//------------------------------------------------------------------
public Block(Driver driver, Car target)
{
this.driver = driver;
this.target = target;
Initial = new Generic (Start);
}
//------------------------------------------------------------------
public Player(Car car)
: base(car)
{
Velocity = 400;
ChangeLaneSpeed = 2;
AddInLoop (new Input (this));
// AddInLoop (new Shrink (this));
}
//------------------------------------------------------------------
protected Driver(Car car)
: base(car)
{
Loop = new Loop();
Sequence = new Sequence();
AddInLoop (Sequence);
Car = car;
Velocity = Car.Lane.Velocity;
ChangeLaneSpeed = 1;
SafeZone = new SafeZone (this, 1);
Primary = Direction.Left;
}
//------------------------------------------------------------------
public Common(Car car)
: base(car)
{
AddInLoop (new Shrink (this));
AddInLoop (new SpeedControl(this));
}
//------------------------------------------------------------------
private void Slave(Car car)
{
if (car == null) return;
Car police = car.Lane.Road.FindClosestPolice (car);
if (police == null) return;
car.Driver.AddInLoop (new Overtake (car.Driver, police));
car.Driver.AddInLoop (new Block (car.Driver, police));
car.Acceleration = car.Acceleration * 2;
car.Deceleration = car.Deceleration * 2;
car.Driver.Velocity = car.Driver.Velocity * 2;
Engine.Tools.Timers.Loop.Create (1, 0, car.Turn);
}
//------------------------------------------------------------------
private void FindClosestCar()
{
closest = driver.FindClosestCar (driver.Car.Lane.Cars.Where (driver.IsCarAhead));
}
//------------------------------------------------------------------
private bool IsCarAhead(Car target)
{
return driver.Car.Position.Y > target.Position.Y;
}
//-----------------------------------------------------------------
private bool CheckCar(Car car)
{
if (car == null) return true;
float distance = Distance (car);
// If Car is too close
if (distance < SafeZone.HighDanger)
return false;
// If Car is far enough it's Ok
if (distance > SafeZone.LowDanger)
return true;
// Analyze Velocity
if (IsCarAhead (car) && car.Velocity < Car.Velocity)
return false;
if (!IsCarAhead (car) && car.Velocity > Car.Velocity)
return false;
// Ok. The Car isn't dangerous
return true;
}
//------------------------------------------------------------------
public bool IsCarAhead(Car car)
{
return car.Position.Y < Car.Position.Y;
}
//------------------------------------------------------------------
public float Distance(Car car)
{
if (car == null) return float.MaxValue;
if (car == Car) return float.MaxValue;
if (!car.IsIntersectActive()) return float.MaxValue;
var distance = Car.Position - car.Position;
return Math.Abs (distance.Y);
}
//------------------------------------------------------------------
public Blinker(Car car, string textureName)
: base(car, textureName)
{
}
//------------------------------------------------------------------
public Lights(Car car, string textureName)
: base(car)
{
this.textureName = textureName;
this.car = car;
}
//------------------------------------------------------------------
protected void Explose(Car killer)
{
// Drawable.Explose ();
Destroy ();
}
//------------------------------------------------------------------
public virtual bool Intersect(Car car)
{
if (car == this) return false;
if (!IsIntersectActive()) return false;
if (!car.IsIntersectActive()) return false;
return Bounds.Intersects (car.Bounds);
}
