def dehydrate_form(self, bundle):
matches = bundle.obj.get_matchset()
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
return {'total': count_winloss_player(recent, bundle.obj),
'P': count_matchup_player(recent, bundle.obj, P),
'T': count_matchup_player(recent, bundle.obj, T),
'Z': count_matchup_player(recent, bundle.obj, Z)}
def player(request, player_id):
# {{{ Get player object and base context, generate messages and make changes if needed
player = get_object_or_404(Player, id=player_id)
base = base_ctx('Ranking', 'Summary', request, context=player)
if request.method == 'POST' and base['adm']:
form = PlayerModForm(request)
base['messages'] += form.update_player(player)
else:
form = PlayerModForm(player=player)
base['messages'] += generate_messages(player)
# }}}
# {{{ Various easy data
matches = player.get_matchset()
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
base.update({
'player': player,
'form': form,
'first': etn(lambda: matches.earliest('date')),
'last': etn(lambda: matches.latest('date')),
'totalmatches': matches.count(),
'offlinematches': matches.filter(offline=True).count(),
'aliases': player.alias_set.all(),
'earnings': ntz(player.earnings_set.aggregate(Sum('earnings'))['earnings__sum']),
'team': player.get_current_team(),
'total': count_winloss_player(matches, player),
'vp': count_matchup_player(matches, player, P),
'vt': count_matchup_player(matches, player, T),
'vz': count_matchup_player(matches, player, Z),
'totalf': count_winloss_player(recent, player),
'vpf': count_matchup_player(recent, player, P),
'vtf': count_matchup_player(recent, player, T),
'vzf': count_matchup_player(recent, player, Z),
})
if player.country is not None:
base['countryfull'] = transformations.cc_to_cn(player.country)
# }}}
# {{{ Recent matches
matches = player.get_matchset(related=['rta','rtb','pla','plb','eventobj'])[0:10]
if matches.exists():
base['matches'] = display_matches(matches, fix_left=player, ratings=True)
# }}}
# {{{ Team memberships
team_memberships = list(player.groupmembership_set.filter(group__is_team=True).select_related('group'))
team_memberships.sort(key=lambda t: t.id, reverse=True)
team_memberships.sort(key=meandate, reverse=True)
team_memberships.sort(key=lambda t: t.current, reverse=True)
base['teammems'] = team_memberships
# }}}
# {{{ If the player has at least one rating
if player.current_rating:
ratings = total_ratings(player.rating_set.filter(period__computed=True)).select_related('period')
base.update({
'highs': (
ratings.latest('rating'),
ratings.latest('tot_vp'),
ratings.latest('tot_vt'),
ratings.latest('tot_vz'),
),
'recentchange': player.get_latest_rating_update(),
'firstrating': ratings.earliest('period'),
'rating': player.current_rating,
})
if player.current_rating.decay >= INACTIVE_THRESHOLD:
base['messages'].append(Message(msg_inactive % player.tag, 'Inactive', type=Message.INFO))
base['charts'] = base['recentchange'].period_id > base['firstrating'].period_id
else:
base['messages'].append(Message('%s has no rating yet.' % player.tag, type=Message.INFO))
base['charts'] = False
# }}}
# {{{ If the player has enough games to make a chart
if base['charts']:
ratings = (
total_ratings(player.rating_set.filter(period_id__lte=base['recentchange'].period_id))
.select_related('period__end')
.prefetch_related('prev__rta', 'prev__rtb')
.order_by('period')
)
# {{{ Add stories and other extra information
earliest = base['firstrating']
latest = base['recentchange']
# Look through team changes
teampoints = []
for mem in base['teammems']:
if mem.start and earliest.period.end < mem.start < latest.period.end:
teampoints.append({
'date': mem.start,
'rating': interp_rating(mem.start, ratings),
'data': [{'date': mem.start, 'team': mem.group, 'jol': 'joins'}],
})
if mem.end and earliest.period.end < mem.end < latest.period.end:
teampoints.append({
'date': mem.end,
'rating': interp_rating(mem.end, ratings),
'data': [{'date': mem.end, 'team': mem.group, 'jol': 'leaves'}],
})
teampoints.sort(key=lambda p: p['date'])
# Condense if team changes happened within 14 days
cur = 0
while cur < len(teampoints) - 1:
if (teampoints[cur+1]['date'] - teampoints[cur]['date']).days <= 14:
teampoints[cur]['data'].append(teampoints[cur+1]['data'][0])
del teampoints[cur+1]
else:
cur += 1
# Sort first by date, then by joined/left
for point in teampoints:
point['data'].sort(key=lambda a: a['jol'], reverse=True)
point['data'].sort(key=lambda a: a['date'])
# Look through stories
stories = player.story_set.all().select_related('event__fullname')
for s in stories:
if earliest.period.start < s.date < latest.period.start:
s.rating = interp_rating(s.date, ratings)
else:
s.skip = True
# }}}
base.update({
'ratings': add_counts(ratings),
'patches': PATCHES,
'stories': stories,
'teampoints': teampoints,
})
else:
base['messages'].append(Message(msg_nochart % player.tag, type=Message.INFO))
# }}}
base.update({"title": player.tag})
return render_to_response('player.html', base)
def match(request):
base = base_ctx('Inference', 'Predict', request=request)
# {{{ Get data, set up and simulate
form = SetupForm(request.GET)
if not form.is_valid():
return redirect('/inference/')
result = MatchPredictionResult(
dbpl=form.cleaned_data['ps'],
bos=form.cleaned_data['bo'],
s1=get_param(request, 's1', 0),
s2=get_param(request, 's2', 0),
)
# }}}
# {{{ Postprocessing
base.update({
'form': form,
'dbpl': result.dbpl,
'rta': result.rta,
'rtb': result.rtb,
'proba': result.proba,
'probb': result.probb,
'match': result.obj,
})
base.update({
'max': max(base['proba'], base['probb']),
'fav': result.dbpl[0] if base['proba'] > base['probb'] else result.dbpl[1],
})
resa = [oc for oc in result.outcomes if oc['sca'] > oc['scb']]
resb = [oc for oc in result.outcomes if oc['scb'] > oc['sca']]
if len(resa) < len(resb):
resa = [None] * (len(resb) - len(resa)) + resa
else:
resb = [None] * (len(resa) - len(resb)) + resb
base['res'] = list(zip(resa, resb))
# }}}
# {{{ Scores and other data
dbpl = result.dbpl
thr = date.today() - relativedelta(months=2)
pla_matches = dbpl[0].get_matchset()
plb_matches = dbpl[1].get_matchset()
base['tot_w_a'], base['tot_l_a'] = count_winloss_player(pla_matches, dbpl[0])
base['frm_w_a'], base['frm_l_a'] = count_winloss_player(pla_matches.filter(date__gte=thr), dbpl[0])
base['tot_w_b'], base['tot_l_b'] = count_winloss_player(plb_matches, dbpl[1])
base['frm_w_b'], base['frm_l_b'] = count_winloss_player(plb_matches.filter(date__gte=thr), dbpl[1])
if dbpl[1].race in 'PTZ':
base['mu_w_a'], base['mu_l_a'] = count_matchup_player(pla_matches, dbpl[0], dbpl[1].race)
base['fmu_w_a'], base['fmu_l_a'] = count_matchup_player(
pla_matches.filter(date__gte=thr), dbpl[0], dbpl[1].race
)
if dbpl[0].race in 'PTZ':
base['mu_w_b'], base['mu_l_b'] = count_matchup_player(plb_matches, dbpl[1], dbpl[0].race)
base['fmu_w_b'], base['fmu_l_b'] = count_matchup_player(
plb_matches.filter(date__gte=thr), dbpl[1], dbpl[0].race
)
wa_a, wb_a = count_winloss_games(Match.objects.filter(pla=dbpl[0], plb=dbpl[1]))
wb_b, wa_b = count_winloss_games(Match.objects.filter(pla=dbpl[1], plb=dbpl[0]))
base['vs_a'] = wa_a + wa_b
base['vs_b'] = wb_a + wb_b
base['matches'] = display_matches(
Match.objects.filter(Q(pla=dbpl[0], plb=dbpl[1]) | Q(plb=dbpl[0], pla=dbpl[1]))
.select_related('period', 'pla', 'plb')
.order_by('-date', 'id'),
fix_left=dbpl[0],
)
# }}}
postable_match(base, request)
return render_to_response('pred_match.djhtml', base)
def results(request, player_id):
# {{{ Get objects
player = get_object_or_404(Player, id=player_id)
base = base_ctx('Ranking', 'Match history', request, context=player)
base['player'] = player
# }}}
# {{{ Filtering
matches = player.get_matchset(related=['pla', 'plb', 'eventobj'])
form = ResultsFilterForm(request.GET)
base['form'] = form
form.is_valid()
q = Q()
for r in form.cleaned_data['race'].upper():
q |= Q(pla=player, rcb=r) | Q(plb=player, rca=r)
matches = matches.filter(q)
if form.cleaned_data['country'] == 'foreigners':
matches = matches.exclude(
Q(pla=player, plb__country='KR')
| Q(plb=player, pla__country='KR'))
elif form.cleaned_data['country'] != 'all':
matches = matches.filter(
Q(pla=player, plb__country=form.cleaned_data['country'])
| Q(plb=player, pla__country=form.cleaned_data['country']))
if form.cleaned_data['bestof'] != 'all':
sc = int(form.cleaned_data['bestof']) // 2 + 1
matches = matches.filter(Q(sca__gte=sc) | Q(scb__gte=sc))
if form.cleaned_data['offline'] != 'both':
matches = matches.filter(
offline=(form.cleaned_data['offline'] == 'offline'))
if form.cleaned_data['game'] != 'all':
matches = matches.filter(game=form.cleaned_data['game'])
if form.cleaned_data['wcs_season'] != '':
if form.cleaned_data['wcs_season'] == 'all':
matches = matches.filter(
eventobj__uplink__parent__wcs_year__isnull=False)
else:
matches = matches.filter(eventobj__uplink__parent__wcs_year=int(
form.cleaned_data['wcs_season']))
if form.cleaned_data['wcs_tier'] != '':
tiers = list(map(int, form.cleaned_data['wcs_tier']))
matches = matches.filter(eventobj__uplink__parent__wcs_tier__in=tiers)
if form.cleaned_data['after'] is not None:
matches = matches.filter(date__gte=form.cleaned_data['after'])
if form.cleaned_data['before'] is not None:
matches = matches.filter(date__lte=form.cleaned_data['before'])
if form.cleaned_data['event'] is not None:
lex = shlex.shlex(form.cleaned_data['event'], posix=True)
lex.wordchars += "'"
lex.quotes = '"'
terms = [s.strip() for s in list(lex) if s.strip() != '']
matches = matches.filter(eventobj__fullname__iregex=(r"\s".join(
r".*{}.*".format(term) for term in terms)))
matches = matches.distinct()
# }}}
# {{{ Statistics
disp_matches = display_matches(matches, fix_left=player)
base['matches'] = disp_matches
base.update({
'sc_my':
sum(m['pla']['score'] for m in base['matches']),
'sc_op':
sum(m['plb']['score'] for m in base['matches']),
'msc_my':
sum(1 for m in base['matches']
if m['pla']['score'] > m['plb']['score']),
'msc_op':
sum(1 for m in base['matches']
if m['plb']['score'] > m['pla']['score']),
})
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
base.update({
'total': count_winloss_player(matches, player),
'vp': count_matchup_player(matches, player, P),
'vt': count_matchup_player(matches, player, T),
'vz': count_matchup_player(matches, player, Z),
'totalf': count_winloss_player(recent, player),
'vpf': count_matchup_player(recent, player, P),
'vtf': count_matchup_player(recent, player, T),
'vzf': count_matchup_player(recent, player, Z)
})
# }}}
# {{{ TL Postable
has_after = form.cleaned_data['after'] is not None
has_before = form.cleaned_data['before'] is not None
if not has_after and not has_before:
match_date = ""
elif not has_after: # and has_before
match_date = _(" before {}").format(form.cleaned_data['before'])
elif not has_before: # and has_after
match_date = _(" after {}").format(form.cleaned_data['after'])
else:
match_date = _(" between {} and {}").format(
form.cleaned_data['after'], form.cleaned_data['before'])
match_filter = ""
def switcher(race):
if race == "S":
return "R"
elif race == "s":
return "r"
return race
def win(match):
return match['pla']['score'] >= match['plb']['score']
def format_match(d):
# TL only recognizes lower case country codes :(
if d["pla"]["country"] is not None:
d["pla_country_formatted"] = ":{}:".format(
d["pla"]["country"].lower())
else:
d["pla_country_formatted"] = ""
if d["plb"]["country"] is not None:
d["plb_country_formatted"] = ":{}:".format(
d["plb"]["country"].lower())
else:
d["plb_country_formatted"] = ""
# and no race switchers
d["pla_race"] = switcher(d["pla"]["race"])
d["plb_race"] = switcher(d["plb"]["race"])
# Check who won
temp = {"plaws": "", "plawe": "", "plbws": "", "plbwe": ""}
if win(d):
temp["plaws"] = "[b]"
temp["plawe"] = "[/b]"
else:
temp["plbws"] = "[b]"
temp["plbwe"] = "[/b]"
d.update(temp)
d["pla_id"] = d["pla"]["id"]
d["pla_tag"] = d["pla"]["tag"]
d["pla_score"] = d["pla"]["score"]
d["plb_id"] = d["plb"]["id"]
d["plb_tag"] = d["plb"]["tag"]
d["plb_score"] = d["plb"]["score"]
return TL_HISTORY_MATCH_TEMPLATE.format(**d)
recent_matches = disp_matches[:min(10, len(disp_matches))]
recent = "\n".join(format_match(m) for m in recent_matches)
recent_form = " ".join("W" if win(m) else "L"
for m in reversed(recent_matches))
# Get the parameters and remove those with None value
get_params = dict((k, form.cleaned_data[k]) for k in form.cleaned_data
if form.cleaned_data[k] is not None)
country = ""
if player.country is not None:
country = ":{}:".format(player.country.lower())
tl_params = {
"player_tag": player.tag,
"player_country_formatted": country,
"player_race": switcher(player.race),
"filter": match_filter,
"date": match_date,
"recent": recent,
"pid": player_id,
"get": urlencode(get_params),
"url": "http://aligulac.com"
}
tl_params.update({
"sc_my": base["sc_my"],
"sc_op": base["sc_op"],
"msc_my": base["msc_my"],
"msc_op": base["msc_op"],
"form": recent_form
})
def calc_percent(s):
f, a = float(int(tl_params[s + "_my"])), int(tl_params[s + "_op"])
if f + a == 0:
return " NaN"
return round(100 * f / (f + a), 2)
tl_params.update({
"sc_percent": calc_percent("sc"),
"msc_percent": calc_percent("msc")
})
tl_params.update(get_params)
# Final clean up and translation
if tl_params["bestof"] != "all":
tl_params["bestof"] = _('best of') + ' {}'.format(tl_params["bestof"])
else:
tl_params['bestof'] = _('all')
if set(tl_params["race"]) == set('ptzr'):
tl_params["race"] = _('all')
else:
tl_params['race'] = {
'p': _('Protoss'),
't': _('Terran'),
'z': _('Zerg'),
'ptr': _('No Zerg'),
'pzr': _('No Terran'),
'tzr': _('No Protoss'),
}[tl_params['race']]
if tl_params['country'] in ['all', 'foreigners']:
tl_params['country'] = {
'all': _('all'),
'foreigners': _('foreigners'),
}[tl_params['country']]
else:
tl_params['country'] = transformations.ccn_to_cn(
transformations.cca2_to_ccn(tl_params['country']))
tl_params['offline'] = {
'offline': _('offline'),
'online': _('online'),
'both': _('both'),
}[tl_params['offline']]
if tl_params['game'] == 'all':
tl_params['game'] = _('all')
else:
tl_params['game'] = dict(GAMES)[tl_params['game']]
tl_params.update({
'resfor': _('Results for'),
'games': _('Games'),
'matches': _('Matches'),
'curform': _('Current form'),
'recentmatches': _('Recent matches'),
'filters': _('Filters'),
# Translators: These have to line up on the right!
'opprace': _('Opponent Race: '),
# Translators: These have to line up on the right!
'oppcountry': _('Opponent Country: '),
# Translators: These have to line up on the right!
'matchformat': _('Match Format: '),
# Translators: These have to line up on the right!
'onoff': _('On/offline: '),
# Translators: These have to line up on the right!
'version': _('Game Version: '),
'statslink': _('Stats by [url={url}]Aligulac[/url]'),
# Translators: Link in the sense of a HTTP hyperlink.
'link': _('Link'),
})
base.update({
# One of the replacement strings contain another string interpolation,
# so do it twice.
"postable_tl":
TL_HISTORY_TEMPLATE.format(**tl_params).format(**tl_params)
})
# }}}
return render_to_response('player_results.djhtml', base)
def player(request, player_id):
# {{{ Get player object and base context, generate messages and make changes if needed
player = get_object_or_404(Player, id=player_id)
base = base_ctx('Ranking', 'Summary', request, context=player)
if request.method == 'POST' and 'modplayer' in request.POST and base['adm']:
modform = PlayerModForm(request)
base['messages'] += modform.update_player(player)
else:
modform = PlayerModForm(player=player)
base['messages'] += generate_messages(player)
# }}}
# {{{ Various easy data
matches = player.get_matchset()
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
base.update({
'player':
player,
'modform':
modform,
'first':
etn(lambda: matches.earliest('date')),
'last':
etn(lambda: matches.latest('date')),
'totalmatches':
matches.count(),
'offlinematches':
matches.filter(offline=True).count(),
'aliases':
player.alias_set.all(),
'earnings':
ntz(player.earnings_set.aggregate(Sum('earnings'))['earnings__sum']),
'team':
player.get_current_team(),
'total':
count_winloss_player(matches, player),
'vp':
count_matchup_player(matches, player, P),
'vt':
count_matchup_player(matches, player, T),
'vz':
count_matchup_player(matches, player, Z),
'totalf':
count_winloss_player(recent, player),
'vpf':
count_matchup_player(recent, player, P),
'vtf':
count_matchup_player(recent, player, T),
'vzf':
count_matchup_player(recent, player, Z),
})
base['riv_nem_vic'] = zip_longest(player.rivals, player.nemesis,
player.victim)
if player.country is not None:
base['countryfull'] = transformations.cc_to_cn(player.country)
# }}}
# {{{ Recent matches
matches = player.get_matchset(
related=['rta', 'rtb', 'pla', 'plb', 'eventobj'])[0:10]
if matches.exists():
base['matches'] = display_matches(matches,
fix_left=player,
ratings=True)
# }}}
# {{{ Team memberships
team_memberships = list(
player.groupmembership_set.filter(
group__is_team=True).select_related('group'))
team_memberships.sort(key=lambda t: t.id, reverse=True)
team_memberships.sort(key=meandate, reverse=True)
team_memberships.sort(key=lambda t: t.current, reverse=True)
base['teammems'] = team_memberships
# }}}
# {{{ If the player has at least one rating
if player.current_rating:
ratings = total_ratings(player.rating_set.filter(
period__computed=True)).select_related('period')
base.update({
'highs': (
ratings.latest('rating'),
ratings.latest('tot_vp'),
ratings.latest('tot_vt'),
ratings.latest('tot_vz'),
),
'recentchange':
player.get_latest_rating_update(),
'firstrating':
ratings.earliest('period'),
'rating':
player.current_rating,
})
if player.current_rating.decay >= INACTIVE_THRESHOLD:
base['messages'].append(
Message(msg_inactive % player.tag,
'Inactive',
type=Message.INFO))
base['charts'] = base['recentchange'].period_id > base[
'firstrating'].period_id
else:
base['messages'].append(
Message(_('%s has no rating yet.') % player.tag,
type=Message.INFO))
base['charts'] = False
# }}}
# {{{ If the player has enough games to make a chart
if base['charts']:
ratings = (total_ratings(
player.rating_set.filter(
period_id__lte=base['recentchange'].period_id)).select_related(
'period').prefetch_related('prev__rta',
'prev__rtb').order_by('period'))
# {{{ Add stories and other extra information
earliest = base['firstrating']
latest = base['recentchange']
# Look through team changes
teampoints = []
for mem in base['teammems']:
if mem.start and earliest.period.end < mem.start < latest.period.end:
teampoints.append({
'date':
mem.start,
'rating':
interp_rating(mem.start, ratings),
'data': [{
'date': mem.start,
'team': mem.group,
'jol': _('joins')
}],
})
if mem.end and earliest.period.end < mem.end < latest.period.end:
teampoints.append({
'date':
mem.end,
'rating':
interp_rating(mem.end, ratings),
'data': [{
'date': mem.end,
'team': mem.group,
'jol': _('leaves')
}],
})
teampoints.sort(key=lambda p: p['date'])
# Condense if team changes happened within 14 days
cur = 0
while cur < len(teampoints) - 1:
if (teampoints[cur + 1]['date'] -
teampoints[cur]['date']).days <= 14:
teampoints[cur]['data'].append(teampoints[cur + 1]['data'][0])
del teampoints[cur + 1]
else:
cur += 1
# Sort first by date, then by joined/left
for point in teampoints:
point['data'].sort(key=lambda a: a['jol'], reverse=True)
point['data'].sort(key=lambda a: a['date'])
# Look through stories
stories = player.story_set.all().select_related('event')
for s in stories:
if earliest.period.start < s.date < latest.period.start:
s.rating = interp_rating(s.date, ratings)
else:
s.skip = True
# }}}
base.update({
'ratings': add_counts(ratings),
'patches': PATCHES,
'stories': stories,
'teampoints': teampoints,
})
else:
base['messages'].append(
Message(msg_nochart % player.tag, type=Message.INFO))
# }}}
return render_to_response('player.djhtml', base)
def results(request, player_id):
# {{{ Get objects
player = get_object_or_404(Player, id=player_id)
base = base_ctx("Ranking", "Match history", request, context=player)
base["player"] = player
# }}}
# {{{ Filtering
matches = player.get_matchset(related=["pla", "plb", "eventobj"])
form = ResultsFilterForm(request.GET)
base["form"] = form
form.is_valid()
q = Q()
for r in form.cleaned_data["race"].upper():
q |= Q(pla=player, rcb=r) | Q(plb=player, rca=r)
matches = matches.filter(q)
if form.cleaned_data["country"] == "foreigners":
matches = matches.exclude(Q(pla=player, plb__country="KR") | Q(plb=player, pla__country="KR"))
elif form.cleaned_data["country"] != "all":
matches = matches.filter(
Q(pla=player, plb__country=form.cleaned_data["country"])
| Q(plb=player, pla__country=form.cleaned_data["country"])
)
if form.cleaned_data["bestof"] != "all":
sc = int(form.cleaned_data["bestof"]) // 2 + 1
matches = matches.filter(Q(sca__gte=sc) | Q(scb__gte=sc))
if form.cleaned_data["offline"] != "both":
matches = matches.filter(offline=(form.cleaned_data["offline"] == "offline"))
if form.cleaned_data["game"] != "all":
matches = matches.filter(game=form.cleaned_data["game"])
if form.cleaned_data["after"] is not None:
matches = matches.filter(date__gte=form.cleaned_data["after"])
if form.cleaned_data["before"] is not None:
matches = matches.filter(date__lte=form.cleaned_data["before"])
if form.cleaned_data["event"] is not None:
lex = shlex.shlex(form.cleaned_data["event"], posix=True)
lex.wordchars += "'"
lex.quotes = '"'
terms = [s.strip() for s in list(lex) if s.strip() != ""]
matches = matches.filter(eventobj__fullname__iregex=(r"\s".join(r".*{}.*".format(term) for term in terms)))
# }}}
# {{{ Statistics
disp_matches = display_matches(matches, fix_left=player)
base["matches"] = disp_matches
base.update(
{
"sc_my": sum(m["pla"]["score"] for m in base["matches"]),
"sc_op": sum(m["plb"]["score"] for m in base["matches"]),
"msc_my": sum(1 for m in base["matches"] if m["pla"]["score"] > m["plb"]["score"]),
"msc_op": sum(1 for m in base["matches"] if m["plb"]["score"] > m["pla"]["score"]),
}
)
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
base.update(
{
"total": count_winloss_player(matches, player),
"vp": count_matchup_player(matches, player, P),
"vt": count_matchup_player(matches, player, T),
"vz": count_matchup_player(matches, player, Z),
"totalf": count_winloss_player(recent, player),
"vpf": count_matchup_player(recent, player, P),
"vtf": count_matchup_player(recent, player, T),
"vzf": count_matchup_player(recent, player, Z),
}
)
# }}}
# {{{ TL Postable
has_after = form.cleaned_data["after"] is not None
has_before = form.cleaned_data["before"] is not None
if not has_after and not has_before:
match_date = ""
elif not has_after: # and has_before
match_date = _(" before {}").format(form.cleaned_data["before"])
elif not has_before: # and has_after
match_date = _(" after {}").format(form.cleaned_data["after"])
else:
match_date = _(" between {} and {}").format(form.cleaned_data["after"], form.cleaned_data["before"])
match_filter = ""
def switcher(race):
if race == "S":
return "R"
elif race == "s":
return "r"
return race
def win(match):
return match["pla"]["score"] >= match["plb"]["score"]
def format_match(d):
# TL only recognizes lower case country codes :(
if d["pla"]["country"] is not None:
d["pla_country_formatted"] = ":{}:".format(d["pla"]["country"].lower())
else:
d["pla_country_formatted"] = ""
if d["plb"]["country"] is not None:
d["plb_country_formatted"] = ":{}:".format(d["plb"]["country"].lower())
else:
d["plb_country_formatted"] = ""
# and no race switchers
d["pla_race"] = switcher(d["pla"]["race"])
d["plb_race"] = switcher(d["plb"]["race"])
# Check who won
temp = {"plaws": "", "plawe": "", "plbws": "", "plbwe": ""}
if win(d):
temp["plaws"] = "[b]"
temp["plawe"] = "[/b]"
else:
temp["plbws"] = "[b]"
temp["plbwe"] = "[/b]"
d.update(temp)
d["pla_id"] = d["pla"]["id"]
d["pla_tag"] = d["pla"]["tag"]
d["pla_score"] = d["pla"]["score"]
d["plb_id"] = d["plb"]["id"]
d["plb_tag"] = d["plb"]["tag"]
d["plb_score"] = d["plb"]["score"]
return TL_HISTORY_MATCH_TEMPLATE.format(**d)
recent_matches = disp_matches[: min(10, len(disp_matches))]
recent = "\n".join(format_match(m) for m in recent_matches)
recent_form = " ".join("W" if win(m) else "L" for m in reversed(recent_matches))
# Get the parameters and remove those with None value
get_params = dict((k, form.cleaned_data[k]) for k in form.cleaned_data if form.cleaned_data[k] is not None)
country = ""
if player.country is not None:
country = ":{}:".format(player.country.lower())
tl_params = {
"player_tag": player.tag,
"player_country_formatted": country,
"player_race": switcher(player.race),
"filter": match_filter,
"date": match_date,
"recent": recent,
"pid": player_id,
"get": urlencode(get_params),
"url": "http://aligulac.com",
}
tl_params.update(
{
"sc_my": base["sc_my"],
"sc_op": base["sc_op"],
"msc_my": base["msc_my"],
"msc_op": base["msc_op"],
"form": recent_form,
}
)
def calc_percent(s):
f, a = float(int(tl_params[s + "_my"])), int(tl_params[s + "_op"])
if f + a == 0:
return " NaN"
return round(100 * f / (f + a), 2)
tl_params.update({"sc_percent": calc_percent("sc"), "msc_percent": calc_percent("msc")})
tl_params.update(get_params)
# Final clean up and translation
if tl_params["bestof"] != "all":
tl_params["bestof"] = _("best of") + " {}".format(tl_params["bestof"])
else:
tl_params["bestof"] = _("all")
if set(tl_params["race"]) == set("ptzr"):
tl_params["race"] = _("all")
else:
tl_params["race"] = {
"p": _("Protoss"),
"t": _("Terran"),
"z": _("Zerg"),
"ptr": _("No Zerg"),
"pzr": _("No Terran"),
"tzr": _("No Protoss"),
}[tl_params["race"]]
if tl_params["country"] in ["all", "foreigners"]:
tl_params["country"] = {"all": _("all"), "foreigners": _("foreigners")}[tl_params["country"]]
else:
tl_params["country"] = transformations.ccn_to_cn(transformations.cca2_to_ccn(tl_params["country"]))
tl_params["offline"] = {"offline": _("offline"), "online": _("online"), "both": _("both")}[tl_params["offline"]]
if tl_params["game"] == "all":
tl_params["game"] = _("all")
else:
tl_params["game"] = dict(GAMES)[tl_params["game"]]
tl_params.update(
{
"resfor": _("Results for"),
"games": _("Games"),
"matches": _("Matches"),
"curform": _("Current form"),
"recentmatches": _("Recent matches"),
"filters": _("Filters"),
# Translators: These have to line up on the right!
"opprace": _("Opponent Race: "),
# Translators: These have to line up on the right!
"oppcountry": _("Opponent Country: "),
# Translators: These have to line up on the right!
"matchformat": _("Match Format: "),
# Translators: These have to line up on the right!
"onoff": _("On/offline: "),
# Translators: These have to line up on the right!
"version": _("Game Version: "),
"statslink": _("Stats by [url={url}]Aligulac[/url]"),
# Translators: Link in the sense of a HTTP hyperlink.
"link": _("Link"),
}
)
base.update(
{
# One of the replacement strings contain another string interpolation,
# so do it twice.
"postable_tl": TL_HISTORY_TEMPLATE.format(**tl_params).format(**tl_params)
}
)
# }}}
return render_to_response("player_results.djhtml", base)
def player(request, player_id):
# {{{ Get player object and base context, generate messages and make changes if needed
player = get_object_or_404(Player, id=player_id)
base = base_ctx("Ranking", "Summary", request, context=player)
if request.method == "POST" and "modplayer" in request.POST and base["adm"]:
modform = PlayerModForm(request)
base["messages"] += modform.update_player(player)
else:
modform = PlayerModForm(player=player)
base["messages"] += generate_messages(player)
# }}}
# {{{ Various easy data
matches = player.get_matchset()
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
base.update(
{
"player": player,
"modform": modform,
"first": etn(lambda: matches.earliest("date")),
"last": etn(lambda: matches.latest("date")),
"totalmatches": matches.count(),
"offlinematches": matches.filter(offline=True).count(),
"aliases": player.alias_set.all(),
"earnings": ntz(player.earnings_set.aggregate(Sum("earnings"))["earnings__sum"]),
"team": player.get_current_team(),
"total": count_winloss_player(matches, player),
"vp": count_matchup_player(matches, player, P),
"vt": count_matchup_player(matches, player, T),
"vz": count_matchup_player(matches, player, Z),
"totalf": count_winloss_player(recent, player),
"vpf": count_matchup_player(recent, player, P),
"vtf": count_matchup_player(recent, player, T),
"vzf": count_matchup_player(recent, player, Z),
}
)
riv = player.rivals or []
nem = player.nemesis or []
vic = player.victim or []
base["riv_nem_vic"] = zip_longest(riv, nem, vic)
if player.country is not None:
base["countryfull"] = transformations.cc_to_cn(player.country)
# }}}
# {{{ Recent matches
matches = player.get_matchset(related=["rta", "rtb", "pla", "plb", "eventobj"])[0:10]
if matches.exists():
base["matches"] = display_matches(matches, fix_left=player, ratings=True)
# }}}
# {{{ Team memberships
team_memberships = list(player.groupmembership_set.filter(group__is_team=True).select_related("group"))
team_memberships.sort(key=lambda t: t.id, reverse=True)
team_memberships.sort(key=meandate, reverse=True)
team_memberships.sort(key=lambda t: t.current, reverse=True)
base["teammems"] = team_memberships
# }}}
# {{{ If the player has at least one rating
if player.current_rating:
ratings = total_ratings(player.rating_set.filter(period__computed=True)).select_related("period")
base.update(
{
"highs": (
ratings.latest("rating"),
ratings.latest("tot_vp"),
ratings.latest("tot_vt"),
ratings.latest("tot_vz"),
),
"recentchange": player.get_latest_rating_update(),
"firstrating": ratings.earliest("period"),
"rating": player.current_rating,
}
)
if player.current_rating.decay >= INACTIVE_THRESHOLD:
base["messages"].append(Message(msg_inactive % player.tag, "Inactive", type=Message.INFO))
base["charts"] = base["recentchange"].period_id > base["firstrating"].period_id
else:
base["messages"].append(Message(_("%s has no rating yet.") % player.tag, type=Message.INFO))
base["charts"] = False
# }}}
# {{{ If the player has enough games to make a chart
if base["charts"]:
ratings = (
total_ratings(player.rating_set.filter(period_id__lte=base["recentchange"].period_id))
.select_related("period__end")
.prefetch_related("prev__rta", "prev__rtb")
.order_by("period")
)
# {{{ Add stories and other extra information
earliest = base["firstrating"]
latest = base["recentchange"]
# Look through team changes
teampoints = []
for mem in base["teammems"]:
if mem.start and earliest.period.end < mem.start < latest.period.end:
teampoints.append(
{
"date": mem.start,
"rating": interp_rating(mem.start, ratings),
"data": [{"date": mem.start, "team": mem.group, "jol": _("joins")}],
}
)
if mem.end and earliest.period.end < mem.end < latest.period.end:
teampoints.append(
{
"date": mem.end,
"rating": interp_rating(mem.end, ratings),
"data": [{"date": mem.end, "team": mem.group, "jol": _("leaves")}],
}
)
teampoints.sort(key=lambda p: p["date"])
# Condense if team changes happened within 14 days
cur = 0
while cur < len(teampoints) - 1:
if (teampoints[cur + 1]["date"] - teampoints[cur]["date"]).days <= 14:
teampoints[cur]["data"].append(teampoints[cur + 1]["data"][0])
del teampoints[cur + 1]
else:
cur += 1
# Sort first by date, then by joined/left
for point in teampoints:
point["data"].sort(key=lambda a: a["jol"], reverse=True)
point["data"].sort(key=lambda a: a["date"])
# Look through stories
stories = player.story_set.all().select_related("event__fullname")
for s in stories:
if earliest.period.start < s.date < latest.period.start:
s.rating = interp_rating(s.date, ratings)
else:
s.skip = True
# }}}
base.update({"ratings": add_counts(ratings), "patches": PATCHES, "stories": stories, "teampoints": teampoints})
else:
base["messages"].append(Message(msg_nochart % player.tag, type=Message.INFO))
# }}}
return render_to_response("player.djhtml", base)
def match(request):
base = base_ctx('Inference', 'Predict', request=request)
# {{{ Get data, set up and simulate
form = SetupForm(request.GET)
if not form.is_valid():
return redirect('/inference/')
result = MatchPredictionResult(
dbpl=form.cleaned_data['ps'],
bos=form.cleaned_data['bo'],
s1=get_param(request, 's1', 0),
s2=get_param(request, 's2', 0),
)
# }}}
# {{{ Postprocessing
base.update({
'form': form,
'dbpl': result.dbpl,
'rta': result.rta,
'rtb': result.rtb,
'proba': result.proba,
'probb': result.probb,
'match': result.obj,
})
base.update({
'max':
max(base['proba'], base['probb']),
'fav':
result.dbpl[0] if base['proba'] > base['probb'] else result.dbpl[1],
})
resa = [oc for oc in result.outcomes if oc['sca'] > oc['scb']]
resb = [oc for oc in result.outcomes if oc['scb'] > oc['sca']]
if len(resa) < len(resb):
resa = [None] * (len(resb) - len(resa)) + resa
else:
resb = [None] * (len(resa) - len(resb)) + resb
base['res'] = list(zip(resa, resb))
# }}}
# {{{ Scores and other data
dbpl = result.dbpl
thr = date.today() - relativedelta(months=2)
pla_matches = dbpl[0].get_matchset()
plb_matches = dbpl[1].get_matchset()
base['tot_w_a'], base['tot_l_a'] = count_winloss_player(
pla_matches, dbpl[0])
base['frm_w_a'], base['frm_l_a'] = count_winloss_player(
pla_matches.filter(date__gte=thr), dbpl[0])
base['tot_w_b'], base['tot_l_b'] = count_winloss_player(
plb_matches, dbpl[1])
base['frm_w_b'], base['frm_l_b'] = count_winloss_player(
plb_matches.filter(date__gte=thr), dbpl[1])
if dbpl[1].race in 'PTZ':
base['mu_w_a'], base['mu_l_a'] = count_matchup_player(
pla_matches, dbpl[0], dbpl[1].race)
base['fmu_w_a'], base['fmu_l_a'] = count_matchup_player(
pla_matches.filter(date__gte=thr), dbpl[0], dbpl[1].race)
if dbpl[0].race in 'PTZ':
base['mu_w_b'], base['mu_l_b'] = count_matchup_player(
plb_matches, dbpl[1], dbpl[0].race)
base['fmu_w_b'], base['fmu_l_b'] = count_matchup_player(
plb_matches.filter(date__gte=thr), dbpl[1], dbpl[0].race)
wa_a, wb_a = count_winloss_games(
Match.objects.filter(pla=dbpl[0], plb=dbpl[1]))
wb_b, wa_b = count_winloss_games(
Match.objects.filter(pla=dbpl[1], plb=dbpl[0]))
base['vs_a'] = wa_a + wa_b
base['vs_b'] = wb_a + wb_b
base['matches'] = display_matches(
Match.objects.filter(
Q(pla=dbpl[0], plb=dbpl[1])
| Q(plb=dbpl[0], pla=dbpl[1])).select_related(
'period', 'pla', 'plb').order_by('-date', 'id'),
fix_left=dbpl[0],
)
# }}}
postable_match(base, request)
return render_to_response('pred_match.djhtml', base)
def match(request):
base = base_ctx('Inference', 'Predict', request=request)
# {{{ Get data, set up and simulate
form = SetupForm(request.GET)
if not form.is_valid():
return redirect('/inference/')
num = form.cleaned_data['bo'][0]
dbpl = form.cleaned_data['ps']
sipl = [make_player(p) for p in dbpl]
match = MatchSim(num)
match.set_players(sipl)
match.modify(
get_param_range(request, 's1', (0, num), 0),
get_param_range(request, 's2', (0, num), 0),
)
match.compute()
# }}}
# {{{ Postprocessing
base.update({
'form': form,
'dbpl': dbpl,
'rta': sipl[0].elo_vs_opponent(sipl[1]),
'rtb': sipl[1].elo_vs_opponent(sipl[0]),
'proba': match.get_tally()[sipl[0]][1],
'probb': match.get_tally()[sipl[1]][1],
'match': match,
})
base.update({
'max': max(base['proba'], base['probb']),
'fav': dbpl[0] if base['proba'] > base['probb'] else dbpl[1],
})
resa, resb = [], []
outcomes = [
{'sca': outcome[1], 'scb': outcome[2], 'prob': outcome[0]}
for outcome in match.instances_detail()
]
resa = [oc for oc in outcomes if oc['sca'] > oc['scb']]
resb = [oc for oc in outcomes if oc['scb'] > oc['sca']]
if len(resa) < len(resb):
resa = [None] * (len(resb) - len(resa)) + resa
else:
resb = [None] * (len(resa) - len(resb)) + resb
base['res'] = list(zip(resa, resb))
# }}}
# {{{ Scores and other data
thr = date.today() - relativedelta(months=2)
pla_matches = dbpl[0].get_matchset()
plb_matches = dbpl[1].get_matchset()
base['tot_w_a'], base['tot_l_a'] = count_winloss_player(pla_matches, dbpl[0])
base['frm_w_a'], base['frm_l_a'] = count_winloss_player(pla_matches.filter(date__gte=thr), dbpl[0])
base['tot_w_b'], base['tot_l_b'] = count_winloss_player(plb_matches, dbpl[1])
base['frm_w_b'], base['frm_l_b'] = count_winloss_player(plb_matches.filter(date__gte=thr), dbpl[1])
if dbpl[1].race in 'PTZ':
base['mu_w_a'], base['mu_l_a'] = count_matchup_player(pla_matches, dbpl[0], dbpl[1].race)
base['fmu_w_a'], base['fmu_l_a'] = count_matchup_player(
pla_matches.filter(date__gte=thr), dbpl[0], dbpl[1].race
)
if dbpl[0].race in 'PTZ':
base['mu_w_b'], base['mu_l_b'] = count_matchup_player(plb_matches, dbpl[1], dbpl[0].race)
base['fmu_w_b'], base['fmu_l_b'] = count_matchup_player(
plb_matches.filter(date__gte=thr), dbpl[1], dbpl[0].race
)
wa_a, wb_a = count_winloss_games(Match.objects.filter(pla=dbpl[0], plb=dbpl[1]))
wb_b, wa_b = count_winloss_games(Match.objects.filter(pla=dbpl[1], plb=dbpl[0]))
base['vs_a'] = wa_a + wa_b
base['vs_b'] = wb_a + wb_b
base['matches'] = display_matches(
Match.objects.filter(Q(pla=dbpl[0], plb=dbpl[1]) | Q(plb=dbpl[0], pla=dbpl[1]))
.select_related('period', 'pla', 'plb')
.order_by('-date', 'id'),
fix_left=dbpl[0],
)
# }}}
postable_match(base, request)
base.update({"title": "{} vs. {}".format(dbpl[0].tag, dbpl[1].tag)})
return render_to_response('pred_match.html', base)
def results(request, player_id):
# {{{ Get objects
player = get_object_or_404(Player, id=player_id)
base = base_ctx('Ranking', 'Match history', request, context=player)
base['player'] = player
# }}}
# {{{ Filtering
matches = player.get_matchset(related=['pla','plb','eventobj'])
form = ResultsFilterForm(request.GET)
base['form'] = form
form.is_valid()
q = Q()
for r in form.cleaned_data['race'].upper():
q |= Q(pla=player, rcb=r) | Q(plb=player, rca=r)
matches = matches.filter(q)
if form.cleaned_data['country'] == 'foreigners':
matches = matches.exclude(Q(pla=player, plb__country='KR') | Q(plb=player, pla__country='KR'))
elif form.cleaned_data['country'] != 'all':
matches = matches.filter(
Q(pla=player, plb__country=form.cleaned_data['country'])
| Q(plb=player, pla__country=form.cleaned_data['country'])
)
if form.cleaned_data['bestof'] != 'all':
sc = int(form.cleaned_data['bestof'])//2 + 1
matches = matches.filter(Q(sca__gte=sc) | Q(scb__gte=sc))
if form.cleaned_data['offline'] != 'both':
matches = matches.filter(offline=(form.cleaned_data['offline']=='offline'))
if form.cleaned_data['game'] != 'all':
matches = matches.filter(game=form.cleaned_data['game'])
if form.cleaned_data['wcs_season'] != '':
if form.cleaned_data['wcs_season'] == 'all':
matches = matches.filter(
eventobj__uplink__parent__wcs_year__isnull=False
)
else:
matches = matches.filter(
eventobj__uplink__parent__wcs_year=int(form.cleaned_data['wcs_season'])
)
if form.cleaned_data['wcs_tier'] != '':
tiers = list(map(int, form.cleaned_data['wcs_tier']))
matches = matches.filter(
eventobj__uplink__parent__wcs_tier__in=tiers
)
if form.cleaned_data['after'] is not None:
matches = matches.filter(date__gte=form.cleaned_data['after'])
if form.cleaned_data['before'] is not None:
matches = matches.filter(date__lte=form.cleaned_data['before'])
if form.cleaned_data['event'] is not None:
lex = shlex.shlex(form.cleaned_data['event'], posix=True)
lex.wordchars += "'"
lex.quotes = '"'
terms = [s.strip() for s in list(lex) if s.strip() != '']
matches = matches.filter(
eventobj__fullname__iregex=(
r"\s".join(r".*{}.*".format(term) for term in terms)
)
)
matches = matches.distinct()
# }}}
# {{{ Statistics
disp_matches = display_matches(matches, fix_left=player)
base['matches'] = disp_matches
base.update({
'sc_my': sum(m['pla']['score'] for m in base['matches']),
'sc_op': sum(m['plb']['score'] for m in base['matches']),
'msc_my': sum(1 for m in base['matches'] if m['pla']['score'] > m['plb']['score']),
'msc_op': sum(1 for m in base['matches'] if m['plb']['score'] > m['pla']['score']),
})
recent = matches.filter(date__gte=(date.today() - relativedelta(months=2)))
base.update({
'total': count_winloss_player(matches, player),
'vp': count_matchup_player(matches, player, P),
'vt': count_matchup_player(matches, player, T),
'vz': count_matchup_player(matches, player, Z),
'totalf': count_winloss_player(recent, player),
'vpf': count_matchup_player(recent, player, P),
'vtf': count_matchup_player(recent, player, T),
'vzf': count_matchup_player(recent, player, Z)
})
# }}}
# {{{ TL Postable
has_after = form.cleaned_data['after'] is not None
has_before = form.cleaned_data['before'] is not None
if not has_after and not has_before:
match_date = ""
elif not has_after: # and has_before
match_date = _(" before {}").format(form.cleaned_data['before'])
elif not has_before: # and has_after
match_date = _(" after {}").format(form.cleaned_data['after'])
else:
match_date = _(" between {} and {}").format(form.cleaned_data['after'],
form.cleaned_data['before'])
match_filter = ""
def switcher(race):
if race == "S":
return "R"
elif race == "s":
return "r"
return race
def win(match):
return match['pla']['score'] >= match['plb']['score']
def format_match(d):
# TL only recognizes lower case country codes :(
if d["pla"]["country"] is not None:
d["pla_country_formatted"] = ":{}:".format(d["pla"]["country"].lower())
else:
d["pla_country_formatted"] = ""
if d["plb"]["country"] is not None:
d["plb_country_formatted"] = ":{}:".format(d["plb"]["country"].lower())
else:
d["plb_country_formatted"] = ""
# and no race switchers
d["pla_race"] = switcher(d["pla"]["race"])
d["plb_race"] = switcher(d["plb"]["race"])
# Check who won
temp = {
"plaws": "",
"plawe": "",
"plbws": "",
"plbwe": ""
}
if win(d):
temp["plaws"] = "[b]"
temp["plawe"] = "[/b]"
else:
temp["plbws"] = "[b]"
temp["plbwe"] = "[/b]"
d.update(temp)
d["pla_id"] = d["pla"]["id"]
d["pla_tag"] = d["pla"]["tag"]
d["pla_score"] = d["pla"]["score"]
d["plb_id"] = d["plb"]["id"]
d["plb_tag"] = d["plb"]["tag"]
d["plb_score"] = d["plb"]["score"]
return TL_HISTORY_MATCH_TEMPLATE.format(**d)
recent_matches = disp_matches[:min(10, len(disp_matches))]
recent = "\n".join(format_match(m) for m in recent_matches)
recent_form = " ".join("W" if win(m) else "L"
for m in reversed(recent_matches))
# Get the parameters and remove those with None value
get_params = dict((k, form.cleaned_data[k])
for k in form.cleaned_data
if form.cleaned_data[k] is not None)
country = ""
if player.country is not None:
country = ":{}:".format(player.country.lower())
tl_params = {
"player_tag": player.tag,
"player_country_formatted": country,
"player_race": switcher(player.race),
"filter": match_filter,
"date": match_date,
"recent": recent,
"pid": player_id,
"get": urlencode(get_params),
"url": "http://aligulac.com"
}
tl_params.update({
"sc_my": base["sc_my"],
"sc_op": base["sc_op"],
"msc_my": base["msc_my"],
"msc_op": base["msc_op"],
"form": recent_form
})
def calc_percent(s):
f, a = float(int(tl_params[s+"_my"])), int(tl_params[s+"_op"])
if f + a == 0:
return " NaN"
return round(100 * f / (f+a), 2)
tl_params.update({
"sc_percent": calc_percent("sc"),
"msc_percent": calc_percent("msc")
})
tl_params.update(get_params)
# Final clean up and translation
if tl_params["bestof"] != "all":
tl_params["bestof"] = _('best of') + ' {}'.format(tl_params["bestof"])
else:
tl_params['bestof'] = _('all')
if set(tl_params["race"]) == set('ptzr'):
tl_params["race"] = _('all')
else:
tl_params['race'] = {
'p': _('Protoss'),
't': _('Terran'),
'z': _('Zerg'),
'ptr': _('No Zerg'),
'pzr': _('No Terran'),
'tzr': _('No Protoss'),
}[tl_params['race']]
if tl_params['country'] in ['all', 'foreigners']:
tl_params['country'] = {
'all': _('all'),
'foreigners': _('foreigners'),
}[tl_params['country']]
else:
tl_params['country'] = transformations.ccn_to_cn(transformations.cca2_to_ccn(tl_params['country']))
tl_params['offline'] = {
'offline': _('offline'),
'online': _('online'),
'both': _('both'),
}[tl_params['offline']]
if tl_params['game'] == 'all':
tl_params['game'] = _('all')
else:
tl_params['game'] = dict(GAMES)[tl_params['game']]
tl_params.update({
'resfor': _('Results for'),
'games': _('Games'),
'matches': _('Matches'),
'curform': _('Current form'),
'recentmatches': _('Recent matches'),
'filters': _('Filters'),
# Translators: These have to line up on the right!
'opprace': _('Opponent Race: '),
# Translators: These have to line up on the right!
'oppcountry': _('Opponent Country: '),
# Translators: These have to line up on the right!
'matchformat': _('Match Format: '),
# Translators: These have to line up on the right!
'onoff': _('On/offline: '),
# Translators: These have to line up on the right!
'version': _('Game Version: '),
'statslink': _('Stats by [url={url}]Aligulac[/url]'),
# Translators: Link in the sense of a HTTP hyperlink.
'link': _('Link'),
})
base.update({
# One of the replacement strings contain another string interpolation,
# so do it twice.
"postable_tl": TL_HISTORY_TEMPLATE.format(**tl_params).format(**tl_params)
})
# }}}
return render_to_response('player_results.djhtml', base)
