private void callButton_Click(object sender, EventArgs e)
{
if (Wager.bankrupt(round))
{
showMessage("Insufficient Funds");
}
else if (busy)
{
showMessage("Please Wait");
}
else if (round.playerHand == null)
{
showMessage("Place Bet First");
}
else
{
setInfo(gameInfo, "Dealer Calls");
Debug.WriteLine("Dealer Calls");
placeBet(bet, 0); //dealer is always 0
round.Call();
setInfo(dealerInfo, $"Win Odds: {round.player[0].winOdds * 100}%\n{round.player[0].handType}\nCards: {round.deck.Count}");
busy = true; //the system is now busy
doCall();
}
}
private void Bet(int index)
{
//Used by the bots only
Debug.WriteLine($"Computer{index} has {round.player[index].bestScore} @ {round.player[index].winOdds * 100}%");
//If the odds of winning are above the threshold
if (round.player[index].winOdds >= betFold)
{
setInfo(gameInfo, $"Computer{index} Raises");
Debug.WriteLine($"Computer{index} Raises ${bet}");
placeBet(bet, index);
}
else
{
setInfo(gameInfo, $"Computer{index} Folds");
Debug.WriteLine($"Computer{index} Folds");
round.player[index].canPlay = false;
}
if (!Wager.canPlay(round, autopilot))
{
Task.Delay(delay).ContinueWith(t => payWinner(Wager.winner(round)));
}
else if (Wager.IsLast(round, index))
{
busy = false;
}
}
private void betButton_Click(object sender, EventArgs e)
{
if (Wager.bankrupt(round))
{
showMessage("Insufficient Funds");
}
else if (round.turn > 0)
{
showMessage("Finish Round First");
}
else if (busy)
{
showMessage("Please Wait");
}
else if (round.deck.Count < 5 + 2 * round.numPlayers)
{
showMessage("Insufficient Cards");
}
else
{
//cleans up the board
Clean(false);
setInfo(gameInfo, $"Dealer Bets ${bet}");
Debug.WriteLine($"Dealer Bets ${bet}");
//everyone makes an inital bet and can play
for (int index = 0; index < round.numPlayers; index++)
{
placeBet(bet, index);
round.player[index].canPlay = true;
}
dealerInfo.Visible = true;
potMoney.Visible = true;
round.Bet(); //does a betting round
if (debugWindow != null)
{
updateTelemetry();
}
setInfo(dealerInfo, $"Win Odds: {round.player[0].winOdds * 100}%\n{round.player[0].handType}\nCards: {round.deck.Count}");
updateTable();
busy = true; //the system is now busy
int num = 1; //used to keep track of delays
foreach (var player in round.player)
{
if (player.canPlay && player.index > 0)
{
Task.Delay(num * delay).ContinueWith(t => Bet(player.index));
num++;
}
}
}
}
private void Call(int index)
{
//Used by the bots only
if (round.player[index].canPlay)
{
Debug.WriteLine($"Computer{index} has {round.player[index].bestScore} @ {round.player[index].winOdds * 100}%");
//If the odds of winning are above the threshold
if (round.player[index].winOdds >= callFold)
{
setInfo(gameInfo, $"Computer{index} Raises");
Debug.WriteLine($"Computer{index} Raises ${bet}");
placeBet(bet, index);
}
else
{
setInfo(gameInfo, $"Computer{index} Folds");
Debug.WriteLine($"Computer{index} Folds");
round.player[index].canPlay = false;
if (!Wager.canPlay(round, autopilot) && autopilot)
{
Task.Delay(delay).ContinueWith(t => payWinner(new List <int>()
{
index
}));
}
}
}
bool last = Wager.IsLast(round, index);
if (!Wager.canPlay(round, autopilot) && !autopilot)
{
Task.Delay(delay).ContinueWith(t => payWinner(Wager.winner(round)));
}
else if (round.turn == 3 && last)
{
Task.Delay(delay).ContinueWith(t => payWinner(Wager.winner(round)));
}
else if (autopilot && last)
{
if (Wager.canPlay(round, autopilot))
{
round.player[index].canPlay = false;
if (!Wager.canPlay(round, autopilot))
{
Task.Delay(delay).ContinueWith(t => payWinner(new List <int>()
{
index
}));
}
else
{
round.player[index].canPlay = true;
Debug.WriteLine("Autopilot Advances");
round.Call();
updateTable();
updateTelemetry();
setInfo(gameInfo, "River Revealed");
Debug.WriteLine("River Revealed");
Task.Delay(delay).ContinueWith(t => doCall());
}
}
}
else if (last)
{
busy = false;
}
}
