def create_rounds_tournament(mapmode_list, tournament_dict):
round_ctx = RoundContext()
maplist = []
rounds = []
map_pool_config = MapPoolConfig()
for k, v in tournament_dict.items():
if k == "rounds":
rounds = v
else:
map_pool_config.set_parameter(k, v)
mapmode_pool = MapModePool(mapmode_list, map_pool_config)
for rd in rounds:
maplist.append(generate_round(rd, mapmode_pool, round_ctx))
used_map_pool = get_map_pool_by_mode(
mapmode_pool.filter_exclude_bad_mapmodes().mapmode_list)
output_dict = {
'tournament_type':
'rounds',
'map_pool':
used_map_pool,
'rounds': [
round_to_dict(f"Round {i + 1}", mm_list)
for i, mm_list in enumerate(maplist)
]
}
return output_dict
def create_continuous_maplist(mapmode_list, num_games, map_quality=5): distinct_modes = len(get_map_pool_by_mode(mapmode_list).keys()) map_pool_config = MapPoolConfig(exclude_map_score_threshold=5.5, preferred_map_score_threshold=7, max_non_preferred_maps_per_round=10, distinct_maps_in_consecutive_rounds=True, min_games_before_repeat_mode=distinct_modes - 1, decreased_past_mapmode_likelihood=True, max_maps_per_mode=10) round_ctx = RoundContext() mapmode_pool = MapModePool(mapmode_list, map_pool_config) for i in range(num_games): filtered_pool = mapmode_pool.filter_from_ctx(round_ctx) chosen_mapmode = filtered_pool.random_choice(map_quality) round_ctx.append_game(chosen_mapmode) round_final = round_ctx.current_round return [str(mapmode) for mapmode in round_final]
def create_single_elim_tournament(mapmode_list, tournament_dict):
num_players = 16
round_ctx = RoundContext()
round_cfg = {}
map_pool_config = MapPoolConfig()
for k, v in tournament_dict.items():
if k == 'round_config':
round_cfg = v
elif k == 'num_players':
num_players = v
else:
map_pool_config.set_parameter(k, v)
mapmode_pool = MapModePool(mapmode_list, map_pool_config)
output_rounds = []
# Generate rounds
num_winners_rounds = get_number_winners_rounds(num_players)
for i in range(num_winners_rounds):
if i == num_winners_rounds - 3 and 'quarterfinals' in round_cfg:
rd = round_cfg.get('quarterfinals')
elif i == num_winners_rounds - 2 and 'semifinals' in round_cfg:
rd = round_cfg.get('semifinals')
elif i == num_winners_rounds - 1 and 'finals' in round_cfg:
rd = round_cfg.get('finals')
else:
rd = round_cfg.get('default')
output_rounds.append(round_to_dict(get_round_name(i, num_winners_rounds), \
generate_round(rd, mapmode_pool, round_ctx)))
used_map_pool = get_map_pool_by_mode(
mapmode_pool.filter_exclude_bad_mapmodes().mapmode_list)
output_dict = {
'tournament_type': 'single_elim',
'num_players': num_players,
'map_pool': used_map_pool,
'rounds': output_rounds
}
return output_dict
def create_double_elim_tournament(mapmode_list, tournament_dict):
num_players = 16
round_ctx = RoundContext()
winners_rounds = []
losers_rounds = []
round_cfg = {}
map_pool_config = MapPoolConfig()
for k, v in tournament_dict.items():
if k == 'round_config':
round_cfg = v
elif k == 'num_players':
num_players = v
else:
map_pool_config.set_parameter(k, v)
mapmode_pool = MapModePool(mapmode_list, map_pool_config)
# Generate wr1
winners_rounds.append(
generate_round(round_cfg.get('default'), mapmode_pool, round_ctx))
round_ctx_copy = round_ctx.clone()
# Generate losers rounds
num_losers_rounds = get_number_losers_rounds(num_players)
for rd_num in range(num_losers_rounds):
if rd_num == num_losers_rounds - 2 and 'l_semifinals' in round_cfg:
rd = round_cfg.get('l_semifinals')
elif rd_num == num_losers_rounds - 1 and 'l_finals' in round_cfg:
rd = round_cfg.get('l_finals')
else:
rd = round_cfg.get('default')
losers_rounds.append(generate_round(rd, mapmode_pool, round_ctx))
# Generate winners rounds
num_winners_rounds = get_number_winners_rounds(num_players)
# If 'share_rounds_w_l' setting is on, winners sets are copies of some losers rounds.
if round_cfg.get('share_rounds_w_l'):
for rd_num in range(1, num_winners_rounds):
if rd_num == 1:
winners_rounds.append(losers_rounds[0])
else:
winners_rounds.append(losers_rounds[2 * (rd_num - 1) - 1])
# If off, generate rounds as normal
else:
for rd_num in range(1, num_winners_rounds):
if rd_num == num_winners_rounds - 3 and 'w_quarterfinals' in round_cfg:
rd = round_cfg.get('w_quarterfinals')
elif rd_num == num_winners_rounds - 2 and 'w_semifinals' in round_cfg:
rd = round_cfg.get('w_semifinals')
elif rd_num == num_winners_rounds - 1 and 'w_finals' in round_cfg:
rd = round_cfg.get('w_finals')
else:
rd = round_cfg.get('default')
winners_rounds.append(
generate_round(rd, mapmode_pool, round_ctx_copy))
gf_rd = generate_round(
round_cfg.get('grand_finals') if 'grand_finals' in round_cfg else
round_cfg.get('default'), mapmode_pool, round_ctx_copy)
gf_reset_rd = generate_round(
round_cfg.get('grand_finals_reset')
if 'grand_finals_reset' in round_cfg else round_cfg.get('default'),
mapmode_pool, round_ctx_copy)
used_map_pool = get_map_pool_by_mode(
mapmode_pool.filter_exclude_bad_mapmodes().mapmode_list)
output_rounds = []
for i in range(num_winners_rounds):
output_rounds.append(
round_to_dict(f"Winners {get_round_name(i, num_winners_rounds)}",
winners_rounds[i]))
for i in range(num_losers_rounds):
output_rounds.append(
round_to_dict(f"Losers {get_round_name(i, num_losers_rounds)}",
losers_rounds[i]))
output_rounds.append(round_to_dict("Grand Finals", gf_rd))
output_rounds.append(
round_to_dict("Grand Finals Set 2 (If needed)", gf_reset_rd))
output_dict = {
'tournament_type': 'double_elim',
'num_players': num_players,
'map_pool': used_map_pool,
'rounds': output_rounds
}
return output_dict