def team_blue_banners(request):
return render(request,
'leaderboard/alltime/team/blue_banners.html',
context={
'team_blue_banners':
TeamLeaderboard.most_blue_banners(DEFAULT_SHOW)
})
def team_win_rate(request):
return render(request,
'leaderboard/alltime/team/winrate.html',
context={
'team_winrate':
TeamLeaderboard.highest_win_rate(DEFAULT_SHOW)
})
def team_match_wins(request):
return render(request,
'leaderboard/alltime/team/match_wins.html',
context={
'team_matches':
TeamLeaderboard.most_match_wins(DEFAULT_SHOW)
})
def team_longest_active_winstreak(request):
return render(
request,
'leaderboard/alltime/team/longest_active_winstreak.html',
context={
'teams':
TeamLeaderboard.longest_active_event_winstreak(DEFAULT_SHOW)
})
def handle(self, *args, **options):
global verbose
log = options['log']
year = options['year']
verbose = options['verbose']
if log:
with open('elo.tsv', 'w', encoding='utf-8') as file:
elo_leaders = TeamLeaderboard.highest_elo_scaled()
row_fmt = "%s\t%s\t%s\t%s"
file.writelines([
(row_fmt % (
rank, str(team).replace("\t", ""), team.elo_scaled, team.elo_sigma)).replace(
'"',
"''")
for rank, team in enumerate(elo_leaders, start=1)
])
# Replace double quotes so we can post it to Gist without Github freaking out
# Replace tab characters because Team 422 has a tab in their name (WHY?!)
# More teams have commas than tabs in their names so just uses .tsv file
elif options['event'] == '':
time_start = clock()
if year == 0:
for yr in SUPPORTED_YEARS[:-1]:
add_all_elo(yr)
soft_reset(yr)
add_all_elo(SUPPORTED_YEARS[-1])
else:
add_all_elo(year)
time_end = clock()
print("-------------")
print("Matches added:\t\t{0}".format(matches_added))
print("Ran in {0} seconds.".format(round(time_end - time_start, 3)))
print("-------------")
else:
# add_event_elo(Event.objects.get(key=options['event']))
from cProfile import Profile
profiler = Profile()
profiler.runcall(add_event_elo, Event.objects.get(key=options['event']))
profiler.print_stats(2)
def team_elo(request):
return render(
request,
'leaderboard/alltime/team/elo_leaders.html',
context={'team_elo': TeamLeaderboard.highest_elo_scaled(DEFAULT_SHOW)})
def team_award_wins(request):
return render(
request,
'leaderboard/alltime/team/awards.html',
context={'team_awards': TeamLeaderboard.most_award_wins(DEFAULT_SHOW)})
def test_leaderboard(num=10):
print("Most 2-way alliance match wins:")
start = clock()
res = AllianceLeaderboard.most_match_wins_2(num)
end = clock()
pprint(res)
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Most 3-way alliance match wins:")
start = clock()
res = AllianceLeaderboard.most_match_wins_3(num)
end = clock()
pprint(res)
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Most 2-way alliance event wins:")
start = clock()
res = AllianceLeaderboard.most_event_wins_2(num)
end = clock()
pprint(res)
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Most 3-way alliance event wins:")
start = clock()
res = AllianceLeaderboard.most_event_wins_3(num)
end = clock()
pprint(res)
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Most team match wins:")
start = clock()
res = TeamLeaderboard.most_match_wins(num)
end = clock()
for r in res:
pprint((r, r.stat))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Most team event wins:")
start = clock()
res = TeamLeaderboard.most_event_wins(num)
end = clock()
for r in res:
pprint((r, r.stat))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest event average match scores:")
start = clock()
res = Leaderboard2016.highest_event_match_average_score(num * 2)
end = clock()
for r in res:
pprint((r, r.avg_score))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest win rate teams:")
start = clock()
res = TeamLeaderboard.highest_win_rate(num * 5)
end = clock()
for r in res:
pprint((r, r.stat))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Ranking Points records")
start = clock()
res = Leaderboard2016.highest_team_ranking_points(1.5 * num)
end = clock()
for r in res:
pprint((r, r.ranking_score))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest ranking points per game")
start = clock()
res = Leaderboard2016.highest_team_ranking_points_per_game(int(1.5 * num))
end = clock()
for r in res:
pprint((r, r.avg_ranking))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Auton records")
start = clock()
res = Leaderboard2016.highest_team_auton_points(1.5 * num)
end = clock()
for r in res:
pprint((r, r.auton_points))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest auton points per game")
start = clock()
res = Leaderboard2016.highest_team_auton_points_per_game(int(1.5 * num))
end = clock()
for r in res:
pprint((r, r.avg_auton))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Scale/Challenge records")
start = clock()
res = Leaderboard2016.highest_team_scale_challenge_points(1.5 * num)
end = clock()
for r in res:
pprint((r, r.scale_challenge_points))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest scale/challenge points per game")
start = clock()
res = Leaderboard2016.highest_team_scale_challenge_points_per_game(
int(1.5 * num))
end = clock()
for r in res:
pprint((r, r.avg_scale))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Goals records")
start = clock()
res = Leaderboard2016.highest_team_goals_points(1.5 * num)
end = clock()
for r in res:
pprint((r, r.goals_points))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest goal points per game")
start = clock()
res = Leaderboard2016.highest_team_goals_points_per_game(int(1.5 * num))
end = clock()
for r in res:
pprint((r, r.avg_goals))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Defense records")
start = clock()
res = Leaderboard2016.highest_team_defense_points(1.5 * num)
end = clock()
for r in res:
pprint((r, r.defense_points))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("Highest defense points per game")
start = clock()
res = Leaderboard2016.highest_team_defense_points_per_game(int(1.5 * num))
end = clock()
for r in res:
pprint((r, r.avg_defense))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("OPR records")
start = clock()
res = Leaderboard2016.highest_team_opr(1.5 * num)
end = clock()
for r in res:
pprint((r, r.tba_opr))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("DPR records")
start = clock()
res = Leaderboard2016.highest_team_dpr(1.5 * num)
end = clock()
for r in res:
pprint((r, r.tba_dpr))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("CCWMS records")
start = clock()
res = Leaderboard2016.highest_team_ccwms(1.5 * num)
end = clock()
for r in res:
pprint((r, r.tba_ccwms))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")
print("High score matches")
start = clock()
res = Leaderboard2016.highest_score_matches(num * 1.5)
end = clock()
for r in res:
pprint((r, r.match_set.first(), r.hs))
print("Operation took {0} seconds".format((end - start).__round__(3)))
print("------------------------------------------")