// Update is called once per frame
void Update()
{
Vector3 aimDir;
float timeToTarget;
Vector3 targetVelocity = m_TargetStartTransform.forward * m_TargetSpeed;
ProjectileMath.CalculateProjectileAim(m_ProjectileStartTransform.position, m_ProjectileSpeed, m_TargetStartTransform.position, targetVelocity, m_SolverIterations, out timeToTarget, out aimDir);
Vector3[] projectilePositions = new Vector3[2] {
m_ProjectileStartTransform.position, m_ProjectileStartTransform.position + (aimDir * timeToTarget * m_ProjectileSpeed)
};
m_ProjectileLineRenderer.SetPositions(projectilePositions);
Vector3[] targetPositions = new Vector3[2] {
m_TargetStartTransform.position, m_TargetStartTransform.position + (targetVelocity * timeToTarget)
};
m_TargetLineRenderer.SetPositions(targetPositions);
m_ProjectileStartTransform.rotation = Quaternion.LookRotation(aimDir.normalized);
m_ProjectileVelocityCalculated = m_ProjectileStartTransform.forward * m_ProjectileSpeed;
m_TargetVelocityCalculated = targetVelocity;
m_TimeToTargetCalculated = timeToTarget;
UpdateSimulation();
}
