def record_stats(self, players, winners):
# This method may be overridden to implement other scoring systems.
win_points = (len(players) / len(winners)) - 1
loss_points = -1
scores = self.read_scores()
self.log.debug("Initial scores: %r", dict(scores))
# Scoring loop
for power, name, version, factor in players:
key = (name, version)
if power in winners:
diff = win_points
else: diff = loss_points
diff *= factor
scores[key] = scores.get(key, 0) + diff
if diff < 0:
gain = 'loses'
else: gain = 'gains'
change = abs(diff)
self.log.info("%s (%s) %s %g point%s, for a total of %g."
% (name, version, gain, change, s(change), scores[key]))
self.store_scores(scores)
def generate(self):
"Generate a move for the computer player."
msg = sum(x << (n*2) for n, x in enumerate(self.game.board))
msg |= self.player << 18
message = msg
for n in count(1):
action = self.agent.process(message)
pos = action % 9
if self.game.board[pos]:
self.game.output("%d round%s", n, s(n))
self.game.goto(*self.game.square[pos])
self.game.win.refresh()
# Keep part of the failure around.
message = ((action << 20) & 0xFFFF0000) | msg
else:
break
return pos