public void StartMiniGame(MiniGameType miniGame, OverclockRoom room)
{
if (miniGame == MiniGameType.None)
{
return; // check for implemented mini-game
}
overclocking = true;
activeRoom = room;
AudioManager.instance.PlaySFX("Overclock");
additiveSceneManager.LoadSceneMerged(miniGame.ToString());
AnalyticsManager.OnMiniGameStarted(miniGame);
}
/// <summary>
/// Unloads this current minigame scene
/// </summary>
/// <param name="miniGame"></param>
public void UnloadScene(MiniGameType miniGame)
{
overclocking = false;
additiveSceneManager.UnloadScene(miniGame.ToString());
}
public void SetMiniGameType(MiniGameManager.MiniGameType newGameType, MiniGameSettingsBase gameSettings) // Change game type and re-instantiate miniGameInstance
{
DebugBot.DebugFunctionCall("Trial; SetMiniGameType(); " + gameType.ToString(), debugFunctionCalls);
miniGameInstance = null;
gameType = newGameType; // Update GameType to new Type!
// CREATE mini-game instance! !!!!!!!!!!!!! Come back to this for Improvement Later!!!!!!!
if (newGameType == MiniGameType.None)
{
miniGameInstance = new MiniGameBase();
//miniGameInstance = newGameInstance as MiniGame;
}
/*else if(newGameType == MiniGameType.MoveToTarget3D) {
* MiniGameMoveToTarget3D newGameInstance = new MiniGameMoveToTarget3D();
* miniGameInstance = newGameInstance;
* }
* else if(newGameType == MiniGameType.CreatureSwimBasic) {
* // SHOULD the input/output Lists depend on the Agent's full Genome, or should the minigame have control over hookups?
* // ... Maybe eventually the Agent's genome should dictate, but for now, to avoid a complete re-write, will leave the ability
* // ... of miniGame's to choose which input/output neurons to hook up. Save that change for the big NEAT update where creature
* // ... topologies can morph and differ within a population.
* Debug.Log("BROKEN!! MiniGameManager public void SetMiniGameType(MiniGameManager.MiniGameType newGameType)");
* CritterGenome templateBody = playerRef.masterPopulation.templateGenome;
* //MiniGameCreatureSwimBasic newGameInstance = new MiniGameCreatureSwimBasic(templateBody);
* //miniGameInstance = newGameInstance;
* }*/
else if (newGameType == MiniGameType.CritterWalkBasic)
{
CritterGenome templateBody = playerRef.masterPopulation.templateGenome;
//Debug.Log("playerRef.masterPopulation.templateBodyGenome: " + playerRef.masterPopulation.templateBodyGenome.creatureBodySegmentGenomeList[0].addOn1.ToString());
//Debug.Log("templateBody: " + templateBody.creatureBodySegmentGenomeList[0].addOn1.ToString());
MiniGameCritterWalkBasic newGameInstance = new MiniGameCritterWalkBasic(templateBody);
newGameInstance.UseSettings((MiniGameCritterWalkBasicSettings)gameSettings);
newGameInstance.InitializeGame();
miniGameInstance = newGameInstance;
Debug.Log("miniGameInstance.inputChannelsList.Count: " + miniGameInstance.inputChannelsList.Count.ToString() + "miniGameInstance.outputChannelsList.Count: " + miniGameInstance.outputChannelsList.Count.ToString());
}
/*else if(newGameType == MiniGameType.RobotArmSimple) {
* MiniGameRobotArm newGameInstance = new MiniGameRobotArm();
* miniGameInstance = newGameInstance;
* }
* else if(newGameType == MiniGameType.PhysXWorm) {
* MiniGamePhysXWorm newGameInstance = new MiniGamePhysXWorm();
* miniGameInstance = newGameInstance;
* }
* else if(newGameType == MiniGameType.BallCatch) {
* MiniGameBallCatch newGameInstance = new MiniGameBallCatch();
* miniGameInstance = newGameInstance;
* }
* else if(newGameType == MiniGameType.ObstacleNavigation) {
* MiniGameObstacleNavigation newGameInstance = new MiniGameObstacleNavigation();
* miniGameInstance = newGameInstance;
* }
* else if(newGameType == MiniGameType.PoleBalancing2D) {
* MiniGamePoleBalancing2D newGameInstance = new MiniGamePoleBalancing2D();
* miniGameInstance = newGameInstance;
* }
* else if(newGameType == MiniGameType.SpaceshipShooter) {
* MiniGameSpaceshipShooter newGameInstance = new MiniGameSpaceshipShooter();
* miniGameInstance = newGameInstance;
* }*/
SetInputOutputArrays(); // Haven't set input/output lists for the minigame yet....
}
