from lib.board import Board
from lib.helpers import *
from lib.minmax import min_max
from random import choice
if __name__ == "__main__":
(options, args) = parse_options()
pc_a = choice([OPPONENT_A, OPPONENT_B])
pc_b = OPPONENT_B if pc_a == OPPONENT_A else OPPONENT_A
score = {pc_a: 0, pc_b: 0, DRAW: 0}
for _ in xrange(10):
board = Board(options.size, options.length)
turn = choice([OPPONENT_A, OPPONENT_B])
while not board.game_over[0]:
if turn == pc_a:
next_move = min_max(board, pc_a, 2)
else:
next_move = min_max(board, pc_b, 4)
board[next_move] = turn
turn = OPPONENT_B if turn == OPPONENT_A else OPPONENT_A
score[board.game_over[1]] += 1
print pc_a, pc_b
print score
from lib.board import Board
from lib.helpers import *
from lib.minmax import min_max
from random import choice
if __name__ == "__main__":
(options, args) = parse_options()
board = Board(options.size, options.length)
turn = OPPONENT_A
you = choice([OPPONENT_A, OPPONENT_B])
pc = OPPONENT_B if you == OPPONENT_A else OPPONENT_A
messages = {you: "You've won!", pc: "You've lost!", DRAW: "It's a draw."}
while not board.game_over[0]:
if turn == pc:
next_move = min_max(board, pc, 3)
else:
next_move = take_coordinates(turn)
board[next_move] = turn
turn = OPPONENT_B if turn == OPPONENT_A else OPPONENT_A
print board
print messages[board.game_over[1]]