private void showComputerPicks()
{
m_DataBoard.AddSignToRealTimeBoard(m_FirstSquareChoice);
MessageOrganizer.ShowBoard(m_DataBoard.RealTimeBoard);
m_DataBoard.AddSignToRealTimeBoard(m_SecondSquareChoice);
MessageOrganizer.ShowBoard(m_DataBoard.RealTimeBoard);
}
private void startRound()
{
int boardHeight = 0, boardWidth = 0;
MessageOrganizer.ClearScreen();
MessageOrganizer.HandleBoardSize(ref boardHeight, ref boardWidth);
m_DataBoard = new ModelBoard(boardHeight, boardWidth);
}
private void endRound(string i_WinnerName)
{
MessageOrganizer.WinMessage(i_WinnerName, m_EndGameState);
// end the round:
m_IsRoundRuning = false;
m_GameStillRuning = MessageOrganizer.ReplayGame();
}
private void playerSquarePick(Position io_SquareChoice)
{
StringBuilder squareToRevelaStr = new StringBuilder(MessageOrganizer.ChooseSquareToReveal(m_DataBoard.BoardHeight, m_DataBoard.BoardWidth));
squareStrToCoordinates(squareToRevelaStr.ToString(), io_SquareChoice);
// checks if the choosen square is taken
while (!m_DataBoard.IsSquareAvailable(io_SquareChoice))
{
MessageOrganizer.TakenSquareMsg();
squareToRevelaStr.Replace(squareToRevelaStr.ToString(), MessageOrganizer.ChooseSquareToReveal(m_DataBoard.BoardHeight, m_DataBoard.BoardWidth));
squareStrToCoordinates(squareToRevelaStr.ToString(), io_SquareChoice);
}
m_DataBoard.AddSignToRealTimeBoard(io_SquareChoice);
MessageOrganizer.ShowBoard(m_DataBoard.RealTimeBoard);
}
public void PlayGame()
{
// Start of the game
m_GameStillRuning = true;
m_MainPlayer = new Player(MessageOrganizer.EnterName());
m_IsVersusComputer = (MessageOrganizer.ChooseOpponent() == 2); // checks which opponent is selected
// starts the game that's fit for the choosen opponent:
if (m_IsVersusComputer)
{
playerVsComputer();
}
else
{
playerVsPlayer();
}
MessageOrganizer.exitGame();
}
private void playerVsPlayer()
{
Player secondPlayer = new Player(MessageOrganizer.EnterName());
while (m_GameStillRuning)
{
Player currentPlayer = m_MainPlayer;
m_IsRoundRuning = true;
m_MainPlayer.Score = secondPlayer.Score = 0;
startRound();
while (m_IsRoundRuning)
{
MessageOrganizer.TurnMsg(currentPlayer.Name);
MessageOrganizer.ShowBoard(m_DataBoard.RealTimeBoard);
playerPairPick();
if (m_DataBoard.IsIdenticalPair(m_FirstSquareChoice, m_SecondSquareChoice))
{
currentPlayer.Score++;
if (checkFullBoard(m_MainPlayer.Score, secondPlayer.Score))
{
string winnerName = gameWinner(secondPlayer.Name, secondPlayer.Score);
endRound(winnerName);
}
}
else
{
m_DataBoard.RemovePairFromRealTimeBoard(m_FirstSquareChoice, m_SecondSquareChoice);
currentPlayer = currentPlayer == m_MainPlayer ? secondPlayer : m_MainPlayer;
System.Threading.Thread.Sleep(2000); // if its not a matched pair let the viewers see the board for additonal second(2 second total)
}
}
}
}
private void playerVsComputer()
{
while (m_GameStillRuning)
{
m_MainPlayer.Score = 0;
bool isMainPlayerTurn = true;
m_IsRoundRuning = true;
Computer aiComputer;
startRound();
aiComputer = new Computer(m_DataBoard.BoardHeight, m_DataBoard.BoardWidth);
// turns start:
while (m_IsRoundRuning)
{
if (isMainPlayerTurn)
{
MessageOrganizer.TurnMsg(m_MainPlayer.Name);
}
else
{
MessageOrganizer.TurnMsg();
}
MessageOrganizer.ShowBoard(m_DataBoard.RealTimeBoard);
if (isMainPlayerTurn)
{
playerPairPick();
}
else // COMPUTER AI PICK
{
aiComputer.PickPair(m_DataBoard, m_FirstSquareChoice, m_SecondSquareChoice);
showComputerPicks();
}
if (m_DataBoard.IsIdenticalPair(m_FirstSquareChoice, m_SecondSquareChoice))
{
if (isMainPlayerTurn)
{
aiComputer.UpdateMemory(m_DataBoard, m_FirstSquareChoice, m_SecondSquareChoice, true);
m_MainPlayer.Score++;
}
else
{
aiComputer.Score++;
}
if (checkFullBoard(m_MainPlayer.Score, aiComputer.Score))
{
string winnerName = gameWinner(string.Empty, aiComputer.Score);
endRound(winnerName);
}
}
else
{
aiComputer.UpdateMemory(m_DataBoard, m_FirstSquareChoice, m_SecondSquareChoice, false);
m_DataBoard.RemovePairFromRealTimeBoard(m_FirstSquareChoice, m_SecondSquareChoice);
isMainPlayerTurn = !(isMainPlayerTurn);
System.Threading.Thread.Sleep(2000); // if its not a matched pair let the viewers see the board for additonal second(2 second total)
}
}
}
}
