def announce_later_turn(self, prev_turns, our_roll):
all_values = tools.valid_game_values_lowest_to_highest()
prev_roll = prev_turns[-1][1]
value = prev_roll
index = tools.value_to_rank(value)
higher_values = all_values[index + 1:]
announce_value = random.choice(higher_values)
return announce_value
def announce_later_turn(self, prev_turns, our_roll):
our_rank = tools.value_to_rank(our_roll)
prev_rank = tools.value_to_rank(prev_turns[-1][1])
if our_rank > prev_rank:
return our_roll
else:
higher_values = tools.valid_game_values_lowest_to_highest()[prev_rank + 1:]
weights = [tools.probability_of_value(value) for value in higher_values]
return random.choices(higher_values, weights=weights)[0]
def exclude_trivialities(self, prev_turn, first_turn=None):
if prev_turn is None:
if first_turn is None:
roll = self.bot.roll()
self.bot.announce(roll)
else:
self.bot.roll()
self.bot.announce(first_turn)
return True
elif prev_turn[1] == valid_game_values_lowest_to_highest()[-1]:
self.bot.accuse()
return True
return False
def announce_first_turn(self, our_roll):
return random.choice(tools.valid_game_values_lowest_to_highest())