'species': 'ai',
'color': HexBoard.BLUE_STR,
'method': 'alphabeta',
'evaluation': 'dijkstra',
'search_depth': 4,
'ts_rating': ts.Rating(),
'algorithm_name': 'dijkstra_4'
})
starting_color = HexBoard.BLUE
player1_win_cnt = 0
player2_win_cnt = 0
for game_idx in range(100):
player1 = player_dijkstra_4
player2 = player_dijkstra_3
won_player = play_one_game(player_dijkstra_3,
player_dijkstra_4,
board_size=4,
print_statements=False,
starting_color=starting_color)
if won_player == "player_1": player1_win_cnt += 1
elif won_player == "player_2": player2_win_cnt += 1
CommonUtil.print_on_same_line(
str(player1_win_cnt) + " " + str(player2_win_cnt))
if starting_color == HexBoard.BLUE: starting_color = HexBoard.RED
elif starting_color == HexBoard.RED: starting_color = HexBoard.BLUE
else: raise Exception(starting_color)
guest_player.algorithm_name +
"\t")
if host_player.algorithm_name == guest_player.algorithm_name:
continue
latest_host_player_rating: ts.Rating = tuple_map_ts_rating_list_dict[
(host_player.algorithm_name,
guest_player.algorithm_name)][-1]
latest_guest_player_rating: ts.Rating = tuple_map_ts_rating_list_dict[
(guest_player.algorithm_name,
host_player.algorithm_name)][-1]
won_player: str = play_one_game(host_player,
guest_player,
board_size=board_size,
print_statements=False,
starting_color=starting_color)
print("won player ", won_player)
if won_player == "player_1":
latest_host_player_rating, latest_guest_player_rating = ts.rate_1vs1(
latest_host_player_rating, latest_guest_player_rating)
elif won_player == "player_2":
latest_guest_player_rating, latest_host_player_rating = ts.rate_1vs1(
latest_guest_player_rating, latest_host_player_rating)
else:
raise Exception(won_player)
tuple_map_ts_rating_list_dict[(
# print("")
start_interval: int = game_idx - data_analysis_interval + 2
end_interval: int = game_idx + 1
start_interval_str: str = CommonUtil.format_int_to_str_length(start_interval, len(str(num_of_games_to_run)))
end_interval_str: str = CommonUtil.format_int_to_str_length(end_interval, len(str(num_of_games_to_run)))
host_audit_timer: TimerUtil = TimerUtil()
for tmp_guest_player_2 in guest_player_list:
CommonUtil.print_on_same_line("Game: " + str(game_idx + 1) + ".\t" + host_player.algorithm_name + " vs " + tmp_guest_player_2.algorithm_name + "\t\t")
if host_player.algorithm_name == tmp_guest_player_2.algorithm_name: continue
latest_host_player_rating: ts.Rating = tuple_map_ts_rating_list_dict[(host_player.algorithm_name, tmp_guest_player_2.algorithm_name)][-1]
latest_guest_player_rating: ts.Rating = tuple_map_ts_rating_list_dict[(tmp_guest_player_2.algorithm_name, host_player.algorithm_name)][-1]
won_player = play_one_game(host_player, tmp_guest_player_2, board_size=board_size, print_statements=True, starting_color=starting_color, timer_util=host_audit_timer, is_host_human=is_host_human)
if won_player == "player_1": latest_host_player_rating, latest_guest_player_rating = ts.rate_1vs1(latest_host_player_rating, latest_guest_player_rating)
elif won_player == "player_2": latest_guest_player_rating, latest_host_player_rating = ts.rate_1vs1(latest_guest_player_rating, latest_host_player_rating)
else: raise Exception(won_player)
tuple_map_ts_rating_list_dict[(host_player.algorithm_name, tmp_guest_player_2.algorithm_name)].append(latest_host_player_rating)
tuple_map_ts_rating_list_dict[(tmp_guest_player_2.algorithm_name, host_player.algorithm_name)].append(latest_guest_player_rating)
host_ts_rating_list_dict[tmp_guest_player_2.algorithm_name].append(latest_host_player_rating.mu)
mean: float = 0; stddev: float = 0
if (game_idx+1) >= data_analysis_interval:
# tmp = host_ts_rating_list_dict[guest_player.algorithm_name][:-data_analysis_interval]
interval_data_list = host_ts_rating_list_dict[tmp_guest_player_2.algorithm_name][:-data_analysis_interval]
