def play(justdice):
# XXX Define your strategy here.
win = 0 # Win count.
nroll = 40 # Roll n times.
amount = Decimal('0') # Amount in BTC to bet.
roll_hi = False
win_chance = Decimal('2') # %.
for _ in xrange(nroll):
if roll_dice(justdice, win_chance, amount, roll_hi):
win += 1
return win, nroll
def play(justdice):
# XXX Define your strategy here.
win = 0 # Win count.
nroll = 40 # Roll n times.
amount = Decimal('0') # Amount in BTC to bet.
roll_hi = False
win_chance = Decimal('2') # %.
for _ in xrange(nroll):
if roll_dice(justdice, win_chance, amount, roll_hi, True)[0]:
win += 1
sys.stderr.write("\nWin ratio: %d/%d = %s\n" % (
win, nroll, Decimal(win) / nroll if nroll else 0))
def play(justdice):
# XXX Define your strategy here.
win = 0 # Win count.
nroll = 40 # Roll n times.
amount = Decimal('0') # Amount in BTC to bet.
roll_hi = False
win_chance = Decimal('2') # %.
for _ in xrange(nroll):
if roll_dice(justdice, win_chance, amount, roll_hi, True)[0]:
win += 1
sys.stderr.write("\nWin ratio: %d/%d = %s\n" %
(win, nroll, Decimal(win) / nroll if nroll else 0))