def time_cube():
logging.basicConfig(format='%(asctime)s %(levelname)s: %(message)s',
level=logging.DEBUG)
import time
from state import State
with open("../test_sgf/test1.sgf", 'r') as fin:
game = gomill.sgf.Sgf_game.from_string(fin.read())
tt0 = 0
tt1 = 0
it = 0
for i in xrange(2):
board, movepairs = gomill.sgf_moves.get_setup_and_moves(game)
history = []
for color, move in movepairs:
if move:
it += 1
row, col = move
board.play(row, col, color)
s = time.clock()
c1 = get_cube_tian_zhu_2015(
State(board, None, history,
BrWr(Rank.from_string('1p'), None)),
gomill.common.opponent_of(color))
#c1 = get_cube_clark_storkey_2014(State(board, None, history), gomill.common.opponent_of(color))
tt0 += time.clock() - s
#s = time.clock()
#c2 = get_cube_clark_storkey_2014_2(State(board, None, history), gomill.common.opponent_of(color))
#tt1 += time.clock() - s
#assert np.array_equal(c1, c2)
history.append((color, move))
logging.debug("tt0 = %.3f, %.5f per one " % (tt0, tt0 / it))
logging.debug("tt1 = %.3f, %.5f per one " % (tt1, tt1 / it))
def test_cube():
import gomill.boards, gomill.ascii_boards, gomill.common
from state import State
logging.basicConfig(format='%(asctime)s %(levelname)s: %(message)s',
level=logging.DEBUG)
b = gomill.boards.Board(3)
moves = [('b', (0, 1)), ('w', (2, 0)), ('b', (1, 1))]
b2 = gomill.boards.Board(3)
for col, (x, y) in moves:
b.play(x, y, col)
b2.play(2 - x, y, col) # mirror s.t. we have the same coords
# with numpy arrays
logging.debug("\n" + gomill.ascii_boards.render_board(b2))
cube = get_cube_tian_zhu_2015(
State(b, None, moves, BrWr(Rank.from_string('1p'), None)), 'w')
for a in xrange(cube.shape[0]):
logging.debug("%d\n%s" % (a, cube[a]))
logging.debug("\n" + str(get_label_future3_exp(moves, 3)))
def time_cube():
logging.basicConfig(format='%(asctime)s %(levelname)s: %(message)s',
level=logging.DEBUG)
import time
from state import State
with open("../test_sgf/test1.sgf", 'r') as fin:
game = gomill.sgf.Sgf_game.from_string(fin.read())
tt0 = 0
tt1 = 0
it = 0
for i in xrange(2):
board, movepairs = gomill.sgf_moves.get_setup_and_moves(game)
history = []
for color, move in movepairs:
if move:
it += 1
row, col = move
board.play(row, col, color)
s = time.clock()
c1 = get_cube_tian_zhu_2015(State(board, None, history, BrWr(Rank.from_string('1p'), None)), gomill.common.opponent_of(color))
#c1 = get_cube_clark_storkey_2014(State(board, None, history), gomill.common.opponent_of(color))
tt0 += time.clock() - s
#s = time.clock()
#c2 = get_cube_clark_storkey_2014_2(State(board, None, history), gomill.common.opponent_of(color))
#tt1 += time.clock() - s
#assert np.array_equal(c1, c2)
history.append((color, move))
logging.debug("tt0 = %.3f, %.5f per one "%(tt0, tt0/it))
logging.debug("tt1 = %.3f, %.5f per one "%(tt1, tt1/it))
def test_cube():
import gomill.boards, gomill.ascii_boards, gomill.common
from state import State
logging.basicConfig(format='%(asctime)s %(levelname)s: %(message)s',
level=logging.DEBUG)
b = gomill.boards.Board(3)
moves = [('b', (0,1)),
('w', (2,0)),
('b', (1,1))]
b2 = gomill.boards.Board(3)
for col, (x,y) in moves:
b.play(x,y, col)
b2.play(2-x,y, col) # mirror s.t. we have the same coords
# with numpy arrays
logging.debug("\n"+gomill.ascii_boards.render_board(b2))
cube = get_cube_tian_zhu_2015(State(b, None, moves, BrWr(Rank.from_string('1p'), None)), 'w')
for a in xrange(cube.shape[0]):
logging.debug("%d\n%s"%(a,cube[a]))
logging.debug("\n"+ str(get_label_future3_exp(moves, 3)))