public static void Restore(IController controller, BinaryReader inf)
{
if (!inf.ReadBoolean())
{
return;
}
switch ((ControllerTypes)inf.ReadInt32())
{
case ControllerTypes.MSTSNotchController:
if (controller == null)
{
controller = new MSTSNotchController();
}
((MSTSNotchController)controller).Restore(inf);
break;
case ControllerTypes.BrakeController:
((ScriptedBrakeController)controller).Restore(inf);
break;
default:
throw new InvalidDataException("Invalid controller type");
}
}
public override void Initialize()
{
NotchController = new MSTSNotchController(Notches());
NotchController.SetValue(CurrentValue());
NotchController.IntermediateValue = CurrentValue();
NotchController.MinimumValue = MinimumValue();
NotchController.MaximumValue = MaximumValue();
NotchController.StepSize = StepSize();
}
public override void Initialize()
{
NotchController = new MSTSNotchController(Notches());
NotchController.SetValue(CurrentValue());
NotchController.IntermediateValue = CurrentValue();
NotchController.MinimumValue = MinimumValue();
NotchController.MaximumValue = MaximumValue();
NotchController.StepSize = StepSize();
BrakeControllerInitialised = false; // set to false so that the PreviousNotchPosition value can be initialised around the first update loop
}
public MSTSNotchController(MSTSNotchController other)
{
CurrentValue = other.CurrentValue;
IntermediateValue = other.IntermediateValue;
MinimumValue = other.MinimumValue;
MaximumValue = other.MaximumValue;
StepSize = other.StepSize;
CurrentNotch = other.CurrentNotch;
foreach (MSTSNotch notch in other.Notches)
{
Notches.Add(notch.Clone());
}
}