public RhythmCore.RhythmExpectedEventInfo GenerateExpectedEvent_A(MutexArrowNoRepeatStrat_A strat)
{
RhythmCore.RhythmExpectedEventInfo ret;
if (strat == this._genStratA)
{
// Generate a non-repeating prompt arrow direction
this.currInfoA = RandomArrowGenStrat.GenerateExpectedEventStatic();
if (_myState == State.WAITING_FOR_FIRST)
{
while (this.currInfoA.expectedKey == this.prevInfoA.expectedKey)
{
this.currInfoA = RandomArrowGenStrat.GenerateExpectedEventStatic();
}
this._myState = State.A_REQUESTED_B_PENDING;
//Debug.Log("GenerateExpectedEvent_A -> A_REQUESTED_B_PENDING");
}
else if (_myState == State.B_REQUESTED_A_PENDING)
{
while (this.currInfoA.expectedKey == this.prevInfoA.expectedKey || this.currInfoA.expectedKey == this.currInfoB.expectedKey)
{
this.currInfoA = RandomArrowGenStrat.GenerateExpectedEventStatic();
}
this._myState = State.WAITING_FOR_FIRST;
//Debug.Log("GenerateExpectedEvent_A -> WAITING_FOR_FIRST");
}
else
{
Debug.LogError("Invalid state in MutexArrowCoordinator.GenerateExpectedEvent_A");
}
// Set this.prevInfo to track the previous key this strategy generated
this.prevInfoA = this.currInfoA;
// Return
ret = this.currInfoA;
}
else
{
Debug.LogError("MutexArrowNoRepeatStrat_A passed into GenerateExpectedEvent_A does not match registered strategy");
ret = new RhythmCore.RhythmExpectedEventInfo()
{
expectedKey = KeyCode.A
};
}
return(ret);
}
public void RegisterGenerator_A(MutexArrowNoRepeatStrat_A generatorA)
{
if (this._genStratA == null)
{
this._genStratA = generatorA;
// once we have both A and B, start waiting for requests
if (this._genStratB != null)
{
this._myState = State.WAITING_FOR_FIRST;
//Debug.Log("RegisterGenerator_A -> WAITING_FOR_FIRST");
}
}
else
{
Debug.LogError("Attempting to register another A generator to MutexArrowCoordinator is an error");
}
}
