/// <summary>
/// Updates model display text
/// </summary>
/// <param name="newModel">new wiring model of rotor</param>
void UpdateModelText(RotorModel newModel)
{
// alters model text according to new model
switch (newModel)
{
case RotorModel.I:
modelText.text = "I";
break;
case RotorModel.II:
modelText.text = "II";
break;
case RotorModel.III:
modelText.text = "III";
break;
case RotorModel.IV:
modelText.text = "IV";
break;
case RotorModel.V:
modelText.text = "V";
break;
default:
modelText.text = "err";
break;
}
}
public EnigmaM3(
RotorModel rotor1,
RotorModel rotor2,
RotorModel rotor3,
ReflectorModel reflector)
{
this.Rotor1 = new Rotor(rotor1);
this.Rotor2 = new Rotor(rotor2);
this.Rotor3 = new Rotor(rotor3);
this.Reflector = new Reflector(reflector);
this.EntryRotor = EntryRotor.EtwABCDEF;
this.Plugboard = new Plugboard();
this.rotors = new Rotor[] { this.Rotor1, this.Rotor2, this.Rotor3 };
this.charactersTranslated = 0;
}
/// <summary>
/// Decrements wiring model of rotor
/// Called when user manually presses previous model button
/// </summary>
public void DecrementModel()
{
// if current model isn't first in enum
if (model != RotorModel.I)
{
// decrement model as normal
model -= 1;
}
// otherwise,
else
{
// wrap model to be last in enum
model = RotorModel.V;
}
// update displayed model text and model in enigma
UpdateModelText(model);
wiringSetEvent.Invoke(enigmaPosition, model);
}
/// <summary>
/// Adjusts internal wiring and turnover positions of a given rotor
/// </summary>
/// <param name="rotorNumber">which rotor shifted wiring</param>
/// <param name="newModel">new wiring model for given rotor</param>
void DetectRotorRewiring(int rotorNumber, RotorModel newModel)
{
currentRotors[rotorNumber] = rotorWirings[newModel];
turnoverPos[rotorNumber] = notchMarks[(int)newModel];
}
public Rotor(RotorModel rotorModel)
: base(Names[rotorModel], Mappings[rotorModel], Turnovers[rotorModel])
{
this.initialPosition = 0;
this.ringPosition = 0;
}
