def __init__(self, world, load_file="save_bots/qbot.json"):
ValueBot.__init__(self, world, load_file)
self.ngame = 0
def __init__(self, world, load_file="save_bots/qbot.json"):
self.world = world
ValueBot.__init__(self, world, load_file)
self.nturns = 0
self.pathfinder = None
def __init__(self,world, load_file="save_bots/qbot.json"):
ValueBot.__init__(self,world, load_file)
self.nturns = 0
self.percentSeen = 0
self.lastPercentSeen = 0
self.world.stateless = False
def __init__(self,world, load_file="save_bots/qbot.json"):
ValueBot.__init__(self,world, load_file)
self.ngame = 0
"""
win_rate = [(i, float(bot_wins[i]) / float(bot_games[i])) for i in range(0, len(bot_wins))]
win_rate.sort(key=lambda x: x[1], reverse=True)
return win_rate
if __name__ == '__main__':
engine = BatchLocalEngine()
# Run quick games: 100 turns only
engine.PrepareGame(["--run", "-t", "100"])
# Initialize a random set of bots
features = MovingTowardsFeatures()
team_a = [ValueBot(engine.GetWorld(), load_file=None) for i in range(5)]
for bot in team_a:
w = [random.uniform(-1,1) for i in range(0, features.num_features())]
bot.set_features(features)
bot.set_weights(w)
# Play several games against GreedyBot
(bot_scores, bot_wins, bot_score_diffs, bot_games) = engine.RunTournament(5, team_a, [GreedyBot(engine.GetWorld())], [30, 30])
# Sort bots by their win rate
a_rate = win_rate(bot_wins[0], bot_games[0])
# Print out tournament results according to win rates
for i, rate in a_rate:
print "Bot %d: Win rate = %g " % (i, rate)
print team_a[i]
def __init__(self,world, load_file="save_bots/qbot.json"):
self.world = world
ValueBot.__init__(self,world, load_file)
self.nturns = 0
self.pathfinder = None
