class Chess(Scene, ChessInterface):
def __init__(self, game, level_white, level_black, *args, **kwargs):
super(Chess, self).__init__(game, *args, **kwargs)
self.finished = False
self.game = game
self.white_minutes = lambda: "20:00"
self.black_minutes = lambda: "20:00"
self.define_clicks()
self.create_interface()
self.level_white = level_white
self.level_black = level_black
self.new_game()
@property
def current_player(self):
return self.players[self.board.color()]
@property
def other_player(self):
return self.players[next(self.board.color())]
@property
def human_player(self):
return isinstance(self.current_player, InputPlayer)
def define_clicks(self):
def draw_click(it):
if self.human_player:
self.other_player.confirm_draw()
def resign_click(it):
if self.human_player:
self.current_player.lose()
def motion(it, collides):
if not self.human_player or not collides:
it.color = self.button_color
else:
it.color = self.button_hover
self.do_jit_draw()
it.redraw()
def motion_group(it, collides):
if collides:
self.do_jit_draw()
self.draw_click = draw_click
self.resign_click = resign_click
self.motion = motion
self.motion_group = motion_group
def new_game(self):
self.free_events()
self.config = self.load_stored_config()
self.fifty_move = self.config['fifty_move']
self.jit_draw = self.config['jit_draw']
self.ai_timeout = self.config['timeout']
self.board = Board(True)
# Marked squares
self.selected = None
self.fail = None
self.check = None
# Game states and countdown for check message
self.countdown = 0
self.denied_countdown = 0
self.draw_delta = 0
self.state = None
self.initialize_players()
self.game.scene = self
self.do_jit_draw()
def initialize_players(self):
new_timer = lambda: TIMER_CLASS[self.config['timer']](self.config)
white = create_player(WHITE, new_timer(), self, self.level_white)
black = create_player(BLACK, new_timer(), self, self.level_black)
self.players = {
WHITE: white,
BLACK: black,
}
self.white_minutes = lambda: white.timer.minutes_to_text()
self.black_minutes = lambda: black.timer.minutes_to_text()
self.thread_events = [white.timer.event, black.timer.event]
self.current_player.start_turn()
def draw(self, delta_time):
self.draw_delta += delta_time
if (0 < self.countdown < delta_time or
0 < self.denied_countdown < delta_time or
self.draw_delta >= MAX_DRAW_DELTA):
self.should_draw = True
self.draw_delta %= MAX_DRAW_DELTA
self.countdown = max(self.countdown - delta_time, 0)
self.denied_countdown = max(self.denied_countdown - delta_time, 0)
if self.should_draw:
#print("jit", self.draw_delta)
self.game.screen.fill((238, 223, 204))
self.main_div.draw(self.game.screen)
if self.jit_draw:
self.should_draw = False
def get_square(self, pos):
x, y = pos[0] - (MARGIN + BORDER), pos[1] - BORDER
px, py = x // self.square_size, y // self.square_size
if 0 > px or px > 7 or 0 > py or py > 7:
return None
return (px, 7 - py)
def event(self, delta_time, event):
if not self.game.running:
sys.exit()
if event.type == MOUSEBUTTONUP:
if self.current_player.state == END:
return
square = self.get_square(event.pos)
self.current_player.click(square)
self.main_div.click(event.pos)
self.do_jit_draw()
elif event.type == MOUSEMOTION:
self.main_div.motion(event.pos)
elif event.type == KEYDOWN:
if event.key == K_ESCAPE:
self.pause()
def select(self, square):
self.snap_board.dynamic()
self.selected = square
self.do_jit_draw()
def play(self, square, promotion=5):
selected = self.selected
self.selected = None
self.fail = None
self.check = None
self.snap_board.dynamic()
self.do_jit_draw()
self.snap_board.snap()
movement = self.do_move(selected, square, promotion)
if movement:
self.snap_board.dynamic()
self.do_jit_draw()
self.change_turn(selected, square)
self.verify_status(self.board.status(None))
return True
self.selected = selected
self.fail = square
self.do_jit_draw()
self.snap_board.dynamic()
self.do_jit_draw()
return False
def do_move(self, selected, square, promotion=5):
return self.board.move(selected, square, promotion)
def change_turn(self, selected, square):
opening = ''.join([
p0x88_to_chess_notation(tuple_to_0x88(selected)),
p0x88_to_chess_notation(tuple_to_0x88(square))
])
self.selected = None
self.fail = None
if hasattr(self.current_player, 'openings'):
if self.current_player.openings:
try:
self.current_player.openings = self.current_player.openings[opening]
except KeyError:
self.current_player.openings = {}
self.other_player.end_turn()
self.current_player.start_turn()
def verify_status(self, status):
if status == CHECK:
self.check = self.board.current_king_position()
self.countdown = CHECK_COUNTDOWN
elif status == CHECKMATE:
self.current_player.lose()
return True
elif status == STALEMATE:
self.end_game(GAME_DRAW)
return True
elif status == FIFTY_MOVE:
if self.fifty_move == FIFTY_MOVE_OPTIONS["auto"]:
self.end_game(GAME_DRAW)
return True
return False
def win(self, color):
self.end_game(WINS[color])
def end_game(self, state):
self.finished = True
for player in self.players.values():
player.state = END
self.state = state
for threaded_event in self.thread_events:
threaded_event.set()
self.game.scene = EndMenu(game=self.game, chess=self)
def resize(self):
ChessInterface.resize(self)
def pause(self):
self.previous_state = self.state
self.state = PAUSE
self.current_player.pause_turn()
self.other_player.pause_turn()
self.game.scene = PauseMenu(game=self.game, chess=self)
def resume(self):
self.state = self.previous_state
self.game.scene = self
self.current_player.resume_turn()
self.do_jit_draw()
def confirm_draw_dialog(self, player):
if (self.fifty_move == FIFTY_MOVE_OPTIONS["button"] and
self.board.status() == FIFTY_MOVE):
self.end_game(GAME_DRAW)
return
def yes_click(it):
self.end_game(GAME_DRAW)
def no_click(it):
self.deny_draw(player)
self.resume()
self.pause()
self.game.scene = Dialog(
game=self.game,
chess=self,
message=CONFIRM_DRAW,
yes_click=yes_click,
no_click=no_click
)
def deny_draw(self, player):
self.denied_countdown = CHECK_COUNTDOWN
@property
def running(self):
return self.game.running and not self.finished
def test_normal_status(self):
board = Board(False)
board.load_fen("7k/8/8/8/8/8/8/8 b kQkq - 0 1")
self.assertEqual(board.status(None), NORMAL)
def test_fifty_move_status(self):
board = Board(False)
board.load_fen("7k/8/8/8/8/8/8/8 b kQkq - 50 50")
self.assertEqual(board.status(None), FIFTY_MOVE)
def test_stalemate_status(self):
board = Board(False)
board.load_fen("7k/5K2/6Q1/8/8/8/8/8 b kQkq - 0 1")
self.assertEqual(board.status(None), STALEMATE)
def test_checkmate_status(self):
board = Board(False)
board.load_fen("8/4k3/8/3RRR2/8/8/8/8 b kQkq - 0 1")
self.assertEqual(board.status(None), CHECKMATE)
def test_check_status(self):
board = Board(False)
board.load_fen("4k3/8/8/4R3/8/8/8/8 b kQkq - 0 1")
self.assertEqual(board.status(None), CHECK)
