def init_players(self):
self.bot = GamePlayer(self.choices[randint(0, 1)])
self.player = "X" if self.bot.choice == "O" else "O"
if randint(0, 1) == 1:
self.bot.make_move(self.board, self.winning_combos)
greeting = "Hello Player! Bot plays first! You are playing with \"" + self.player + "\""
else:
greeting = "Hello Player! You are playing with \"" + self.player + "\""
self.popup_message(greeting)
def add_player(self, player):
if player.id not in self.players:
self.players[player.id] = GamePlayer(player, self.botv,
lesketon.bot)
return "New player ({}) successfully added.".format(player.id)
else:
return "Player of id {} already registered.".format(player.id)
def playGame(self, gameIndex, currentRound,
blackName, blackCmd, whiteName, whiteCmd,
opening, verbose):
if verbose:
print
print "==========================================================="
print "Game ", gameIndex
print "==========================================================="
bcmd = "nice " + blackCmd + " --seed %SRAND" \
+ " --logfile-name " + self._outdir + "/" \
+ blackName + "-" + str(gameIndex) + ".log"
wcmd = "nice " + whiteCmd + " --seed %SRAND" \
+ " --logfile-name " + self._outdir + "/" \
+ whiteName + "-" + str(gameIndex) + ".log"
bLogName = self._outdir + "/" + blackName + "-" + str(gameIndex) \
+ "-stderr.log"
wLogName = self._outdir + "/" + whiteName + "-" + str(gameIndex) \
+ "-stderr.log"
black = Program("B", bcmd, bLogName, verbose)
white = Program("W", wcmd, wLogName, verbose)
resultBlack = "?"
resultWhite = "?"
error = 0
errorMessage = ""
game = Game() # just a temporary
gamePlayer = GamePlayer(black, white, self._size)
try:
game = gamePlayer.play(opening, verbose)
swapped = game.playedSwap()
resultBlack = self.handleResult(swapped, black.getResult())
resultWhite = self.handleResult(swapped, white.getResult())
except GamePlayer.Error:
error = 1
errorMessage = gamePlayer.getErrorMessage()
except Program.Died:
error = 1
errorMessage = "program died"
name = "%s/%04i" % (self._outdir, gameIndex)
# save the result
# recall it has been flipped if a swap move was played
result = "?"
if resultBlack == resultWhite:
result = resultBlack
game.setResult(result)
# save it to the results file
self._resultsFile.addResult(currentRound, opening,
blackName, whiteName,
resultBlack, resultWhite,
# -1 so we don't count "resign" as a move
game.getLength()-1,
game.getElapsed("black"),
game.getElapsed("white"),
error, errorMessage)
# save game
gamePlayer.save(name + ".sgf", name, resultBlack, resultWhite)
if error:
print "Error: Game", gameIndex
for program in [black, white]:
try:
program.sendCommand("quit");
except Program.Died:
pass
return game
for opt in wsettings:
white.sendCommand(opt)
except GamePlayer.Error:
print "Error during initialization!"
print gamePlayer.getErrorMessage()
except Program.Died:
print "Error during initialization!"
print "program died"
opening = randomOpening(size, seed / 2)
resultBlack = "?"
resultWhite = "?"
error = 0
errorMessage = ""
game = Game() # just a temporary
gamePlayer = GamePlayer(black, white, size)
try:
game = gamePlayer.play(opening, verbose)
resultBlack = black.getResult()
resultWhite = white.getResult()
filename = path + ("/%07d.sgf" % seed)
gamePlayer.save(filename, seed, resultBlack, resultWhite)
result = "?"
if resultBlack == resultWhite:
result = resultBlack
if result == '?':
print "Error: could not determine game result"
elif 'B+' in result:
if (seed % 2 == 0): # seed even ==> black == opt
class TicTacToeApp(App):
title = 'Tic Tac Toe'
board = []
choices = ["X", "O"]
game_over = False
winning_combos = [
[0, 1, 2],
[3, 4, 5],
[6, 7, 8], # Horizontal
[0, 3, 6],
[1, 4, 7],
[2, 5, 8], # Vertical
[0, 4, 8],
[2, 4, 6] # Diagonal
]
# On application build handler
def build(self):
Config.set('graphics', 'width', '450')
Config.set('graphics', 'height', '450')
Config.set('graphics', 'resizable', False)
self.layout = StackLayout()
for x in range(9):
bt = Button(text='',
color=(0.8, 0.8, 0.8, 1),
font_size=120,
width=150,
height=150,
size_hint=(None, None),
id=str(x),
background_color=(0.4, 0.65, 0.90, 1.0))
bt.bind(on_release=self.btn_pressed)
self.board.append(bt)
self.layout.add_widget(bt)
return self.layout
# On application start handler
def on_start(self):
self.init_players()
# On button pressed handler
def btn_pressed(self, button):
if len(button.text.strip()
) < 1: # Continue only if the button has no mark on it...
button.text = self.player
self.bot.make_move(self.board, self.winning_combos)
self.check_winner()
# Initializes players
def init_players(self):
self.bot = GamePlayer(self.choices[randint(0, 1)])
self.player = "X" if self.bot.choice == "O" else "O"
if randint(0, 1) == 1:
self.bot.make_move(self.board, self.winning_combos)
greeting = "Hello Player! Bot plays first! You are playing with \"" + self.player + "\""
else:
greeting = "Hello Player! You are playing with \"" + self.player + "\""
self.popup_message(greeting)
# Checks winner after every move...
def check_winner(self):
for combo in self.winning_combos:
if self.board[combo[0]].text == self.board[
combo[1]].text == self.board[combo[2]].text and self.board[
combo[0]].text != '':
self.game_over = True
if self.board[combo[0]].text == self.player:
self.popup_message('Player wins!')
else:
self.popup_message('Bot wins!')
# Resets game state by deleting button values...
def reset_game(self, popup):
if self.game_over:
for button in self.board:
button.text = ''
self.game_over = False
def popup_message(self, msg, title="Welcome!"):
popup = Popup(title=title,
content=Label(text=msg),
size=(435, 100),
size_hint=(None, None))
popup.bind(on_dismiss=self.reset_game)
popup.open()
def playGame(self, gameIndex, currentRound,
blackName, blackCmd, whiteName, whiteCmd,
opening, verbose):
if verbose:
print
print "==========================================================="
print "Game ", gameIndex
print "==========================================================="
bcmd = "nice " + blackCmd + " --seed %SRAND" \
+ " --logfile-name " + self._outdir + "/" \
+ blackName + "-" + str(gameIndex) + ".log"
wcmd = "nice " + whiteCmd + " --seed %SRAND" \
+ " --logfile-name " + self._outdir + "/" \
+ whiteName + "-" + str(gameIndex) + ".log"
black = Program("B", bcmd, verbose)
white = Program("W", wcmd, verbose)
resultBlack = "?"
resultWhite = "?"
error = 0
errorMessage = ""
game = Game() # just a temporary
gamePlayer = GamePlayer(black, white, self._size)
try:
game = gamePlayer.play(opening, verbose)
swapped = game.playedSwap()
resultBlack = self.handleResult(swapped, black.getResult())
resultWhite = self.handleResult(swapped, white.getResult())
except GamePlayer.Error:
error = 1
errorMessage = gamePlayer.getErrorMessage()
except Program.Died:
error = 1
errorMessage = "program died"
name = "%s/%04i" % (self._outdir, gameIndex)
# save the result
# recall it has been flipped if a swap move was played
result = "?"
if resultBlack == resultWhite:
result = resultBlack
game.setResult(result)
# save it to the results file
self._resultsFile.addResult(currentRound, opening,
blackName, whiteName,
resultBlack, resultWhite,
# -1 so we don't count "resign" as a move
game.getLength()-1,
game.getElapsed("black"),
game.getElapsed("white"),
error, errorMessage)
# save game
gamePlayer.save(name + ".sgf", name, resultBlack, resultWhite)
if error:
print "Error: Game", gameIndex
for p in (black, white):
if p.isDead():
p.saveLog(name + ".log")
p.saveCommandLog(name + ".gtp")
break
for program in [black, white]:
try:
program.sendCommand("quit");
except Program.Died:
pass
return game
Using GamePlayer ''' import sys import os # Add parent directory to PYTHONPATH parentdir = os.path.dirname(os.path.dirname(os.path.abspath(__file__))) os.sys.path.insert(0, parentdir) from gameplayer import GamePlayer from action import Action from state import State # Main: initState = State.getInitState() gamePlayer = GamePlayer(Action, State) result = gamePlayer.treeSearch(initState) # Somme comments: #print "Search type:", SEARCH_TYPE print "Iterations Checked:", gamePlayer.iterations print "Solution Path:", result print "Num of moves needed:", len(result) print "Hit Enter to see it played out." yn = sys.stdin.readline() # Play solution gamePlayer.play(initState, result)
