase)tile.GetAttributes().FirstOrDefault(attribute => attribute is MusicInstrumentCase);
if (musicInstrumentCase == null)
{
Logger.Error("Could not find musicInstrumentCase");
}
MazePlayerCharacter player = GameManager.Instance.CharacterManager.GetPlayers <MazePlayerCharacter>()[playerNumber];
musicInstrumentCase.PlayerCollisionOnTile(player);
}
else if (eventCode == EnemyCollidesWithMusicInstrumentCaseEvent.EnemyCollidesWithMusicInstrumentCaseEventCode)
{
object[] data = (object[])photonEvent.CustomData;
GridLocation tileLocation = new GridLocation((int)data[0], (int)data[1]);
int enemyId = (int)data[2];
InGameMazeTile tile = Level.TilesByLocation[tileLocation] as InGameMazeTile;
MusicInstrumentCase musicInstrumentCase = (MusicInstrumentCase)tile.GetAttributes().FirstOrDefault(attribute => attribute is MusicInstrumentCase);
if (musicInstrumentCase == null)
{
Logger.Error("Could not find musicInstrumentCase");
}
MazeCharacterManager characterManager = GameManager.Instance.CharacterManager as MazeCharacterManager;
EnemyCharacter enemyCharacter = characterManager.Enemies.FirstOrDefault(enemy => enemy.PhotonView.ViewID == enemyId);
if (enemyCharacter == null)
{
Logger.Error("Could not find enemy character");
}
musicInstrumentCase.EnemyCollisinOnTile(enemyCharacter);
}
}
public void GenerateTiles()
{
if (_gridWidth < 3)
{
Logger.Warning(Logger.Level, "Cannot generate a tile grid with a width of {0}. The minimum generatable grid width is 3", _gridWidth);
return;
}
if (_gridWidth > 25)
{
Logger.Warning(Logger.Level, "Cannot generate a tile grid with a width of {0}. The maximum generatable grid width is 20", _gridWidth);
return;
}
if (_gridHeight < 3)
{
Logger.Warning(Logger.Level, "Cannot generate a tile grid with a height of {0}. The minimum generatable grid height is 3", _gridHeight);
return;
}
if (_gridHeight > 25)
{
Logger.Warning(Logger.Level, "Cannot generate a tile grid with a height of {0}. The maximum generatable grid height is 20", _gridHeight);
return;
}
Logger.Log("Generate tile grid with a width of {0} and a height of {1}", _gridWidth, _gridHeight);
// remove everything from the currently loaded level
MazeLevelGameplayManager.Instance.UnloadLevel();
// Create a new level from scratch with a obstacle ring at the edges
List <SerialisableTile> tiles = new List <SerialisableTile>();
for (int i = 0; i < _gridWidth; i++)
{
for (int j = 0; j < _gridHeight; j++)
{
string tileId = Guid.NewGuid().ToString();
GridLocation gridLocation = new GridLocation(i, j);
List <SerialisableTileAttribute> tileAttributes = new List <SerialisableTileAttribute>();
List <SerialisableTileBackground> tileBackgrounds = new List <SerialisableTileBackground>();
List <SerialisableTileCornerFiller> tileCornerFillers = new List <SerialisableTileCornerFiller>();
SerialisableTileMainMaterial mainMaterial = new SerialisableTileMainMaterial("GroundMainMaterial", new SerialisableLandMaterial());
SerialisableTileObstacleAttribute edgeObstacle = TryAddEdgeObstacle(gridLocation);
if (edgeObstacle != null)
{
tileAttributes.Add(new SerialisableTileAttribute(edgeObstacle.GetType().ToString(), edgeObstacle));
}
SerialisableTilePathBackground mazeTilePath = TryAddPathsForNewMaze(gridLocation, tileAttributes);
if (mazeTilePath != null)
{
tileBackgrounds.Add(new SerialisableTileBackground(mazeTilePath.GetType().ToString(), mazeTilePath));
}
SerialisableTileBaseGround baseBackground = TryAddBaseBackgroundForNewMaze(tileBackgrounds, tileAttributes);
if (baseBackground != null)
{
tileBackgrounds.Add(new SerialisableTileBackground(baseBackground.GetType().ToString(), baseBackground));
}
SerialisableTile tile = new SerialisableTile(tileId, mainMaterial, tileAttributes, tileBackgrounds, tileCornerFillers, gridLocation.X, gridLocation.Y);
tiles.Add(tile);
}
}
MazeLevelData newMazeLevelData = new MazeLevelData();
newMazeLevelData.Tiles = tiles;
MazeLevelLoader.LoadMazeLevelForEditor(newMazeLevelData);
}
