public void TestPark()
{
if (Random.Range(0.0f, 100.0f) < parkChance_)
{
Road road = car_.GetCurRoad().GetComponent <Road>();
ParkingSpace parking = null;
if (road)
{
GameObject space = road.GetParkingSpace();
if (space)
{
parking = space.GetComponent <ParkingSpace>();
}
}
if (parking)
{
car_.SetState(CarState.CS_PARKING);
parking.SetAvailable(false);
car_.ClearTargets();
List <Vector3> newTargets = parking.GetEnterTargets();
foreach (Vector3 target in newTargets)
{
car_.AddTarget(target);
}
curParking_ = parking;
}
}
}
// Update is called once per frame
void Update()
{
if (car_.GetState() == CarState.CS_PARKED)
{
parkTimer_ += Time.deltaTime;
if (parkTimer_ > parkingTime_)
{
car_.SetState(CarState.CS_DEPARKING);
car_.ClearTargets();
List <Vector3> newTargets = curParking_.GetExitTargets();
foreach (Vector3 target in newTargets)
{
car_.AddTarget(target);
}
parkTimer_ = 0;
}
}
else if (car_.GetState() == CarState.CS_MOVING)
{
if (curParking_)
{
curParking_.SetAvailable(false);
curParking_ = null;
}
}
//check if the car has stopped
if (body_.velocity.magnitude < 0.1f)
{
//check if the car should be going
if (car_.GetCurRoad().GetComponent <Road>().GetEnd().Find("TrafficLight").GetComponent <TrafficLight>().GetSignal() == Signals.S_GO)
{
if (vision_)
{
//make sure the car isn't honking at itself
if (vision_.ObjectAhead())
{
TestImpatience();
}
}
}
}
if (impatience_ > baseImpatience_)
{
impatience_ -= impatienceIncSpeed_ * Time.deltaTime;
}
else
{
impatience_ = baseImpatience_;
}
}