// Use this for initialization
void Start()
{
// pair rotor models with appropriate wiring details in a dictionary
rotorWirings.Add(RotorModel.I, rotorIWiring);
rotorWirings.Add(RotorModel.II, rotorIIWiring);
rotorWirings.Add(RotorModel.III, rotorIIIWiring);
rotorWirings.Add(RotorModel.IV, rotorM3IVWiring);
rotorWirings.Add(RotorModel.V, rotorM3VWiring);
// pair reflector models with appropriate wiring details in a dictionary
reflectorWirings.Add(ReflectorModel.A, reflectorAWiring);
reflectorWirings.Add(ReflectorModel.B, reflectorBWiring);
reflectorWirings.Add(ReflectorModel.C, reflectorCWiring);
// adds self as invoker of the relevant events
keyEncodedEvent = new KeyEncodedEvent();
EventManager.AddKeyEncodedInvoker(this);
advanceRotorEvent = new AdvanceRotorEvent();
EventManager.AddAdvanceRotorInvoker(this);
// adds self as listener for relevant events
EventManager.AddRotorSetListener(DetectManualRotorShift);
EventManager.AddWiringSetListener(DetectRotorRewiring);
EventManager.AddReflectorSetListener(DetectReflectorRewiring);
EventManager.AddPlugInsertedListener(DetectPlugInsertion);
// iterate through rotors in machine
for (int i = 0; i < 3; i++)
{
// set both rotor model, rotational position, and turnover points to safe defaults
currentRotors[i] = rotorWirings[RotorModel.I];
rotorPositions[i] = 1;
turnoverPos[i] = notchMarks[0];
}
// set current reflector to save default
currentReflector = reflectorAWiring;
// pair substitution plug IDs with starting plugboard details in a dictionary
// Note: current version of project supports 3 plug pairs
for (int i = 0; i < 6; i++)
{
plugboardInfo.Add((PlugID)i, stdAlphabet[i]);
}
}