// Use this for initialization
void Start()
{
Debug.Log("Game Begins");
bananaRewardWindowManager.Hide();
BuildGameProgressionLogicList();
//Building card list including secret cards
allCards = new List <Card>();
allCards.AddRange(cards_2Entities);
Array.ForEach(secretCards_2Entities, card =>
{
if (GameProgressionUtil.GetCardAvailability(card.cardEnum))
{
allCards.Add(card);
}
});
showingGameOverMenu = false;
cpuCoroutines.Clear();
timer = GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.GoGo ? GameUtil.timer : 0f;
player1 = (Player)Player.PLAYER_1.RebuildToPlay();
player1.Stats.Restart();
player1.finalScore = 0;
player1.points = 0;
player1.penalties = 0;
if (GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Single)
{
player1.SetNewName(Player.SINGLE_PLAYER_NAME);
}
player2 = (Player)Player.PLAYER_2.RebuildToPlay();
if (GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Two)
{
player2.Stats.Restart();
player2.finalScore = 0;
player2.points = 0;
player2.penalties = 0;
}
GameUtil.cpuList.ForEach(cpu =>
{
cpu.Stats.Restart();
cpu.finalScore = 0;
cpu.points = 0;
cpu.penalties = 0;
});
UpdateScoresAndNameText();
gameOver = false;
cardInDelay = false;
roundSeperator.SetActive(false);
StartCoroutine(NewRoundWithDelay());
}
private void UpdateGameMode()
{
if (GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.Coco)
{
int pointsToReach = GameSettingsUtil.GetCocoModePointsToReach();
gameOption.value = pointsToReach;
}
else
{
float timer = GameSettingsUtil.GetGoGoModeTimer();
gameOption.value = timer;
}
UpdateGameParams(gameOption.value.ToString());
}
private void CheckForGameOver()
{
if (GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.Coco)
{
if (player1.finalScore >= GameUtil.pointsToReach ||
(GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Two && player2.finalScore >= GameUtil.pointsToReach) ||
GameUtil.cpuList.Any(cpu => cpu.finalScore >= GameUtil.pointsToReach))
{
gameOver = true;
}
}
else if (GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.GoGo && timer <= 0)
{
gameOver = true;
}
}
void UpdateGameParams(string value)
{
if (GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.Coco)
{
instructions.text = "Get " + value + " correct\nas fast as you can!";
instructions.fontSize = 80;
pointsToReach = int.Parse(value);
GameSettingsUtil.SetCocoModePointsToReach(pointsToReach);
}
else
{
instructions.text = "Get as many as you can in\n" + value + " seconds!";
instructions.fontSize = 85;
timer = float.Parse(value);
GameSettingsUtil.SetGoGoModeTimer(timer);
}
}
void Start()
{
allCpus = new List <Cpu>()
{
null, Cpu.KELSEY, Cpu.ANDREW, Cpu.MONKEY, Cpu.PENGUIN
};
allCpus.Add(Cpu.KONGO);
allCpus.Add(Cpu.PURPLE_MONKEY);
allCpus.Add(Cpu.MUFFIN);
allCpus.Add(Cpu.CHOMP);
allCpus.Add(Cpu.COCO);
List <int> cpusInPlay = GameSettingsUtil.GetCpusInPlayList();
SetCpu(0, cpusInPlay[0]);
SetCpu(1, cpusInPlay[1]);
SetCpu(2, cpusInPlay[2]);
cpuPicker.Close(true, false);
twoPlayersToggle.isOn = GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Two;
gogoGameModeToggle.isOn = GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.GoGo;
allowGameOptionChangedSound = false;
}
// Update is called once per frame
void Update()
{
if (!cardInDelay && !gameOver)
{
if (GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.Coco)
{
timer += Time.deltaTime;
}
else if (GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.GoGo)
{
timer -= Time.deltaTime;
}
}
timerText.text = TransformTime(timer);
CheckForGameOver();
if (!gameOver)
{
timerText.color = new Color32(255, 255, 255, 255);
}
else
{
timerText.color = new Color32(0, 255, 0, 255);
}
if (gameOver && !showingGameOverMenu)
{
if (cardGameObject != null)
{
DestroyImmediate(cardGameObject.gameObject);
cardGameObject = null;
}
GameProgressionUtil.UpdateGameProgression(rep => rep.totalTimeSpentPlaying += GameSettingsUtil.GetGameMode() == GameSettingsUtil.GameModeEnum.GoGo ? GameUtil.timer : timer);
if (GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Single)
{
GameProgressionUtil.UpdateGameProgression(rep => rep.totalSinglePlayerGamesPlayed++);
}
if (GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Two)
{
GameProgressionUtil.UpdateGameProgression(rep => rep.totalTwoPlayerGamesPlayed++);
}
if (GameUtil.cpuList.All(cpu => cpu.finalScore < player1.finalScore) || (GameSettingsUtil.GetGameType() == GameSettingsUtil.GameTypeEnum.Two && GameUtil.cpuList.All(cpu => cpu.finalScore < player2.finalScore)))
{
GameProgressionUtil.UpdateGameProgression(rep => rep.totalCpusDefeated += GameUtil.cpuList.Count);
}
if (GameUtil.cpuList.Contains(Cpu.ANDREW) && GameUtil.cpuList.Contains(Cpu.KELSEY))
{
GameProgressionUtil.UpdateGameProgression(rep => rep.totalGamesWithAndrewAndKelsey++);
}
if (GameUtil.cpuList.Contains(Cpu.COCO) && GameUtil.cpuList.Contains(Cpu.MUFFIN))
{
GameProgressionUtil.UpdateGameProgression(rep => rep.totalGamesWithCocoAndMuffin++);
}
if (GameUtil.cpuList.Contains(Cpu.MONKEY) && GameUtil.cpuList.Contains(Cpu.PENGUIN))
{
GameProgressionUtil.UpdateGameProgression(rep => rep.totalGamesWithMonkeyAndPenguin++);
}
GameProgressionUtil.UpdateGameProgression(rep => rep.totalCorrectGuessesStreak += correctStreak);
showingGameOverMenu = true;
ShowGameOverMenu();
gameProgressionLogicContainerList.ForEach(l =>
{
RewardAndBarrier[] list = GameProgressionUtil.GetCorrectRewards(l.rewardAndBarriers, l.initialValue, GameProgressionUtil.GetGameProgressionField(l.lambda));
AttemptRewardUnlock(list, l.reasonString);
});
bananaRewardWindowManager.BeginUnlockPhase();
}
}