class Meta:
queryset = filter_active(total_ratings(Rating.objects.all()))
allowed_methods = ['get', 'post']
resource_name = 'activerating'
authentication = APIKeyAuthentication()
filtering = {
'id': ALL,
'period': ALL_WITH_RELATIONS,
'player': ALL_WITH_RELATIONS,
'prev': ALL_WITH_RELATIONS,
'decay': ALL,
'domination': ALL,
'rating': ALL, 'rating_vp': ALL, 'rating_vt': ALL, 'rating_vz': ALL,
'dev': ALL, 'dev_vp': ALL, 'dev_vt': ALL, 'dev_vz': ALL,
'bf_rating': ALL, 'bf_rating_vp': ALL, 'bf_rating_vt': ALL, 'bf_rating_vz': ALL,
'bf_dev': ALL, 'bf_dev_vp': ALL, 'bf_dev_vt': ALL, 'bf_dev_vz': ALL,
'comp_rat': ALL, 'comp_rat_vp': ALL, 'comp_rat_vt': ALL, 'comp_rat_vz': ALL,
'position': ALL, 'position_vp': ALL, 'position_vt': ALL, 'position_vz': ALL,
}
ordering = [
'id',
'period',
'player',
'prev',
'decay',
'domination',
'rating', 'rating_vp', 'rating_vt', 'rating_vz',
'dev', 'dev_vp', 'dev_vt', 'dev_vz',
'bf_rating', 'bf_rating_vp', 'bf_rating_vt', 'bf_rating_vz',
'bf_dev', 'bf_dev_vp', 'bf_dev_vt', 'bf_dev_vz',
'comp_rat', 'comp_rat_vp', 'comp_rat_vt', 'comp_rat_vz',
'position', 'position_vp', 'position_vt', 'position_vz',
]
def race(request):
race = get_param(request, 'race', 'all')
if race not in 'PTZ':
race = 'all'
sub = ['All','Protoss','Terran','Zerg'][['all','P','T','Z'].index(race)]
base = base_ctx('Records', sub, request)
def sift(lst, num=5):
ret, pls = [], set()
for r in lst:
if not r.player_id in pls:
pls.add(r.player_id)
ret.append(r)
if len(ret) == num:
return ret
return ret
high = (
filter_active(total_ratings(Rating.objects.all()))
.filter(period__id__gt=16).select_related('player', 'period')
)
if race != 'all':
high = high.filter(player__race=race)
base.update({
'hightot': sift(high.order_by('-rating')[:200]),
'highp': sift(high.order_by('-tot_vp')[:200]),
'hight': sift(high.order_by('-tot_vt')[:200]),
'highz': sift(high.order_by('-tot_vz')[:200]),
'race': race if race != 'all' else '',
})
return render_to_response('records.djhtml', base)
def race(request):
race = get_param(request, 'race', 'all')
if race not in 'PTZ':
race = 'all'
sub = ['All', 'Protoss', 'Terran', 'Zerg'][['all', 'P', 'T',
'Z'].index(race)]
base = base_ctx('Records', sub, request)
def sift(lst, num=5):
ret, pls = [], set()
for r in lst:
if not r.player_id in pls:
pls.add(r.player_id)
ret.append(r)
if len(ret) == num:
return ret
return ret
high = (filter_active(total_ratings(Rating.objects.all())).filter(
period__id__gt=16).select_related('player', 'period'))
if race != 'all':
high = high.filter(player__race=race)
base.update({
'hightot': sift(high.order_by('-rating')[:200]),
'highp': sift(high.order_by('-tot_vp')[:200]),
'hight': sift(high.order_by('-tot_vt')[:200]),
'highz': sift(high.order_by('-tot_vz')[:200]),
'race': race if race != 'all' else '',
})
return render_to_response('records.djhtml', base)
def home(request):
base = base_ctx(request=request)
entries = filter_active(Rating.objects.filter(period=base['curp']))\
.order_by('-rating')\
.select_related('player')[0:10]
populate_teams(entries)
blogs = Post.objects.order_by('-date')[0:3]
base.update({
'entries': entries,
'blogposts': blogs
})
return render_to_response('index.html', base)
def home(request):
base = base_ctx(request=request)
if request.LANGUAGE_CODE != "en":
base["messages"].append(Message(_("The blog/news section is only in English, sorry."), type=Message.INFO))
entries = (
filter_active(Rating.objects.filter(period=base["curp"]))
.order_by("-rating")
.select_related("player", "prev")[0:10]
)
entries = populate_teams(entries)
blogs = Post.objects.order_by("-date")[0:3]
base.update({"entries": entries, "blogposts": blogs})
return render_to_response("index.djhtml", base)
def home(request):
base = base_ctx(request=request)
if request.LANGUAGE_CODE != 'en':
base['messages'].append(
Message(
_('The blog/news section is only in English, sorry.'),
type=Message.INFO,
))
entries = filter_active(Rating.objects.filter(period=base['curp']))\
.order_by('-rating')\
.select_related('player', 'prev')[0:10]
entries = populate_teams(entries)
blogs = Post.objects.order_by('-date')[0:3]
base.update({'entries': entries, 'blogposts': blogs})
return render_to_response('index.djhtml', base)
def home(request):
base = base_ctx(request=request)
if request.LANGUAGE_CODE != 'en':
base['messages'].append(Message(
_('The blog/news section is only in English, sorry.'),
type=Message.INFO,
))
entries = filter_active(Rating.objects.filter(period=base['curp']))\
.order_by('-rating')\
.select_related('player', 'prev')[0:10]
entries = populate_teams(entries)
blogs = Post.objects.order_by('-date')[0:3]
base.update({
'entries': entries,
'blogposts': blogs
})
return render_to_response('index.html', base)
def rating_list(request, period=None):
if period is not None:
period = get_object_or_404(Period, id=period, computed=True)
else:
period = Period.objects.filter(computed=True).latest('start')
ret = {
'id': period.id,
'start': str(period.start),
'end': str(period.end),
'retplayers': period.num_retplayers,
'newplayers': period.num_newplayers,
'games': period.num_games,
'list': []
}
rats = filter_active(Rating.objects.filter(period=period))
rats = rats.select_related('player').order_by('-rating')
number = 1
for r in rats:
ret['list'].append({
'number': number,
'player': player_object(r.player, sparse=True),
'rating': r.rating,
'rating_vp': r.rating_vp,
'rating_vt': r.rating_vt,
'rating_vz': r.rating_vz,
'dev': r.dev,
'dev_vp': r.dev_vp,
'dev_vt': r.dev_vt,
'dev_vz': r.dev_vz,
'decay': r.decay
})
number += 1
return HttpResponse(simplejson.dumps(ret), mimetype='application/json')
)
from ratings.tools import filter_active
# This is the benchmark position on the rating list. Above, players will gain domination points.
LIMIT = 7
# Nothing counts before here.
FIRST_PERIOD = 25
# {{{ Evaluate the domination scores
#print('[%s] Erasing domination scores' % str(datetime.now()), flush=True)
#Rating.objects.update(domination=None)
print('[%s] Reevaluating domination scores' % str(datetime.now()), flush=True)
for period in Period.objects.filter(computed=True, id__gte=FIRST_PERIOD):
benchmark = filter_active(period.rating_set.all()).order_by('-rating')[LIMIT-1].rating
filter_active(period.rating_set.all()).update(domination=F('rating')-benchmark)
# }}}
# {{{ Hall of fame
print('[%s] Reevaluating hall of fame' % str(datetime.now()), flush=True)
for player in Player.objects.all():
ratings = list(
player.rating_set.filter(period__id__gte=FIRST_PERIOD)
.order_by('period__id')
.values('domination', 'period__id')
)
if len(ratings) == 0:
continue
)
from ratings.tools import filter_active
# This is the benchmark position on the rating list. Above, players will gain domination points.
LIMIT = 7
# Nothing counts before here.
FIRST_PERIOD = 25
# {{{ Evaluate the domination scores
#print('[%s] Erasing domination scores' % str(datetime.now()), flush=True)
#Rating.objects.update(domination=None)
print('[%s] Reevaluating domination scores' % str(datetime.now()), flush=True)
for period in Period.objects.filter(computed=True, id__gte=FIRST_PERIOD):
benchmark = filter_active(
period.rating_set.all()).order_by('-rating')[LIMIT - 1].rating
filter_active(period.rating_set.all()).update(domination=F('rating') -
benchmark)
# }}}
# {{{ Hall of fame
print('[%s] Reevaluating hall of fame' % str(datetime.now()), flush=True)
for player in Player.objects.all():
ratings = list(
player.rating_set.filter(
period__id__gte=FIRST_PERIOD).order_by('period__id').values(
'domination', 'period__id'))
if len(ratings) == 0:
continue
UPDATE match SET rtb_id =
(SELECT id FROM rating
WHERE rating.player_id=match.plb_id
AND rating.period_id=%i
)
WHERE period_id=%i AND plb_id IN (%s)'''
% (period.id, period.id+1, ','.join(str_ids))
)
# }}}
# {{{ Bookkeeping
Match.objects.filter(period=period).update(treated=True)
def mean(a):
return sum([f.rating for f in a])/len(a)
rp = mean(filter_active(Rating.objects.filter(period=period, player__race=P)).order_by('-rating')[:5])
rt = mean(filter_active(Rating.objects.filter(period=period, player__race=T)).order_by('-rating')[:5])
rz = mean(filter_active(Rating.objects.filter(period=period, player__race=Z)).order_by('-rating')[:5])
period.dom_p = cdf(rp-rt) + cdf(rp-rz)
period.dom_t = cdf(rt-rp) + cdf(rt-rz)
period.dom_z = cdf(rz-rp) + cdf(rz-rt)
period.num_retplayers = sum([1 if p['rating'] and len(p['wins']) > 0 else 0 for p in players.values()])
period.num_newplayers = sum([1 if not p['rating'] and len(p['wins']) > 0 else 0 for p in players.values()])
period.num_games = ngames
period.computed = True
period.needs_recompute = False
period.save()
Rating.objects.filter(period=period).update(
position=None, position_vp=None, position_vt=None, position_vz=None
def team(request, team_id):
# {{{ Get team object and base context, generate messages and make changes if needed
team = get_object_or_404(Group, id=team_id)
base = base_ctx('Ranking', None, request)
if request.method == 'POST' and base['adm']:
form = TeamModForm(request)
base['messages'] += form.update_team(team)
else:
form = TeamModForm(team=team)
base.update({
'team': team,
'form': form,
})
base['messages'] += generate_messages(team)
# }}}
# {{{ Easy statistics
players = team.groupmembership_set.filter(current=True, playing=True)
player_ids = players.values('player')
matches = Match.objects.filter(Q(pla__in=player_ids) | Q(plb__in=player_ids))
base.update({
'nplayers': players.count(),
'nprotoss': players.filter(player__race=P).count(),
'nterran': players.filter(player__race=T).count(),
'nzerg': players.filter(player__race=Z).count(),
'earnings': (
Earnings.objects.filter(player__in=player_ids).aggregate(Sum('earnings'))['earnings__sum']
),
'nmatches': matches.count(),
'noffline': matches.filter(offline=True).count(),
})
# }}}
# {{{ Player lists
all_members = total_ratings(
Rating.objects.all().order_by('-rating').filter(
player__groupmembership__group=team,
player__groupmembership__current=True,
player__groupmembership__playing=True,
period=base['curp']
)
)
base.update({
'active': filter_active(all_members),
'inactive': filter_inactive(all_members),
'nonplaying': (
team.groupmembership_set.filter(current=True, playing=False)
.select_related('player').order_by('player__tag')
),
'past': (
team.groupmembership_set.filter(current=False)
.annotate(null_end=Count('end'))
.select_related('player').order_by('-null_end', '-end', 'player__tag')
),
})
# }}}
base.update({"title": team.name})
return render_to_response('team.html', base)
def period(request, period_id=None):
base = base_ctx('Ranking', 'Current', request)
# {{{ Get period object
if not period_id:
period = base['curp']
else:
period = get_object_or_404(Period, id=period_id, computed=True)
if period.is_preview():
base['messages'].append(
Message(msg_preview % django_date_filter(period.end, 'F jS'),
type=Message.INFO))
base['period'] = period
if period.id != base['curp'].id:
base['curpage'] = ''
# }}}
# {{{ Best and most specialised players
qset = total_ratings(filter_active(
Rating.objects.filter(period=period))).select_related('player')
qsetp = qset.filter(player__race=P)
qsett = qset.filter(player__race=T)
qsetz = qset.filter(player__race=Z)
base.update({
'best':
qset.latest('rating'),
'bestvp':
qset.latest('tot_vp'),
'bestvt':
qset.latest('tot_vt'),
'bestvz':
qset.latest('tot_vz'),
'bestp':
qsetp.latest('rating'),
'bestpvp':
qsetp.latest('tot_vp'),
'bestpvt':
qsetp.latest('tot_vt'),
'bestpvz':
qsetp.latest('tot_vz'),
'bestt':
qsett.latest('rating'),
'besttvp':
qsett.latest('tot_vp'),
'besttvt':
qsett.latest('tot_vt'),
'besttvz':
qsett.latest('tot_vz'),
'bestz':
qsetz.latest('rating'),
'bestzvp':
qsetz.latest('tot_vp'),
'bestzvt':
qsetz.latest('tot_vt'),
'bestzvz':
qsetz.latest('tot_vz'),
'specvp':
qset.extra(select={
'd': 'rating_vp/dev_vp*(rating+1.5)'
}).latest('d'),
'specvt':
qset.extra(select={
'd': 'rating_vt/dev_vt*(rating+1.5)'
}).latest('d'),
'specvz':
qset.extra(select={
'd': 'rating_vz/dev_vz*(rating+1.5)'
}).latest('d'),
'specpvp':
qsetp.extra(select={
'd': 'rating_vp/dev_vp*(rating+1.5)'
}).latest('d'),
'specpvt':
qsetp.extra(select={
'd': 'rating_vt/dev_vt*(rating+1.5)'
}).latest('d'),
'specpvz':
qsetp.extra(select={
'd': 'rating_vz/dev_vz*(rating+1.5)'
}).latest('d'),
'spectvp':
qsett.extra(select={
'd': 'rating_vp/dev_vp*(rating+1.5)'
}).latest('d'),
'spectvt':
qsett.extra(select={
'd': 'rating_vt/dev_vt*(rating+1.5)'
}).latest('d'),
'spectvz':
qsett.extra(select={
'd': 'rating_vz/dev_vz*(rating+1.5)'
}).latest('d'),
'speczvp':
qsetz.extra(select={
'd': 'rating_vp/dev_vp*(rating+1.5)'
}).latest('d'),
'speczvt':
qsetz.extra(select={
'd': 'rating_vt/dev_vt*(rating+1.5)'
}).latest('d'),
'speczvz':
qsetz.extra(select={
'd': 'rating_vz/dev_vz*(rating+1.5)'
}).latest('d'),
})
# }}}
# {{{ Highest gainer and biggest losers
# TODO: Fix these queries, highly dependent on the way django does things.
gainers = filter_active(Rating.objects.filter(period=period))\
.filter(prev__isnull=False)\
.select_related('prev', 'player')\
.extra(select={'diff': 'rating.rating - T3.rating'})\
.order_by('-diff')
losers = filter_active(Rating.objects.filter(period=period))\
.filter(prev__isnull=False)\
.select_related('prev', 'player')\
.extra(select={'diff': 'rating.rating - T3.rating'})\
.order_by('diff')
base.update({'updown': zip(gainers[:5], losers[:5])})
# }}}
# {{{ Matchup statistics
qset = period.match_set
base['pvt_wins'], base['pvt_loss'] = count_matchup_games(qset, 'P', 'T')
base['pvz_wins'], base['pvz_loss'] = count_matchup_games(qset, 'P', 'Z')
base['tvz_wins'], base['tvz_loss'] = count_matchup_games(qset, 'T', 'Z')
base.update({
'pvp_games': count_mirror_games(qset, 'P'),
'tvt_games': count_mirror_games(qset, 'T'),
'zvz_games': count_mirror_games(qset, 'Z'),
})
base['tot_mirror'] = base['pvp_games'] + base['tvt_games'] + base[
'zvz_games']
# }}}
# {{{ Build country list
all_players = Player.objects.filter(rating__period_id=period.id,
rating__decay__lt=INACTIVE_THRESHOLD)
base['countries'] = country_list(all_players)
# }}}
# {{{ Initial filtering of ratings
entries = filter_active(period.rating_set).select_related('player')
# Race filter
race = get_param(request, 'race', 'ptzrs')
q = Q()
for r in race:
q |= Q(player__race=r.upper())
entries = entries.filter(q)
# Country filter
nats = get_param(request, 'nats', 'all')
if nats == 'foreigners':
entries = entries.exclude(player__country='KR')
elif nats != 'all':
entries = entries.filter(player__country=nats)
# Sorting
sort = get_param(request, 'sort', '')
if sort not in ['vp', 'vt', 'vz']:
entries = entries.order_by('-rating', 'player__tag')
else:
entries = entries.extra(select={
'd': 'rating+rating_' + sort
}).order_by('-d', 'player__tag')
entries = entries.prefetch_related('prev')
base.update({
'race': race,
'nats': nats,
'sort': sort,
})
# }}}
# {{{ Pages etc.
pagesize = SHOW_PER_LIST_PAGE
page = int(get_param(request, 'page', 1))
nitems = entries.count()
npages = nitems // pagesize + (1 if nitems % pagesize > 0 else 0)
page = min(max(page, 1), npages)
entries = entries[(page - 1) * pagesize:page *
pagesize] if page > 0 else []
pn_start, pn_end = page - 2, page + 2
if pn_start < 1:
pn_end += 1 - pn_start
pn_start = 1
if pn_end > npages:
pn_start -= pn_end - npages
pn_end = npages
if pn_start < 1:
pn_start = 1
base.update({
'page': page,
'npages': npages,
'startcount': (page - 1) * pagesize,
'entries': populate_teams(entries),
'nperiods': Period.objects.filter(computed=True).count(),
'pn_range': range(pn_start, pn_end + 1),
})
# }}}
base.update({
'sortable': True,
'localcount': True,
})
fmt_date = django_date_filter(period.end, "F jS, Y")
return render_to_response('period.djhtml', base)
AND rating.period_id=%i
)
WHERE period_id=%i AND plb_id IN (%s)''' %
(period.id, period.id + 1, ','.join(str_ids)))
# }}}
# {{{ Bookkeeping
Match.objects.filter(period=period).update(treated=True)
def mean(a):
return sum([f.rating for f in a]) / len(a)
rp = mean(
filter_active(Rating.objects.filter(
period=period, player__race=P)).order_by('-rating')[:5])
rt = mean(
filter_active(Rating.objects.filter(
period=period, player__race=T)).order_by('-rating')[:5])
rz = mean(
filter_active(Rating.objects.filter(
period=period, player__race=Z)).order_by('-rating')[:5])
period.dom_p = cdf(rp - rt) + cdf(rp - rz)
period.dom_t = cdf(rt - rp) + cdf(rt - rz)
period.dom_z = cdf(rz - rp) + cdf(rz - rt)
period.num_retplayers = sum(
[1 if p['rating'] and len(p['wins']) > 0 else 0 for p in players.values()])
period.num_newplayers = sum([
1 if not p['rating'] and len(p['wins']) > 0 else 0
for p in players.values()
from simul.playerlist import make_player
proleague = 'pl' in sys.argv
nplayers_max = 6 if proleague else 5
nplayers_min = 6 if proleague else 1
Simulator = TeamPL if proleague else TeamAK
# {{{ Get a list of teams that can compete
curp = get_latest_period()
allowed_teams = []
teams = Group.objects.filter(active=True, is_team=True)
for t in teams:
nplayers_available = filter_active(Rating.objects.filter(
period=curp,
player__groupmembership__group=t,
player__groupmembership__current=True,
player__groupmembership__playing=True,
)).count()
if nplayers_available >= nplayers_min:
allowed_teams.append(t)
disallowed = Group.objects.filter(is_team=True).exclude(id__in=[t.id for t in allowed_teams])
if proleague:
disallowed.update(scorepl=0.0)
else:
disallowed.update(scoreak=0.0)
nteams = len(allowed_teams)
# }}}
from aligulac.tools import get_latest_period
from ratings.models import (
Group,
Rating,
)
from ratings.tools import filter_active
from simul.formats.teamak import TeamAK
from simul.formats.teampl import TeamPL
from simul.playerlist import make_player
print('[%s] Updating team ratings' % str(datetime.now()), flush=True)
# {{{ Update ratings
curp = get_latest_period()
for team in Group.objects.filter(active=True, is_team=True):
ratings = filter_active(Rating.objects.filter(
period=curp,
player__groupmembership__group=team,
player__groupmembership__current=True,
player__groupmembership__playing=True,
)).order_by('-rating')
if ratings.count() >= 5:
team.meanrating = sum([r.rating for r in ratings[:5]]) / 5
else:
team.meanrating = -10
team.save()
# }}}
def team(request, team_id):
# {{{ Get team object and base context, generate messages and make changes if needed
team = get_object_or_404(Group, id=team_id)
base = base_ctx('Teams', None, request)
if request.method == 'POST' and base['adm']:
form = TeamModForm(request)
base['messages'] += form.update_team(team)
else:
form = TeamModForm(team=team)
base.update({
'team': team,
'form': form,
})
base['messages'] += generate_messages(team)
# }}}
# {{{ Easy statistics
players = team.groupmembership_set.filter(current=True, playing=True)
player_ids = players.values('player')
matches = Match.objects.filter(
Q(pla__in=player_ids) | Q(plb__in=player_ids))
base.update({
'nplayers':
players.count(),
'nprotoss':
players.filter(player__race=P).count(),
'nterran':
players.filter(player__race=T).count(),
'nzerg':
players.filter(player__race=Z).count(),
'earnings': (Earnings.objects.filter(player__in=player_ids).aggregate(
Sum('earnings'))['earnings__sum']),
'nmatches':
matches.count(),
'noffline':
matches.filter(offline=True).count(),
})
# }}}
# {{{ Player lists
all_members = total_ratings(
Rating.objects.all().order_by('-rating').filter(
player__groupmembership__group=team,
player__groupmembership__current=True,
player__groupmembership__playing=True,
period=base['curp']).select_related('player').prefetch_related(
'prev'))
base.update({
'active':
filter_active(all_members),
'inactive':
filter_inactive(all_members),
'nonplaying': (team.groupmembership_set.filter(
current=True,
playing=False).select_related('player').order_by('player__tag')),
'past': (team.groupmembership_set.filter(current=False).annotate(
null_end=Count('end')).select_related('player').order_by(
'-null_end', '-end', 'player__tag')),
})
# }}}
return render_to_response('team.djhtml', base)
from ratings.models import (
Group,
Rating,
)
from ratings.tools import filter_active
from simul.formats.teamak import TeamAK
from simul.formats.teampl import TeamPL
from simul.playerlist import make_player
print('[%s] Updating team ratings' % str(datetime.now()), flush=True)
# {{{ Update ratings
curp = get_latest_period()
for team in Group.objects.filter(active=True, is_team=True):
ratings = filter_active(
Rating.objects.filter(
period=curp,
player__groupmembership__group=team,
player__groupmembership__current=True,
player__groupmembership__playing=True,
)).order_by('-rating')
if ratings.count() >= 5:
team.meanrating = sum([r.rating for r in ratings[:5]]) / 5
else:
team.meanrating = -10
team.save()
# }}}
from simul.playerlist import make_player
proleague = 'pl' in sys.argv
nplayers_max = 6 if proleague else 5
nplayers_min = 6 if proleague else 1
Simulator = TeamPL if proleague else TeamAK
# {{{ Get a list of teams that can compete
curp = get_latest_period()
allowed_teams = []
teams = Group.objects.filter(active=True, is_team=True)
for t in teams:
nplayers_available = filter_active(Rating.objects.filter(
period=curp,
player__groupmembership__group=t,
player__groupmembership__current=True,
player__groupmembership__playing=True,
)).count()
if nplayers_available >= nplayers_min:
allowed_teams.append(t)
disallowed = Group.objects.filter(is_team=True).exclude(id__in=[t.id for t in allowed_teams])
if proleague:
disallowed.update(scorepl=0.0)
else:
disallowed.update(scoreak=0.0)
nteams = len(allowed_teams)
# }}}
def period(request, period_id=None):
base = base_ctx('Ranking', 'Current', request)
# {{{ Get period object
if not period_id:
period = base['curp']
else:
period = get_object_or_404(Period, id=period_id, computed=True)
if period.is_preview():
base['messages'].append(Message(msg_preview % cdate(period.end, _('F jS')), type=Message.INFO))
base['period'] = period
if period.id != base['curp'].id:
base['curpage'] = ''
# }}}
# {{{ Best and most specialised players
qset = total_ratings(filter_active(Rating.objects.filter(period=period))).select_related('player')
qsetp = qset.filter(player__race=P)
qsett = qset.filter(player__race=T)
qsetz = qset.filter(player__race=Z)
base.update({
'best': qset.latest('rating'),
'bestvp': qset.latest('tot_vp'),
'bestvt': qset.latest('tot_vt'),
'bestvz': qset.latest('tot_vz'),
'bestp': qsetp.latest('rating'),
'bestpvp': qsetp.latest('tot_vp'),
'bestpvt': qsetp.latest('tot_vt'),
'bestpvz': qsetp.latest('tot_vz'),
'bestt': qsett.latest('rating'),
'besttvp': qsett.latest('tot_vp'),
'besttvt': qsett.latest('tot_vt'),
'besttvz': qsett.latest('tot_vz'),
'bestz': qsetz.latest('rating'),
'bestzvp': qsetz.latest('tot_vp'),
'bestzvt': qsetz.latest('tot_vt'),
'bestzvz': qsetz.latest('tot_vz'),
'specvp': qset.extra(select={'d': 'rating_vp/dev_vp*(rating+1.5)'}).latest('d'),
'specvt': qset.extra(select={'d': 'rating_vt/dev_vt*(rating+1.5)'}).latest('d'),
'specvz': qset.extra(select={'d': 'rating_vz/dev_vz*(rating+1.5)'}).latest('d'),
'specpvp': qsetp.extra(select={'d': 'rating_vp/dev_vp*(rating+1.5)'}).latest('d'),
'specpvt': qsetp.extra(select={'d': 'rating_vt/dev_vt*(rating+1.5)'}).latest('d'),
'specpvz': qsetp.extra(select={'d': 'rating_vz/dev_vz*(rating+1.5)'}).latest('d'),
'spectvp': qsett.extra(select={'d': 'rating_vp/dev_vp*(rating+1.5)'}).latest('d'),
'spectvt': qsett.extra(select={'d': 'rating_vt/dev_vt*(rating+1.5)'}).latest('d'),
'spectvz': qsett.extra(select={'d': 'rating_vz/dev_vz*(rating+1.5)'}).latest('d'),
'speczvp': qsetz.extra(select={'d': 'rating_vp/dev_vp*(rating+1.5)'}).latest('d'),
'speczvt': qsetz.extra(select={'d': 'rating_vt/dev_vt*(rating+1.5)'}).latest('d'),
'speczvz': qsetz.extra(select={'d': 'rating_vz/dev_vz*(rating+1.5)'}).latest('d'),
})
# }}}
# {{{ Highest gainer and biggest losers
# TODO: Fix these queries, highly dependent on the way django does things.
gainers = filter_active(Rating.objects.filter(period=period))\
.filter(prev__isnull=False)\
.select_related('prev', 'player')\
.extra(select={'diff': 'rating.rating - T3.rating'})\
.order_by('-diff')
losers = filter_active(Rating.objects.filter(period=period))\
.filter(prev__isnull=False)\
.select_related('prev', 'player')\
.extra(select={'diff': 'rating.rating - T3.rating'})\
.order_by('diff')
base.update({
'gainers': gainers[:5],
'losers': losers[:5]
})
# }}}
# {{{ Matchup statistics
qset = period.match_set
base['pvt_wins'], base['pvt_loss'] = count_matchup_games(qset, 'P', 'T')
base['pvz_wins'], base['pvz_loss'] = count_matchup_games(qset, 'P', 'Z')
base['tvz_wins'], base['tvz_loss'] = count_matchup_games(qset, 'T', 'Z')
base.update({
'pvp_games': count_mirror_games(qset, 'P'),
'tvt_games': count_mirror_games(qset, 'T'),
'zvz_games': count_mirror_games(qset, 'Z'),
})
base['tot_mirror'] = base['pvp_games'] + base['tvt_games'] + base['zvz_games']
# }}}
# {{{ Build country list
all_players = Player.objects.filter(rating__period_id=period.id, rating__decay__lt=INACTIVE_THRESHOLD)
base['countries'] = country_list(all_players)
# }}}
# {{{ Initial filtering of ratings
entries = filter_active(period.rating_set).select_related('player')
# Race filter
race = get_param(request, 'race', 'ptzrs')
q = Q()
for r in race:
q |= Q(player__race=r.upper())
entries = entries.filter(q)
# Country filter
nats = get_param(request, 'nats', 'all')
if nats == 'foreigners':
entries = entries.exclude(player__country='KR')
elif nats != 'all':
entries = entries.filter(player__country=nats)
# Sorting
sort = get_param(request, 'sort', '')
if sort not in ['vp', 'vt', 'vz']:
entries = entries.order_by('-rating', 'player__tag')
else:
entries = entries.extra(select={'d':'rating+rating_'+sort}).order_by('-d', 'player__tag')
entries = entries.prefetch_related('prev')
base.update({
'race': race,
'nats': nats,
'sort': sort,
})
# }}}
# {{{ Pages etc.
pagesize = SHOW_PER_LIST_PAGE
page = int(get_param(request, 'page', 1))
nitems = entries.count()
npages = nitems//pagesize + (1 if nitems % pagesize > 0 else 0)
page = min(max(page, 1), npages)
entries = entries[(page-1)*pagesize : page*pagesize] if page > 0 else []
base.update({
'page': page,
'npages': npages,
'startcount': (page-1)*pagesize,
'entries': populate_teams(entries),
'nperiods': Period.objects.filter(computed=True).count(),
})
# }}}
base.update({
'sortable': True,
'localcount': True,
})
fmt_date = django_date_filter(period.end, "F jS, Y")
# Translators: List (number): (date)
base.update({"title": _("List {num}: {date}").format(num=period.id, date=fmt_date)})
return render_to_response('period.html', base)
def period(request, period_id):
base = base_ctx('Ranking', 'Current', request)
# {{{ Get period object
period = get_object_or_404(Period, id=period_id, computed=True)
if period.is_preview():
base['messages'].append(Message(msg_preview % period.end.strftime('%B %d'), type=Message.INFO))
base['period'] = period
if period.id != base['curp'].id:
base['curpage'] = ''
# }}}
# {{{ Best and most specialised players
qset = total_ratings(filter_active(Rating.objects.filter(period=period))).select_related('player')
qsetp = qset.filter(player__race=P)
qsett = qset.filter(player__race=T)
qsetz = qset.filter(player__race=Z)
base.update({
'best': qset.latest('rating'),
'bestvp': qset.latest('tot_vp'),
'bestvt': qset.latest('tot_vt'),
'bestvz': qset.latest('tot_vz'),
'bestp': qsetp.latest('rating'),
'bestpvp': qsetp.latest('tot_vp'),
'bestpvt': qsetp.latest('tot_vt'),
'bestpvz': qsetp.latest('tot_vz'),
'bestt': qsett.latest('rating'),
'besttvp': qsett.latest('tot_vp'),
'besttvt': qsett.latest('tot_vt'),
'besttvz': qsett.latest('tot_vz'),
'bestz': qsetz.latest('rating'),
'bestzvp': qsetz.latest('tot_vp'),
'bestzvt': qsetz.latest('tot_vt'),
'bestzvz': qsetz.latest('tot_vz'),
'specvp': qset.extra(select={'d': 'rating_vp/dev_vp*rating'}).latest('d'),
'specvt': qset.extra(select={'d': 'rating_vt/dev_vt*rating'}).latest('d'),
'specvz': qset.extra(select={'d': 'rating_vz/dev_vz*rating'}).latest('d'),
'specpvp': qsetp.extra(select={'d': 'rating_vp/dev_vp*rating'}).latest('d'),
'specpvt': qsetp.extra(select={'d': 'rating_vt/dev_vt*rating'}).latest('d'),
'specpvz': qsetp.extra(select={'d': 'rating_vz/dev_vz*rating'}).latest('d'),
'spectvp': qsett.extra(select={'d': 'rating_vp/dev_vp*rating'}).latest('d'),
'spectvt': qsett.extra(select={'d': 'rating_vt/dev_vt*rating'}).latest('d'),
'spectvz': qsett.extra(select={'d': 'rating_vz/dev_vz*rating'}).latest('d'),
'speczvp': qsetz.extra(select={'d': 'rating_vp/dev_vp*rating'}).latest('d'),
'speczvt': qsetz.extra(select={'d': 'rating_vt/dev_vt*rating'}).latest('d'),
'speczvz': qsetz.extra(select={'d': 'rating_vz/dev_vz*rating'}).latest('d'),
})
# }}}
# {{{ Matchup statistics
qset = period.match_set
base['pvt_wins'], base['pvt_loss'] = count_matchup_games(qset, 'P', 'T')
base['pvz_wins'], base['pvz_loss'] = count_matchup_games(qset, 'P', 'Z')
base['tvz_wins'], base['tvz_loss'] = count_matchup_games(qset, 'T', 'Z')
base.update({
'pvp_games': count_mirror_games(qset, 'P'),
'tvt_games': count_mirror_games(qset, 'T'),
'zvz_games': count_mirror_games(qset, 'Z'),
})
base['tot_mirror'] = base['pvp_games'] + base['tvt_games'] + base['zvz_games']
# }}}
# {{{ Build country list
all_players = Player.objects.filter(rating__period_id=period.id, rating__decay__lt=INACTIVE_THRESHOLD)
base['countries'] = country_list(all_players)
# }}}
# {{{ Initial filtering of ratings
entries = filter_active(period.rating_set).select_related('player')
# Race filter
race = get_param(request, 'race', 'ptzrs')
q = Q()
for r in race:
q |= Q(player__race=r.upper())
entries = entries.filter(q)
# Country filter
nats = get_param(request, 'nats', 'all')
if nats == 'foreigners':
entries = entries.exclude(player__country='KR')
elif nats != 'all':
entries = entries.filter(player__country=nats)
# Sorting
sort = get_param(request, 'sort', '')
if sort not in ['vp', 'vt', 'vz']:
entries = entries.order_by('-rating', 'player__tag')
else:
entries = entries.extra(select={'d':'rating+rating_'+sort}).order_by('-d', 'player__tag')
base.update({
'race': race,
'nats': nats,
'sort': sort,
})
# }}}
# {{{ Pages etc.
pagesize = 40
page = int(get_param(request, 'page', 1))
nitems = entries.count()
npages = nitems//pagesize + (1 if nitems % pagesize > 0 else 0)
page = min(max(page, 1), npages)
entries = entries[(page-1)*pagesize : page*pagesize]
base.update({
'page': page,
'npages': npages,
'startcount': (page-1)*pagesize,
'entries': populate_teams(entries),
'nperiods': Period.objects.filter(computed=True).count(),
})
# }}}
base.update({
'sortable': True,
'localcount': True,
})
fmt_date = django_date_filter(period.end, "F jS, Y")
base.update({"title": "List {}: {}".format(period.id, fmt_date)})
return render_to_response('period.html', base)
