private static void ExecuteCompletionCommand(FrameworkElement element, ActiveTimeline <Timeline> active)
{
// If a secondary completion command exists and the completing animation is a
// secondary animation, execute the corresponding command
if (GetSecondaryCompletionCommand(element) is ICommand secondaryCompletion &&
GetSecondary(element) is IAnimationSettings secondary &&
(AnimationSettings)secondary == active.Settings)
{
secondaryCompletion.Execute(null);
}
private static void RunAnimation(FrameworkElement element, AnimationSettings settings, bool runFromIdle, bool isSequence = false)
{
var timeline = new Timeline();
var iterationBehavior = GetIterationBehavior(element);
var iterationCount = GetIterationCount(element);
// FADE IN/OUT
if (settings.Kind.HasFlag(AnimationKind.FadeTo))
{
element.FadeTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.FadeFrom))
{
element.FadeFrom(settings, ref timeline);
}
// ROTATE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.RotateTo))
{
element.RotateTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.RotateFrom))
{
element.RotateFrom(settings, ref timeline);
}
// SCALE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.ScaleXTo))
{
element.ScaleXTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ScaleXFrom))
{
element.ScaleXFrom(settings, ref timeline);
}
if (settings.Kind.HasFlag(AnimationKind.ScaleYTo))
{
element.ScaleYTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ScaleYFrom))
{
element.ScaleYFrom(settings, ref timeline);
}
#if __UWP__
if (settings.Kind.HasFlag(AnimationKind.ScaleZTo))
{
element.ScaleZTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ScaleZFrom))
{
element.ScaleZFrom(settings, ref timeline);
}
#endif
// TRANSLATE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.TranslateXTo))
{
element.TranslateXTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TranslateXFrom))
{
element.TranslateXFrom(settings, ref timeline);
}
if (settings.Kind.HasFlag(AnimationKind.TranslateYTo))
{
element.TranslateYTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TranslateYFrom))
{
element.TranslateYFrom(settings, ref timeline);
}
#if __UWP__
if (settings.Kind.HasFlag(AnimationKind.TranslateZTo))
{
element.TranslateZTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TranslateZFrom))
{
element.TranslateZFrom(settings, ref timeline);
}
#endif
// BLUR TO/FROM
if (settings.Kind.HasFlag(AnimationKind.BlurTo))
{
element.BlurTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.BlurFrom))
{
element.BlurFrom(settings, ref timeline);
}
ActiveTimeline <Timeline> active = null;
if (runFromIdle)
{
// If the animation is running for an "idle" ActiveTimeline,
// then it must be set to the existing ActiveTimeline
// instead of creating a new one
var guid = GetElementGuid(element);
active = _actives.SetTimeline(guid, timeline);
}
else
{
// Add the new ActiveTimeline
active = _actives.Add(timeline, settings, element, AnimationState.Idle, iterationBehavior, iterationCount, isSequence);
}
// We decrement the iteration count right before running the animation
if (active.IterationCount > 0)
{
active.IterationCount--;
}
StartTimeline(timeline);
}
private static void RunAnimation(FrameworkElement element, AnimationSettings settings, bool runFromIdle, bool isSequence = false)
{
#if !__WPF__
if (Debugger.IsAttached && GetEnableDebugging(element) == DebugTarget.RunAnimation)
{
Debugger.Break();
}
#endif
var timeline = new Timeline();
var iterationBehavior = GetIterationBehavior(element);
var iterationCount = GetIterationCount(element);
// FADE IN/OUT
if (settings.Kind.HasFlag(AnimationKind.FadeTo))
{
element.FadeTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.FadeFrom))
{
element.FadeFrom(settings, ref timeline);
}
// ROTATE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.RotateTo))
{
element.RotateTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.RotateFrom))
{
element.RotateFrom(settings, ref timeline);
}
// ColorAnimation supported only on Uno and WPF (not on native UWP due to Composition-only implementations)
#if WINDOWS_UWP || HAS_UNO || __WPF__
// COLOR TO/FROM
if (settings.Kind.HasFlag(AnimationKind.ColorTo))
{
element.ColorTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ColorFrom))
{
element.ColorFrom(settings, ref timeline);
}
#endif
// SCALE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.ScaleXTo))
{
element.ScaleXTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ScaleXFrom))
{
element.ScaleXFrom(settings, ref timeline);
}
if (settings.Kind.HasFlag(AnimationKind.ScaleYTo))
{
element.ScaleYTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ScaleYFrom))
{
element.ScaleYFrom(settings, ref timeline);
}
#if __UWP__
if (settings.Kind.HasFlag(AnimationKind.ScaleZTo))
{
element.ScaleZTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.ScaleZFrom))
{
element.ScaleZFrom(settings, ref timeline);
}
#endif
// TRANSLATE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.TranslateXTo))
{
element.TranslateXTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TranslateXFrom))
{
element.TranslateXFrom(settings, ref timeline);
}
if (settings.Kind.HasFlag(AnimationKind.TranslateYTo))
{
element.TranslateYTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TranslateYFrom))
{
element.TranslateYFrom(settings, ref timeline);
}
#if __UWP__
if (settings.Kind.HasFlag(AnimationKind.TranslateZTo))
{
element.TranslateZTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TranslateZFrom))
{
element.TranslateZFrom(settings, ref timeline);
}
#endif
#if __WPF__ || __UWP__
// BLUR TO/FROM
if (settings.Kind.HasFlag(AnimationKind.BlurTo))
{
element.BlurTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.BlurFrom))
{
element.BlurFrom(settings, ref timeline);
}
#endif
#if __UWP__
// SATURATE TO/FROM
if (settings.Kind.HasFlag(AnimationKind.SaturateTo))
{
element.SaturateTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.SaturateFrom))
{
element.SaturateFrom(settings, ref timeline);
}
// TINT TO/FROM
if (settings.Kind.HasFlag(AnimationKind.TintTo))
{
element.TintTo(settings, ref timeline);
}
else if (settings.Kind.HasFlag(AnimationKind.TintFrom))
{
element.TintFrom(settings, ref timeline);
}
#endif
ActiveTimeline <Timeline> active = null;
if (runFromIdle)
{
// If the animation is running for an "idle" ActiveTimeline,
// then it must be set to the existing ActiveTimeline
// instead of creating a new one
var guid = GetElementGuid(element);
active = _actives.SetTimeline(guid, timeline);
}
else
{
// Add the new ActiveTimeline
active = _actives.Add(timeline, settings, element, AnimationState.Idle, iterationBehavior, iterationCount, isSequence);
}
// We decrement the iteration count right before running the animation
if (active.IterationCount > 0)
{
active.IterationCount--;
}
StartTimeline(timeline);
}