void Update()
{
Vector3 my_pos = transform.position;
Vector3 tile_pos = move.GetTargetPosition();
Vector3 distance_to_target = new Vector3(Vector3.Zero);
distance_to_target.x = tile_pos.x - my_pos.x;
distance_to_target.z = tile_pos.z - my_pos.z;
//Out of zone case
if (distance_to_target.Length > slow_distance)
{
if (in_range == true)
{
in_range = false;
}
return;
}
//On slow zone case
else if (distance_to_target.Length < slow_distance && distance_to_target.Length > min_distance)
{
Vector3 ideal_velocity = distance_to_target.Normalized * move.GetMaxVelocity() * (distance_to_target.Length / slow_distance);
Vector3 deceleration = (ideal_velocity - move.GetCurrentVelocity());
if (deceleration.Length > move.GetMaxAcceleration())
{
deceleration = deceleration.Normalized * move.GetMaxAcceleration();
}
deceleration = deceleration + distance_to_target.Normalized * move.GetMaxAcceleration() * (-1);
move.Accelerate(deceleration);
}
}
void Update()
{
Vector3 acceleration = new Vector3(Vector3.Zero);
Vector3 target_pos = move.GetTargetPosition();
Vector3 pos = trans.position;
acceleration.x = target_pos.x - pos.x;
acceleration.z = target_pos.z - pos.z;
acceleration = acceleration.Normalized * move.GetMaxAcceleration();
move.Accelerate(acceleration);
}