// Update is called once per frame
void Update()
{
if (enemyController.freezeEnemy)
{
// add anything here to happen while frozen i.e. time compensations
// path start time for bezier curve gets annihilated when frozen - compensate
pathTimeStart += Time.deltaTime;
return;
}
// do Pepe ai logic if it's enabled
if (enableAI)
{
// play animation
animator.Play("Pepe_Flying");
// calculate next travel path when previous is completed
if (!isFollowingPath)
{
// distance/length to the next end point, get start point from rigidbody position,
// end point is calculated by adding the distance to start point
// middle point is calculated and the height is applied to form the curve
// start time is needed to determine the point in the curve we want
// i.e. this is just like LERPing
float distance = (isFacingRight) ? bezierDistance : -bezierDistance;
pathStartPoint = rb2d.transform.position;
pathEndPoint = new Vector3(pathStartPoint.x + distance, pathStartPoint.y, pathStartPoint.z);
pathMidPoint = pathStartPoint + (((pathEndPoint - pathStartPoint) / 2) + bezierHeight);
pathTimeStart = Time.time;
isFollowingPath = true;
}
else
{
// percentage is the point in the curve we want and update our rigidbody position
float percentage = (Time.time - pathTimeStart) / bezierTime;
rb2d.transform.position = UtilityFunctions.CalculateQuadraticBezierPoint(pathStartPoint, pathMidPoint, pathEndPoint, percentage);
// end of the curve has been reach
if (percentage >= 1f)
{
// invert the height - this is what creates the flying wave effect
bezierHeight *= -1;
isFollowingPath = false;
}
}
}
}
