def next(self, fight_history: List[Fight]):
n = len(fight_history) + 1
if n % 3 == 1:
return card.random()
last = fight_history[-1]
return card.next(last.player)
def nextcard(self, fight_history) -> Card:
n = (len(fight_history) + 1) % 100
if n == 1 or n == 34 or n == 67:
self.current_logic = self.next_logic()
return self.current_logic.next(fight_history) \
if self.current_logic is not None else card.random()
def next(self, fight_history: List[Fight]):
n = len(fight_history) + 1
if n % 3 == 0 and n % 5 == 0:
return Card.Choki
elif n % 3 == 0:
return Card.Gu
elif n % 5 == 0:
return Card.Pa
return card.random()
def random_from_deck(self):
if (self.deck[Card.Gu] == 0) and (self.deck[Card.Pa] >
0) and (self.deck[Card.Choki] > 0):
return Card.Pa
if (self.deck[Card.Gu] > 0) and (self.deck[Card.Pa]
== 0) and (self.deck[Card.Choki] > 0):
return Card.Choki
if (self.deck[Card.Gu] > 0) and (self.deck[Card.Pa] >
0) and (self.deck[Card.Choki] == 0):
return Card.Gu
return card.random()
def next(self, fight_history: List[Fight]):
n = len(fight_history) + 1
if n % 3 == 1:
return card.random()
if self.prev_card is None:
self.prev_card = Card.Gu
return Card.Gu
self.prev_card = card.next(self.prev_card)
return self.prev_card
def nextcard(self, fight_history) -> Card:
return card.random()