public void DriveEconomically(int distance)
{
int distanceToAccelerate = 0;
_engine.TurnOn();
Console.WriteLine("Turning on the engine");
CurrentSpeed = RPMToSpeed(_engine.RPM);
Console.WriteLine($"Starting speed: {CurrentSpeed}");
if (FuelTank > 0)
{
while (distance > 0)
{
distance -= CurrentSpeed;
FuelTank -= _engine.Consumption;
Console.WriteLine($"\t Fuel left: {FuelTank}");
if (FuelTank <= 0)
{
Console.WriteLine("OUT OF FUEL");
break;
}
if (distance - distanceToAccelerate <= 0)
{
_engine.Decelerate();
CurrentSpeed = RPMToSpeed(_engine.RPM);
Console.WriteLine($"Decelerating to {CurrentSpeed}");
}
else if (_engine.RPM < 2000)
{
distanceToAccelerate += CurrentSpeed;
_engine.Accelerate();
CurrentSpeed = RPMToSpeed(_engine.RPM);
Console.WriteLine($"Accelerating to {CurrentSpeed}");
}
else
{
Console.WriteLine($"Maintaining speed {CurrentSpeed}");
}
}
}
_engine.TurnOff();
Console.WriteLine("Turning off the engine");
}
public void LiftCargo(int weight, int height)
{
int RPMneeded = WeightToRPM(weight);
if (RPMneeded > _engine.MaxRPM)
{
Console.WriteLine("Engine isnt good enough");
return;
}
int currentHeight = 0;
_engine.TurnOn();
Console.WriteLine("Turning on the engine");
if (FuelTank > 0)
{
while (height > currentHeight)
{
FuelTank -= _engine.Consumption;
Console.WriteLine($"\t Fuel left: {FuelTank}");
if (FuelTank <= 0)
{
Console.WriteLine("OUT OF FUEL");
break;
}
if (_engine.RPM < RPMneeded)
{
_engine.Accelerate();
Console.WriteLine($"Accelerating to {_engine.RPM} RPM");
}
else
{
currentHeight += LiftingSpeed;
Console.WriteLine($"Lifting cargo. Height = {currentHeight}");
}
}
}
if (FuelTank > 0)
{
while (_engine.RPM > 1000)
{
_engine.Decelerate();
Console.WriteLine($"Decelerating to {_engine.RPM} RPM");
}
}
_engine.TurnOff();
Console.WriteLine("Turning off the engine");
}
public void Drive()
{
indicators.RightTurnOn();
engine.Accelerate();
indicators.RightTurnOff();
}
public void Accelerate()
{
_engine.Accelerate();
}