private void OnLoopBegin()
{
if (recyled)
{
return;
}
_tv = TweenValue.Get <T>(env.envType);
_tv.converter = converter;
switch (loopType)
{
case LoopType.ReStart:
{
var plugin = Allocate <RecyclablePlugin <T> >(env.envType);
plugin.Config(start, end, duration, getter, (value) => { current = value; }, snap);
_tv.Config(plugin, null);
}
break;
case LoopType.PingPong:
if (direction == TweenDirection.Forward)
{
var plugin = Allocate <RecyclablePlugin <T> >(env.envType);
plugin.Config(start, end, duration, getter, (value) => { current = value; }, snap);
_tv.Config(plugin, null);
direction = TweenDirection.Back;
}
else
{
var plugin = Allocate <RecyclablePlugin <T> >(env.envType);
plugin.Config(end, start, duration, getter, (value) => { current = value; }, snap);
_tv.Config(plugin, null);
direction = TweenDirection.Forward;
}
break;
default:
break;
}
_tv.Run();
}
private void OnLoopBegin()
{
if (recyled)
{
return;
}
_tv = TweenValue.Get <T>(env.envType);
_tv.converter = converter;
switch (direction)
{
case TweenDirection.Forward:
{
T _start = _array[_index];
T _end = _array[_index + 1];
var plugin = Allocate <RecyclablePlugin <T> >(env.envType);
plugin.Config(_start, _end, duration / (_array.Length - 1), getter, (value) => { current = value; }, snap);
_tv.Config(plugin, null);
}
break;
case TweenDirection.Back:
{
T _end = _array[_index - 1];
T _start = _array[_index];
var plugin = Allocate <RecyclablePlugin <T> >(env.envType);
plugin.Config(_start, _end, duration / (_array.Length - 1), getter, (value) => { current = value; }, snap);
_tv.Config(plugin, null);
}
break;
default:
break;
}
_tv.Run();
}
public override void Rewind(float duration, bool snap = false)
{
if (recyled)
{
return;
}
direction = TweenDirection.Forward;
RecycleInner();
_tv = TweenValue.Get <T>(env.envType);
_tv.converter = converter;
var plugin = Allocate <RecyclablePlugin <T> >(env.envType);
plugin.Config(current, start, duration, getter, (value) => { current = value; }, snap);
_tv.Config(plugin, TryRecyleSelf);
_tv.Run();
}
public void Rewind(float dur)
{
if (recyled)
{
return;
}
_startToEnd = true;
RecycleInner();
_tv = TweenValue.Get <T>(env.envType);
_tv.curve = curve;
_tv.Config(cur, start, dur, getter,
(value) => { cur = value; },
() => {
TryRecyleSelf();
});
_tv.Run();
}
public void Run()
{
if (recyled)
{
return;
}
_seq = this.Sequence(env.envType)
.Repeat((r) =>
{
_repeat = r.Sequence((s) =>
{
s.Until(() => {
if (recyled)
{
return(true);
}
return(_tv.compeleted);
})
.OnCompelete(() => {
if (_tv != null)
{
_tv.Recyle();
_tv = null;
}
})
.OnBegin(() => {
if (recyled)
{
return;
}
_tv = TweenValue.Get <T>(env.envType);
_tv.curve = curve;
switch (loopType)
{
case LoopType.ReStart:
_tv.Config(start, end, dur, getter, (value) => { cur = value; }, null);
break;
case LoopType.PingPong:
if (_startToEnd)
{
_tv.Config(start, end, dur, getter, (value) => { cur = value; }, null);
_startToEnd = false;
}
else
{
_tv.Config(end, start, dur, getter, (value) => { cur = value; }, null);
_startToEnd = true;
}
//if (cur.Equals(start))
//else if(cur .Equals(end))
// _tv.Config(end, start, dur, getter, (value) => { cur = value; }, null);
//else
// _tv.Config(start, end, dur, getter, (value) => { cur = value; }, null);
break;
default:
break;
}
_tv.Run();
});
});
}, loop)
.OnCompelete(() =>
{
if (onCompelete != null)
{
onCompelete();
}
TryRecyleSelf();
})
.Run();
}