/// <summary>
/// Method that gathers information about the opposition player hand strength.
/// </summary>
/// <param name="context">The current context of the game.</param>
public override void EndHand(EndHandContext context)
{
/*
var openCards = context.ShowdownCards;
if (openCards.Count != 0)
{
foreach (var item in openCards)
{
if (item.Key != this.Name)
{
List<TexasHoldem.Logic.Cards.Card> cards = new List<TexasHoldem.Logic.Cards.Card>();
foreach (var card in item.Value)
{
var cardToAdd = new TexasHoldem.Logic.Cards.Card(card.Suit, card.Type);
cards.Add(card);
}
var opponentSrenght = InitialHandEvaluation.PreFlop(cards[0], cards[1]);
this.opponentStrenghtList.Add(opponentSrenght);
}
}
}
*/
base.EndHand(context);
}
public override void EndHand(EndHandContext context)
{
if (this.handsCount % 10 == 0)
{
this.otherAllInsCount = 0;
}
this.handsCount++;
base.EndHand(context);
}
public virtual void EndHand(EndHandContext context)
{
}
public override void EndHand(EndHandContext context)
{
ExecuteWithTimeLimit(TimeSpan.FromMilliseconds(50), () => base.EndHand(context));
}
public virtual void EndHand(EndHandContext context)
{
}
public override void EndHand(EndHandContext context)
{
base.EndHand(context);
this.LastOpponentRaise = 0;
}
public override void EndHand(EndHandContext context)
{
if (context.ShowdownCards.Count > 0)
{
//var enemyCards = context.ShowdownCards.FirstOrDefault(n => !n.Key.Contains("NimoaPlayer")).Value.ToList();
var enemyCards = context.ShowdownCards[this.enemyName].ToList();
// var myHand = context.ShowdownCards[this.Name].Concat(this.CommunityCards);
// var enemyHand = enemyCards.Concat(this.CommunityCards);
if (this.enemyCardsPrediction != null)
{
this.enemyCardsPredictionMisses++;
foreach (var cards in this.enemyCardsPrediction)
{
if (cards.Contains(enemyCards[0]) && cards.Contains(enemyCards[1]))
{
this.enemyCardsPredictionHits++;
this.enemyCardsPredictionMisses--;
break;
}
}
var enemyOdds = HandStrengthValuation.PreFlopOdsLookupTable(enemyCards[0], enemyCards[1]);
if (this.enemyRising)
{
EnemyPredictions.MinBetThreshold = Math.Min(EnemyPredictions.MinBetThreshold, enemyOdds);
}
else
{
EnemyPredictions.MaxCallThreshold = Math.Max(EnemyPredictions.MaxCallThreshold, enemyOdds);
}
}
//var gameResult = (EndGameState)Logic.Helpers.Helpers.CompareCards(enemyHand, myHand);
// per round enemy accuracy statistics (too many games required! Potentially slow!)
/*foreach (var round in this.thisHandEnemyRising)
{
if (!this.enemyGuessesPerRound.ContainsKey(round.Key))
{
this.enemyGuessesPerRound.Add(round.Key, new List<EndGameState>());
}
if (round.Value)
{
this.enemyGuessesPerRound[round.Key].Add(gameResult);
if (this.enemyGuessesPerRound[round.Key].Count >= 300)
{
var enemyVictoriesCount = this.enemyGuessesPerRound[round.Key].Count(h => h == EndGameState.Win);
var drawsCount = this.enemyGuessesPerRound[round.Key].Count(h => h == EndGameState.Draw);
var enemyLosesCount = this.enemyGuessesPerRound[round.Key].Count(h => h == EndGameState.Loose);
if (!this.enemyAccuracyPerRound.ContainsKey(round.Key))
{
this.enemyAccuracyPerRound.Add(round.Key, 0);
}
this.enemyAccuracyPerRound[round.Key] = (enemyVictoriesCount + ((float)drawsCount / 2)) / (enemyVictoriesCount + drawsCount + enemyLosesCount);
}
}
}*/
}
base.EndHand(context);
}
