public static bool add(PTween tween)
{
if (tween == null)
{
return(false);
}
tweens.Add(tween);
return(true);
}
public static bool removeOne(PTween tween)
{
if (tween == null)
{
return(false);
}
//tweens.Remove(tween);
tween.isRemove = true;
return(true);
}
public static PTween tween(object obj, float duration, PTweenEaseFunc easeFunc, PTweenOnComplete onComplete, params object[] props)
{
PTweenArgs args = new PTweenArgs(props);
float delay = args.getValue <float> ("delay", 0.0f);
if (onComplete == null)
{
onComplete = args.getValue <PTweenOnComplete> ("onComplate", null);
}
PTween rtw = null;
if (args.isExist("from") && args.isExist("to"))
{
if (args.isType <int>("from"))
{
rtw = play <int>(obj, args, duration, easeFunc, onComplete, delay);
}
else if (args.isType <float>("from"))
{
rtw = play <float>(obj, args, duration, easeFunc, onComplete, delay);
}
else if (args.isType <Vector2>("from"))
{
rtw = play <Vector2>(obj, args, duration, easeFunc, onComplete, delay);
}
else if (args.isType <Vector3>("from"))
{
rtw = play <Vector3>(obj, args, duration, easeFunc, onComplete, delay);
}
else if (args.isType <Vector4>("from"))
{
rtw = play <Vector4>(obj, args, duration, easeFunc, onComplete, delay);
}
else if (args.isType <Color>("from"))
{
rtw = play <Color>(obj, args, duration, easeFunc, onComplete, delay);
}
else if (args.isType <Quaternion>("from"))
{
rtw = play <Quaternion>(obj, args, duration, easeFunc, onComplete, delay);
}
else
{
Debug.LogError("PTween: invalid type:" + args.getType("from"));
return(null);
}
}
return(rtw);
}
public static bool remove(PTween tween) // remove Group
{
if (tween == null)
{
return(false);
}
for (PTween t = tween.NextTween; t != null; t = t.NextTween)
{
//tweens.Remove(t);
t.isRemove = true;
}
for (PTween t = tween.PrevTween; t != null; t = t.PrevTween)
{
//tweens.Remove(t);
t.isRemove = true;
}
//tweens.Remove(tween);
tween.isRemove = true;
return(true);
}
protected override void setup()
{
size(512 * displayAspectW, 512, P2D);
fadeTween = tween(255, 0, 1.0f, PEase.InCubic);
tween(this, "col", Color.gray, Color.green, 0.5f, PEase.OutQuad)
.to(Color.yellow, 0.5f, PEase.OutQuad)
.wait(1.0f)
.to(Color.red, 1.0f, PEase.Linear)
.reverse()
.loop();
wait(3.0f).call(changeBGColor).loop();
pos = new Vector3(width / 2, height / 2, 0.0f);
recycle();
noStroke();
}
public static PTween createTween <T>() where T : struct
{
PTween tween = null;
Type t = typeof(T);
if (t == typeof(int))
{
tween = new IntTween();
}
else if (t == typeof(float))
{
tween = new FloatTween();
}
else if (t == typeof(Vector2))
{
tween = new Vector2Tween();
}
else if (t == typeof(Vector3))
{
tween = new Vector3Tween();
}
else if (t == typeof(Vector4))
{
tween = new Vector4Tween();
}
else if (t == typeof(Color))
{
tween = new ColorTween();
}
else if (t == typeof(Quaternion))
{
tween = new QuaternionTween();
}
else
{
Debug.LogError("PTween createTween: invalid type: " + t); return(null);
}
add(tween);
return(tween);
}
protected override void setup()
{
size(512 * displayAspectW, 512, P2D);
fadeTween = tween(255, 0, 1.0f, PEase.InCubic);
tween(this, "col", Color.gray, Color.green, 0.5f, PEase.OutQuad)
.to(Color.yellow, 0.5f, PEase.OutQuad)
.wait(1.0f)
.to(Color.red, 1.0f, PEase.Linear)
.reverse()
.loop();
wait(3.0f).call(changeBGColor).loop();
pos = new Vector3(width / 2, height /2, 0.0f);
recycle();
noStroke();
}
void changeBGColor(PTween tween)
{
bgCol = color(random(100), random(100), random(100));
}
// for iOS (ExecutionEngineException: Attempting to JIT compile method * while running with –aot-only.)
static public void unusedCode()
{
PTween <int> ti = PTweener.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear) as PTween <int>;
PTween <float> tf = PTweener.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear) as PTween <float>;
PTween <Color> tc = PTweener.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear) as PTween <Color>;
PTween <Vector2> tv2 = PTweener.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear) as PTween <Vector2>;
PTween <Vector3> tv3 = PTweener.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear) as PTween <Vector3>;
PTween <Vector4> tv4 = PTweener.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear) as PTween <Vector4>;
PTween <Quaternion> tq = PTweener.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear) as PTween <Quaternion>;
ti.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear);
ti.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
ti.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
ti.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
ti.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
ti.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
ti.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
tf.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear);
tf.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
tf.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
tf.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
tf.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
tf.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
tf.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
tc.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear);
tc.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
tc.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
tc.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
tc.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
tc.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
tc.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
tv2.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear);
tv2.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
tv2.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
tv2.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
tv2.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
tv2.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
tv2.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
tv3.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear);
tv3.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
tv3.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
tv3.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
tv3.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
tv3.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
tv3.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
tv4.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
tv4.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
tv4.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
tv4.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
tv4.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
tv4.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
tq.tween <int>(null, "hint", default(int), default(int), 1.0f, PEase.Linear);
tq.tween <float>(null, "hint", default(float), default(float), 1.0f, PEase.Linear);
tq.tween <Color>(null, "hint", default(Color), default(Color), 1.0f, PEase.Linear);
tq.tween <Vector2>(null, "hint", default(Vector2), default(Vector2), 1.0f, PEase.Linear);
tq.tween <Vector3>(null, "hint", default(Vector3), default(Vector3), 1.0f, PEase.Linear);
tq.tween <Vector4>(null, "hint", default(Vector4), default(Vector4), 1.0f, PEase.Linear);
tq.tween <Quaternion>(null, "hint", Quaternion.identity, Quaternion.identity, 1.0f, PEase.Linear);
PTweener.clear();
}
public static void removeOneTween(PTween t)
{
PTweener.removeOne(t);
}
void changeBGColor(PTween tween)
{
bgCol = color(random(100), random(100), random(100));
}
