def finish(self):
worldData = self.w.to_dict()
worldData['id'] = self.game_id
worldData['time'] = -1
self.mc[self.game_id].update({}, worldData, upsert=True)
print 'FINISHING'
models = self.models
testmode = self.testmode
nrobots = self.nrobots
procs = self.procs
tournament = self.tournament
alive = [model for model in models.values() if model.alive]
if not testmode and len(alive)==1:
model = alive[0]
print 'WINNER:', model.name
winner = model
model._kills = nrobots-1
elif not testmode:
winner = None
if self.rnd >= conf.maxtime*60:
print 'Battle stopped after maximum time:', conf.maxtime, 'seconds.'
else:
print 'Battle stopped after', int(self.rnd/60), 'seconds.'
print 'STILL ALIVE:'
for model in alive:
print ' ', model.name
else:
winner = None
for robotname, model in models.items():
print robotname, 'caused', model._damage_caused, 'damage'
if robotname in procs:
line = 'FINISH\n'
proc = procs[robotname]
proc.stdin.write(line)
proc.stdin.flush()
proc.stdin.close()
proc.stdout.close()
del procs[robotname]
if winner is None and model.alive:
model._kills = nrobots - len(alive)
if model == winner:
win = 1
else:
win = 0
if not testmode:
stats.update(model.kind, win, nrobots-1, model._kills,
model._damage_caused)
if tournament is not None:
stats.tournament_update(tournament, model.kind, model.name, win,
nrobots-1, model._kills,
model._damage_caused)
def finish(self):
print 'FINISHING'
models = self.models
testmode = self.testmode
ntanks = self.ntanks
procs = self.procs
tournament = self.tournament
alive = [model for model in models.values() if model.alive]
if not testmode and len(alive)==1:
model = alive[0]
print 'WINNER:', model.name
winner = model
model._kills = ntanks-1
elif not testmode:
winner = None
if self.rnd >= conf.maxtime*60:
print 'The battle finished after maximum time:', conf.maxtime, 'seconds.'
else:
print 'The battle finished after', int(self.rnd/60), 'seconds.'
print 'STILL ALIVE:'
for model in alive:
print ' ', model.name
else:
winner = None
for tankname, model in models.items():
print tankname, 'caused', model._damage_caused, 'damage'
if tankname in procs:
line = 'FINISH\n'
proc = procs[tankname]
proc.stdin.write(line)
proc.stdin.flush()
proc.stdin.close()
proc.stdout.close()
del procs[tankname]
if winner is None and model.alive:
model._kills = ntanks - len(alive)
if model == winner:
win = 1
else:
win = 0
if not testmode:
stats.update(model.kind, win, ntanks-1, model._kills,
model._damage_caused)
if tournament is not None:
stats.tournament_update(tournament, model.kind, model.name, win,
ntanks-1, model._kills,
model._damage_caused)
def finish(self, update_stats=True):
print 'FINISHING'
if hasattr(self, '_FINISHED'):
print 'ALREADY FINISHED'
return
self._FINISHED = True
models = self.models
testmode = self.testmode
nrobots = self.nrobots
procs = self.procs
tournament = self.tournament
alive = [model for model in models.values() if model.alive]
if not testmode and len(alive)==1:
model = alive[0]
print 'WINNER:', model.name
winner = model
model._outlasted = nrobots-1
elif not testmode:
winner = None
if self.rnd >= conf.maxtime*60:
print 'Battle stopped after maximum time:', conf.maxtime, 'seconds.'
else:
print 'Battle stopped after', int(self.rnd/60), 'seconds.'
print 'STILL ALIVE:'
for model in alive:
print ' ', model.name
else:
print 'Test mode ended'
winner = None
for robotname, model in models.items():
print robotname, 'caused', model._damage_caused, 'damage'
if robotname in procs:
line = 'FINISH\n'
proc = procs[robotname]
proc.stdin.write(line)
proc.stdin.flush()
proc.stdin.close()
proc.stdout.close()
del procs[robotname]
if winner is None and model.alive:
model._outlasted = nrobots - len(alive)
if model == winner:
win = 1
else:
win = 0
if update_stats and not testmode:
stats.update(model.kind, win, nrobots-1, model._outlasted,
model._damage_caused, model._kills)
if update_stats and tournament is not None:
stats.tournament_update(tournament,
model.kind, model.name, win,
nrobots-1, model._outlasted,
model._damage_caused,
model._kills)
