def board_click(self, x, y):
x = self.correct_coordinate(x)
y = self.correct_coordinate(y)
proposed_move = [x, y]
# If click it outside of the boundaries of the board, do nothing.
if x == -1 or y == -1:
pass
else:
records = Records(self.size, proposed_move, self)
records_check = records.record_validation(proposed_move)
if records_check is False:
pass
else:
self.draw_piece(x, y, self.player_color(self.color))
for entry in records.will_flip:
x_coord = entry[0]
y_coord = entry[1]
self.draw_piece(x_coord, y_coord, self.color)
print("End of {}'s turn!".format(self.color))
# If no more open squares, will announce the winner.
if records.is_winner() is True:
print(records.winner_is(records.score_counter("black"),
records.score_counter("white")))
self.black_score = records.score_counter("black")
self.winner_declared = True
turtle.bye()
else:
print("Current score - Black: {}, White: {}".format
(records.score_counter("black"),
records.score_counter("white")))
self.ai_move()
def ai_move(self):
wht_default = Records(self.size, [0, 0], self)
# If there are no white moves available after a valid black turn.
if wht_default.turns_avail is False:
print("No white moves available!")
wht_default.add_skipped_turn()
self.player_color(self.color)
blk_test = Records(self.size, [0, 0], self)
# If no more possible black moves, declare a winner.
if blk_test.turns_avail is False:
print("No black moves available!")
print(blk_test.winner_is(blk_test.score_counter("black"),
blk_test.score_counter("white")))
self.black_score = blk_test.score_counter("black")
self.winner_declared = True
turtle.bye()
else:
to_play = wht_default.best_move
wht_default.play_ai_move(to_play)
print("White is thinking.....")
print("White plays coordinate {}".format(to_play[:2]))
self.comp_draw_piece(to_play)
for entry in wht_default.will_flip:
x_coord = entry[0]
y_coord = entry[1]
self.draw_piece(x_coord, y_coord, self.color)
# If no more open squares after white plays, declare a winner.
if wht_default.is_winner() is True:
print(wht_default.winner_is(wht_default.score_counter("black"),
wht_default.score_counter("white")))
self.black_score = wht_default.score_counter("black")
self.winner_declared = True
turtle.bye()
else:
print("Current score - Black: {}, White: {}".format
(wht_default.score_counter("black"),
wht_default.score_counter("white")))
blk_test = Records(self.size, [0, 0], self)
# After white goes, determine if there is a possible black move.
if blk_test.turns_avail is False:
print("No black moves available!")
blk_test.add_skipped_turn()
self.player_color(self.color)
white_test = Records(self.size, [0, 0], self)
# If no possible black or white move, declare a winner.
if white_test.turns_avail is False:
print("No white moves available!")
print(white_test.winner_is(white_test.score_counter
("black"), white_test.score_counter("white")))
self.black_score = white_test.score_counter("black")
self.winner_declared = True
turtle.bye()
else:
self.ai_move()
def test_score_counter():
r = Records(2, [0, 0], Board(2))
r.plays_used = [[0, 0, "white"], [0, 1, "black"], [1, 1, "white"]]
assert (r.score_counter("white") == 2)
assert (r.score_counter("black") == 1)
assert (r.score_counter("red") == 0)
