public static MoveSingle Create(Property p, Vector3 o, Axis3 a, Vector3Callback c)
{
GameObject g = null;
switch (a)
{
case Axis3.X:
g = GameObject.Instantiate(x.Object);
break;
case Axis3.Y:
g = GameObject.Instantiate(y.Object);
break;
case Axis3.Z:
g = GameObject.Instantiate(z.Object);
break;
default:
return(null);
}
MoveSingle m = g.AddComponent <MoveSingle>();
m.property = p;
m.DragEvent += c;
return(m);
}
public void Start()
{
var layout = new LinearPlanarSpread(plane);
LayoutFactoryDelegate factory = (LayoutObject target) =>
{
var animation = new MoveSingle(target.position, target.rotation);
animation.AnimationCurve = new SineWave(period);
animation.AnimationTarget = new TargetSingle(target.gameObject);
return(animation);
};
AnimationManager.Default.Configure(Streams.STREAM_0, AnimationStreamType.DEFER, 16);
LayoutManager.Default.Add(Streams.STREAM_0, layout, factory, new TargetByComponent <DemoMarker>());
}
public void test_layout()
{
LayoutManagerTests.Reset(this);
AnimationManager.Default.Configure(Streams.STREAM_0, AnimationStreamType.DEFER, 30);
var layout = new UniformPlanarFold(this.SpawnBlank(), 10f, 10f, 10f);
LayoutFactoryDelegate factory = (LayoutObject target) =>
{
var animation = new MoveSingle(target.position, target.rotation);
animation.AnimationCurve = new Linear(1f);
animation.AnimationTarget = new TargetSingle(target.gameObject);
return(animation);
};
var targets = new GameObject[]
{
this.SpawnBlank(),
this.SpawnBlank(),
this.SpawnBlank(),
this.SpawnBlank(),
this.SpawnBlank(),
this.SpawnBlank(),
};
LayoutManager.Default.Add(Streams.STREAM_0, layout, factory, new TargetGroup(targets));
Assert(AnimationManager.Default.Streams.Active(Streams.STREAM_0));
int count = 0;
AnimationManager.Default.Events.AddEventHandler <LayoutCompleteEvent>((ep) => { count += 1; });
AnimationHandler.Default.Update(0.5f);
Assert(AnimationManager.Default.Streams.Active(Streams.STREAM_0));
Assert(AnimationManager.Default.Streams.Active(Streams.STREAM_0));
Assert(count == 0);
AnimationHandler.Default.Update(0.5f);
AnimationHandler.Default.Update(0.5f);
Assert(!AnimationManager.Default.Streams.Active(Streams.STREAM_0));
Assert(count == 1);
LayoutManagerTests.Reset(this);
}
public static Move Create(Property p, Vector3 o, Vector3Callback c)
{
Move m = null;
if (p.mdp.Count > 0)
{
m = p.mdp.Dequeue();
m.gameObject.SetActive(true);
m.transform.position = o;
}
else
{
m = new GameObject("Position Handle").AddComponent <Move>();
m.transform.position = o;
m.transform.SetParent(Parent);
Vector3Callback _c = (v) => { m.transform.position = v; if (m.callback != null)
{
m.callback(v);
}
};
for (int i = 0; i < 3; i++)
{
MoveSingle s = MoveSingle.Create(p, o, (Axis3)i, null);
s.transform.SetParent(m.transform, false);
s.DragEvent += (v) => { _c(v); s.transform.position = v; };
}
for (int i = 0; i < 3; i++)
{
MoveDouble d = MoveDouble.Create(p, o, (Axis3)i, null);
d.transform.SetParent(m.transform, false);
d.DragEvent += (v) => { _c(v); d.transform.position = v; };
}
}
m.callback = c;
m.property = p;
p.mep.Add(m);
return(m);
}
public void Start()
{
factory = (LayoutObject target) =>
{
var animation = new MoveSingle(target.position, target.rotation);
animation.AnimationCurve = new Linear(duration);
animation.AnimationTarget = new TargetSingle(target.gameObject);
return(animation);
};
AnimationManager.Default.Events.AddEventHandler <LayoutCompleteEvent>((ep) =>
{
offset += 1;
if (offset >= 4)
{
offset = 0;
}
idle = true;
});
AnimationManager.Default.Configure(Streams.STREAM_0, AnimationStreamType.DEFER, 16);
}
