def test_hash():
board_state = build_board_state('000000000000000000000000000')
test_game = Game(1, board_state)
print(hash(test_game))
d = {test_game: '1'}
print(d)
board_state = build_board_state('000000000000000000000000000')
test_game = Game(1, board_state)
print(hash(test_game))
print(test_game in d)
def solve_start(depth, recursive, load):
print(depth, recursive, load)
start = time.time()
board_state = build_board_state('000000000000000000000000000')
test_game = Game(1, board_state)
print(test_game)
if recursive:
solver = SolverRecursive(test_game, depth)
if load:
if os.path.isfile('saved.pkl'):
solver.load('saved.pkl')
else:
solver = Solver(test_game, depth)
result, move, _ = solver.solve(test_game)
for (_, m, rot) in move:
test_game = test_game.rotate(rot)
test_game = test_game.apply_move(m)
print(test_game)
if recursive and load:
solver.save('saved.pkl')
print(result, move)
print('Total Time: %.3f' % (time.time() - start))
def random_game():
board_state = build_board_state('000000000000000000000000000')
test_game = Game(1, board_state)
print(test_game)
play = RandomGame(test_game)
play.play()
def solve_two_move():
board_state = build_board_state('100200000200000000100000100')
test_game = Game(2, board_state)
print(test_game)
solver = Solver(test_game)
result, move = solver.solve(test_game)
print(result, move)
def solve_pos3(depth):
board_state = build_board_state('100200000000100000000000000')
test_game = Game(2, board_state)
print(test_game)
solver = Solver(test_game, depth)
result, move = solver.solve(test_game)
print(result, move)
def solve_pos1(depth, load):
board_state = build_board_state('100100200000000000000020000')
test_game = Game(1, board_state)
print(test_game)
solver = SolverRecursive(test_game, depth)
if load:
solver.load('saved.pkl')
result, move = solver.solve(test_game)
print(result, move)