def _play_scout(self, state: GameState,
card: TacticGuileCard) -> Optional[GameState]:
assert card.get_tactics() == TacticGuiles.SCOUT
print("choose draw pattern?")
print("[1] -- draw 3 cards from troops deck")
print(
"[2] -- draw 2 cards from troops deck and draw 1 card from tactics deck"
)
print(
"[3] -- draw 1 card from troops deck and draw 2 cards from tactics deck"
)
print("[4] -- draw 3 cards from tactics deck")
print("[0] -- return to select a card")
user_in = await_user_num(range(5))
if user_in == 0:
return None
# copy to new state
state = state.clone()
draw_tactics_num = user_in - 1
peek_cards: List[Card] = []
peek_cards.extend(state.get_tactics_deck().peek(draw_tactics_num))
peek_cards.extend(state.get_troops_deck().peek(3 - draw_tactics_num))
print("scouted cards: ")
copy_hands = self.get_hands(state).copy()
# remove the used card
copy_hands.remove(card)
for i, c in enumerate(peek_cards):
print(f"[{i}]: {repr(c)}")
copy_hands.append(c)
# sort my hands
copy_hands.sort()
# add to hand
print("choose 2 cards return to decks:")
for i, c in enumerate(copy_hands):
print(f"[{i + 1}]: {repr(c)}")
input_cand = list(range(1, len(copy_hands) + 1))
in_1 = await_user_num(input_cand)
ret_card_1 = copy_hands[in_1 - 1]
input_cand.remove(in_1)
in_2 = await_user_num(input_cand)
ret_card_2 = copy_hands[in_2 - 1]
return self._play_tactic_guile_scout(
state,
card,
(draw_tactics_num, 3 - draw_tactics_num),
(ret_card_1, ret_card_2),
)
def _draw_deck(self, state: GameState) -> Optional[Card]:
troops_deck = state.get_troops_deck()
tactics_deck = state.get_tactics_deck()
draw_troops = troops_deck.is_remain()
draw_tactics = tactics_deck.is_remain()
if draw_troops and draw_tactics:
print("draw card from?")
print(f"[0] -- troops deck, remains {len(troops_deck)} cards")
print(f"[1] -- tactics deck, remains {len(tactics_deck)} cards")
if await_user_num([0, 1]) == 0:
draw_tactics = False
else:
draw_troops = False
if draw_troops:
return troops_deck.draw()
if draw_tactics:
return tactics_deck.draw()
# both decks are empty
return None