private void ToogleAnimation(IAnimationPipelineController controller)
{
if (controller.State == AnimationState.Playing)
{
controller.Pause();
}
else
{
controller.Resume();
}
}
private IAnimationPipelineController Run(PipelineKind kind)
{
if (controller == null)
{
controller = new AnimationPipelineController <TOwner>(this);
this.Kind = kind;
Run();
return(controller);
}
else
{
throw new InvalidOperationException("You can call Once/Loop/PingPong just once by pipeline.");
}
}
internal static void RemoveController(IAnimationPipelineController controller)
{
controllers.Remove(controller);
}
internal static void AddController(IAnimationPipelineController controller)
{
controllers.Add(controller);
}
public override void Initialize()
{
Context.RemoveAllComponents();
var bounds = Context.Bounds;
var moveToFood1 = new RectangleComponent(Point.Zero, Context);
moveToFood1.Transform.Position = moveToSampleArea.LeftTopPoint();
moveToFood1.Transform
.MoveTo(moveToSampleArea.RightBottomPoint(), 2, Easing.InBack)
.Delay(1)
.MoveTo(moveToSampleArea.RightTopPoint(), 2, Easing.Linear)
.PingPong();
var moveToFood2 = new RectangleComponent(Point.Zero, Context);
moveToFood2.Transform.Position = moveToSampleArea.RightBottomPoint();
moveToFood2.Transform
.MoveTo(moveToSampleArea.LeftTopPoint(), 2, Easing.InBack)
.Delay(1)
.MoveTo(moveToSampleArea.LeftBottomPoint(), 2, Easing.Linear)
.PingPong();
var blinkFood = new RectangleComponent(Point.Zero, Context);
blinkFood.Transform.Position = new Point(30, 11);
blinkFood
.Enable(1f)
.Loop();
controller1 = blinkFood
.To(0, 100, 19, Easing.Linear, v => numberSample1 = v)
.Loop();
controller2 = blinkFood
.To(0, 10, 10, Easing.Linear, v => numberSample2 = v)
.Delay(5)
.To(10, 30, 10, Easing.Linear, v => numberSample2 = v)
.Delay(5)
.To(30, 100, 10, Easing.Linear, v => numberSample2 = v)
.Delay(5)
.PingPong();
// Once blink
for (var i = 0; i < 100; i++)
{
var b = new RectangleComponent(Point.Zero, Context);
b.Transform.Position = new Point(31 + i, 11);
b
.Delay(i * 0.05f)
.Enable(1f)
.Enable(0.5f)
.Enable(0.5f)
.Once();
}
// Ping-pong move
var length = 100;
var speed = 0.1f;
var maxTime = (length - 1) * speed;
for (var i = 0; i < length; i++)
{
var b = new RectangleComponent(Point.Zero, Context);
b.Transform.Position = new Point(31 + i, 13);
b
.Disable(i * speed).OnlyForward()
.Delay(maxTime - (i * speed)).OnlyForward()
.Delay(maxTime - ((length - 1 - i) * speed)).OnlyBackward()
.Enable(((length - 1) - i) * speed).OnlyBackward()
.PingPong();
}
// ScaleTo, MoveTo and PingPong
new RectangleComponent(140, 1, Context)
{
Filled = true
}.Transform
.ScaleTo(new Point(20, 10), 1, Easing.InExpo)
.MoveTo(new Point(140, bounds.Bottom - 10), 2, Easing.InBounce)
.PingPong();
// Circle and rectangle
var circle = new CircleComponent(new Point(12, 20), 1, Context)
{
Filled = false
};
circle.Transform
.Do(() => circle.Filled = false).OnlyForward()
.ScaleTo(30, 3, Easing.InOutQuint)
.Do(() => circle.Filled = true).OnlyBackward()
.PingPong();
var rect = new RectangleComponent(circle.Transform.Position, Context)
{
Filled = false
};
rect.Transform
.ScaleTo(30, 3, Easing.InOutQuint)
.Delay(3)
.PingPong();
// Circle and rectangle with pivot centralized.
var circleCentralized = new CircleComponent(bounds.GetCenter(), 1, Context)
{
Filled = false
};
circleCentralized.Transform.CentralizePivot()
.Do(() => circleCentralized.Filled = false).OnlyForward()
.ScaleTo(30, 3, Easing.InOutQuint)
.Do(() => circleCentralized.Filled = true).OnlyBackward()
.PingPong();
var rectCentralized = new RectangleComponent(circleCentralized.Transform.Position, Context)
{
Filled = false
};
rectCentralized.Transform.CentralizePivot()
.ScaleTo(30, 3, Easing.InOutQuint)
.Delay(3)
.PingPong();
}
