def do_milestone_rune(c, mile):
"""Give out 30/N points for the Nth time a player finds a rune, and also give out banners."""
# Check if this player already found this kind of rune. Remember the db
# is already updated, so for the first rune the count will be 1.
rune = loaddb.extract_rune(mile['milestone'])
num_rune = query.player_count_runes(c, mile['name'], rune)
rune_points = (30 + num_rune - 1) / num_rune
assign_points(c, "rune:" + rune, mile['name'], rune_points)
player = mile['name']
runes_found = query.player_count_distinct_runes(c, player)
if runes_found == crawl.NRUNES:
banner.award_banner(c, player, 'ashenzari', 3)
elif runes_found >= 5:
banner.award_banner(c, player, 'ashenzari', 2)
if rune == 'golden' and num_rune == 1:
banner.award_banner(c, player, 'fedhas', 2)
if nemelex.is_nemelex_choice(mile['char'], mile['time']):
ban = 'nemelex:' + mile['char']
banner.award_banner(c, player, ban, 2)
if not query.did_reach_d14(c, player, mile['start'], mile['time']):
if mile['urune'] == 4:
assign_points(c, 'vow_of_courage', player, 25)
banner.award_banner(c, player, 'the_shining_one', 3)
elif mile['urune'] >= 2:
banner.award_banner(c, player, 'the_shining_one', 2)
else:
banner.award_banner(c, player, 'the_shining_one', 1)
if not query.game_did_visit_lair(c, mile['name'], mile['start'], mile['time']):
banner.award_banner(c, mile['name'], 'kikubaaqudgha', 2)
if query.time_from_str(mile['time']) - query.time_from_str(mile['start']) <= datetime.timedelta(hours=27):
banner.award_banner(c, mile['name'], 'vehumet', 1)
if query.is_unbeliever(c, mile):
banner.award_banner(c, mile['name'], 'lugonu', 2)
def how_old(date, bold_cutoff = 0): #cutoff in hours
if not date:
return None,None
delta = datetime.datetime.utcnow() - query.time_from_str(date)
h = 24*delta.days + delta.seconds / 60 / 60
m = (delta.seconds / 60) % 60
s = delta.seconds % 60
if h < 0:
return "0:00:00", (0 < bold_cutoff)
return ("%d:%02d:%02d" % (h, m, s)), (h < bold_cutoff)
def is_nemelex_choice(combo, when):
"""Returns true if the given combo for a game that ended at the given
datetime is a chosen combo for the Nemelex' Choice banner."""
if combo in NEMELEX_SET:
if isinstance(when, str) or isinstance(when, unicode):
when = query.time_from_str(when)
for c in NEMELEX_COMBOS:
if c[0] == combo:
return True
return False
def how_old(date, bold_cutoff = 0): #cutoff in hours
if not date:
return None,None
if type(date) == "string":
delta = datetime.datetime.utcnow() - query.time_from_str(date)
else:
delta = datetime.datetime.utcnow() - date
h = 24*delta.days + delta.seconds / 60 / 60
m = (delta.seconds / 60) % 60
s = delta.seconds % 60
if h < 0:
return "0:00:00", (0 < bold_cutoff)
return ("%d:%02d:%02d" % (h, m, s)), (h < bold_cutoff)
def crunch_winner(c, game):
"""A game that wins could assign a variety of irrevocable points for a
variety of different things. This function needs to calculate them all."""
player = game['name']
charabbrev = game_character(game)
game_end = game_end_time(game)
# 20 clan points for first win for a particular combo in the tournament.
if query.first_win_for_combo(c, charabbrev, game_end):
assign_team_points(c, "combo_first_win:" + charabbrev, player, 20)
# Award Okawaru banners for wins.
banner.award_banner(c, player, 'okawaru', 2)
if (game['turn'] < 50000):
banner.award_banner(c, player, 'okawaru', 3)
if not query.game_did_visit_lair(c, player, game_start_time(game)):
if not query.game_did_visit_branch(c, player, game_start_time(game)):
# 50 bonus points for winning without doing any branches.
assign_points(c, 'branchless_win', player, 50)
# And the banner:
banner.award_banner(c, player, 'kikubaaqudgha', 3)
# else:
# Just 20 bonus points for winning without doing Lair.
# assign_points(c, 'lairless_win', player, 20)
if game['sklev'] < 20:
if not query.did_worship_god(c, 'Ashenzari', player, game['start'], game['end']):
if game['sklev'] < 13:
banner.award_banner(c, player, 'sif', 3)
else:
banner.award_banner(c, player, 'sif', 2)
cutoff = query.time_from_str(game['end']) - datetime.timedelta(hours=27)
if query.time_from_str(game['start']) > cutoff:
if query.count_wins(c, player = game['name'], before = game_end, after = cutoff) > 0:
banner.award_banner(c, player, 'vehumet', 3)
else:
banner.award_banner(c, player, 'vehumet', 2)
ogame = query.previous_combo_highscore(c, game)
if ogame and ogame[0] != player and ogame[2] == 'winning' and ogame[1] < game['sc']:
banner.award_banner(c, player, 'trog', 2)
if game['sc'] >= 10000000:
ogame = query.previous_species_highscore(c, game)
if ogame and ogame[1] >= 10000000 and ogame[1] < game['sc'] and ogame[0] != player:
banner.award_banner(c, player, 'trog', 3)
ogame = query.previous_class_highscore(c, game)
if ogame and ogame[1] >= 10000000 and ogame[1] < game['sc'] and ogame[0] != player:
banner.award_banner(c, player, 'trog', 3)
debug("%s win (%s), runes: %d" % (player, charabbrev, game.get('urune') or 0))
if nemelex.is_nemelex_choice(charabbrev, game_end):
ban = 'nemelex:' + charabbrev
if banner.count_recipients(c, ban, 3) < 5:
if not banner.player_has_banner(c, player, ban, 3):
assign_points(c, ban, player, 75)
banner.award_banner(c, player, ban, 3)
if query.is_unbeliever(c, game):
banner.award_banner(c, player, 'lugonu', 3)
if is_all_runer(game):
all_allruners = number_of_allruners_before(c, game)
assign_points(c, "nth_allrune_win:%d" % (all_allruners + 1),
game['name'],
get_points(all_allruners, 200, 100, 50))
# If this is my first all-rune win, 50 points!
#if query.count_wins(c, player = game['name'],
# runes = query.MAX_RUNES,
# before = game_end) == 0:
# assign_points(c, "my_1st_all_rune_win", game['name'], 50)
previous_wins = query.count_wins(c, before = game_end)
assign_points(c,
"nth_win:%d" % (previous_wins + 1),
game['name'], get_points(previous_wins, 200, 100, 50))
my_wins = query.get_winning_games(c, player = game['name'],
before = game_end)
n_my_wins = len(my_wins)
if n_my_wins == 0:
# First win! I bet you don't have a streak
assign_points(c, "my_1st_win", game['name'], 100)
else:
# If the new win is a different race/class from a previous win, bonus!
for x in my_wins:
if repeat_race_class(x['charabbrev'], game['char']) == 0:
assign_points(c, "my_2nd_win_norep", game['name'], 50, False)
streak_wins = query.wins_in_streak_before(c, game['name'], game_end)
debug("%s win (%s), previous games in streak: %s" %
(game['name'], game['char'], streak_wins))
if not streak_wins:
query.kill_active_streak(c, player)
streak_len = -1
else:
# Award banner.
banner.award_banner(c, player, 'cheibriados', 2)
# This length could be 1 even though it involves at least two games, beware!
streak_len = compute_streak_length(streak_wins, game['char'])
if len(streak_wins) >= 3:
if compute_streak_length(streak_wins[-3:], game['char']) == 4:
banner.award_banner(c, player, 'cheibriados', 3)
streak_species = 'streak:species:'+(game['char'][0:2])
streak_class = 'streak:background:'+(game['char'][2:])
# 75 points for streak games, but only if they are with a new race and class.
assign_points(c, streak_species, game['name'], 60, False)
assign_points(c, streak_class, game['name'], 30, False)
query.update_active_streak(c, player, game_end, streak_len)
if streak_len > 1:
# Update the streaks table. We're still in the logfile transaction
# here, so it's safe.
if streak_len > loaddb.longest_streak_count(c, game['name']):
loaddb.update_streak_count(c, game, streak_len)
# Assign points for new personal records.
assign_points(c, 'my_low_turncount_win', game['name'], 5000000/game['turn'], False)
assign_points(c, 'my_low_realtime_win', game['name'], 1250000/game['dur'], False)
assign_points(c, 'my_highscore_win', game['name'], game['sc']/120000, False)
# Assign race/class points, based on the games won before the start
# of the given win.
game_start = game_start_time(game)
wins_before = query.count_wins(c, before=game_start)
species_wins_before = query.count_wins(c, before=game_start, raceabbr=game['char'][0:2])
class_wins_before = query.count_wins(c, before=game_start, classabbr=game['char'][2:])
assign_points(c, 'species_win:' + game['char'][0:2], game['name'], query.race_formula(wins_before, species_wins_before), False)
assign_points(c, 'background_win:' + game['char'][2:], game['name'], query.class_formula(wins_before, class_wins_before), False)
# and gods also
game_god = query.get_game_god(c, game)
banner_god = game_god.lower().replace(' ', '_')
if (not game_god == 'faithless'):
query.record_won_god(c, game['name'], game['end'], game_god)
god_wins_before = query.count_god_wins(c, game_god, game_start)
assign_points(c, 'god_win:' + banner_god, game['name'], query.god_formula(wins_before, god_wins_before), False)