def main():
# Set the global logging level (Set to debug or info to see more messages)
logging.basicConfig(level=logging.WARNING)
# setup the arena
arena = ArenaCheating(jass_type=JASS_SCHIEBER_1000,
trump_strategy=TrumpPlayerStrategy(),
play_game_strategy=PlayNrRoundsStrategy(4))
player = RandomPlayerSchieber()
#player = MyMCTSPlayer()
#set my player
#my_player = MyMinimaxPlayer()
my_player = MyMCTSPlayer()
arena.set_players(my_player, player, my_player, player)
arena.nr_games_to_play = 10
print('Playing {} games'.format(arena.nr_games_to_play))
arena.play_all_games()
total_games = arena.nr_wins_team_0 + arena.nr_wins_team_1 + arena.nr_draws
print('Wins Team 0: {} ({:.2f}%)'.format(
arena.nr_wins_team_0, arena.nr_wins_team_0 / total_games))
print('Wins Team 1: {} ({:.2f}%)'.format(
arena.nr_wins_team_1, arena.nr_wins_team_1 / total_games))
print('Draws: {} ({:.2f}%)'.format(arena.nr_draws,
arena.nr_draws / total_games))
print('Delta Points: {}'.format(arena.delta_points))
def main(n_games):
arena = Arena(jass_type=JASS_SCHIEBER_2500,
trump_strategy=TrumpPlayerStrategy(),
play_game_strategy=PlayNrRoundsStrategy(4))
randy = RandomPlayerSchieber()
donat = DonatTrump()
kurtoid = Kurtoid()
permutoid = Permutoid()
carloid = Carloid(3)
trumpruloid = Trumpruloid()
trumpcarloid = Trumpcarloid(3)
arena.set_players(trumpcarloid, kurtoid, trumpcarloid, kurtoid)
arena.nr_games_to_play = n_games
arena.play_all_games()
kurtoid_wins = arena.nr_wins_team_0
opponent_wins = arena.nr_wins_team_1
draws = arena.nr_draws
total = kurtoid_wins + opponent_wins + draws
print('Our Team {:4d} {:5.1f}%'.format(kurtoid_wins,
kurtoid_wins / total * 100))
print('Opponents {:4d} {:5.1f}%'.format(opponent_wins,
opponent_wins / total * 100))
print('Draws {:4d} {:5.1f}%'.format(draws, draws / total * 100))
print('Δ Points {:4d}'.format(arena.delta_points))
def simulateRound(self, node: Node):
rnd = get_round_from_player_round(node.getAction().getRound(),
node.getAction().getRound().hands)
rnd.action_play_card(node.getAction().getCard())
cards = rnd.nr_played_cards
randomPlayer = RandomPlayerSchieber()
while cards < 36:
player_rnd = PlayerRoundCheating()
player_rnd.set_from_round(rnd)
card_action = randomPlayer.play_card(player_rnd)
rnd.action_play_card(card_action)
cards += 1
myPoints = rnd.points_team_0
pointsEnemy = rnd.points_team_1
maxPoints = myPoints + pointsEnemy
if myPoints > pointsEnemy:
return (myPoints - 0) / (maxPoints - 0)
else:
return 0
def create_app():
app = PlayerServiceApp('kurtoid_service')
app.add_player('Kurt', Kurtoid())
app.add_player('Maurin', DonatTrump())
app.add_player('Randy', RandomPlayerSchieber())
app.add_player('Permi', Permutoid())
for depth in range(5):
player_name = 'Carlo{:d}'.format(depth)
app.add_player(player_name, Carloid(depth))
app.add_player('Trumpruler', Trumpruloid())
return app
def create_app():
"""
This is the factory method for flask. It is automatically detected when flask is run, but we must tell flask
what python file to use:
export FLASK_APP=my_player_service.py
export FLASK_ENV=development
flask run --host=0.0.0.0 --port=8888
"""
logging.basicConfig(level=logging.DEBUG)
# create and configure the app
app = PlayerServiceApp('my_player_service')
# you could use a configuration file to load additional variables
# app.config.from_pyfile('my_player_service.cfg', silent=False)
# add some players
app.add_player('DeepLearningForNothing', CompleteMLPlayer())
app.add_player('random', RandomPlayerSchieber())
return app