public Heads_Up_Trainer()
{
game = new Game();
data = new GameData();
InitializeComponent();
buttonFold.Hide();
buttonAllIn.Hide();
playerMe.Stack = "";
playerMe.Bets = 0;
playerMe.Dealer = false;
playerOpp.Stack = "";
playerOpp.Bets = 0;
playerOpp.Dealer = false;
playerMe.card1 = myCard1;
playerMe.card2 = myCard2;
playerOpp.card1 = oppCard1;
playerOpp.card2 = oppCard2;
playerMe.showCards(false);
playerOpp.showCards(false);
pictureBoxBoard1.Hide();
pictureBoxBoard2.Hide();
pictureBoxBoard3.Hide();
pictureBoxBoard4.Hide();
pictureBoxBoard5.Hide();
labelWinner.Hide();
timerStart.Enabled = true;
}
// näiden korttien perusteella määritellään ensimmäisen pelin button
public void getNewGame(GameData data)
{
shuffle();
data.reset();
int[] stacks = { 0, 0 };
if (button % 2 == ME)
{
stacks[0] = oppStack;
stacks[1] = myStack;
data.myPos = 1; // SB
}
else
{
stacks[0] = myStack;
stacks[1] = oppStack;
data.myPos = 0; // BB
}
data.BBsize = BBarray[(gameNum - 1) / 10];
data.gameNumber = gameNum;
if (stacks[0] > data.BBsize && stacks[1] > data.BBsize)
{
calcranges.calc(stacks, data.BBsize, 10);
data.requiresAction = true;
}
else
data.requiresAction = false;
data.myHand[0] = deck[0];
data.myHand[1] = deck[1];
data.oppHand[0] = deck[2];
data.oppHand[1] = deck[3];
for (int i = 0; i < 5; i++)
data.board[i] = deck[4 + i];
// selvitetään voittaja
int myHandValue = recognize.handValue(data.myHand, data.board, 5, data.myHandResult);
int oppHandValue = recognize.handValue(data.oppHand, data.board, 5, data.oppHandResult);
if (myHandValue > oppHandValue)
data.winner = ME;
else if (oppHandValue > myHandValue)
data.winner = OPP;
else
data.winner = 2; // tasapeli
Console.WriteLine("myHandValue: " + myHandValue + " oppHandValue" + oppHandValue + " winner: " + data.winner);
data.myFinalHandStr = finalHandToStr(data.myHandResult);
data.oppFinalHandStr = finalHandToStr(data.oppHandResult);
data.myHandStr = icm.handToStr(data.myHand);
data.oppHandStr = icm.handToStr(data.oppHand);
data.myHandSklanskyValue = icm.handToValue(data.myHand);
data.oppHandSklanskyValue = icm.handToValue(data.oppHand);
// voiko tietokonevastustaja mennä alliin (joko push tai call)
if (button % 2 == ME && data.oppHandSklanskyValue <= calcranges.callerRange)
data.oppPush = true; // tietokonevastustaja maksaa allin
else if (button % 2 == OPP && data.oppHandSklanskyValue <= calcranges.raiserRange)
data.oppPush = true; // tietokonevastustaja tekee itse buttonista allin
else if (stacks[0] <= data.BBsize || stacks[1] <= data.BBsize)
data.oppPush = true; // jompi kumpi stäkki < BB, joten allissa pakosti
else
data.oppPush = false; // kaikissa muissa tapauksissa tietokone foldaa
data.oppStack = oppStack;
data.myStack = myStack;
Console.WriteLine("calcranges.raiserRange: " + calcranges.raiserRange + " calcranges.callerRange: " + calcranges.callerRange);
Console.WriteLine("data.myHandStr: " + data.myHandStr + " SklanskyValue: " + data.myHandSklanskyValue);
Console.WriteLine("data.oppHandStr: " + data.oppHandStr + " SklanskyValue: " + data.oppHandSklanskyValue);
button++;
gameNum++;
}
// näiden korttien perusteella määritellään ensimmäisen pelin button
public void getNewGame(GameData data)
{
shuffle();
data.reset();
int[] stacks = { 0, 0 };
if (button % 2 == ME)
{
stacks[0] = oppStack;
stacks[1] = myStack;
data.myPos = 1; // SB
}
else
{
stacks[0] = myStack;
stacks[1] = oppStack;
data.myPos = 0; // BB
}
data.BBsize = BBarray[(gameNum - 1) / 10];
data.gameNumber = gameNum;
if (stacks[0] > data.BBsize && stacks[1] > data.BBsize)
{
calcranges.calc(stacks, data.BBsize, 10);
data.requiresAction = true;
}
else
{
data.requiresAction = false;
}
data.myHand[0] = deck[0];
data.myHand[1] = deck[1];
data.oppHand[0] = deck[2];
data.oppHand[1] = deck[3];
for (int i = 0; i < 5; i++)
{
data.board[i] = deck[4 + i];
}
// selvitetään voittaja
int myHandValue = recognize.handValue(data.myHand, data.board, 5, data.myHandResult);
int oppHandValue = recognize.handValue(data.oppHand, data.board, 5, data.oppHandResult);
if (myHandValue > oppHandValue)
{
data.winner = ME;
}
else if (oppHandValue > myHandValue)
{
data.winner = OPP;
}
else
{
data.winner = 2; // tasapeli
}
Console.WriteLine("myHandValue: " + myHandValue + " oppHandValue" + oppHandValue + " winner: " + data.winner);
data.myFinalHandStr = finalHandToStr(data.myHandResult);
data.oppFinalHandStr = finalHandToStr(data.oppHandResult);
data.myHandStr = icm.handToStr(data.myHand);
data.oppHandStr = icm.handToStr(data.oppHand);
data.myHandSklanskyValue = icm.handToValue(data.myHand);
data.oppHandSklanskyValue = icm.handToValue(data.oppHand);
// voiko tietokonevastustaja mennä alliin (joko push tai call)
if (button % 2 == ME && data.oppHandSklanskyValue <= calcranges.callerRange)
{
data.oppPush = true; // tietokonevastustaja maksaa allin
}
else if (button % 2 == OPP && data.oppHandSklanskyValue <= calcranges.raiserRange)
{
data.oppPush = true; // tietokonevastustaja tekee itse buttonista allin
}
else if (stacks[0] <= data.BBsize || stacks[1] <= data.BBsize)
{
data.oppPush = true; // jompi kumpi stäkki < BB, joten allissa pakosti
}
else
{
data.oppPush = false; // kaikissa muissa tapauksissa tietokone foldaa
}
data.oppStack = oppStack;
data.myStack = myStack;
Console.WriteLine("calcranges.raiserRange: " + calcranges.raiserRange + " calcranges.callerRange: " + calcranges.callerRange);
Console.WriteLine("data.myHandStr: " + data.myHandStr + " SklanskyValue: " + data.myHandSklanskyValue);
Console.WriteLine("data.oppHandStr: " + data.oppHandStr + " SklanskyValue: " + data.oppHandSklanskyValue);
button++;
gameNum++;
}
