public static Velocity CalcStartVelocity(this IAnimator animator, float distance)
{
var pos1 = animator.CalcPosition(0.0f, distance);
var pos2 = animator.CalcPosition((float)Anime.TimeDelta, distance);
return(Velocity.FromPerSecond((pos2 - pos1) * distance / Anime.TimeDelta));
}
public static Velocity CalculateStartVelocity(this ITween tween, float distance)
{
var pos1 = tween.CalculatePosition(0.0f, distance);
var pos2 = tween.CalculatePosition((float)Tweener.TIME_DELTA, distance);
return(Velocity.FromPerSecond((pos2 - pos1) * distance / Tweener.TIME_DELTA));
}
public static Velocity CalcFinishVelocity(this IAnimator animator, float distance)
{
var finishTime = animator.CalcFinishTime(distance);
var pos1 = animator.CalcPosition(finishTime - (float)Anime.TimeDelta, distance);
var pos2 = animator.CalcPosition(finishTime, distance);
return(Velocity.FromPerSecond((pos2 - pos1) * distance / Anime.TimeDelta));
}
public static Velocity CalculateFinishVelocity(this ITween tween, float distance)
{
var finishTime = tween.CalculateFinishTime(distance);
var pos1 = tween.CalculatePosition(finishTime - (float)Tweener.TIME_DELTA, distance);
var pos2 = tween.CalculatePosition(finishTime, distance);
return(Velocity.FromPerSecond((pos2 - pos1) * distance / Tweener.TIME_DELTA));
}
private void Sample14()
{
Anime.PlayRelative(new Vector3(-5f, 0.75f, 0f), new Vector3(5f, 0f, 0f),
Easing.InCubic(Velocity.FromPerSecond(2f)))
.PlayRelative(new Vector3(5f, 0f, 0f), Easing.OutCubic(Velocity.FromPerSecond(2f)))
.SubscribeToPosition(cube);
Anime.PlayRelative(new Vector3(-5f, -0.75f, 0f), new Vector3(5f, 0f, 0f),
Easing.InCubic(Velocity.FromPerSecond(2f)))
.PlayRelative(new Vector3(5f, 0f, 0f), Easing.OutCubic(Velocity.FromPerSecond(2f)))
.SubscribeToPosition(cube2);
}
