public Vector3 GetDirection(float t)
{
return DerivOnBezier(p0,p1,p2,p3,t).normalized;
}
private bool m_ended = false; //Bool that turns true if disc reaches end of Bezier curve and hasn't collided with anything.
// Update is called once per frame
void Update()
{
//Get flight duration from DiscController and DiscThrow sripts.
m_duration = (GetComponentInParent <DiscController>().m_durationmulti *DiscThrow.m_styledurationmulti);
//If disc hasn't collided...
if (!m_Collided)
{
//...move disc along the curve
Vector3 tepm = m_curve.GetVelocity(0.98f).normalized *m_duration;
m_progress += Time.deltaTime / (m_duration * m_timemulti);
Vector3 position = m_curve.GetPoint(m_progress);
//If disc has nearly reached end of Bezier curve change m_ended to true and set velocity of disc.
if (m_progress >= 0.99f && !m_ended)
{
m_ended = true;
m_rigb.velocity = tepm;
print("m_rigb: " + m_rigb.velocity);
}
//Move disc with rigidbody and velocity to last known position on the Bezier path and let physics take over.
else if (m_progress <= 1f)
{
transform.position = position;
print("m_rigb normal: " + m_rigb);
}
//If bool look forward is true, transform disc along with the direction of curve.
if (m_lookForward)
{
transform.LookAt(position + m_curve.GetDirection(m_progress));
}
}
}