class Game:
def __init__(self):
self.eliminatedPlayers = [] ##check if eliminated, check if p1.hasTurn
self.removedCards = []
self.currentStack = LinkList()
self.players = [] #arranged by card rank
self.deck = None
self.currTurn = 0
self.sevenflag = None #high or low
def addPlayer(self, p):
#how many players? -- 2-4?
#add players in as they join the server
self.players.append(Player(p))
def start(self):
self.deck = Deck()
self.deck.shuffle()
#deal out 9 cards to each player
for p in self.players:
count = 0
while count < 9:
if count <= 2:
p.hiddenStack.add(self.deck.draw())
else:
p.hand.add(self.deck.draw())
count += 1
self.players[0].shownStack.add(self.players[0].hand.removeHead())
self.players[0].shownStack.add(self.players[0].hand.removeHead())
self.players[0].shownStack.add(self.players[0].hand.removeHead())
self.players[1].shownStack.add(self.players[1].hand.removeHead())
self.players[1].shownStack.add(self.players[1].hand.removeHead())
self.players[1].shownStack.add(self.players[1].hand.removeHead())
#determine and order players with the lowest card ASC
#self.sortPlayers()
def sortPlayers(self):
newOrder = {}
for i in self.players:
mini = 'aS'
curr = i.hand.head
while curr != None:
if Game.getValue(curr.val) < Game.getValue(mini):
mini = curr.val
curr = curr.next
newOrder[Game.getValue(mini)] = i
print(newOrder)
self.players = list(newOrder.values())
print(self.players)
self.players[0].hand.show()
print()
self.players[1].hand.show()
#i.hand.show()
def rotateTurn(self):
if self.currTurn is 3:
self.currTurn = 0
else:
self.currTurn += 1
def calcCards(self, prevCard, card, sevenFlag=''):
##returns true from following these rules::
#if fourOfAKind
#if a seven was previously played
#if card is a 7
#if a '10' was played
#if a '2' was played
#if the card played is higher than the previous card
value = False
if self.isFourofAKind(card):
curr = self.currentStack.head
while curr != None:
self.removedCards.append(self.currentStack.removeHead())
curr = curr.next
self.removedCards.append(card)
value = True
#player goes again
elif Game.getValue(prevCard) is 7:
if self.sevenflag is 'high':
value = card > 7
else:
value = card < 7
elif Game.getValue(card) is 7:
if self.sevenflag is not None:
self.sevenflag = sevenFlag
else:
print('error')
#rotateTurn +1
elif Game.getValue(card) is 10:
curr = self.currentStack.head
while curr != None:
self.removedCards.append(self.currentStack.removeHead())
curr = curr.next
self.removedCards.append(card)
value = True
#player goes again
elif Game.getValue(card) is 2:
#player plays again
pass
print('static')
else:
value = Game.getValue(card) > Game.getValue(prevCard)
return value
def isFourofAKind(self, card):
#look at the previous 3 cards
curr = self.currentStack.head
value = False
count = 0
while curr != None:
if card is curr.val:
count += 1
if count is 3:
value = True
break
curr = curr.next
return value
def searchPlayer(self, name):
for p in self.players:
if name == p.name:
return True
return False
@staticmethod
def getValue(card):
val = 0
if len(card) is 3:
val = int(card[:2])
else:
try:
val = int(card[0])
except Exception:
print('here')
val = values[card[0]]
return val
