public static TweenManager managed(
this TweenTimelineElement timeline, TweenManager.Loop looping, TweenTime time = TweenTime.OnUpdate,
float delay = 0,
[CallerMemberName] string callerMemberName = "",
[CallerFilePath] string callerFilePath = "",
[CallerLineNumber] int callerLineNumber = 0
) => new TweenManager(
TweenTimeline.single(timeline, delay), time, looping,
createContext(callerMemberName, callerFilePath, callerLineNumber)
);
public void Start()
{
// var obj3T = TweenOps.vector3.tween(
// obj3.position, obj3.position + Vector3.right * 10, Eases.linear, duration
// );
// var obj23T = obj2T
// var obj4T = TweenOps.vector3.tween(
// obj4.position, obj4.position + Vector3.right * 10, Eases.quadratic, duration
// );
// var obj4T2 = TweenOps.vector3.tween(
// obj4T.end, obj4T.end + Vector3.right * 10, Eases.quadratic, duration
// );
//
// //
//
var t1 = obj1.tweenPositionRelative(Vector3.right * 5, Eases.linear, duration);
var t2 = obj1.tweenPositionRelative(Vector3.up, Eases.expoOut, duration);
var t3 = obj1.tweenPositionRelative(Vector3.down, Eases.quadInOut, duration);
var t4 = obj1.tweenPositionRelative(Vector3.left, Eases.elasticInOut, duration);
var tweens = new TweenTimelineElement[] { t1 /*, t2, t3, t4*/ };
var tra = TweenTimeline.parallelEnumerable(tweens /*.shuffleRepeatedly(Rng.now).Take(100)*/).build();
// Tween.callback(_ => print($"start {_}")),
// Tween.callback(_ => print($"1 {_}")),
// obj2.tweenPositionRelative(Vector3.right * 2, Eases.linear, duration),
// obj2.tweenPositionRelative(Vector3.right * 2, Eases.linear, 0f),
// Tween.callback(_ => print($"2 {_}")),
// t1.tweenPositionRelative(Vector3.right * 2, Eases.linear, duration),
// Tween.callback(_ => print($"end {_}"))
manager = tra.managed();
var tr = TweenTimeline.sequential(
/*tra, tra.reversed(), tra.reversed().reversed(), *//*tra.reversed()*/
).build();
// manager = tr.managed()
// .onStart(forwards => indicator.color = forwards ? Color.black : Color.green)
// .onEnd(forwards => indicator.color = forwards ? Color.gray : Color.red);
// var tr1 =
// TweenSequence.Builder.create()
// .append(obj1.tweenPositionRelative(Vector3.right * 10, Eases.cubic, duration))
// .append(obj2.tweenPositionRelative(Vector3.right * 10, Eases.sin, duration))
// .build();
//
// tr =
// TweenSequence.Builder.create()
// .append(tr1)
// .insert(1, obj3.tweenPositionRelative(Vector3.right * 10, Eases.linear, duration))
// .append(obj4.tweenPositionRelative(Vector3.right * 10, Eases.cubic, duration))
// .append(obj4.tweenPosition(Vector3.left * 10, Eases.quadratic, duration))
// .build();
//
// ASync.WithDelay(tr.totalDuration, tr.reset);
// ASync.WithDelay(tr.totalDuration * 2, tr.reset);
}
public static TweenManager managed(
this TweenTimelineElement timeline, TweenManager.Loop looping, TweenTime time = TweenTime.OnUpdate,
float delay = 0
) => new TweenManager(TweenTimeline.single(timeline, delay), time, looping);
public void Start()
{
List <Vector3> positionArray = new List <Vector3>();
positionArray.Add(new Vector3(0f, 0f, 0f));
positionArray.Add(new Vector3(0f, 5f, 5f));
positionArray.Add(new Vector3(6f, 5f, 5f));
positionArray.Add(new Vector3(12f, 0f, 5f));
positionArray.Add(new Vector3(12f, 0f, 0f));
// positionArray.Add(new Vector3(12f, 0f, 0f));
//FunPath path = new FunPath(positionArray);
// FunPath path2 = new FunPath(path.convertList(lines[0].pathVerts));
// print("path lenght test: " + path.length());
//print("path nodes test: " + path.nodes);
// print("path point test: " + path.evaluate(0.8f));
// var obj3T = TweenOps.vector3.tween(
// obj3.position, obj3.position + Vector3.right * 10, Eases.linear, duration
// );
// var obj23T = obj2T
// var obj4T = TweenOps.vector3.tween(
// obj4.position, obj4.position + Vector3.right * 10, Eases.quadratic, duration
// );
// var obj4T2 = TweenOps.vector3.tween(
// obj4T.end, obj4T.end + Vector3.right * 10, Eases.quadratic, duration
// );
//
// //
//
// var t1 = obj1.tweenTransformByPath(0f, 1f, path, Eases.quadInOut, duration);
var t2 = obj2.tweenPositionRelative(Vector3.up, Eases.expoOut, duration);
var t3 = obj1.tweenPositionRelative(Vector3.down, Eases.quadInOut, duration);
var t4 = obj1.tweenPositionRelative(Vector3.left, Eases.elasticInOut, duration);
// var tweens = new TweenTimelineElement[] {t1, t2 /*, t3, t4*/};
// var tra = TweenTimeline.parallelEnumerable(tweens /*.shuffleRepeatedly(Rng.now).Take(100)*/).build();
// Tween.callback(_ => print($"start {_}")),
// Tween.callback(_ => print($"1 {_}")),
// obj2.tweenPositionRelative(Vector3.right * 2, Eases.linear, duration),
// obj2.tweenPositionRelative(Vector3.right * 2, Eases.linear, 0f),
// Tween.callback(_ => print($"2 {_}")),
// t1.tweenPositionRelative(Vector3.right * 2, Eases.linear, duration),
// Tween.callback(_ => print($"end {_}"))
// manager = tra.managed();
var tr = TweenTimeline.sequential(
/*tra, tra.reversed(), tra.reversed().reversed(), */ /*tra.reversed()*/
).build();
// manager = tr.managed()
// .onStart(forwards => indicator.color = forwards ? Color.black : Color.green)
// .onEnd(forwards => indicator.color = forwards ? Color.gray : Color.red);
// var tr1 =
// TweenSequence.Builder.create()
// .append(obj1.tweenPositionRelative(Vector3.right * 10, Eases.cubic, duration))
// .append(obj2.tweenPositionRelative(Vector3.right * 10, Eases.sin, duration))
// .build();
//
// tr =
// TweenSequence.Builder.create()
// .append(tr1)
// .insert(1, obj3.tweenPositionRelative(Vector3.right * 10, Eases.linear, duration))
// .append(obj4.tweenPositionRelative(Vector3.right * 10, Eases.cubic, duration))
// .append(obj4.tweenPosition(Vector3.left * 10, Eases.quadratic, duration))
// .build();
//
// ASync.WithDelay(tr.totalDuration, tr.reset);
// ASync.WithDelay(tr.totalDuration * 2, tr.reset);
}