Exemple #1
0
def schedule_check(matches):
    print >>sys.stderr, '{0} matches total'.format(len(matches))
    match_counter, opponents, collisions = match_stats.match_statistics(matches)
    all_teams = set(x for x in match_counter.iterkeys() if utils.is_actual_entrant(x))
    for team, matches in match_counter.iteritems():
        if not utils.is_actual_entrant(team):
            continue
        print >>sys.stderr, '{0}: {1} matches, missed opponents: {2}'.format(team, matches, ', '.join(all_teams - opponents[team] - {team}))
        if team in collisions:
            print >>sys.stderr, '\t{0} DO have a match collision'.format(team)
def schedule_check(matches):
    print >> sys.stderr, '{0} matches total'.format(len(matches))
    match_counter, opponents, collisions = match_stats.match_statistics(
        matches)
    all_teams = set(x for x in match_counter.iterkeys()
                    if utils.is_actual_entrant(x))
    for team, matches in match_counter.iteritems():
        if not utils.is_actual_entrant(team):
            continue
        print >> sys.stderr, '{0}: {1} matches, missed opponents: {2}'.format(
            team, matches, ', '.join(all_teams - opponents[team] - {team}))
        if team in collisions:
            print >> sys.stderr, '\t{0} DO have a match collision'.format(team)
 def evaluate(self, match):
     number_blank = len(
         [x for x in match if not utils.is_actual_entrant(x)])
     if number_blank > self._max_blanks:
         # this is not a viable match at all
         return float('inf')
     return (self._punishment * 2**number_blank) - self._punishment
 def _evaluate_team(self, team):
     if not is_actual_entrant(team):
         return 0.0
     if team not in self._last_matches:
         return 0.0
     distance_from_last = self._id - self._last_matches[team] - 1
     if distance_from_last < self._minimum_separation:
         return float('inf')
     return 7.0 * (self._target_separation - distance_from_last)
Exemple #5
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 def _evaluate_team(self, team):
     if not is_actual_entrant(team):
         return 0.0
     if team not in self._last_matches:
         return 0.0
     distance_from_last = self._id - self._last_matches[team] - 1
     if distance_from_last < self._minimum_separation:
         return float('inf')
     return 7.0 * (self._target_separation - distance_from_last)
 def update(self, match):
     for zone, team in enumerate(match):
         if utils.is_actual_entrant(team):
             self._team_zone_counts[team, zone] += 1
     self._id += 1
 def evaluate(self, match):
     number_blank = len([x for x in match if not utils.is_actual_entrant(x)])
     if number_blank > self._max_blanks:
         # this is not a viable match at all
         return float('inf')
     return (self._punishment * 2**number_blank) - self._punishment
 def update(self, match):
     for team in match:
         if utils.is_actual_entrant(team):
             self._team_match_counts[team] += 1
     self._id += 1
 def update(self, match):
     for team in match:
         if utils.is_actual_entrant(team):
             self._teams.add(team)
     print 'Contained teams: ', list(sorted(self._teams))
 def update(self, match):
     for team in match:
         if is_actual_entrant(team):
             self._last_matches[team] = self._id
     self._id += 1
Exemple #11
0
 def update(self, match):
     for team in match:
         if is_actual_entrant(team):
             self._last_matches[team] = self._id
     self._id += 1