def raw_plays_without_coin(self):
res = []
possible = [card for card in
filter(lambda card: card.mana <= self.mana, self.cards)]
if self.possible_is_pointless_coin(possible):
possible = []
if self.mana >= 2 and self.allow_hero_power:
possible.append(HeroPowerCard())
if len(possible) == 0:
return [[]]
for card in possible:
rest = self.cards[0:99999]
if card.name == 'Hero Power':
f_plays = PossiblePlays(rest,
self.mana - card.mana,
allow_hero_power=False).raw_plays()
else:
rest.remove(card)
f_plays = PossiblePlays(rest,
self.mana - card.mana,
allow_hero_power=self.allow_hero_power).raw_plays()
for following_play in f_plays:
combined = [card] + following_play
res.append(combined)
res = Util.uniq_by_sorted(res)
return res
def raw_plays_without_coin(self):
res = []
def valid_card(card):
saved_mana = card.player.mana
card.player.mana = self.mana
usable = card.can_use(card.player, card.player.game)
card.player.mana = saved_mana
return usable
possible = [card for card in filter(valid_card, self.cards)]
if self.possible_is_pointless_coin(possible):
possible = []
if self.mana >= 2 and self.allow_hero_power:
possible.append(HeroPowerCard())
if len(possible) == 0:
return [[]]
for card in possible:
rest = self.cards[0:99999]
if card.name == 'Hero Power':
f_plays = PossiblePlays(rest,
self.mana -
card.mana_cost(card.player),
allow_hero_power=False).raw_plays()
else:
rest.remove(card)
f_plays = PossiblePlays(
rest,
self.mana - card.mana_cost(card.player),
allow_hero_power=self.allow_hero_power).raw_plays()
for following_play in f_plays:
combined = [card] + following_play
res.append(combined)
res = Util.uniq_by_sorted(res)
return res
def raw_plays_without_coin(self):
res = []
def valid_card(card):
saved_mana = card.player.mana
card.player.mana = self.mana
usable = card.can_use(card.player, card.player.game)
card.player.mana = saved_mana
return usable
possible = [card for card in
filter(valid_card, self.cards)]
if self.possible_is_pointless_coin(possible):
possible = []
if self.mana >= 2 and self.allow_hero_power:
possible.append(HeroPowerCard())
if len(possible) == 0:
return [[]]
for card in possible:
rest = self.cards[0:99999]
if card.name == 'Hero Power':
f_plays = PossiblePlays(rest,
self.mana - card.mana_cost(),
allow_hero_power=False).raw_plays()
else:
rest.remove(card)
f_plays = PossiblePlays(rest,
self.mana - card.mana_cost(),
allow_hero_power=self.allow_hero_power).raw_plays()
for following_play in f_plays:
combined = [card] + following_play
res.append(combined)
res = Util.uniq_by_sorted(res)
return res
def raw_plays_without_coin(self):
res = []
possible = [
card
for card in filter(lambda card: card.mana <= self.mana, self.cards)
]
if self.possible_is_pointless_coin(possible):
possible = []
if self.mana >= 2 and self.allow_hero_power:
possible.append(HeroPowerCard())
if len(possible) == 0:
return [[]]
for card in possible:
rest = self.cards[0:99999]
if card.name == 'Hero Power':
f_plays = PossiblePlays(rest,
self.mana - card.mana,
allow_hero_power=False).raw_plays()
else:
rest.remove(card)
f_plays = PossiblePlays(
rest,
self.mana - card.mana,
allow_hero_power=self.allow_hero_power).raw_plays()
for following_play in f_plays:
combined = [card] + following_play
res.append(combined)
res = Util.uniq_by_sorted(res)
return res
