def save(self):
# Unconfirm the other, if necessary
if self.cleaned_data['confirmed']:
if self.debate.confirmed_ballot != self.ballots and self.debate.confirmed_ballot is not None:
self.debate.confirmed_ballot.confirmed = False
self.debate.confirmed_ballot.save()
bs = BallotSet(self.ballots)
def do(side):
for i in self.POSITIONS:
speaker = self.cleaned_data['%s_speaker_%d' % (side, i)]
bs.set_speaker(side, i, speaker)
for adj in self.adjudicators:
score = self.cleaned_data[self.score_field_name(
adj, side, i)]
bs.set_score(adj, side, i, score)
do('aff')
do('neg')
bs.motion = self.cleaned_data['motion']
bs.aff_motion_veto = self.cleaned_data['aff_motion_veto']
bs.neg_motion_veto = self.cleaned_data['neg_motion_veto']
bs.discarded = self.cleaned_data['discarded']
bs.confirmed = self.cleaned_data['confirmed']
bs.save()
self.debate.result_status = self.cleaned_data['debate_result_status']
self.debate.save()
def _save_complete_ballotset(self, teams, testdata, post_ballotset_create=None):
# unconfirm existing ballot
try:
existing = m.BallotSubmission.objects.get(debate=self.debate, confirmed=True)
except m.BallotSubmission.DoesNotExist:
pass
else:
existing.confirmed = False
existing.save()
ballotsub = m.BallotSubmission(debate=self.debate, submitter_type=m.BallotSubmission.SUBMITTER_TABROOM)
ballotset = BallotSet(ballotsub)
if post_ballotset_create:
post_ballotset_create(ballotset)
scores = testdata['scores']
for team in teams:
speakers = self._get_team(team).speaker_set.all()
for pos, speaker in enumerate(speakers, start=1):
ballotset.set_speaker(team, pos, speaker)
ballotset.set_speaker(team, 4, speakers[0])
for adj, sheet in zip(self.adjs, scores):
for team, teamscores in zip(teams, sheet):
for pos, score in enumerate(teamscores, start=1):
ballotset.set_score(adj, team, pos, score)
ballotset.confirmed = True
ballotset.save()
return ballotset
def add_ballot_set(debate,
submitter_type,
user,
discarded=False,
confirmed=False,
min_score=72,
max_score=78):
if discarded and confirmed:
raise ValueError("Ballot can't be both discarded and confirmed!")
# Create a new BallotSubmission
bsub = m.BallotSubmission(submitter_type=submitter_type, debate=debate)
if submitter_type == m.BallotSubmission.SUBMITTER_TABROOM:
bsub.submitter = user
bsub.save()
def gen_results():
r = {'aff': (0, ), 'neg': (0, )}
def do():
s = [
random.randint(min_score, max_score) for i in range(
debate.round.tournament.LAST_SUBSTANTIVE_POSITION)
]
s.append(random.randint(min_score, max_score) / 2.0)
return s
while sum(r['aff']) == sum(r['neg']):
r['aff'] = do()
r['neg'] = do()
return r
rr = dict()
for adj in debate.adjudicators.list:
rr[adj] = gen_results()
# Create relevant scores
bset = BallotSet(bsub)
for side in ('aff', 'neg'):
speakers = getattr(debate, '%s_team' % side).speakers
for i in range(1,
debate.round.tournament.LAST_SUBSTANTIVE_POSITION + 1):
bset.set_speaker(
team=side,
position=i,
speaker=speakers[i - 1],
)
bset.set_speaker(team=side,
position=debate.round.tournament.REPLY_POSITION,
speaker=speakers[0])
for adj in debate.adjudicators.list:
for pos in debate.round.tournament.POSITIONS:
bset.set_score(adj, side, pos, rr[adj][side][pos - 1])
# Pick a motion
motions = debate.round.motion_set.all()
if motions:
motion = random.choice(motions)
bset.motion = motion
bset.discarded = discarded
bset.confirmed = confirmed
bset.save()
# If the ballot is confirmed, the debate should be too.
if confirmed:
debate.result_status = m.Debate.STATUS_CONFIRMED
debate.save()
return bset
def add_ballot_set(debate, submitter_type, user, discarded=False, confirmed=False, min_score=72, max_score=78):
if discarded and confirmed:
raise ValueError("Ballot can't be both discarded and confirmed!")
# Create a new BallotSubmission
bsub = m.BallotSubmission(submitter_type=submitter_type, debate=debate)
if submitter_type == m.BallotSubmission.SUBMITTER_TABROOM:
bsub.submitter = user
bsub.save()
def gen_results():
r = {'aff': (0,), 'neg': (0,)}
def do():
s = [random.randint(min_score, max_score) for i in range(debate.round.tournament.LAST_SUBSTANTIVE_POSITION)]
s.append(random.randint(min_score, max_score)/2.0)
return s
while sum(r['aff']) == sum(r['neg']):
r['aff'] = do()
r['neg'] = do()
return r
rr = dict()
for adj in debate.adjudicators.list:
rr[adj] = gen_results()
# Create relevant scores
bset = BallotSet(bsub)
for side in ('aff', 'neg'):
speakers = getattr(debate, '%s_team' % side).speakers
for i in range(1, debate.round.tournament.LAST_SUBSTANTIVE_POSITION+1):
bset.set_speaker(
team = side,
position = i,
speaker = speakers[i - 1],
)
bset.set_speaker(
team = side,
position = debate.round.tournament.REPLY_POSITION,
speaker = speakers[0]
)
for adj in debate.adjudicators.list:
for pos in debate.round.tournament.POSITIONS:
bset.set_score(adj, side, pos, rr[adj][side][pos-1])
# Pick a motion
motions = debate.round.motion_set.all()
if motions:
motion = random.choice(motions)
bset.motion = motion
bset.discarded = discarded
bset.confirmed = confirmed
bset.save()
# If the ballot is confirmed, the debate should be too.
if confirmed:
debate.result_status = m.Debate.STATUS_CONFIRMED
debate.save()
return bset
