def simulate(self, board, move, toplay, table):
cboard = board.copy()
cboard.play_move(move, toplay)
opp = GoBoardUtil.opponent(toplay)
return PatternUtil.playGame(cboard,
opp,
limit=self.limit,
random_simulation=self.random_simulation,
use_pattern=self.use_pattern,
table=table)
def simulate(self, board, move, toplay):
"""
Run a simulate game for a given move.
"""
cboard = board.copy()
cboard.play_move(move, toplay)
opp = GoBoardUtil.opponent(toplay)
return PatternUtil.playGame(cboard,
opp,
komi=self.komi,
limit=self.limit,
random_simulation=self.random_simulation,
use_pattern=self.use_pattern)
def simulate(board, move, toplay):
"""
Run a simulate game for a given move.
"""
cboard = board.copy()
cboard.play_move(move, toplay)
opp = GoBoardUtil.opponent(toplay)
return PatternUtil.playGame(cboard,
opp,
komi=0,
limit=100,
random_simulation = True, #implement a way to change this accordingly
use_pattern = False, #implement a way to change this accordingly
check_selfatari = False) #implement a way to change this accordingly
def _evaluate_rollout(self, board, toplay):
"""
Use the rollout policy to play until the end of the game, returning +1 if the current
player wins, -1 if the opponent wins, and 0 if it is a tie.
"""
winner = PatternUtil.playGame(board,
toplay,
komi=self.komi,
limit=self.limit,
random_simulation=self.simulation_policy,
use_pattern=self.use_pattern,
check_selfatari=self.check_selfatari)
if winner == BLACK:
return 1
else:
return 0