public void BubbleMissed(BubbleState state)
{
if (++missedBubbles >= MaxBubblesMissed)
{
LevelState = ELevelState.Failed;
}
}
private void LevelComplete()
{
//mWinRepulsive.enabled = true;
UI_WinPanel.SetActive(true);
levelState = ELevelState.Success;
mAudio.clip = musTadaa;
mAudio.pitch = 1.0f;
mAudio.loop = false;
mAudio.Play();
}
public void Reset()
{
LevelNumber = 0;
missedBubbles = 0;
levelScore = 0;
BubblesInstantiationPeriod = BubblesInstantiationPeriodRange.y;
LevelState = ELevelState.Loading;
}
// Update is called once per frame
void Update()
{
// count the number of cats inside
int howmanyin = 0;
bool allIn = true;
// check that all repulsives are touching trigger
foreach (Repulsive item in Repulsive.SpawnedRepulsives)
{
if (!item.mCollider.IsTouching(mCollider))
{
allIn = false;
}
else
{
howmanyin++;
}
}
howManyInText.text = "Cats in: " + howmanyin + "/" + Repulsive.SpawnedRepulsives.Count;
if (levelState != ELevelState.Success)
{
if (allIn)
{
levelState = ELevelState.AllIn;
}
else
{
levelState = ELevelState.Idle;
}
}
switch (levelState)
{
case ELevelState.Idle:
tTimerCurrentHold = Time.time + holdTime;
mAudio.pitch = musTempoIdle;
currentHoldTimeText.text = "Hold for: " + (tTimerCurrentHold - Time.time).ToString("N1") + " Seconds";
//mAudio.pitch = Mathf.Lerp(mAudio.pitch, musTempoIdle, 0.001f);
mRenderer.sprite = spriteIncomplete;
break;
case ELevelState.AllIn:
currentHoldTimeText.text = "Hold for: " + (tTimerCurrentHold - Time.time).ToString("N1") + " Seconds";
// lerp between the two pitches using current hold time
mAudio.pitch = Mathf.Lerp(musTempoIdle, musTempoFinish, (holdTime - (tTimerCurrentHold - Time.time)) / holdTime);
mRenderer.sprite = spriteComplete;
if (Time.time > tTimerCurrentHold)
{
LevelComplete();
}
break;
case ELevelState.Success:
mRenderer.sprite = spriteComplete;
break;
default:
break;
}
}
private void LevelComplete()
{
//mWinRepulsive.enabled = true;
UI_WinPanel.SetActive(true);
levelState = ELevelState.Success;
mAudio.clip = musTadaa;
mAudio.pitch = 1.0f;
mAudio.loop = false;
if (mAudio.enabled)
{
mAudio.Play();
}
string levelName = LevelManager.Instance.levels.levels[LevelManager.Instance.currentLevelID];
float playTime = Time.time - levelStartTime;
GameSaveData data = GameData.LoadData();
float bestTime;
// has this level got an entry in the save data?
// (has the player done this level before)
if (data.levelData.ContainsKey(levelName))
{
// current best time
bestTime = data.levelData[levelName].completionTime;
}
else
{
// player has not done this level; best time is really long
bestTime = Mathf.Infinity;
}
if (playTime < bestTime)
{
yayEffect.Play();
// player Beat preveous high score
UI_WinScreenTime.text = "Hi Score!\n" + playTime.ToString("N2");
// Currently dont cate about the highest level completed
GameData.SaveLevel(levelName, new LevelSaveData(playTime));
}
else
{
UI_WinScreenTime.text = playTime.ToString("N2");
}
// display medals for the time
//int numMedals = 0;
//if (playTime < targetTime1)
//{
// numMedals = 1;
//}
//if (playTime < targetTime2)
//{
// numMedals = 2;
//}
//if (playTime < targetTime3)
//{
// numMedals = 3;
//}
//medalDisplay.ShowMedals(numMedals);
}
// Update is called once per frame
void Update()
{
if (Input.GetKey(KeyCode.LeftShift) && Input.GetKeyDown(KeyCode.F12))
{
LevelComplete();
}
// determine how many of the cats are in
int howManyIn = 0;
foreach (Cat cat in cats)
{
bool wasCatIn = false;
// is the cat in a zone
foreach (Zone zone in zones)
{
if (wasCatIn)
{
continue;
}
if (cat.catCollider.IsTouching(zone.zoneCollider))
{
howManyIn++;
wasCatIn = true;
}
}
}
UI_Progress.CurrentCatsIn = howManyIn;
if (levelState != ELevelState.Success)
{
if (howManyIn == cats.Length)
{
levelState = ELevelState.AllIn;
}
else
{
levelState = ELevelState.Idle;
}
}
switch (levelState)
{
case ELevelState.Idle:
tTimerCurrentHold = Time.time + holdTime;
mAudio.pitch = musTempoIdle;
currentHoldTimeText.text = "" + (tTimerCurrentHold - Time.time).ToString("N1") + "";
break;
case ELevelState.AllIn:
currentHoldTimeText.text = "" + (tTimerCurrentHold - Time.time).ToString("N1") + "";
// lerp between the two pitches using current hold time
mAudio.pitch = Mathf.Lerp(musTempoIdle, musTempoFinish, (holdTime - (tTimerCurrentHold - Time.time)) / holdTime);
if (Time.time > tTimerCurrentHold)
{
LevelComplete();
}
break;
case ELevelState.Success:
break;
default:
break;
}
}