public static void Main(string[] args)
{
Printer.Start();
Printer.AddToPrinter("Hello World");
var board = new Board();
board.PrintBoardToPrinter();
PlayerAbstract white = new RandomAI(board, Color.White);
PlayerAbstract black = new AlphaBetaSimple(board, Color.Black);
var gamesResult = GameLoop.Games(board, white, black, 1, boardPrint: true);
var count = gamesResult.Length;
Printer.AddToPrinter("Number of games played: " + count);
var tmp = gamesResult.Count(a => a.Item1 == Color.Black);
Printer.AddToPrinter(tmp + " wins for black (" + tmp / (double)count * 100d + "%) (" + black.Name + ")");
tmp = gamesResult.Count(a => a.Item1 == Color.White);
Printer.AddToPrinter(tmp + " wins for white (" + tmp / (double)count * 100d + "%) (" + white.Name + ")");
tmp = gamesResult.Count(a => a.Item1 == Color.NoColor);
Printer.AddToPrinter(tmp + " draws (" + tmp / (double)count * 100d + "%)");
Printer.AddToPrinter(gamesResult.Average(a => a.Item2) + " average number of turns needed");
Printer.AddToPrinter(
gamesResult.Average(a => a.Item3) + "ms need on average for white (" + white.Name + ")");
Printer.AddToPrinter(
gamesResult.Average(a => a.Item4) + "ms need on average for black (" + black.Name + ")");
Thread.Sleep(1000);
Console.ReadLine();
}
public void TenThousandRandomGames()
{
const int numberOfGames = 10000;
Player p1 = new RandomAI(Color.White);
Player p2 = new RandomAI(Color.Black);
Game game = new Game('c', 'g', p1, p2);
//watch.Start();
for (int i = 0; i < numberOfGames; i++)
{
while (!game.IsFinished)
{
game.ApplyMove(game.CurrentPlayer.ProduceMove());
}
game = new Game('c', 'g', p1, p2);
}
}
private void SetUpGame(char whiteGap, char blackGap, bool userPlaysWhite)
{
Core.Color userColor = userPlaysWhite ? Core.Color.White : Core.Color.Black;
m_ControlEnabled = m_BoardRotated = userPlaysWhite;
m_User = new HumanPlayer(userColor);
m_User.TurnTaken += EnableControl;
m_User.MoveProduced += DisableControl;
Player opponent;
if (m_LocalMultiplayer)
{
opponent = new HumanPlayer(userColor.Inverse());
}
else
{
opponent = new RandomAI(userColor.Inverse());
}
m_GameManager = new GameManager(whiteGap, blackGap, m_User, opponent);
m_GameManager.MoveMade += RenderAllPawns;
}
public static void Run(int size, int iterations, string simDesc, string boardPath, bool dbInsert)
{
Statistics stats = new Statistics(new Simulation()
{
SimulationId = Guid.NewGuid(), Description = simDesc, SimulationDate = DateTime.Now, AIType = (int)AIType.Random
});
try
{
Random random = new Random();
for (int i = 0; i < iterations; i++)
{
Game game = new Game();
game.GameId = Guid.NewGuid();
game.SimulationId = stats.Simulation.SimulationId;
game.GameNumber = i + 1;
string s = Files.Read(boardPath);
Board board = GridParser.Parse(s, size);
RandomAI RandAI = new RandomAI(board, game.GameId, random);
stats.Shots.AddRange(RandAI.Play());
stats.Games.Add(game);
// Display.Grid(board);
}
if (dbInsert)
{
DbInsert.Insert(stats);
}
Console.WriteLine("Done");
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
}
static void Main(string[] args)
{
Console.WriteLine("Welcome to Rock Paper Sciscors!");
//TODO: pull out into function
// - - - choose your cpu - - - //
//get input
string input = null;
while (!validateAiInput(input, AINames))
{
Console.WriteLine("Choose the AI to play against:");
Console.WriteLine("Random - Randomly chooses moves.");
Console.WriteLine("Smart - takes into account some information");
input = Console.ReadLine();
input = input.Trim().ToLower();
}
//use input
IAI gameai;
switch (input)
{
case ("random"):
gameai = new RandomAI();
break;
case ("smart"):
gameai = new SmarterAI();
break;
default:
Debug.WriteLine("Warning, unknown input made it through the AI choice input validation");
gameai = new RandomAI();
break;
}
// - - - choose your cpu - - - //
//create the game
Game game = new Game(gameai);
//player inputs: play again, see history, exit
//TODO: PULL OUT INTO FUNCTION
//get input
//loop until quit
while (true)
{
input = "p";
while (!validateAiInput(input, PlayerActions))
{
Console.WriteLine("Choose what to do");
Console.WriteLine("q - quit the game.");
Console.WriteLine("h - view history");
Console.WriteLine("p - play again");
input = Console.ReadLine();
input = input.Trim().ToLower();
}
switch (input)
{
case ("q"):
return;
break;
case ("h"):
//TODO: print history
break;
case ("p"):
//todo: get player input, make match, add to history
//maybe delegate to a function in game
//COULD EVEN make an interface that handles ai and player moves. Ai inherits from it, player is own class
//reads lines from console like we expect here.
break;
}
}
}
private void button4_Click(object sender, EventArgs e)
{
if(!on_game)
{
return;
}
Info.GameState st = Info.GameState.VALID_MOVE;
AI randomai = new RandomAI();
while(st != Info.GameState.END_GAME)
{
st = board.play(randomai.play(board));
Refresh();
}
double black_point = board.stones[0].size();
double white_point = board.stones[1].size() + 6.5;
String msg = "Black " + black_point + " White " + white_point;
MessageBox.Show(msg);
on_game = false;
}
public Human(Human human, Board board) : base(human, board)
{
_randomAi = (RandomAI)human._randomAi.Clone(board);
}
public Human(Human human) : base(human)
{
_randomAi = (RandomAI)human._randomAi.Clone(Board);
}
public Human(Board board, Color color) : base(board, color, "Human " + color)
{
_randomAi = new RandomAI(board, color);
}
