def __init__(self):
self.board = Board()
self.move_manager = MoveManager(self.board)
self.players = [PlayerMoveFirstPawn(p, self.board) for p in Players]
self.current = Players.black
self.die = Die()
self._retry_counter = 0
# save finishers
self.finishers = []
self.event_ready = threading.Event()
self.event_finished = threading.Event()
# Look to serialize canvas drawings
self.lock = threading.Lock()
# Thread for tk mainloop, this runs until the program gets exited
self.tk_thread = threading.Thread(target=self._tk_mainloop)
# -*- coding: utf-8 -*- """ Created on Tue May 29 00:14:59 2018 @author: Andrea Sequenzia """ import chess from move_manager import MoveManager from utility import Utility from AIEngine import AIAgent import time from server import Communicator # Inizializzazioni board = chess.Board() mover = MoveManager() utility = Utility() agent = AIAgent() print '---Inizio partita--- \n' utility.print_board(board, 0) # Turno whiteTurn = True # Contatore mosse n_move = 1 # Creazione connessione com = Communicator() com.communicate()
class Game:
def __init__(self):
self.board = Board()
self.move_manager = MoveManager(self.board)
self.players = [PlayerMoveFirstPawn(p, self.board) for p in Players]
self.current = Players.black
self.die = Die()
self._retry_counter = 0
# save finishers
self.finishers = []
self.event_ready = threading.Event()
self.event_finished = threading.Event()
# Look to serialize canvas drawings
self.lock = threading.Lock()
# Thread for tk mainloop, this runs until the program gets exited
self.tk_thread = threading.Thread(target=self._tk_mainloop)
def start_tk_visualization(self):
self.tk_thread.start()
# Wait for completion of canvas initialization
self.event_ready.wait()
def next_move(self):
# while True:
# number = self.die.roll()
# self.players[self.current].move(number)
# if number is not 6:
# break
# print(self.current, "rolls again!")
number = self.die.roll()
return self._execute_move(number)
def _execute_move(self, number):
moves = self.move_manager.get_valid_moves(self.current, number)
if not self._let_player_execute_move(moves):
return False
# roll again when having max number of points
if number == MAX_DICE_NUMBER_OF_POINTS:
return True
if self._retry_counter == 0:
self._go_to_next_player()
return True
def _let_player_execute_move(self, moves):
move = self.players[self.current].choose_move(moves)
if move is not None:
self._retry_counter = 0
self.move_manager.perform_move(self.current, move)
if self.move_manager.check_if_finished(self.current):
assert self.current not in self.finishers
self.finishers.append(self.current)
if len(self.finishers) == len(Players):
return False
else:
if (self.move_manager.board.can_player_only_emerge(self.current) and
self._retry_counter < MAX_THROWS-1):
self._retry_counter += 1
else:
self._retry_counter = 0
return True
def update_canvas(self):
tasks = []
# iterate over every pawn
for player in Players:
for pawn in range(PAWN_COUNT):
tasks.append({'type': "move",
'data': (player, pawn, self.board.pawns[player][pawn][0],
self.board.pawns[player][pawn][2])})
# update every pawn on canvas
list(map(self.board_drawer.job_queue.put_nowait, tasks))
def _go_to_next_player(self):
assert len(self.finishers) < len(Players)
while True:
self.current = Players.next(self.current)
if self.current not in self.finishers:
break
def _tk_mainloop(self):
# print board on tk canvas
self.board_drawer = BoardDrawer()
# set ready event for main thread to continue initialization
self.event_ready.set()
# call mainloop()
self.board_drawer.show_board()
self.event_finished.wait()
# delete tkinter canvas explicitly in THIS thread
del self.board_drawer
