def sort_players_by_warriors_in_clearing(
players: list[Player],
clearing: Clearing,
descending: bool = True) -> list[Player]:
return sorted(players,
key=lambda p: clearing.get_warrior_count_for_player(p),
reverse=descending)
def get_bonus_hits(self, clearing: Clearing, opponent: Player, is_attacker: bool = True) -> int:
bonus_hits = 0
# Automated Ambush
if clearing.get_warrior_count_for_player(self) > 0:
bonus_hits += 1
elif self.has_trait(TRAIT_INFORMANTS) and clearing.get_token_count_for_player(self) > 0:
bonus_hits += 1
return bonus_hits
def get_warriors_to_move(self, origin_clearing: Clearing,
suit: Suit) -> list[Warrior]:
own_rule_value = self.get_rule_value(origin_clearing)
max_enemy_rule_value = self.get_max_enemy_rule_value_in_clearing(
origin_clearing)
warrior_count_to_move_and_keep_rule = own_rule_value - max_enemy_rule_value
# Move the minimum between (most you can without losing rule) and (X - #cards in column)
warrior_count_to_move = min(
warrior_count_to_move_and_keep_rule,
(origin_clearing.get_warrior_count_for_player(self) -
self.decree.get_count_of_suited_cards_in_decree(suit)))
return origin_clearing.get_warriors_for_player(
self)[:warrior_count_to_move]
