def play(self, color, vertex):
vertex = gtp.parse_vertex(vertex)
if vertex is None:
self.board.move(go.PASS)
else:
i, j = vertex
pos = go.to_pos(i, j)
self.board.move(pos)
def play(self, color, vertex):
vertex = gtp.parse_vertex(vertex)
if vertex is None:
self.board.move(go.PASS)
else:
i, j = vertex
pos = go.to_pos(i, j)
self.board.move(pos)
def genmove(self, color):
message = self.gtp_subprocess.send("genmove {}\n".format(
gtp_color(color)))
assert message[0] == "="
return parse_vertex(message[1:].strip())
def cmd_set_free_handicap(self, arguments):
vertices = arguments.strip().split()
moves = [gtp.parse_vertex(vertex) for vertex in vertices]
self._game.place_handicaps(moves)
except:
break
#message = re.sub('[(,)]','',message)
inpt = message.split()
'''
uniform (play color point) ex. play W A1
'''
if (str(inpt[0]) == 'play'):
if str(inpt[1]).lower() == 'w':
color = WHITE
elif str(inpt[1]).lower() == 'b':
color = BLACK
vertex = parse_vertex(inpt[2])
board = play(vertex, color, board)
print('=', ''.rstrip())
'''
uniform showboard is show board state
'''
if (str(inpt[0]) == 'showboard'):
n = 9
showboard = [None] * (n + 2)
for i in range(n + 2):
showboard[i] = [None] * (n + 2)
for i in range(n + 2):
for j in range(n + 2):
if i == 0 or i == n + 1:
if j == 0 or j == n + 1:
showboard[i][j] = ' '
def genmove(self, color):
message = self.gtp_subprocess.send(
"genmove {}\n".format(gtp_color(color)))
assert message[0] == "="
return parse_vertex(message[1:].strip())
