private void checkWon()
{
if (AlgorithmCheck.hasWon(Values.X, gameBoard))
{
LoggingClass.logInfo("GAME-WIN", "X WON");
gameStart = 3;
MessageBox.Show("X has won the game!", "X Won!");
promptReset();
}
else if (AlgorithmCheck.hasWon(Values.O, gameBoard))
{
LoggingClass.logInfo("GAME-WIN", "O WON");
gameStart = 3;
MessageBox.Show("O has won the game!", "O Won!");
promptReset();
}
//If not won, update
if (gameStart == 1)
{
NextTurn();
}
}
private void NextTurn()
{
if (isSinglePlayer())
{
LoggingClass.logInfo("GAME", "Single Player Mode");
turnNo++;
LoggingClass.logInfo("GAME", "Incremented Turn No");
if (currentPlayer == Values.X)
{
//AI's Turn
currentPlayer = Values.AI;
updateTurnDisplay();
grpGamePlay.Enabled = false;
ComputerAI.determineNextMove(gameBoard, lastRow, lastCol, turnNo);
UpdateAIRefreshes();
}
else
{
currentPlayer = Values.X;
grpGamePlay.Enabled = true;
updateTurnDisplay();
}
//Check drawn
if (AlgorithmCheck.hasDrawn(turnNo))
{
if (gameStart == 2)
{
LoggingClass.logInfo("SYSTEM", "Already prompted Draw Message");
}
else
{
gameStart = 3;
MessageBox.Show("This game is a draw!", "Game Drawn");
LoggingClass.logInfo("SYSTEM", "Game Drawn");
promptReset();
}
}
}
else
{
LoggingClass.logInfo("GAME", "Multiplayer Mode");
turnNo++;
LoggingClass.logInfo("GAME", "Incremented Turn No");
if (currentPlayer == Values.X)
{
currentPlayer = Values.O;
}
else
{
currentPlayer = Values.X;
}
updateTurnDisplay();
//Check drawn
if (AlgorithmCheck.hasDrawn(turnNo))
{
gameStart = 3;
MessageBox.Show("This game is a draw!", "Game Drawn");
LoggingClass.logInfo("SYSTEM", "Game Drawn");
promptReset();
}
}
}
