public static RESULT Rotate(float currentAngleY, float targetAngleY, float speed, float arriveThreshold)
{
float dAngle = targetAngleY - currentAngleY;
dAngle = AngleHelper.LimitAngleInNPI_PI(dAngle);
float turnLimitAngle = speed * TimeHelper.deltaTime;
float cAngle = 0;
if (dAngle > 0)
{
cAngle = Mathf.Min(turnLimitAngle, dAngle);
}
else if (dAngle < 0)
{
cAngle = Mathf.Max(-turnLimitAngle, dAngle);
}
float leftDegree = AngleHelper.LimitAngleInNPI_PI(dAngle - cAngle);
RESULT r = new RESULT();
r.arrived = Mathf.Abs(leftDegree) <= arriveThreshold;
r.turnDegree = cAngle;
r.leftDegree = leftDegree;
r.destinationAngleY = currentAngleY + cAngle;
return(r);
}
public static float CalcRotationTo(Vector3 a, Vector3 b, float currentAngleY)
{
float targetAngle = CalcRotationAngleY(a, b);
float dAngle = (targetAngle - currentAngleY);
dAngle = AngleHelper.LimitAngleInNPI_PI(dAngle);
return(dAngle);
}
