def maybeEnablePlay(self, plus: int) -> bool:
partner = (self.position + plus) % self.game.numPlayers
assert partner != self.position
lowest_value: int = 5
best_index: int = -1
i: int
for i in range(len(self.hand)):
card: CardInfo = gameCards[self.hand[i]]
if card.value.value >= lowest_value:
continue
if len(self.game.playedCards[card.color]) + 1 != card.value.value:
continue
nextCard: CardInfo = CardInfo(card.color, Value(card.value + 1))
cards: List[CardInfo] = [
gameCards[h] for h in self.game.players[partner].hand
]
if countValues(cards, nextCard) != 0:
lowest_value = card.value.value
best_index = i
if best_index != -1:
assert 1 <= lowest_value <= 4
self.play_card(best_index)
return True
return False
def noWorthlessOrDuplicateCardsVisible(self):
discards: List[CardInfo] = [gameCards[d] for d in self.game.discards]
p: Player
h: int
for h in chain(*[p.hand for p in self.game.players]):
card: CardInfo = gameCards[h]
score: int = len(self.game.playedCards[card.color])
if card.value.value <= score:
return False
v: int
for v in range(score + 1, card.value.value):
earlier_card: CardInfo = CardInfo(card.color, Value(v))
if countValues(discards, earlier_card) == Value(v).num_copies:
return False
if self.visibleCopiesOf(card) >= 2:
return False
return True
def isWorthless(self, color, value):
playableValue = len(self.game.playedCards[color]) + 1
if value < playableValue:
return True
while (value > playableValue):
value = Value(value - 1)
if self.playedCount[color][value] == value.num_copies:
return True
return False
def maybeDiscardWorthlessCard(self, can_discard: bool) -> bool:
discards: List[CardInfo] = [gameCards[d] for d in self.game.discards]
cardHand: List[CardInfo] = [gameCards[h] for h in self.hand]
i: int
for i in range(len(self.hand)):
card: CardInfo = gameCards[self.hand[i]]
score: int = len(self.game.playedCards[card.color])
if card.value <= score:
return self.tryHardToDisposeOf(i, can_discard)
elif countValues(cardHand, card) >= 2:
return self.tryHardToDisposeOf(i, can_discard)
else:
assert card.value.value > score
for v in range(score + 1, card.value.value):
earlier_card: CardInfo = CardInfo(card.color, Value(v))
discardCopies: int = countValues(discards, earlier_card)
if discardCopies == Value(v).num_copies:
return self.tryHardToDisposeOf(i, can_discard)
return False
def decide_move(self, can_clue, can_discard):
colorOrder = self.game.variant.pile_colors
print('Time To Decide a Move')
print('Can Clue: {}'.format(can_clue))
print('Can Discard: {}'.format(can_discard))
while True:
print()
print('Options:')
print('(0) Play a card')
print('(1) Discard a card')
print('(2) Clue a color')
print('(3) Clue a number')
print('(4) Print All Hands')
print('(5) Check clues on card in own hand')
print('(6) Check clues on card in other hands')
print('(7) Print played cards')
print('(8) Print trashed cards')
print('(9) Print score, clues, strikes, deck count')
try:
i = int(input('--> '))
if i < 0 or i > 9:
raise ValueError()
except ValueError:
continue
if i == 0:
try:
print('0 is Oldest')
print(str(len(self.hand) - 1) + ' is Newest')
i = int(input('Which Card --> '))
if i < 0 or i >= len(self.hand):
raise ValueError()
except ValueError:
continue
self.play_card(i)
break
elif i == 1:
if not can_discard:
continue
try:
print('0 is Oldest')
print(str(len(self.hand) - 1) + ' is Newest')
i = int(input('Which Card --> '))
if i < 0 or i >= len(self.hand):
raise ValueError()
except ValueError:
continue
self.discard_card(i)
break
elif i == 2:
if not can_clue:
continue
try:
print('Which Player?')
for p in self.game.players:
if p == self:
continue
print('({}) {}'.format(p.position, p.name))
w = int(input('--> '))
if (w < 0 or w >= len(self.game.players)
or w == self.position):
raise ValueError()
except ValueError:
continue
try:
print('Which Color?')
for i, c in enumerate(self.game.variant.clue_colors):
colorName = c.full_name(self.game.variant)
print('({}) {}'.format(i, colorName))
i = int(input('--> '))
if i < 0 or i >= len(self.game.variant.clue_colors):
raise ValueError()
except ValueError:
continue
if self.can_color_clue(w, self.game.variant.clue_colors[i]):
self.give_color_clue(w, self.game.variant.clue_colors[i])
break
else:
print('The clue does not mark any cards')
elif i == 3:
if not can_clue:
continue
try:
print('Which Player?')
for p in self.game.players:
if p == self:
continue
print('({}) {}'.format(p.position, p.name))
w = int(input('--> '))
if (w < 0 or w >= len(self.game.players)
or w == self.position):
raise ValueError()
except ValueError:
continue
try:
i = int(input('Which Number (1-5) --> '))
if i < 1 or i > 5:
raise ValueError()
except ValueError:
continue
v = Value(i)
if self.can_value_clue(w, v):
self.give_value_clue(w, v)
break
else:
print('The clue does not mark any cards')
break
elif i == 4:
print('Player Hands (From Oldest to Newest)')
playerOrder = ((i + self.position + 1) % self.game.numPlayers
for i in range(self.game.numPlayers - 1))
for i in playerOrder:
player = self.game.players[i]
cards = []
for d in player.hand:
card = self.game.deck[d]
cards.append(str(card))
print('{}: {}'.format(player.name, ', '.join(cards)))
elif i == 5:
for i in range(len(self.hand)):
extra = ''
if i == 0:
extra = '(Oldest)'
if i == len(self.hand) - 1:
extra = '(Newest)'
print('Card Index ' + str(i) + ' ' + extra)
card = self.game.deck[self.hand[i]]
if card.positiveClueColors or card.positiveClueValue:
clues = [
c.full_name(self.game.variant)
for c in card.positiveClueColors
]
if card.positiveClueValue:
clues.append(str(card.positiveClueValue))
print('POSITIVE: ' + ', '.join(c for c in clues))
if card.negativeClueColors or card.negativeClueValue:
clues = [
c.full_name(self.game.variant)
for c in card.negativeClueColors
]
clues.extend(str(n) for n in card.negativeClueValue)
print('negative: ' + ', '.join(c for c in clues))
if not (card.positiveClueColors or card.positiveClueValue
or card.negativeClueColors
or card.negativeClueValue):
print('No Clues')
print()
elif i == 6:
try:
print('Which Player?')
for p in self.game.players:
if p == self:
continue
print('({}) {}'.format(p.position, p.name))
w = int(input('--> '))
if (w < 0 or w >= len(self.game.players)
or w == self.position):
raise ValueError()
except ValueError:
continue
player = self.game.players[w]
for i in range(len(player.hand)):
extra = ''
if i == 0:
extra = '(Oldest)'
if i == len(player.hand) - 1:
extra = '(Newest)'
print('Card Index ' + str(i) + ' ' + extra)
card = self.game.deck[player.hand[i]]
if card.positiveClueColors or card.positiveClueValue:
clues = [
c.full_name(self.game.variant)
for c in card.positiveClueColors
]
if card.positiveClueValue:
clues.append(str(card.positiveClueValue))
print('POSITIVE: ' + ', '.join(c for c in clues))
if card.negativeClueColors or card.negativeClueValue:
clues = [
c.full_name(self.game.variant)
for c in card.negativeClueColors
]
clues.extend(str(n) for n in card.negativeClueValue)
print('negative: ' + ', '.join(c for c in clues))
if not (card.positiveClueColors or card.positiveClueValue
or card.negativeClueColors
or card.negativeClueValue):
print('No Clues')
print()
elif i == 7:
for c in colorOrder:
if self.game.playedCards[c]:
topCard = str(self.game.playedCards[c][-1])
else:
topCard = 'Empty'
colorName = c.full_name(self.game.variant)
print('{}: {}'.format(colorName, topCard))
elif i == 8:
cards = {c: [] for c in self.game.variant.pile_colors}
for c in self.game.discards:
cards[c.suit].append(c.rank)
for pile in cards.values():
pile.sort()
for co in colorOrder:
print('{}: {}'.format(co.full_name(self.game.variant),
', '.join(str(c)
for c in cards[co])))
elif i == 9:
print('Score: {}'.format(self.game.scoreCount))
print('Clues: {}'.format(self.game.clueCount))
print('Strikes: {}'.format(self.game.strikeCount))
print('Deck Count: {}'.format(self.game.deckCount))
print('Turn Count: {}'.format(self.game.turnCount))
print('Drawn Count: {}'.format(len(self.game.deck)))