public ProcessRunner(Player_Statistics Hit, Player_Statistics NoHit)
{
PS_NoHit = new List <Player_Statistics>();
PS_NoHit.Add(NoHit);
PS_Hit = new List <Player_Statistics>();
PS_Hit.Add(Hit);
}
private void testStayScenario(Player_Statistics ps, Delegate prog_del)
{
// Get the list of cards
List <Card> card_list = new List <Card>();
Deck d = new Deck(1, Deck.ShuffleType.Durstenfeld);
card_list = d.DeckList;
// Test all "Stay" scenarios
for (int i = 0; i < card_list.Count; i++)
{
Card player1 = card_list.ElementAt(i);
for (int j = 0; j < card_list.Count; j++)
{
if (!(isSkipIndex(j, i)))
{
Card player2 = card_list.ElementAt(j);
{
if (!((player1.value == CardValue.Ace) | (player2.value == CardValue.Ace)) & !(player1 == player2)) // No soft hands
{
for (int k = 0; k < card_list.Count; k++)
{
if (!(isSkipIndex(k, i, j)))
{
object[] obj = new object[4];
obj[0] = i.ToString();
obj[1] = j.ToString();
obj[2] = k.ToString();
obj[3] = "Stay Round";
prog_del.DynamicInvoke((Object)obj);
Card dealerUp = card_list.ElementAt(k);
// Make the skip list
List <int> skipList = new List <int>();
skipList.Add(i); skipList.Add(j); skipList.Add(k);
// Make the dealers list
List <Card> dealersList = new List <Card>();
dealersList.Add(dealerUp);
// Make the players list
List <Card> playersList = new List <Card>();
playersList.Add(player1); playersList.Add(player2);
// Loop through all possible dealer draws
dealerDraw(skipList, card_list, dealersList, playersList, ps);
}
}
}
}
}
}
}
}
public void getResults(List <Player> players, Player_Statistics ps)
{
foreach (Player p in players)
{
// We will test hard hands and soft hand separatly and split hands seperatly
if (!p.hasAceInInitalHand() & !p.hasDoublesInInitialHand() & !this.hasBlackJack())
{
BlackjackResult result = BlackJack.getGameResult(this.Cards, p.getHand(0));
ps.addStat(p.getHand(0), this.Cards[0], result);
}
}
}
public ProcessRunner Start(Delegate prog_del)
{
Player_Statistics stay_stats = new Player_Statistics();
testStayScenario(stay_stats, prog_del);
Player_Statistics hit_stats = new Player_Statistics();
testHitScenario(hit_stats, prog_del);
return(new ProcessRunner(hit_stats, stay_stats));
}
public void playHand(Dealer dealer, List <Player> players, Player_Statistics ps)
{
// Rules to play the hand
// In this first case, we're going to stand..
// If the dealer has blackjack, then the player cannot take any hits. THe player must
// have a natural blackjack to push.
if (!dealer.hasBlackJack())
{
// Take as a hit until the specific count it reached
while ((this.cardList[0].Count - 2) < this.HitCount)
{
this.cardList[0].Add(dealer.takeHit());
}
}
// We're always going to split Doubles..
}
public Runner(Delegate progressBarCodeDelegate, Delegate updateDeviationIterationDelegate, int iterationsForDeviationAdjutment, int iterationsOfEntireDeck, int deckCount, Deck.ShuffleType shuffleType)
{
// Add code to loop through and create multiple Player_Statistics objects, and then
// Look at the Deviations after averaging the results.
this.PS_NoHit = new List <Player_Statistics>();
this.PS_Hit = new List <Player_Statistics>();
for (int x = 0; x < iterationsForDeviationAdjutment; x++)
{
// Update the Deviation Iteration Label
object[] obj = new object[2];
obj[0] = iterationsForDeviationAdjutment - x;
updateDeviationIterationDelegate.DynamicInvoke((Object)obj);
// Get the required player statistics...
BlackJack BJ = new BlackJack(deckCount, true, 1, 0, "C:/BlackJack/blackJack_iter" + x.ToString() + "_0Hit.txt", false, progressBarCodeDelegate, iterationsOfEntireDeck, shuffleType);
Player_Statistics PS_NoHit = BJ.start();
BJ = new BlackJack(deckCount, true, 1, 1, "C:/BlackJack/blackJack_iter" + x.ToString() + "_1Hit.txt", false, progressBarCodeDelegate, iterationsOfEntireDeck, shuffleType);
Player_Statistics PS_Hit = BJ.start();
this.PS_NoHit.Add(PS_NoHit);
this.PS_Hit.Add(PS_Hit);
}
}
public Player_Statistics start()
{
try
{
DateTime startTime = DateTime.Now;
Player_Statistics ps = new Player_Statistics();
for (int x = 0; x < this.iterationsOfEntireDeck; x++)
{
TimeSpan ts = DateTime.Now - startTime;
double minsRemaining = (ts.TotalMinutes / (double)x) * (double)(this.iterationsOfEntireDeck - x);
object[] obj = new object[3];
obj[0] = this.iterationsOfEntireDeck;
obj[1] = x;
obj[2] = minsRemaining;
this.progressUpdateCodeDelegate.DynamicInvoke((Object)obj);
deck.shuffle();
while (deck.DeckList.Count >= 15)
{
dealer.dealCards(players);
for (int y = 0; y < players.Count; y++)
{
players[y].playHand(dealer, players, ps);
}
dealer.drawTo17();
//showGameInfo();
dealer.getResults(players, ps);
dealer.clearTable(players);
}
}
ps.generateReport(this.outputFile);
return(ps);
}
catch (Exception ex)
{
System.Windows.MessageBox.Show(ex.Message);
return(null);
}
}
private void dealerDraw(List <int> skipList, List <Card> card_list, List <Card> dealersCards, List <Card> playersCards, Player_Statistics ps)
{
for (int i = 0; i < card_list.Count; i++)
{
if (!(isSkipIndex(i, skipList)))
{
// Make Clones so the lists can be passed "ByValue"
List <int> skipList_clone = new List <int>(skipList);
List <Card> dealersCards_clone = new List <Card>(dealersCards);
dealersCards_clone.Add(card_list.ElementAt(i));
if (BlackJack.getHandValue(dealersCards_clone) < 17)
{
skipList_clone.Add(i);
dealerDraw(skipList_clone, card_list, dealersCards_clone, playersCards, ps);
}
else
{
// Dealer will stand on S17
BlackjackResult bjr = BlackJack.getGameResult(dealersCards_clone, playersCards);
ps.addStat(playersCards, dealersCards_clone.ElementAt(0), bjr); // TODO: Check this if 0 is dealers first card
}
}
}
}