public void DumpToResultsLog(BetHandResult betHandResult)
{
if (ResultsWriter != null)
{
try
{
ResultsWriter.WriteLine(betHandResult.ConvertToString());
}
catch (Exception ex)
{
TraceWrapper.LogException(ex, "Cannot save results to a txt file!");
}
}
}
public void Update(BetHandResult betHandResult, StreamWriter aggregatedDataWriter)
{
TotalBetStatistics.Update(betHandResult);
TotalAggregatedStatistics.UpdateAndLogData(betHandResult, aggregatedDataWriter);
WealthStatistics.Update(betHandResult);
var trueCount = betHandResult.TrueCountBeforeBet;
var trueCountBetStatsBit = TrueCountStatistics.Where(item => item.TrueCount == trueCount).FirstOrDefault();
if (trueCountBetStatsBit != null)
{
trueCountBetStatsBit.Update(betHandResult);
}
else
{
var newTrueCountBetStatsBit = new TrueCountBetStatsBit
{
TrueCount = trueCount,
BetStatistics = new BetStatistics(),
AggregatedStatistics = new AggregatedStatistics(AggregatedHandsCount)
};
newTrueCountBetStatsBit.Update(betHandResult);
TrueCountStatistics.Add(newTrueCountBetStatsBit);
}
}
public void Update(BetHandResult betHandResult)
{
NumberOfObservations++;
WealthValue += betHandResult.Payoff;
if (ConsumptionRate > 0)
{
var toConsume = Math.Round(WealthValue * ConsumptionRate);
ConsumptionValue += toConsume;
WealthValue -= toConsume;
}
if (NumberOfObservations % AggregatedHandsCount == 0)
{
Reset();
}
if (WealthValue <= 0)
{
var message = String.Format("Bankruptcy has occured in {0}th played hand, wealth reset to initial value!", NumberOfObservations);
TraceWrapper.LogInformation(message);
Reset();
}
}
public void Update(BetHandResult betHandResult)
{
TotalInitialBet += betHandResult.BetSize;
TotalBet += betHandResult.BetTotal;
TotalPal += betHandResult.Payoff;
NumberOfBets++;
var iba = betHandResult.Payoff / betHandResult.BetSize;
var tba = betHandResult.Payoff / betHandResult.BetTotal;
MeanIba = (MeanIba * (NumberOfBets - 1) + iba) / (double)NumberOfBets;
MeanTba = (MeanTba * (NumberOfBets - 1) + tba) / (double)NumberOfBets;
SumQuadIba += Math.Pow(iba, 2);
SumQuadTba += Math.Pow(tba, 2);
SumQuadPal += Math.Pow(betHandResult.Payoff, 2);
}
public void Update(BetHandResult betHandResult)
{
BetStatistics.Update(betHandResult);
AggregatedStatistics.UpdateAndLogData(betHandResult);
}
public void Update(BetHandResult betHandResult)
{
Statistics.Update(betHandResult, AggregatedDataWriter);
DumpToResultsLog(betHandResult);
}
public BetHandResult BetHand(double betSize, CardShoe shoe)
{
// save the True Count before bet
int trueCountBeforeBet = 0;
if (shoe.Count != null)
{
trueCountBeforeBet = shoe.Count.TrueCount;
}
// initial deal
Hand handPlayer = new Hand();
handPlayer.InitialDealPlayer(shoe);
Hand handDealer = new Hand();
handDealer.InitialDealDealer(shoe);
int numberOfSplits = 0;
// play hand
var betHandResult = new BetHandResult();
betHandResult.TrueCountBeforeBet = trueCountBeforeBet;
betHandResult.BetSize = betSize;
PlayHandOutcome playHandOutcome = PlayHand(handPlayer, handDealer, betSize, shoe, ref numberOfSplits);
// update bet hand results
betHandResult.NumberOfSplits = numberOfSplits;
betHandResult.BetTotal = playHandOutcome.BetTotal;
var payoff = PayoffHand(playHandOutcome, handDealer, shoe);
betHandResult.Payoff = payoff;
// update count with the hole card revealed
shoe.Count.Update(handDealer.Cards[1], shoe.LeftPacksCount);
return betHandResult;
}
public void UpdateAndLogData(BetHandResult betHandResult, StreamWriter writer = null)
{
NumberOfObservations++;
AggregatedPal += betHandResult.Payoff;
AggregatedTotalBet += betHandResult.BetTotal;
AggregatedInitialBet += betHandResult.BetSize;
if (NumberOfObservations % AggregatedHandsCount == 0)
{
FlushResetAndLogData(writer);
}
}