def initial_draw(self):
tournament = Tournament.instance()
if tournament.round != 0:
raise TournamentStateException("Round must be 0 for initial draw to happen")
teams = list(Team.objects.all())
shuffle(teams)
num_teams = len(teams)
if num_teams < 4:
raise TournamentStateException("Number of teams must be 4 or more")
if num_teams%4 != 0:
raise TournamentStateException("Number of teams must be a multiple of 4")
num_debates = num_teams / 4
debates = []
for i in range(0,num_debates):
debate = Debate()
debate.round = 1
debate.OG = teams[(i*4) +0]
debate.OO = teams[(i*4) +1]
debate.CG = teams[(i*4) +2]
debate.CO = teams[(i*4) +3]
debate.full_clean()
debate.save()
debates.append(debate)
tournament.round = 1
tournament.save()
return debates
def import_debates(self):
self.debates = {}
self.debateteams = {}
self.debateadjudicators = {}
rounds = []
for i, round in enumerate(self.root.findall('round'), 1):
round_stage = Round.STAGE_ELIMINATION if round.get('elimination', 'false') == 'true' else Round.STAGE_PRELIMINARY
draw_type = Round.DRAW_ELIMINATION if round_stage == Round.STAGE_ELIMINATION else Round.DRAW_MANUAL
round_obj = Round(
tournament=self.tournament, seq=i, completed=True, name=round.get('name'),
abbreviation=round.get('abbreviation', round.get('name')[:10]), stage=round_stage, draw_type=draw_type,
draw_status=Round.STATUS_RELEASED, feedback_weight=round.get('feedback-weight', 0),
starts_at=round.get('start'))
rounds.append(round_obj)
if round.find('debate') is None:
round_obj.completed = False
if round.find('debate/side/ballot') is None:
round_obj.draw_status = Round.STATUS_NONE
if round_stage == Round.STAGE_ELIMINATION:
round_obj.break_category = self.team_breaks.get(round.get('break-category'))
round_obj.save()
side_start = 2 if self.is_bp else 0
for debate in round.findall('debate'):
debate_obj = Debate(round=round_obj, venue=self.venues.get(debate.get('venue')), result_status=Debate.STATUS_CONFIRMED)
debate_obj.save()
self.debates[debate.get('id')] = debate_obj
# Debate-teams
for i, side in enumerate(debate.findall('side'), side_start):
position = DebateTeam.SIDE_CHOICES[i][0]
debateteam_obj = DebateTeam(debate=debate_obj, team=self.teams[side.get('team')], side=position)
debateteam_obj.save()
self.debateteams[(debate.get('id'), side.get('team'))] = debateteam_obj
# Debate-adjudicators
voting_adjs = self._get_voting_adjs(debate)
for adj in debate.get('adjudicators').split():
adj_type = DebateAdjudicator.TYPE_PANEL if adj in voting_adjs else DebateAdjudicator.TYPE_TRAINEE
if debate.get('chair') == adj:
adj_type = DebateAdjudicator.TYPE_CHAIR
adj_obj = DebateAdjudicator(debate=debate_obj, adjudicator=self.adjudicators[adj], type=adj_type)
adj_obj.save()
self.debateadjudicators[(debate.get('id'), adj)] = adj_obj
def draw_from_pools(self, round, pools):
debates = []
for pool in pools.values():
if len(pool) % 4 != 0:
raise ValueError("Number of teams must be divisible by four")
num_debates = len(pool) / 4
for i in range(0, num_debates):
debate = Debate(round=round)
debate.OG = pool[(i * 4)]
debate.OO = pool[(i * 4) + 1]
debate.CG = pool[(i * 4) + 2]
debate.CO = pool[(i * 4) + 3]
debate.full_clean()
debate.save()
debates.append(debate)
return debates
def make_debates(self, pairings):
from draw.models import Debate, DebateTeam
import random
venues = list(self.active_venues.order_by('-priority'))[:len(pairings)]
if len(venues) < len(pairings):
raise DrawError("There are %d debates but only %d venues." %
(len(pairings), len(venues)))
random.shuffle(venues)
random.shuffle(pairings) # to avoid IDs indicating room ranks
for pairing in pairings:
try:
if pairing.division:
if (pairing.teams[0].type == "B") or (
pairing.teams[1].type == "B"):
# If the match is a bye then they don't get a venue
selected_venue = None
else:
selected_venue = next(
v
for v in venues
if v.group == pairing.division.venue_group)
venues.pop(venues.index(selected_venue))
else:
selected_venue = venues.pop(0)
except:
print("Error assigning venues")
selected_venue = None
debate = Debate(round=self, venue=selected_venue)
debate.division = pairing.division
debate.bracket = pairing.bracket
debate.room_rank = pairing.room_rank
debate.flags = ",".join(pairing.flags) # comma-separated list
debate.save()
aff = DebateTeam(debate=debate,
team=pairing.teams[0],
position=DebateTeam.POSITION_AFFIRMATIVE)
neg = DebateTeam(debate=debate,
team=pairing.teams[1],
position=DebateTeam.POSITION_NEGATIVE)
aff.save()
neg.save()
