def update_skills_for_game(game, opening_skill_table,
#player_skill_table
):
teams = []
results = []
openings = []
dups = False
for deck in game['decks']:
opening = deck['turns'][0].get('buys', []) + \
deck['turns'][1].get('buys', [])
opening.sort()
open_name = 'open:' + '+'.join(opening)
if open_name in openings:
dups = True
openings.append(open_name)
nturns = len(deck['turns'])
if deck['resigned']:
vp = -1000
else:
vp = deck['points']
results.append((-vp, nturns))
player_name = deck['name']
teams.append([open_name, player_name])
ranks = results_to_ranks(results)
if not dups:
team_results = [
(team, [0.5, 0.5], rank)
for team, rank in zip(teams, ranks)
]
ts.update_trueskill_team(team_results, opening_skill_table)
def update_skills_for_game(game_dict, opening_skill_table,
#player_skill_table
):
teams = []
results = []
openings = []
dups = False
game = Game(game_dict)
for deck in game.player_decks:
opening = game.get_opening(deck)
open_name = 'open:' + '+'.join(map(str, opening))
if open_name in openings:
dups = True
openings.append(open_name)
nturns = deck.num_turns()
if deck.Resigned():
vp = -1000
else:
vp = deck.Points()
results.append((-vp, nturns))
player_name = deck.name()
teams.append([open_name, player_name])
ranks = results_to_ranks(results)
if not dups:
team_results = [
(team, [0.5, 0.5], rank)
for team, rank in zip(teams, ranks)
]
ts.update_trueskill_team(team_results, opening_skill_table)
def main():
games = common.parse_games()
table = ts.SkillTable()
for g in games:
if random.random() < .5:
continue
scores_names = zip([g.margin, 0], g.names)
scores_names.sort(reverse = True)
print scores_names[0][1], ':', table.get_mu(scores_names[0][1]), ':',
print scores_names[1][1], ':', table.get_mu(scores_names[1][1]), ':',
team_results = [([n], [1.0], idx) for idx, (s, n)
in enumerate(scores_names)]
prob = ts.update_trueskill_team(team_results, table)
print prob, ':', ','.join(g.supply)
