public void MoveRandom()
{
if (animator != null)
{
return;
}
float duration = 1;
duration = durations[randomizer.Next(0, durations.Length)];
OOEInterpolation interpolation = interpolations[randomizer.Next(0, interpolations.Length)];
animator = new OOEValueAnimator().Duration(duration).From(0).To(1).Interpolation(interpolation);
previousLocation = frame.origin;
destination.x = ((float)randomizer.NextDouble() * playgroundSize.width) - frame.origin.x;
destination.y = ((float)randomizer.NextDouble() * playgroundSize.height) - frame.origin.y;
animator.OnValueChange = (value) =>
{
frame.origin.x = previousLocation.x + (destination.x * value);
frame.origin.y = previousLocation.y + (destination.y * value);
};
animator.OnFinish = () =>
{
animator.Dispose();
animator = null;
MoveRandom();
};
animator.Start();
}
public override void FixedUpdate()
{
if (this.State == OOEAnimationState.running)
{
Console.WriteLine("OOEValueAnimator.FixedUpdate is running.");
Console.WriteLine("Animator State :" + State);
Console.WriteLine("Is Paused : " + IsPaused);
OOEInterpolation interpolation = this.interpolator;
if (interpolation == null)
{
interpolation = OOEInterpolation.linear;
}
currentTime += timePerFrame;
if (currentTime >= totalTime)
{
currentTime = totalTime;
}
// Console.WriteLine("OOEValueAnimator.currentTime = " + currentTime);
if (OnValueChange != null)
{
float value = interpolation.InterpolatedValueOf(currentTime, totalTime, startValue: fromValue, endValue: toValue);
OnValueChange(value);
}
if (currentTime == totalTime)
{
Pause();
if (OnFinish != null)
{
OnFinish();
}
}
}
}
public OOEValueAnimator Interpolation(OOEInterpolation interpolator)
{
this.interpolator = interpolator;
return(this);
}