protected override void DestroyCar(Road.Car car, Vector3 position)
{
car.endPos = position;
car.endTime = Score.timer;
var carInfo = new StatisticsManager.EnemyMoveInfo(
car.startPos, car.startTime, car.endPos, car.endTime);
StatisticsManager.PushCarInfo(carInfo);
}
private void DeactivateFirstRoadInQueue()
{
unusedRoads.Enqueue(usedRoads.Dequeue());
var r = roadsRenderingNow.Dequeue();
for (int i = 0; i < r.cars.Count; i++)
{
Road.Car car = r.cars[i];
Rigidbody rb = car.rigidbody;
unusedCars.Enqueue(car);
}
}
protected virtual void DestroyCar(Road.Car car, Vector3 position)
{
}
protected virtual void SpawnCar(Road.Car car, Vector3 position)
{
}
public void MoveCars()
{
foreach (Road r in roadsRenderingNow)
{
//if (roadsRenderingNow.Count > 0)
// Debug.Log("roadsRenderingNow.Count " + roadsRenderingNow.Count);
float sdist;
for (int i = 0; i < r.cars.Count; i++)
{
Road.Car car = r.cars[i];
Rigidbody rb = car.rigidbody;
bool state = false;
sdist = rb.position.x - car.startPos.x;
if (sdist > 0)
{
state = rb.position.x - character.position.x > 50;
}
if (sdist < 0)
{
state = rb.position.x - character.position.x < -50;
}
if (character.position.z - rb.position.z > 10 || state)
{
unusedCars.Enqueue(car);
r.cars.RemoveAt(i);
//Debug.Log("Destroy state" + state);
DestroyCar(car, rb.position);
}
else
{
rb.MovePosition(rb.position + Time.fixedDeltaTime * r.carsSpeed * Vector3.right);
}
}
sdist = r.center.z - character.position.z;
if (sdist < 50 && sdist > 10 && r.cars.Count < 3 && unusedCars.Count > 0)
{
Road.Car car = unusedCars.Dequeue();
Rigidbody rb = car.rigidbody;
float speedSign = Mathf.Sign(r.carsSpeed);
float xOffset = speedSign * -50;
Vector3 carPos = new Vector3(character.position.x + xOffset, r.center.y, r.center.z);
float carSpacing = 10 + 10 * Level.difficulty;
//if (r.cars.Count > 0 && Vector3.Distance(carPos, r.cars[r.cars.Count - 1].rigidbody.position) < carSpacing)
// carPos = r.cars[r.cars.Count - 1].rigidbody.position + Mathf.Sign(xOffset) * carSpacing * Vector3.left;
if (r.cars.Count > 0 && (
Mathf.Abs(carPos.x - r.lastCarStartPos.x) < carSpacing ||
speedSign * (r.lastCarStartPos.x - carPos.x) < 0))
{
carPos = r.lastCarStartPos + speedSign * carSpacing * Vector3.left;
}
rb.position = carPos;
rb.rotation = r.carsSpeed < 0 ? inversCarRotation : carPrefab.transform.rotation;
rb.velocity = Vector3.zero;
r.cars.Add(car);
r.lastCarStartPos = carPos;
SpawnCar(car, carPos);
}
}
}
protected override void SpawnCar(Road.Car car, Vector3 position)
{
car.startPos = position;
car.startTime = Score.timer;
}
