def test_tttmm2():
fill_board2()
print "Test board after initialization:\n" + str(test_board)
# 1st for o
move = tm.mm_move(test_board, tm.provided.PLAYERO)[1]
test_board.move(move[0], move[1], tm.provided.PLAYERO)
print "Best move for O:\n" + str(test_board)
# 1st for x
move = tm.mm_move(test_board, tm.provided.PLAYERX)[1]
test_board.move(move[0], move[1], tm.provided.PLAYERX)
print "Best move for X:\n" + str(test_board)
def test_tttmm4():
fill_board4()
print "Test board after initialization:\n" + str(test_board)
# 1st for x
score, move = tm.mm_move(test_board, tm.provided.PLAYERX)
print score
test_board.move(move[0], move[1], tm.provided.PLAYERX)
print "Best move for x:\n" + str(test_board)
def test_tttmm3():
test_board = tm.provided.TTTBoard(2)
print "Test board after initialization:\n" + str(test_board)
# 1st for o
score, move = tm.mm_move(test_board, tm.provided.PLAYERO)
print score
test_board.move(move[0], move[1], tm.provided.PLAYERO)
print "Best move for O:\n" + str(test_board)
# 1st for x
score, move = tm.mm_move(test_board, tm.provided.PLAYERX)
print score
test_board.move(move[0], move[1], tm.provided.PLAYERX)
print "Best move for x:\n" + str(test_board)
def test_check_win():
test_board = tm.provided.TTTBoard(2)
print "Test board after initialization:\n" + str(test_board)
# 1st for o
test_board.move(0, 0, tm.provided.PLAYERO)
test_board.check_win()
test_board = clear_borad(test_board)
# 1st for x
test_board.move(0, 0, tm.provided.PLAYERX)
test_board.check_win()
#test_tttmm1()
#test_board = clear_borad(test_board)
# test_tttmm5()
# test_tttmm6()
test_board = tm.provided.TTTBoard(3, False, [[tm.provided.PLAYERX, tm.provided.EMPTY, tm.provided.EMPTY],
[tm.provided.PLAYERO, tm.provided.PLAYERO, tm.provided.EMPTY],
[tm.provided.EMPTY, tm.provided.PLAYERX, tm.provided.EMPTY]])
print test_board
result = tm.mm_move(test_board, tm.provided.PLAYERO)
print result
