IEnumerator PingPongMove(ColliderConfig comp, LVector3 sPos, LVector3 ePos, float time)
{
float timer = 0;
var degFloat = Random.Range(1.0f - degFloatRate, 1.0f + degFloatRate).ToLFloat();
var sizeFloat1 = Random.Range(1.0f - sizeFloatRate, 1.0f + sizeFloatRate).ToLFloat();
var sizeFloat2 = Random.Range(1.0f - sizeFloatRate, 1.0f + sizeFloatRate).ToLFloat();
var obb = comp.Collider as OBB2D;
var aabb = comp.Collider as AABB2D;
var circle = comp.Collider as Circle;
var startDeg = comp.deg;
var endDeg = startDeg + degFloat * (rawRotateDeg.ToLFloat());
var startRadius = comp.Collider.radius;
var endRandius = sizeFloat1 * rawSize.ToLFloat();
var rawSizeVec = LVector2.one;
var endSizeVec = LVector2.one;
if (circle == null)
{
rawSizeVec = obb != null ? obb.size : aabb.size;
endSizeVec = new LVector2(sizeFloat1 * rawSize.ToLFloat(), sizeFloat2 * rawSize.ToLFloat());
}
while (true)
{
timer += Time.deltaTime;
if (timer > time)
{
break;
}
var timeRate = (timer / time).ToLFloat();
//change position
comp.SetPosition(LVector3.Lerp(sPos, ePos, timeRate));
var collider = comp.Collider;
//change rotation
if (aabb == null)
{
comp.SetRotation(LMath.Lerp(startDeg, endDeg, timeRate));
}
//change size
if (circle != null)
{
circle.radius = LMath.Lerp(startRadius, endRandius, timeRate);
}
if (aabb != null)
{
aabb.size = LVector2.Lerp(rawSizeVec, endSizeVec, timeRate);
}
if (obb != null)
{
obb.size = LVector2.Lerp(rawSizeVec, endSizeVec, timeRate);
}
yield return(null);
}
StartCoroutine(PingPongMove(comp, ePos, sPos,
rawMoveTime * Random.Range(1.0f - timeFloatRate, 1.0f + timeFloatRate)));
}
