def __init__(self, bots, room_size, default_bot_class, run_factor=10):
"""
Args:
bots: (PROG) the players program to be executed and ranked
room_size: (INT) the size of the rooms
run_factor(int): The average number of random games per combination of bots.
"""
self.default_bot_class = default_bot_class
self.room_size = room_size
self.scores = {} # Prog:scores
self.rooms = {} # Rooms:Rankings
self.cur_run = 0
self.total_runs = run_factor * choose(max(len(bots), 4), 4)
for bot in bots:
self.scores[bot] = OnlineMean()
def test_rolling_n(nums, rolling_n, out):
online_mean = OnlineMean(roll_after_n=rolling_n)
for n in nums:
online_mean.add(n)
assert online_mean.rounded_mean(2) == round(out, 2)
def test_rounded_mean(nums, places, out):
online_mean = OnlineMean()
for n in nums:
online_mean.add(n)
assert online_mean.rounded_mean(places=places) == out
def test_floored_mean(inp, out):
online_mean = OnlineMean()
for i in inp:
online_mean.add(i)
assert online_mean.floored_mean == out
def test_add_op(inp, out):
online_mean = OnlineMean()
for i in inp:
online_mean = online_mean + i
assert online_mean.mean == out
def test_add(inp, out):
online_mean = OnlineMean()
for i in inp:
online_mean.add(i)
assert online_mean.mean == out
def add_bot(self, bot, gamedb):
# load old mean
mean = gamedb.get_value(bot.token, "rolling_score", 0)
n = gamedb.get_value(bot.token, "rolling_n", 0)
self.scores[bot] = OnlineMean(n, mean, roll_after_n=self.rolling_n)
self.bots |= {bot.token}