public FloatChoreographyKeyFrame(float s, float v, EaseOperation e)
{
start = s;
value = v;
ease_operation = e;
}
static public float InOut(float x, EaseOperation in_operation, EaseOperation out_operation)
{
if (x < 0.5f)
{
return(in_operation(x * 2.0f) * 0.5f);
}
return(out_operation((x - 0.5f) * 2.0f) * 0.5f + 0.5f);
}
static public float Delay(float x, float start, EaseOperation operation)
{
if (x <= start)
{
return(0.0f);
}
return(operation((x - start) / (1.0f - start)));
}
public Easer(EaseOperation o, TemporalDuration t)
{
operation = o;
timer = t;
}
public ConductorOrder_GameObject_EaseToLocalPlanarPosition(GameObject t, Vector2 e, EaseOperation o, float d, TimeType tt) : base(t)
{
end = e;
easer = new GameEaser(o, d, tt);
}
static public float Evaluate(this EaseOperation item, float time, float start_time, float end_time, float start_value, float end_value)
{
return(item(time.ConvertFromRangeToPercent(start_time, end_time))
.ConvertFromPercentToRange(start_value, end_value));
}
public ConductorOrder_GameObject_EaseToPlanarRotation(GameObject t, float e, EaseOperation o, float d, TimeType tt) : base(t)
{
end = e;
easer = new GameEaser(o, d, tt);
}
static public EaseOperation Inverse(EaseOperation operation)
{
return(delegate(float x) {
return Inverse(x, operation);
});
}
static public float Inverse(float x, EaseOperation operation)
{
return(1.0f - operation(1.0f - x));
}
static public EaseOperation InOut(EaseOperation in_operation, EaseOperation out_operation)
{
return(delegate(float x) {
return InOut(x, in_operation, out_operation);
});
}
static public EaseOperation Delay(float start, EaseOperation operation)
{
return(delegate(float x) {
return Delay(x, start, operation);
});
}
public GameEaser(EaseOperation o, float d, TimeType t) : base(o, new GameTimer(d, t))
{
}
public ConductorOrder_MotionManualNode_EaseTo(MotionManualNode n, float e, EaseOperation o, float d, TimeType tt) : base(n)
{
end = e;
easer = new GameEaser(o, d, tt);
}
