print 'Round: ', EVENT.round
list_tables(EVENT, showall=True)
for match in EVENT.tables[EVENT.round]:
y = randint(1, 100)
if y < 25:
match.report_match(2, 1)
if y >= 25 and y < 50:
match.report_match(2, 0)
if y >= 50 and y < 75:
match.report_match(1, 2)
if y >= 75 and y <= 100:
match.report_match(0, 2)
EVENT.finish_round()
for x in EVENT.top_players():
print x
list_standings(EVENT, byscore=True)
# now a test of the round-robin code. Just for laughs, well use the
# top eight players from the 'main event'.
TOP8 = EVENT.top_players()
# create new event
RROBIN = Tournament('Round Robin Test', pairing='round')
for x in TOP8:
RROBIN.add_player(x)
EVENT.start_round()
ACTIVE = len(EVENT.active_tables())
while ACTIVE > 0:
CMD = raw_input("Round #%d (%d tables open) -> " % (EVENT.round, ACTIVE))
if search("lp", CMD) is not None:
list_pairings(EVENT)
continue
if search("ls", CMD) is not None:
list_standings(EVENT)
continue
if search("lso", CMD) is not None:
list_standings(EVENT, byscore=True)
continue
if search("lt", CMD) is not None:
list_tables(EVENT)
continue
if search("lat", CMD) is not None:
list_tables(EVENT, True)
continue
if search("^r ", CMD) is not None:
BROKEN = CMD.split(" ")
if len(BROKEN) == 2:
# ask for results
pass
if len(BROKEN) == 4:
# report as table broken[1] (broken[2]-broken[3])
EVENT.report_match(int(BROKEN[1]), int(BROKEN[2]), int(BROKEN[3]))
ACTIVE = len(EVENT.active_tables())
EVENT.finish_round()
