public Car(IEngine engine, IGearBox gearBox, IOnBoardComputer computer, IDriveTrain driveTrain)
{
Engine = engine;
GearBox = gearBox;
Computer = computer;
DriveTrain = driveTrain;
}
static void PrintGearCombinations(IGearBox gearBox)
{
foreach (var t in gearBox.Gears)
{
Console.WriteLine($"Gear ratio {t.Ratio} can be generated by the following combinations");
foreach (int[] combination in t.Combinations)
{
Console.WriteLine($"\tFront: {combination[0]}, Rear: {combination[1]}");
}
}
}
public static void AdjustSpeed(float speed, float desiredSpeed, float majorThreshold, float minorThreshold, IGearBox gearBox, IThrottle throttle, IBreaks breaks)
{
float diff = speed - desiredSpeed;
if (diff < -majorThreshold)
{
gearBox.DownShift();
throttle.Accellerate();
}
else if (diff < -minorThreshold)
{
throttle.Accellerate();
}
else if (diff > minorThreshold)
{
breaks.Engage();
}
}
public void setGearBox(IGearBox gearBox)
{
this.gearBox = gearBox;
}
public ManualGearLever(IGearBox gearBox)
{
GearBox = gearBox;
}
public FamilyCar()
{
_engine = new Engine(4, FuelType.Diesel);
_gearBox = new GearBox(4, true);
}
public AudiEngine(IGearBox g)
{
this.gb = g;
}
public MercedezEngine(IGearBox g)
{
this.gb = g;
}
public GearShifter(IGearBox gearBox)
{
_gearBox = gearBox ?? throw new ArgumentNullException(nameof(gearBox));
}
public Car(IEngine engine, IGearBox gearBox)
{
_engine = engine;
_gearBox = gearBox;
}
public Dashboard(IGearBox gearBox)
{
_gearBox = gearBox ?? throw new ArgumentNullException();
}
