protected override void AfterStart()
{
base.AfterStart();
// Reset timer so it starts at 0 instead of 4.2
startTime = level.RawTimeActive;
level.Add(timer = new MinigameTimeDisplay(this));
}
public override void OnEnter(Player player)
{
base.OnEnter(player);
// Stop problems with the player entering the trigger multiple times
if (GameData.Instance.minigameResults.Exists((obj) => obj.Item1 == GameData.Instance.realPlayerID))
{
return;
}
completed = true;
MinigameTimeDisplay display = level.Entities.FindFirst <MinigameTimeDisplay>();
if (display != null)
{
display.finalTime = level.RawTimeActive - startTime;
}
float timeElapsed = (level.RawTimeActive - startTime) * 10000;
startTime = -1;
started = false;
didRespawn = false;
level.CanRetry = false;
foreach (SyncedKevin kevin in level.Tracker.GetEntities <SyncedKevin>())
{
kevin.deactivated = true;
}
GameData.Instance.minigameResults.Add(new Tuple <int, uint>(GameData.Instance.realPlayerID, (uint)timeElapsed));
MultiplayerSingleton.Instance.Send(new MinigameEnd {
results = (uint)timeElapsed
});
Add(new Coroutine(EndMinigame(LOWEST_WINS, () => {})));
}
protected IEnumerator EndMinigame()
{
completed = true;
MinigameTimeDisplay display = level.Entities.FindFirst <MinigameScoreDisplay>();
if (display != null)
{
display.finalTime = level.RawTimeActive - startTime;
}
uint timeElapsed = theoCount < THEOS_NEEDED ? uint.MaxValue : (uint)((level.RawTimeActive - startTime) * 10000);
startTime = -1;
started = false;
didRespawn = false;
level.CanRetry = false;
Console.WriteLine("Theo Count: " + theoCount);
GameData.Instance.minigameResults.Add(new Tuple <int, uint>(GameData.Instance.realPlayerID, timeElapsed));
MultiplayerSingleton.Instance.Send(new MinigameEnd {
results = timeElapsed
});
yield return(new SwapImmediately(EndMinigame(LOWEST_WINS, () => {
theoCount = 0;
})));
}
