void WaveView::WaveUpdateFrame(
/* [in] */ Float mouseX,
/* [in] */ Float mouseY,
/* [in] */ Boolean fingerDown)
{
Double distX = mouseX - mLockCenterX;
Double distY = mouseY - mLockCenterY;
Int32 dragDistance = (Int32) Elastos::Core::Math::Ceil(Elastos::Core::Math::Hypot(distX, distY));
Double touchA = Elastos::Core::Math::Atan2(distX, distY);
Float ringX = (Float) (mLockCenterX + mRingRadius * Elastos::Core::Math::Sin(touchA));
Float ringY = (Float) (mLockCenterY + mRingRadius * Elastos::Core::Math::Cos(touchA));
String strX("x");
String strY("y");
String alpha("alpha");
String scaleX("scaleX");
String scaleY("scaleY");
AutoPtr <IObjectAnimator> res;
switch (mLockState) {
case STATE_RESET_LOCK:
{
if (DBG) Logger::V(TAG, "State RESET_LOCK");
mWaveTimerDelay = WAVE_DELAY;
for (UInt32 i = 0; i < mLightWaves.GetSize(); i++) {
AutoPtr<IDrawableHolder> holder = mLightWaves[i];
holder->AddAnimTo(300, 0, alpha, 0.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
}
for (UInt32 i = 0; i < mLightWaves.GetSize(); i++) {
mLightWaves[i]->StartAnimations(
(IAnimatorUpdateListener*)this->Probe(EIID_IAnimatorUpdateListener));
}
mUnlockRing->AddAnimTo(DURATION, 0, strX, mLockCenterX, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, strY, mLockCenterY, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, scaleX, 0.1f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, scaleY, 0.1f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, alpha, 0.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->RemoveAnimationFor(strX);
mUnlockDefault->RemoveAnimationFor(strY);
mUnlockDefault->RemoveAnimationFor(scaleX);
mUnlockDefault->RemoveAnimationFor(scaleY);
mUnlockDefault->RemoveAnimationFor(alpha);
mUnlockDefault->SetX(mLockCenterX);
mUnlockDefault->SetY(mLockCenterY);
mUnlockDefault->SetScaleX(0.1f);
mUnlockDefault->SetScaleY(0.1f);
mUnlockDefault->SetAlpha(0.0f);
mUnlockDefault->AddAnimTo(DURATION, SHORT_DELAY, scaleX, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(DURATION, SHORT_DELAY, scaleY, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(DURATION, SHORT_DELAY, alpha, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->RemoveAnimationFor(strX);
mUnlockHalo->RemoveAnimationFor(strY);
mUnlockHalo->RemoveAnimationFor(scaleX);
mUnlockHalo->RemoveAnimationFor(scaleY);
mUnlockHalo->RemoveAnimationFor(alpha);
mUnlockHalo->SetX(mLockCenterX);
mUnlockHalo->SetY(mLockCenterY);
mUnlockHalo->SetScaleX(0.1f);
mUnlockHalo->SetScaleY(0.1f);
mUnlockHalo->SetAlpha(0.0f);
mUnlockHalo->AddAnimTo(DURATION, SHORT_DELAY, strX, mLockCenterX, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(DURATION, SHORT_DELAY, strY, mLockCenterY, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(DURATION, SHORT_DELAY, scaleX, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(DURATION, SHORT_DELAY, scaleY, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(DURATION, SHORT_DELAY, alpha, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
RemoveCallbacks(mLockTimerActions);
mLockState = STATE_READY;
break;
}
case STATE_READY:
{
if (DBG) Logger::V(TAG, "State READY");
mWaveTimerDelay = WAVE_DELAY;
break;
}
case STATE_START_ATTEMPT:
{
if (DBG) Logger::V(TAG, "State START_ATTEMPT");
mUnlockDefault->RemoveAnimationFor(strX);
mUnlockDefault->RemoveAnimationFor(strY);
mUnlockDefault->RemoveAnimationFor(scaleX);
mUnlockDefault->RemoveAnimationFor(scaleY);
mUnlockDefault->RemoveAnimationFor(alpha);
mUnlockDefault->SetX(mLockCenterX + 182);
mUnlockDefault->SetY(mLockCenterY);
mUnlockDefault->SetScaleX(0.1f);
mUnlockDefault->SetScaleY(0.1f);
mUnlockDefault->SetAlpha(0.0f);
mUnlockDefault->AddAnimTo(DURATION, SHORT_DELAY, scaleX, 1.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(DURATION, SHORT_DELAY, scaleY, 1.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(DURATION, SHORT_DELAY, alpha, 1.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, scaleX, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, scaleY, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(DURATION, 0, alpha, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mLockState = STATE_ATTEMPTING;
break;
}
case STATE_ATTEMPTING:
{
String sfingerDown = StringUtils::BooleanToString(fingerDown);
if (DBG) Logger::V(TAG,
String("State ATTEMPTING (fingerDown = ") + sfingerDown + ")");
if (dragDistance > mSnapRadius) {
mFinishWaves = TRUE; // don't start any more waves.
if (fingerDown) {
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, strX, ringX, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, strY, ringY, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, scaleX, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, scaleY, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, alpha, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
} else {
if (DBG) Logger::V(TAG, "up detected, moving to STATE_UNLOCK_ATTEMPT");
mLockState = STATE_UNLOCK_ATTEMPT;
}
} else {
// If waves have stopped, we need to kick them off again...
if (!mWavesRunning) {
mWavesRunning = TRUE;
mFinishWaves = FALSE;
// mWaveTimerDelay = WAVE_DELAY;
PostDelayed(mAddWaveAction, mWaveTimerDelay);
}
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, strX, mouseX, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, strY, mouseY, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, scaleX, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, scaleY, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(0, 0, alpha, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
}
break;
}
case STATE_UNLOCK_ATTEMPT:
{
if (DBG) Logger::V(TAG, "State UNLOCK_ATTEMPT");
if (dragDistance > mSnapRadius) {
for (UInt32 n = 0; n < mLightWaves.GetSize(); n++) {
AutoPtr<IDrawableHolder> wave;
wave = mLightWaves[n];
Int64 delay = 1000L*(6 + n - mCurrentWave)/10L;
res = NULL;
wave->AddAnimTo(FINAL_DURATION, delay, strX, ringX, TRUE, (IObjectAnimator**)&res);
res = NULL;
wave->AddAnimTo(FINAL_DURATION, delay, strY, ringY, TRUE, (IObjectAnimator**)&res);
res = NULL;
wave->AddAnimTo(FINAL_DURATION, delay, scaleX, 0.1f, TRUE, (IObjectAnimator**)&res);
res = NULL;
wave->AddAnimTo(FINAL_DURATION, delay, scaleY, 0.1f, TRUE, (IObjectAnimator**)&res);
res = NULL;
wave->AddAnimTo(FINAL_DURATION, delay, alpha, 0.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
}
for (UInt32 i = 0; i < mLightWaves.GetSize(); i++) {
mLightWaves[i]->StartAnimations(
(IAnimatorUpdateListener*)this->Probe(EIID_IAnimatorUpdateListener));
}
res = NULL;
mUnlockRing->AddAnimTo(FINAL_DURATION, 0, strX, ringX, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(FINAL_DURATION, 0, strY, ringY, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(FINAL_DURATION, 0, scaleX, 0.1f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(FINAL_DURATION, 0, scaleY, 0.1f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(FINAL_DURATION, 0, alpha, 0.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockRing->AddAnimTo(FINAL_DURATION, FINAL_DELAY, alpha, 0.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->RemoveAnimationFor(strX);
mUnlockDefault->RemoveAnimationFor(strY);
mUnlockDefault->RemoveAnimationFor(scaleX);
mUnlockDefault->RemoveAnimationFor(scaleY);
mUnlockDefault->RemoveAnimationFor(alpha);
mUnlockDefault->SetX(ringX);
mUnlockDefault->SetY(ringY);
mUnlockDefault->SetScaleX(0.1f);
mUnlockDefault->SetScaleY(0.1f);
mUnlockDefault->SetAlpha(0.0f);
mUnlockDefault->AddAnimTo(FINAL_DURATION, 0, strX, ringX, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, 0, strY, ringY, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, 0, scaleX, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, 0, scaleY, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, 0, alpha, 1.0f, TRUE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, FINAL_DELAY, scaleX, 3.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, FINAL_DELAY, scaleY, 3.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockDefault->AddAnimTo(FINAL_DURATION, FINAL_DELAY, alpha, 0.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(FINAL_DURATION, 0, strX, ringX, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(FINAL_DURATION, 0, strY, ringY, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(FINAL_DURATION, FINAL_DELAY, scaleX, 3.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(FINAL_DURATION, FINAL_DELAY, scaleY, 3.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
mUnlockHalo->AddAnimTo(FINAL_DURATION, FINAL_DELAY, alpha, 0.0f, FALSE, (IObjectAnimator**)&res);
res = NULL;
RemoveCallbacks(mLockTimerActions);
PostDelayed(mLockTimerActions, RESET_TIMEOUT);
DispatchTriggerEvent(IWaveViewOnTriggerListener::CENTER_HANDLE);
mLockState = STATE_UNLOCK_SUCCESS;
} else {
mLockState = STATE_RESET_LOCK;
}
break;
}
case STATE_UNLOCK_SUCCESS:
{
if (DBG) Logger::V(TAG, "State UNLOCK_SUCCESS");
RemoveCallbacks(mAddWaveAction);
break;
}
default:
{
if (DBG) Logger::V(TAG, String("Unknown state ") + StringUtils::Int32ToString(mLockState));
break;
}
}
mUnlockDefault->StartAnimations(THIS_PROBE(IAnimatorUpdateListener));
mUnlockHalo->StartAnimations(THIS_PROBE(IAnimatorUpdateListener));
mUnlockRing->StartAnimations(THIS_PROBE(IAnimatorUpdateListener));
}
