private void FixedUpdate()
{
collisionDetection.CastRayCast();
/* Since we are applying gravity constantly with our own physics,
* we want to check if raycast hit anything, then we set the velocity.y back to 0,
* so our ball don't fall through the platform.
* We don't want to set velocity.y to 0 when bouncing, or else the ball won't bounce */
ballPhysics.ApplyVerticalCollision(collisionDetection);
if (collisionDetection.collidedObject != null) // If our raycast system detects something
{
ground = collisionDetection.collidedObject.transform; // Set the ground variable to the detected gameobject
}
// If raycast hits something, we want the ball to bounce up
if (collisionDetection.hasCollided)
{
ballBounce.Bounce(ref ballPhysics.velocity);
HapticFeedback.Generate(UIFeedbackType.ImpactMedium);
if (ground.GetComponent <PlatformController>() != null)
{
ground.GetComponent <PlatformController>().CallJiggle();
}
}
ballPhysics.ApplyPhysics(transform);
}
/// <summary>
/// We are detecting the ground and calculating offset variables for our stretch and squash function
///
/// The original Stretch and Squash function has a hardcoded ground position of 0 at Y axis,
/// so we need an offset for our ground to do the right calculations, because our ground is not always at 0.
/// </summary>
private void FixedUpdate()
{
if (disabled)
{
return;
}
collisionDetection.CastRayCast();
/* Since we are applying gravity constantly with our own physics,
* we want to check if raycast hit anything, then we set the velocity.y back to 0,
* so our ball don't fall through the platform.
* We don't want to set velocity.y to 0 when bouncing, or else the ball won't bounce */
ballPhysics.ApplyVerticalCollision(collisionDetection);
if (collisionDetection.collidedObject != null) // If our raycast system detects something
{
ground = collisionDetection.collidedObject.transform; // Set the ground variable to the detected gameobject
if (ground != null)
{
groundBallLastTouched = ground.gameObject;
}
}
// If raycast hits something, we want the ball to bounce up
if (collisionDetection.hasCollided)
{
//bounce our ball
ballBounce.Bounce(ref ballPhysics.velocity);
//Phone haptic feedback
HapticFeedback.Generate(UIFeedbackType.ImpactMedium);
//if the platform we're hitting is a brick
if (ground.GetComponent <PlatformController>() != null)
{
//Jiggle the brick
ground.GetComponent <PlatformController>().CallJiggle();
if (ground.GetComponent <WinLevel>())
{
ground.GetComponent <WinLevel>().TryWinGame();
}
//if not we will raise the events that we need to
if (ground.GetComponent <VictoryTag>() == null)
{
onNormalPlatformImpact.Raise();
onPlatformImpact.Raise();
}
}
}
//ApplyPhysics recieves a transform and applies the final velocity vector which moves the ball
ballPhysics.ApplyPhysics(transform);
}
public void CryFace()
{
// HideFaces();
GameManager.instance.OnFailureEvent();
GameManager.instance.gameOver = true;
isDead = true;
DOTween.KillAll();
GameManager.instance.OnGameOver();
HapticFeedback.Generate(UIFeedbackType.Error);
int rand = Random.Range(0, 2);
GameManager.instance.PlaySound(rand == 1 ? GameManager.instance.missmatch01 : GameManager.instance.missmatch02);
StartCoroutine(GameManager.instance.IncreaseXp());
}
// public void
public void HappyFace()
{
//
CamShake();
GameManager.instance.CalculateXP();
if (isClose)
{
if (!GameManager.instance.godMode)
{
//HideFaces();
GameManager.instance.OnCloseCallEvent();
GameManager.instance.PlaySound(closeSound);
if (!popUpFreez && !popUpShield)
{
Bonus.OnScore("Close one !!");
}
else
{
popUpFreez = false;
popUpShield = false;
}
Instantiate(GameManager.instance.coinPrefab);
// Instantiate(GameManager.instance.ExplodeParticle);
score += 100;
//GameManager.instance.AddCoins();
GameManager.instance.IncrementCharge();
GameManager.instance.PlaySound(GameManager.instance.progressBar, 0.2f);
StartCoroutine(GameManager.instance.IncrementCoin(50));
if (GameManager.instance.vibration && !GameManager.instance.powerSaver)
{
// Handheld.Vibrate();
//StartCoroutine(Vibrate());
HapticFeedback.Generate(UIFeedbackType.ImpactHeavy);
}
//CamShake();
}
else
{
StartCoroutine(GameManager.instance.IncrementCoin(5));
}
}
else
{
if (!GameManager.instance.godMode)
{
if (!popUpFreez && !popUpShield)
{
Bonus.OnScore("+50");
}
else
{
popUpFreez = false;
popUpShield = false;
}
score += 50;
Instantiate(GameManager.instance.ExplodeParticle);
if (GameManager.instance.vibration && !GameManager.instance.powerSaver)
{
HapticFeedback.Generate(UIFeedbackType.ImpactLight);
// StartCoroutine(Vibrate());
}
}
}
GameManager.instance.PlaySound(GameManager.instance.matchsound);
//Invoke("MehFace", 1.2f);
ScoreTxt.transform.DOScale(Vector3.one * 0.15f, 0.2f).OnComplete(() =>
{
ScoreTxt.transform.DOScale(Vector3.one, 0.1f);
});
ScoreTxt.text = score.ToString();
if (score > 1500 && !enlargedScreen1)
{
PlayerPrefs.SetInt("Crossed0", PlayerPrefs.GetInt("Crossed0", 0) + 1);
//enlargedScreen1 = true;
GameManager.instance.EnlargeScreen();
}
if (score > 3000 && !enlargedScreen2)
{
PlayerPrefs.SetInt("Crossed1", PlayerPrefs.GetInt("Crossed1", 0) + 1);
enlargedScreen2 = true;
GameManager.instance.EnlargeScreen2();
}
if (score > 5000 && !frenzy1)
{
PlayerPrefs.SetInt("Crossed1", PlayerPrefs.GetInt("Crossed1", 0) + 1);
frenzy1 = true;
GameManager.instance.Frenzy();
}
if (score > 7500 && !frenzy2)
{
PlayerPrefs.SetInt("Crossed1", PlayerPrefs.GetInt("Crossed1", 0) + 1);
frenzy2 = true;
GameManager.instance.Frenzy2();
}
for (int i = 0; i < stageScoreLimit.Length; i++)
{
if (score < stageScoreLimit[i])
{
float tempScore = score;
float stageScore = stageScoreLimit[i];
if (i != 0)
{
tempScore -= stageScoreLimit[i - 1];
stageScore -= stageScoreLimit[i - 1];
}
else
{
tempScore = score;
stageScore = stageScoreLimit[i];
}
float percent = tempScore / stageScoreLimit[i];
for (int j = 0; j < timeGapControllers.Count; j++)
{
if (timeGapControllers[j].PositionNumber == i)
{
GameManager.instance.TimeGap = timeGapControllers[j].initialSpeed - ((timeGapControllers[j].initialSpeed - timeGapControllers[j].endSpeed) * percent);
return;
}
}
}
}
}
