public void AddShieldPoints(int _shieldPoints)
{
AudioManager.PlayShieldUpSound();
// If re-adding the shield.
if (Shield <= 0)
{
mPlayerData.Shield = 0;
mPlayerData.Shield += _shieldPoints;
PlayerInfoManager.Instance.UpdateShield(mPlayerData.Shield);
// Show shield bubble and start the animation.
mShieldBubbleTransform.localScale = Vector3.zero;
mShieldBubbleSpriteRen.enabled = true;
ScaleToAction shieldScaleUp = new ScaleToAction(mShieldBubbleTransform, Graph.InverseExponential, Vector3.one, 1.0f);
ActionHandler.RunAction(shieldScaleUp);
}
// Else just adding on top of the shield.
else
{
PulseAction pulse = new PulseAction(
mShieldBubbleTransform, 1,
Graph.Exponential, Graph.InverseExponential,
0.25f, 0.35f,
Vector3.one, Vector3.one * 1.2f);
ActionHandler.RunAction(pulse);
mPlayerData.Shield += _shieldPoints;
PlayerInfoManager.Instance.UpdateShield(mPlayerData.Shield);
}
}
private void Setup()
{
mScoreText = transform.FindChild("ScoreText").GetComponent <Text>();
mPulse = null;
mScoreText.text = GameManager.Instance.Score.ToString("N0");
}
public void UpdateScore(int _score)
{
mScoreText.text = _score.ToString("N0");
// Pulse attention!
if (mPulse == null)
{
mPulse = new PulseAction(
mScoreText.transform,
1,
Graph.Linear,
Graph.InverseExponential,
0.08f,
0.15f,
Vector3.one,
Vector3.one * 1.5f);
}
mPulse.StopAction(true);
ActionHandler.RunAction(mPulse);
}
private void SetupTitleWithLogo()
{
sbLoadedGame = true;
mSplashPanelCG.alpha = 1.0f;
// Logo Animation
DelayAction prePulseDelay = new DelayAction(1.5f);
PulseAction clickPulse = new PulseAction(
mLogoTransform,
1,
Graph.Exponential,
0.25f,
Vector3.one,
Vector3.one * 0.8f);
clickPulse.OnActionStart += () => { AudioManager.PlayPenClickSound(); };
DelayAction postPulseDelay = new DelayAction(0.25f);
MoveByAction anticipateLeft = new MoveByAction(mLogoTransform, Graph.InverseExponential, Vector3.left * (100) * (Screen.height / 1920.0f), 0.5f);
ScaleToAction anticipateSquash = new ScaleToAction(mLogoTransform, Graph.InverseExponential, new Vector3(0.75f, 1.25f, 1.25f), 0.5f);
ActionParallel anticipateParallel = new ActionParallel(anticipateLeft, anticipateSquash);
DelayAction postAnticipateDelay = new DelayAction(0.1f);
MoveByAction zoomRight = new MoveByAction(mLogoTransform, Graph.InverseExponential, Vector3.right * (1024 + 400) * (Screen.height / 1920.0f), 0.3f);
ScaleToAction scaleDown = new ScaleToAction(mLogoTransform, Graph.InverseExponential, new Vector3(1.5f, 0.5f, 0.5f), 0.5f);
ActionParallel zoomRightParallel = new ActionParallel(zoomRight, scaleDown);
DelayAction preFadeDelay = new DelayAction(0.2f);
CanvasGroupAlphaFadeToAction fadeCGAway = new CanvasGroupAlphaFadeToAction(mSplashPanelCG, 0.0f, 1.5f);
fadeCGAway.OnActionFinish += () => {
mSplashPanelCG.blocksRaycasts = false;
};
// Tap to Start text.
DelayAction TurnOn = new DelayAction(0.5f);
TurnOn.OnActionFinish += () => {
mTapToStartText.enabled = true;
if (mStartButton.interactable == false)
{
mStartButton.interactable = true;
}
};
DelayAction TurnOff = new DelayAction(1.0f);
TurnOff.OnActionFinish += () => { mTapToStartText.enabled = false; };
ActionSequence tapTextFlashSeq = new ActionSequence(TurnOn, TurnOff);
ActionRepeatForever repeatFlash = new ActionRepeatForever(tapTextFlashSeq);
ActionSequence splashSeq = new ActionSequence(
prePulseDelay, clickPulse, postPulseDelay,
anticipateParallel, postAnticipateDelay, zoomRightParallel,
preFadeDelay, fadeCGAway,
repeatFlash
);
ActionHandler.RunAction(splashSeq);
// Card Animations.
// Card is already spinning in the background.
// 0 to 90, snap -90, -90 to 0
mSpiningCard.localEulerAngles = Vector3.zero;
// Timing here doesn't matter. Is used to sync. 0.5f just nice to have card back show when canvas fades.
RotateByAction initSpin = new RotateByAction(mSpiningCard, Graph.Linear, Vector3.up * 90.0f, 0.5f);
initSpin.OnActionFinish += () => {
mCardSpriteRen.transform.localScale -= Vector3.right * 2.0f;
mCardSpriteRen.sprite = mCardSprites[Random.Range(0, mCardSprites.Length)];
};
RotateByAction spinA = new RotateByAction(mSpiningCard, Graph.Linear, Vector3.up * 180.0f, 3.0f);
spinA.OnActionFinish += () => {
mCardSpriteRen.transform.localScale += Vector3.right * 2.0f;
mCardSpriteRen.sprite = mSpriteCardBack;
};
RotateByAction spinB = new RotateByAction(mSpiningCard, Graph.Linear, Vector3.up * 180.0f, 3.0f);
spinB.OnActionFinish += () => {
mCardSpriteRen.transform.localScale -= Vector3.right * 2.0f;
mCardSpriteRen.sprite = mCardSprites[Random.Range(0, mCardSprites.Length)];
};
ActionSequence cardSpinSeq = new ActionSequence(spinA, spinB);
ActionHandler.RunAction(new ActionSequence(initSpin, new ActionRepeatForever(cardSpinSeq)));
}