def test_imgage_processor():
'''Test image processor (multiple tests)'''
expected_board = BlindBoard.get_starting_board()
expected_board.remove_piece_at(chess.E2)
expected_board.set_piece_at(chess.E4, Piece(PAWN, WHITE))
# retrieve all the images paths and sort
images = collect_test_images('tests/pictures/game000')
debug("Calibrating image processor...")
processor = ImageProcessor(images[0], images[1])
for img, expected_board in zip(images[2:], expected_boards()):
debug("Processing `{}`...".format(os.path.basename(img)))
processor.process(img)
board = processor.get_blindboard()
yield compare_blindboards, expected_board, board, img
def test_imgage_processor():
'''Test image processor (multiple tests)'''
expected_board = BlindBoard.get_starting_board()
expected_board.remove_piece_at(chess.E2)
expected_board.set_piece_at(chess.E4, Piece(PAWN, WHITE))
# retrieve all the images paths and sort
images = collect_test_images('tests/pictures/game000')
debug("Calibrating image processor...")
processor = ImageProcessor(images[0], images[1])
for img, expected_board in zip(images[2:], expected_boards()):
debug("Processing `{}`...".format(os.path.basename(img)))
processor.process(img)
board = processor.get_blindboard()
yield compare_blindboards, expected_board, board, img
class Core(cmd.Cmd):
'''TO-F*****G-DO'''
prompt = ' (chessreader-PLAYING) '
def __init__(self, capture_engine=None, do_live_analysis=True):
# parent ctor
super(Core, self).__init__()
# core tools
self.capture_engine = capture_engine or capture.Fswebcam()
self.image_processor = None # will be init. in preloop()
self.chess_engine = None # TODO
# game status
self.last_valid_blindboard = BlindBoard.get_starting_board()
self.current_board = chess.Board()
# core options
self.game_folder = utils.create_new_game_folder()
self.do_keep_trace_files = True # TODO
self.do_live_analysis = do_live_analysis
self.do_show_each_move = True # TODO
# cmd-related stuff ########################################################
#
def emptyline(self):
self.do_next(None)
def preloop(self):
'''TODO'''
# whether live analysis is on or off, perform calibration now
self._calibration()
print("The game is on!")
def do_next(self, _):
'''TODO'''
# make sure the game is still on
if self.current_board.is_game_over():
print('Game is over! Type "help" to see authorized commands')
# img capture!
img_path = self._get_img_name()
self.capture_engine.capture(img_path)
assert os.path.exists(img_path)
if self.do_live_analysis:
try:
self._process_next_move(img_path)
except IllegalMove as e:
log.warn(str(e))
log.info('no move registered; type "next" again to retry')
else:
self.current_board.push(chess.Move.null())
def do_show(self, _):
'''Show the current status of the board in a human-readable fashion'''
print_str = "\nNext move: {0}\n".format(self._get_turn_str())
utils.log.info(print_str + str(self.current_board) + '\n')
def do_analyze(self, _):
'''End the current game and run analysis on captured images'''
if self.do_live_analysis:
log.warn('live analysis is on: nothing to do')
return
# consider the game is over, and analyze all the pictures available
# TODO
def do_takeback(self, _):
'''TODO'''
pass
def do_quit(self, _):
'''End the current game and leave'''
if utils.confirm_yes_no('Are you sure you want to end this game?'):
log.info('leaving current game')
return True
############################################################################
def _calibration(self):
# TODO: this is messy - we need to handle calibration failure!
empty_img = os.path.join(self.game_folder, 'empty.jpg')
start_img = self._get_img_name()
print("Prepare the empty chessboard and press Enter")
input()
self.capture_engine.capture(empty_img)
print("Prepare the chessboard in starting position "
"and press Enter")
input()
self.capture_engine.capture(start_img)
if self.do_live_analysis:
log.info("Calibrating image processor...")
self.image_processor = ImageProcessor(empty_img, start_img,
trace=True)
log.info("Calibration completed")
else:
log.info('Delaying image processor calibration')
def _get_img_name(self):
'''TODO'''
fullmove_number = self.current_board.fullmove_number
turn_number = '0' if self.current_board.turn else '1'
filename = "board-{:03}-{}.jpg".format(fullmove_number, turn_number)
return os.path.join(self.game_folder, filename)
def _process_next_move(self, image_path):
'''TODO'''
log.debug('running img processing on "{}"...'.format(image_path))
self.image_processor.process(image_path)
new_blindboard = self.image_processor.get_blindboard()
diff = new_blindboard.diff(self.last_valid_blindboard)
move = core.diffreader.read(diff)
log.info("see {} playing: {}".format(self._get_turn_str(), move))
if not self.current_board.is_legal(move):
log.warn("Illegal move: {}".format(move))
raise IllegalMove(move)
# the move is legit: change state of board and blindboard
self.current_board.push(move)
self.last_valid_blindboard = new_blindboard
self._print_game_status()
if self.do_show_each_move:
self.do_show(None)
return move
def _print_game_status(self):
assert self.do_live_analysis
turn = self._get_turn_str()
if self.current_board.is_check():
log.info("{} is in check!".format(turn))
elif self.current_board.is_checkmate():
log.info("{} is checkmated. Game over!".format(turn))
elif self.current_board.is_stalemate():
log.info("{} to move is in stalemate. Game over!".format(turn))
def _get_turn_str(self):
return "White" if self.current_board.turn else "Black"
class Core(cmd.Cmd):
'''TO-F*****G-DO'''
prompt = ' (chessreader-PLAYING) '
def __init__(self, capture_engine=None, do_live_analysis=True):
# parent ctor
super(Core, self).__init__()
# core tools
self.capture_engine = capture_engine or capture.Fswebcam()
self.image_processor = None # will be init. in preloop()
self.chess_engine = None # TODO
# game status
self.last_valid_blindboard = BlindBoard.get_starting_board()
self.current_board = chess.Board()
# core options
self.game_folder = utils.create_new_game_folder()
self.do_keep_trace_files = True # TODO
self.do_live_analysis = do_live_analysis
self.do_show_each_move = True # TODO
# cmd-related stuff ########################################################
#
def emptyline(self):
self.do_next(None)
def preloop(self):
'''TODO'''
# whether live analysis is on or off, perform calibration now
self._calibration()
print("The game is on!")
def do_next(self, _):
'''TODO'''
# make sure the game is still on
if self.current_board.is_game_over():
print('Game is over! Type "help" to see authorized commands')
# img capture!
img_path = self._get_img_name()
self.capture_engine.capture(img_path)
assert os.path.exists(img_path)
if self.do_live_analysis:
try:
self._process_next_move(img_path)
except IllegalMove as e:
log.warn(str(e))
log.info('no move registered; type "next" again to retry')
else:
self.current_board.push(chess.Move.null())
def do_show(self, _):
'''Show the current status of the board in a human-readable fashion'''
print_str = "\nNext move: {0}\n".format(self._get_turn_str())
utils.log.info(print_str + str(self.current_board) + '\n')
def do_analyze(self, _):
'''End the current game and run analysis on captured images'''
if self.do_live_analysis:
log.warn('live analysis is on: nothing to do')
return
# consider the game is over, and analyze all the pictures available
# TODO
def do_takeback(self, _):
'''TODO'''
pass
def do_quit(self, _):
'''End the current game and leave'''
if utils.confirm_yes_no('Are you sure you want to end this game?'):
log.info('leaving current game')
return True
############################################################################
def _calibration(self):
# TODO: this is messy - we need to handle calibration failure!
empty_img = os.path.join(self.game_folder, 'empty.jpg')
start_img = self._get_img_name()
print("Prepare the empty chessboard and press Enter")
input()
self.capture_engine.capture(empty_img)
print("Prepare the chessboard in starting position " "and press Enter")
input()
self.capture_engine.capture(start_img)
if self.do_live_analysis:
log.info("Calibrating image processor...")
self.image_processor = ImageProcessor(empty_img,
start_img,
trace=True)
log.info("Calibration completed")
else:
log.info('Delaying image processor calibration')
def _get_img_name(self):
'''TODO'''
fullmove_number = self.current_board.fullmove_number
turn_number = '0' if self.current_board.turn else '1'
filename = "board-{:03}-{}.jpg".format(fullmove_number, turn_number)
return os.path.join(self.game_folder, filename)
def _process_next_move(self, image_path):
'''TODO'''
log.debug('running img processing on "{}"...'.format(image_path))
self.image_processor.process(image_path)
new_blindboard = self.image_processor.get_blindboard()
diff = new_blindboard.diff(self.last_valid_blindboard)
move = core.diffreader.read(diff)
log.info("see {} playing: {}".format(self._get_turn_str(), move))
if not self.current_board.is_legal(move):
log.warn("Illegal move: {}".format(move))
raise IllegalMove(move)
# the move is legit: change state of board and blindboard
self.current_board.push(move)
self.last_valid_blindboard = new_blindboard
self._print_game_status()
if self.do_show_each_move:
self.do_show(None)
return move
def _print_game_status(self):
assert self.do_live_analysis
turn = self._get_turn_str()
if self.current_board.is_check():
log.info("{} is in check!".format(turn))
elif self.current_board.is_checkmate():
log.info("{} is checkmated. Game over!".format(turn))
elif self.current_board.is_stalemate():
log.info("{} to move is in stalemate. Game over!".format(turn))
def _get_turn_str(self):
return "White" if self.current_board.turn else "Black"