public void PlayerClearedBlocks(PlayerSupervisor supervisor)
{
if (trainingMode)
{
supervisor.WinGame();
RestartGame(supervisor);
return;
}
// Single player games avoid rules
if (playerSupervisors.Length < 2)
{
gameData.gameResult = $"Game Over!";
AudioManager.Instance.PlaySoundBetweenScenes(winSound);
TransitionToEndScreen();
return;
}
// Multiplayer game rules
switch (gameData.gameEndCondition)
{
case GameEndCondition.OnePlayerClearsAllBlocks:
case GameEndCondition.AllPlayersLoseBall:
case GameEndCondition.OnePlayerLosesBall:
default:
SetWinner(supervisor);
TransitionToEndScreen();
break;
}
}
private void SetWinnerToHighestPointEarner()
{
// If all of the PlayerSupervisors have equal points, report a tie.
if (Array.TrueForAll(playerSupervisors, ps => ps.GetPoints() == playerSupervisors[0].GetPoints()))
{
gameData.gameResult = $"It's a tie!";
}
// Otherwise, report the highest scoring player's name.
else
{
PlayerSupervisor winner = playerSupervisors[0];
for (int i = 1; i < playerSupervisors.Length; i++)
{
if (playerSupervisors[i].GetPoints() > winner.GetPoints())
{
winner = playerSupervisors[i];
}
}
if (winner.GetPlayerType() == PlayerType.Human)
{
gameData.gameResult = $"You Win!";
}
else
{
gameData.gameResult = $"{winner.GetName()} Wins!";
}
}
}
private void Start()
{
if (!playerSupervisor)
{
playerSupervisor = FindObjectOfType <PlayerSupervisor>();
}
}
private void SetWinner(PlayerSupervisor winner)
{
if (winner.GetPlayerType() == PlayerType.Human)
{
gameData.gameResult = $"You Win!";
}
else
{
gameData.gameResult = $"{winner.GetName()} Wins!";
}
}
// Start is called before the first frame update
void Awake()
{
playerSupervisors = FindObjectsOfType <PlayerSupervisor>();
// Still need this for training_0 agent performance tracking
playerSupervisor = FindObjectOfType <PlayerSupervisor>();
// Clear the GameData of past games' player data
// and create a new list to store this game's player data.
gameData.PlayerList = new List <PlayerData>();
sceneLoader = FindObjectOfType <SceneLoader>();
}
public void PlayerLostBall(PlayerSupervisor supervisor)
{
if (trainingMode)
{
supervisor.LoseGame();
RestartGame(supervisor);
return;
}
// Single player games avoid rules
if (playerSupervisors.Length < 2)
{
gameData.gameResult = $"Game Over!";
AudioManager.Instance.PlaySoundBetweenScenes(loseSound);
TransitionToEndScreen();
return;
}
// Multiplayer game rules
switch (gameData.gameEndCondition)
{
case GameEndCondition.OnePlayerClearsAllBlocks:
supervisor.ResetPlayState();
break;
case GameEndCondition.AllPlayersLoseBall:
// If all players have lost their ball, transition to the End Screen.
int activeBalls = 0;
foreach (Ball ball in GameObject.FindObjectsOfType <Ball>())
{
if (ball.gameObject.activeSelf)
{
++activeBalls;
}
}
if (activeBalls == 0)
{
SetWinnerToHighestPointEarner();
TransitionToEndScreen();
}
break;
case GameEndCondition.OnePlayerLosesBall:
// Should the winner in this case be the one who broke the most blocks?
// Or the one who kept the ball in play longer?
SetWinnerToHighestPointEarner();
TransitionToEndScreen();
break;
}
}
public void SupervisorThreadFactoryTest()
{
var player = new Arbiter.ConfigurationSvc.PlayerData();
var supervisor = new PlayerSupervisor(player);
var client = new GameProvider(membershipManager.Object,
timingManager.Object,
statusMessageLogger.Object);
var threads = client.SupervisorThreadFactory(new List <PlayerSupervisor> {
supervisor
});
Assert.That(threads, Is.Not.Null, "Collection of returned threads is null");
Assert.That(threads, Is.Not.Empty, "Collection of returned threads is empty");
Assert.That(threads.Count(), Is.EqualTo(1), "Collection of threads contains more than 1 supervisor");
}
// Start is called before the first frame update
void Start()
{
gameManager = FindObjectOfType <GameManager>();
if (!playerSupervisor)
{
playerSupervisor = FindObjectOfType <PlayerSupervisor>();
}
if (materials.Length > 0)
{
Material mat = Instantiate(materials[UnityEngine.Random.Range(0, materials.Length)]);
GetComponent <SpriteRenderer>().material = mat;
}
}
void Start()
{
if (trackingPerformanceTF)
{
// Used as a unique ID for each run, likely this will come in handy
runTime = System.DateTime.Now;
// SET TIME SCALE to 20 for performance tracking to speed it up
Time.timeScale = gameplayTimeScale;
SetDataDirectory();
nnModelName = FindObjectOfType <PlayerAgent>().GetComponent <BehaviorParameters>().Model.name;
fileNames = new List <string>();
playerSupervisor = FindObjectOfType <PlayerSupervisor>();
}
}
private void Start()
{
if (!playerSupervisor)
{
playerSupervisor = FindObjectOfType <PlayerSupervisor>();
}
if (!ball)
{
ball = FindObjectOfType <Ball>();
}
if (!paddle)
{
paddle = FindObjectOfType <Paddle>();
}
}
public void StartGame(PlayerSupervisor supervisor)
{
supervisor.StartGame();
}
public void RestartGame(PlayerSupervisor supervisor)
{
// Reset any game state then let the player start again
startTime = DateTime.Now;
supervisor.ResetEnvironmentState();
}
