float FCurveSequence::DEPRECATED_GetLerpLooping() const
{
// Only supported for sequences with a single curve. If you have multiple curves, use your FCurveHandle to compute
// interpolation alpha values.
checkSlow(Curves.Num() == 1);
return bIsLooping ? GetLerp() : FCurveHandle(this, 0).DEPRECATED_GetLerpLooping();
}
FCurveHandle FCurveSequence::AddCurve( const float InStartTimeSeconds, const float InDurationSeconds, const ECurveEaseFunction::Type InEaseFunction )
{
// Keep track of how long this sequence is
TotalDuration = FMath::Max(TotalDuration, InStartTimeSeconds + InDurationSeconds);
// The initial state is to be at the end of the animation.
StartTime = TotalDuration;
// Actually make this curve and return a handle to it.
Curves.Add( FSlateCurve(InStartTimeSeconds, InDurationSeconds, InEaseFunction) );
return FCurveHandle(this, Curves.Num() - 1);
}
/** A fadeout has completed */
void FadeoutComplete()
{
// Make sure we are no longer fading
FadeAnimation = FCurveSequence();
FadeCurve = FCurveHandle();
// Clear the complete state to hide all the images/throbber
SetCompletionState(CS_None);
// Make sure we have left responsive mode
if ( ThrottleHandle.IsValid() )
{
FSlateThrottleManager::Get().LeaveResponsiveMode( ThrottleHandle );
}
// Clear reference
if( MyList.IsValid() )
{
MyList.Pin()->NotificationItemFadedOut(SharedThis(this));
}
}
