if value == "on":
counter[candidate] += 1
for candidate, value in counter.items():
print("%s: Y:%s N:%s [%s%%]" % (candidate, value,
count[state] - value, "%.2f" % (value / count[state] * 100)))
print()
# Phase 2: Ranking
if args.ranking:
print ("# Ranking")
# Convert ballots to CSV for schulze.py counting
csvs = defaultdict(list)
for state, ballots in parsed_ranking.items():
candidates = list(sorted(parsed_ranking[state][0].keys()))
csvs[state].append(",".join(candidates))
for ballot in ballots:
csvs[state].append(",".join([ballot[candidate] for candidate in candidates]))
parsed_csvs = {}
for state, csv in csvs.items():
parsed_csvs[state] = "\n".join(csv)
for state, csv in parsed_csvs.items():
print("\n## %s" % state)
run_election(csv, *[], **{
"show_errors": args.show_errors,
"html": args.html,
"urlencode": True
})
counter[candidate] += 1
for candidate, value in counter.items():
print("%s: Y:%s N:%s [%s%%]" % (candidate, value,
count[position] - value, "%.2f" % (value / count[position] * 100)))
print()
# Phase 2: Ranking
if args.ranking:
print ("# Ranking")
# Convert ballots to CSV for schulze.py counting
csvs = defaultdict(list)
for position, ballots in parsed_ranking.items():
candidates = list(sorted(parsed_ranking[position][0].keys()))
csvs[position].append(",".join(candidates))
for ballot in ballots:
csvs[position].append(",".join([ballot[candidate] for candidate in candidates]))
parsed_csvs = {}
for position, csv in csvs.items():
parsed_csvs[position] = "\n".join(csv)
for position, csv in parsed_csvs.items():
print("\n## %s" % position)
run_election(csv, *args.withdraw or [], **{
"show_errors": args.show_errors,
"html": args.html,
"urlencode": True,
"first_prefs": True
})
