static Color OccupierToColor(Occupier Occupier)
{
switch (Occupier)
{
case Occupier.Player1:
return(Colors.Red);
default:
return(Colors.Blue);
}
}
static Color OccupierToColor(Occupier Occupier)
{
switch (Occupier)
{
case Occupier.Player1:
return Colors.Red;
default:
return Colors.Blue;
}
}
async void OnGameOver(Occupier Winner)
{
WinnerLabel.Content = WinnerTextToDisplay(Winner);
WinnerLabel.Visibility = Visibility.Visible;
await Task.Delay(2000);
WinnerLabel.Visibility = Visibility.Collapsed;
_mainViewModel.StartNewGame();
}
async void OnGameOver(Occupier Winner)
{
WinnerLabel.Content = WinnerTextToDisplay(Winner);
WinnerLabel.Visibility = Visibility.Visible;
await Task.Delay(2000);
WinnerLabel.Visibility = Visibility.Collapsed;
_mainViewModel.StartNewGame();
}
string WinnerTextToDisplay(Occupier Winner)
{
switch (Winner)
{
case Occupier.ComputerOrPlayer2:
return(_mainViewModel.GameType == GameType.SinglePlayer ? "Computer Won" : "Player 2 Won");
case Occupier.Player1:
return(_mainViewModel.GameType == GameType.SinglePlayer ? "You Won" : "Player 1 Won");
default:
return("Draw");
}
}
static string OccupierToContent(Occupier Occupier)
{
switch (Occupier)
{
case Occupier.Player1:
return "O";
case Occupier.ComputerOrPlayer2:
return "X";
default:
return null;
}
}
string WinnerTextToDisplay(Occupier Winner)
{
switch (Winner)
{
case Occupier.ComputerOrPlayer2:
return _mainViewModel.GameType == GameType.SinglePlayer ? "Computer Won" : "Player 2 Won";
case Occupier.Player1:
return _mainViewModel.GameType == GameType.SinglePlayer ? "You Won" : "Player 1 Won";
default:
return "Draw";
}
}
static string OccupierToContent(Occupier Occupier)
{
switch (Occupier)
{
case Occupier.Player1:
return("O");
case Occupier.ComputerOrPlayer2:
return("X");
default:
return(null);
}
}
void FindWinner(Occupier Occupier)
{
var isWon = false;
for (var n = 0; n < 8; ++n)
{
if (_waysToWin[n, 0].Occupier != Occupier
|| _waysToWin[n, 1].Occupier != Occupier
|| _waysToWin[n, 2].Occupier != Occupier)
continue;
isWon = true;
break;
}
if (isWon)
{
if (Occupier == Occupier.Player1)
{
if (GameType == GameType.SinglePlayer)
Stats.SinglePlayer.Player.Increment(Level);
else Stats.TwoPlayer.Player1++;
_playerStarts = true;
GameOver?.Invoke(Occupier.Player1);
}
else
{
if (GameType == GameType.SinglePlayer)
Stats.SinglePlayer.Computer.Increment(Level);
else Stats.TwoPlayer.Player2++;
_playerStarts = false;
GameOver?.Invoke(Occupier.ComputerOrPlayer2);
}
}
else
{
if (_done > 8)
{
if (GameType == GameType.SinglePlayer)
Stats.SinglePlayer.Draws.Increment(Level);
else Stats.TwoPlayer.Draws++;
_playerStarts = !_playerStarts;
GameOver?.Invoke(Occupier.None);
}
else if (Occupier == Occupier.Player1
&& GameType == GameType.SinglePlayer)
ComputerTurn();
}
}
void FindWinner(Occupier Occupier)
{
var isWon = false;
for (var n = 0; n < 8; ++n)
{
if (_waysToWin[n, 0].Occupier != Occupier ||
_waysToWin[n, 1].Occupier != Occupier ||
_waysToWin[n, 2].Occupier != Occupier)
{
continue;
}
isWon = true;
break;
}
if (isWon)
{
if (Occupier == Occupier.Player1)
{
if (GameType == GameType.SinglePlayer)
{
Stats.SinglePlayer.Player.Increment(Level);
}
else
{
Stats.TwoPlayer.Player1++;
}
_playerStarts = true;
GameOver?.Invoke(Occupier.Player1);
}
else
{
if (GameType == GameType.SinglePlayer)
{
Stats.SinglePlayer.Computer.Increment(Level);
}
else
{
Stats.TwoPlayer.Player2++;
}
_playerStarts = false;
GameOver?.Invoke(Occupier.ComputerOrPlayer2);
}
}
else
{
if (_done > 8)
{
if (GameType == GameType.SinglePlayer)
{
Stats.SinglePlayer.Draws.Increment(Level);
}
else
{
Stats.TwoPlayer.Draws++;
}
_playerStarts = !_playerStarts;
GameOver?.Invoke(Occupier.None);
}
else if (Occupier == Occupier.Player1 &&
GameType == GameType.SinglePlayer)
{
ComputerTurn();
}
}
}
