public void TestGear()
{
for (int i = 0; i < _expectedValues.Length; i++)
{
InputData.UsedInputData.Gear = (byte)i;
_gearBox.Calculate();
_gearBox.StoreResult();
Assert.AreEqual(GearBoxOutput.LastCalculation.Torque, _expectedValues[i], 1e-6);
}
_gearBox.CalculateBackwards();
_gearBox.StoreResult();
Assert.AreEqual(10000, GearBoxOutput.LastCalculation.Rpm, 1e-5);
}
/// <summary>
/// this function is used to call all the calculate functions which runs once
/// </summary>
private void DoWork()
{
Aerodynamic.Calculate();
Aerodynamic.StoreResult();
Brake.Calculate();
Brake.StoreResult();
Engine.Calculate();
Engine.StoreResult();
GearBox.Calculate();
GearBox.StoreResult();
SecondaryDrive.Calculate();
SecondaryDrive.StoreResult();
Steering.Calculate();
Steering.StoreResult();
DoIterativeWork();
//call the CalculateBackwards functions
Aerodynamic.CalculateBackwards();
Aerodynamic.StoreResult();
Brake.CalculateBackwards();
Brake.StoreResult();
Engine.CalculateBackwards();
Engine.StoreResult();
GearBox.CalculateBackwards();
GearBox.StoreResult();
SecondaryDrive.CalculateBackwards();
SecondaryDrive.StoreResult();
Steering.CalculateBackwards();
Steering.StoreResult();
Track.Instance.CalculateBackwards();
Track.Instance.StoreResult();
Wheels.CalculateBackwards();
Wheels.StoreResult();
OverallCar.CalculateBackwards();
OverallCar.StoreResult();
Suspension.CalculateBackwards();
Suspension.StoreResult();
}
