private void Init()
{
iDefTokenThreshold = 3;
iAttackTokenThreshold = 7;
iOffensiveThreshold = 9;
iPointPushThreshold = 5;
B_SuperDefense = false;
LI_ActiveTroops.Clear();
LI_LaneAdvantage.Clear();
LI_LaneTypes.Clear();
iFriendlyCount = 0;
I_Round = 0;
for (int iCount = 0; iCount < TournamentManager._instance.lanes.Count; iCount++)
{
LI_ActiveTroops.Add(0);
LI_LaneAdvantage.Add(0);
LI_LaneTypes.Add(false);
iFriendlyCount += TournamentManager._instance.lanes[iCount].GetFriendliesInLane(this).Count;
}
B_StartLeft = GetStartSide();
if (B_StartLeft)
{
Enemy = TournamentManager._instance.P2;
}
else
{
Enemy = TournamentManager._instance.P1;
}
responseState = EResponseState.Basic;
EAdaption = EAdaptState.Neutral;
ELearningState = EPerformanceState.Normal;
TournamentManager.OnCreatureDead += TrackCreatureDeaths;
B_Init = true;
}
private void EvaluatePerformance()
{
float fAveragePerformance = 0f;
foreach (float performance in Q_RoundPerformances)
{
LogStack.Log("Performance = " + performance, LogLevel.Debug);
fAveragePerformance += performance;
}
fAveragePerformance /= Q_RoundPerformances.Count;
LogStack.Log("fAveragePerformance = " + fAveragePerformance, LogLevel.Debug);
if (fAveragePerformance > 2.1f)
{
ELearningState = EPerformanceState.VeryGood;
}
else if (fAveragePerformance < -2.7f)
{
ELearningState = EPerformanceState.VeryBad;
}
else if (fAveragePerformance > 0.7f)
{
ELearningState = EPerformanceState.Good;
}
else if (fAveragePerformance < -1.3f)
{
ELearningState = EPerformanceState.Bad;
}
else
{
ELearningState = EPerformanceState.Normal;
}
Q_PerformanceStates.Enqueue(ELearningState);
if (Q_PerformanceStates.Count > 2)
{
Q_PerformanceStates.Dequeue();
}
}
