void Update()
{
if (GameManager.GameIsNotFrozen)
{
currentCooldown -= Time.deltaTime;
if (currentCooldown <= 0 && !isBlinking)
{
isBlinking = true;
currentCooldown = 0;
SmoothVectorTransformation.StartUnstoppable(this, () => { return(eyes.Select(e => e.localScale).ToArray()); },
(v) => { foreach (Transform t in eyes)
{
t.localScale = v;
}
}, blinkDownScale, blinkDuration / 2);
}
else if (currentCooldown <= -blinkDuration / 2)
{
SmoothVectorTransformation.StartUnstoppable(this, () => { return(eyes.Select(e => e.localScale).ToArray()); },
(v) => { foreach (Transform t in eyes)
{
t.localScale = v;
}
}, eyeDefaultScale, blinkDuration / 2);
currentCooldown = NextCoolDown;
isBlinking = false;
}
}
}
public void StartSequencePart(MonoBehaviour behaviour, Transform target, Action onFinish)
{
b = behaviour;
Action callBack = null;
if (moveToInTime > rotateInTime)
{
callBack = onFinish;
}
e = SmoothVectorTransformation.GetStoppable
(
() => new Vector3[] { target.position },
(v) => target.position = v,
endHere.position,
moveToInTime,
callBack
);
behaviour.StartCoroutine(e);
if (rotateInTime != 0)
{
if (moveToInTime <= rotateInTime)
{
callBack = onFinish;
}
else
{
callBack = null;
}
t =
SmoothTransformation <Vector3> .SmoothRotateAngleEuler(
target.localEulerAngles,
objectRotation,
rotateInTime,
v => target.localEulerAngles = v,
callBack);
behaviour.StartCoroutine(t);
}
}
