def handle_genmove(self, args):
colour = gtp_engine.interpret_colour(args[0])
for move_colour, vertex in self.iter:
if move_colour == colour:
if vertex == 'fail':
raise GtpError("forced to fail")
return vertex
return "pass"
def handle_genmove(self, args):
colour = gtp_engine.interpret_colour(args[0])
if self.row_to_play < self.boardsize:
col = 4 if colour == 'b' else 6
result = format_vertex((self.row_to_play, col))
self.row_to_play += 1
return result
else:
return "pass"
def handle_genmove(self, args):
colour = gtp_engine.interpret_colour(args[0])
if self.row_to_play < self.boardsize:
col = 4 if colour == 'b' else 6
result = format_vertex((self.row_to_play, col))
self.row_to_play += 1
return result
else:
return "pass"
def handle_time_left(self, args):
# colour time stones
try:
colour = gtp_engine.interpret_colour(args[0])
time_remaining = gtp_engine.interpret_int(args[1])
stones_remaining = gtp_engine.interpret_int(args[2])
except IndexError:
gtp_engine.report_bad_arguments()
if stones_remaining == 0:
stones_remaining = None
self.time_status[colour] = (time_remaining, stones_remaining)
def handle_genmove(self, args):
colour = gtp_engine.interpret_colour(args[0])
for move_colour, vertex in self.iter:
if move_colour == colour:
if callable(vertex):
vertex = vertex()
if vertex == 'fail':
raise GtpError("forced to fail")
if vertex.endswith('&exit'):
raise GtpQuit(vertex[:-5])
return vertex
return "pass"
def handle_genmove(self, args):
colour = gtp_engine.interpret_colour(args[0])
for move_colour, vertex in self.iter:
if move_colour == colour:
if callable(vertex):
vertex = vertex()
if vertex == 'fail':
raise GtpError("forced to fail")
if vertex.endswith('&exit'):
raise GtpQuit(vertex[:-5])
return vertex
return "pass"
def handle_play(self, args):
try:
colour_s, vertex_s = args[:2]
except ValueError:
gtp_engine.report_bad_arguments()
colour = gtp_engine.interpret_colour(colour_s)
move = gtp_engine.interpret_vertex(vertex_s, self.board_size)
if move is None:
self.simple_ko_point = None
self.move_history.append(History_move(colour, None))
return
row, col = move
try:
self.simple_ko_point = self.board.play(row, col, colour)
self.simple_ko_player = opponent_of(colour)
except ValueError:
raise GtpError("illegal move")
self.move_history.append(History_move(colour, move))
def _handle_genmove(self, args, for_regression=False, allow_claim=False):
"""Common implementation for genmove commands."""
try:
colour = gtp_engine.interpret_colour(args[0])
except IndexError:
gtp_engine.report_bad_arguments()
game_state = Game_state()
game_state.size = self.board_size
game_state.board = self.board
game_state.history_base = self.history_base
game_state.move_history = self.move_history
game_state.komi = self.komi
game_state.for_regression = for_regression
if self.simple_ko_point is not None and self.simple_ko_player == colour:
game_state.ko_point = self.simple_ko_point
else:
game_state.ko_point = None
game_state.handicap = self.handicap
game_state.time_settings = self.time_settings
game_state.time_remaining, game_state.canadian_stones_remaining = \
self.time_status[colour]
generated = self.move_generator(game_state, colour)
if allow_claim and generated.claim:
return 'claim'
if generated.resign:
return 'resign'
if generated.pass_move:
if not for_regression:
self.move_history.append(
History_move(colour, None, generated.comments,
generated.cookie))
return 'pass'
row, col = generated.move
vertex = format_vertex((row, col))
if not for_regression:
try:
self.simple_ko_point = self.board.play(row, col, colour)
self.simple_ko_player = opponent_of(colour)
except ValueError:
raise GtpError("engine error: tried to play %s" % vertex)
self.move_history.append(
History_move(colour, generated.move, generated.comments,
generated.cookie))
return vertex
def _handle_genmove(self, args, for_regression=False, allow_claim=False):
"""Common implementation for genmove commands."""
try:
colour = gtp_engine.interpret_colour(args[0])
except IndexError:
gtp_engine.report_bad_arguments()
game_state = Game_state()
game_state.size = self.board_size
game_state.board = self.board
game_state.history_base = self.history_base
game_state.move_history = self.move_history
game_state.komi = self.komi
game_state.for_regression = for_regression
if self.simple_ko_point is not None and self.simple_ko_player == colour:
game_state.ko_point = self.simple_ko_point
else:
game_state.ko_point = None
game_state.handicap = self.handicap
game_state.time_settings = self.time_settings
game_state.time_remaining, game_state.canadian_stones_remaining = \
self.time_status[colour]
generated = self.move_generator(game_state, colour)
if allow_claim and generated.claim:
return 'claim'
if generated.resign:
return 'resign'
if generated.pass_move:
if not for_regression:
self.move_history.append(History_move(
colour, None, generated.comments, generated.cookie))
return 'pass'
row, col = generated.move
vertex = format_vertex((row, col))
if not for_regression:
try:
self.simple_ko_point = self.board.play(row, col, colour)
self.simple_ko_player = opponent_of(colour)
except ValueError:
raise GtpError("engine error: tried to play %s" % vertex)
self.move_history.append(
History_move(colour, generated.move,
generated.comments, generated.cookie))
return vertex
def handle_genmove(self, args):
try:
self.my_colour = gtp_engine.interpret_colour(args[0])
except IndexError:
gtp_engine.report_bad_arguments()
return self.proxy.pass_command("genmove", args)
def handle_genmove(self, args):
try:
self.my_colour = gtp_engine.interpret_colour(args[0])
except IndexError:
gtp_engine.report_bad_arguments()
return self.proxy.pass_command("genmove", args)