hearts in python | Python Fiddle

import random
import time

deck=['2h','3h','4h','5h','6h','7h','8h','9h','10h','11h','12h','13h','14h',
      '2d','3d','4d','5d','6d','7d','8d','9d','10d','11d','12d','13d','14d',
      '2s','3s','4s','5s','6s','7s','8s','9s','10s','11s','12s','13s','14s',
      '2c','3c','4c','5c','6c','7c','8c','9c','10c','11c','12c','13c','14c']
        
class hand(object):
    def __init__(self):
        '''
        initialize a hand
        '''
        self.hand=[]
        self.newdeck=deck[:]	#the newdeck is the deck - cards already played (like a deck in a game)

def deck(self):
        return self.newdeck

def removefromdeck(self,element):
        '''
        removes an element from deck
        '''
        #print element
        #print element in self.newdeck
        if element in self.newdeck:
            self.newdeck.remove(element)

def removefromhand(self,card):
        '''
        removes one card from hand
        assumes card is in hand
        '''
        self.hand.remove(card)
        
    def addtohand(self,card):
        '''
        adds card to hand
        '''
        self.hand.append(card)
    
    def dealhand(self):
        '''
        deals a hand of 13 cards
        '''
        count=0
        while count<13:
            self.hand.append(random.choice(self.newdeck))
            count+=1
        for x in self.hand:
            self.removefromdeck(x)

def printhand(self):
        '''
        prints sorted hand
        '''
        print 'hand contains: '
        for x in self.hand:
            if x[-1]=='c':
                if x[-1]>10:
                    if x[-1]==11:
                        print 'Jack of clubs'
                    if x[-1]==12:
                        print 'Queen of clubs'
                    if x[-1]==13:
                        print 'King of clubs'
                    if x[-1]==14:
                        print 'Ace of clubs'
                else:
                    print x[:-1],' of clubs '
        for x in self.hand:
            if x[-1]=='s':
                if x[-1]>10:
                    if x[-1]==11:
                        print 'Jack of spades'
                    if x[-1]==12:
                        print 'Queen of spades'
                    if x[-1]==13:
                        print 'King of spades'
                    if x[-1]==14:
                        print 'Ace of spades'
                else:
                    print x[:-1],' of spades '
        for x in self.hand:
            if x[-1]=='d':
                if x[-1]>10:
                    if x[-1]==11:
                        print 'Jack of diamonds'
                    if x[-1]==12:
                        print 'Queen of diamonds'
                    if x[-1]==13:
                        print 'King of diamonds'
                    if x[-1]==14:
                        print 'Ace of diamonds'
                else:
                    print x[:-1],' of diamonds '
        for x in self.hand:
            if x[-1]=='h':
                if x[-1]>10:
                    if x[-1]==11:
                        print 'Jack of hearts'
                    if x[-1]==12:
                        print 'Queen of hearts'
                    if x[-1]==13:
                        print 'King of hearts'
                    if x[-1]==14:
                        print 'Ace of hearts'
                else:
                    print x[:-1],' of hearts '

h=hand()
h.dealhand()
h.printhand()

class player(object):
    def __init__(self, hand, identification):
        '''
        initialize a player
        '''
        self.hand=hand
        self.identification=identification
        
    def passcards(self, card1, card2, card3):
        '''
        pass 3 cards
        input three cards in hand to pass

will return 
        '''
        assert card1 in hand, 'Not in hand'
        assert card2 in hand, 'Not in hand'
        assert card3 in hand, 'Not in hand'
        self.hand.removefromhand(card1)
        self.hand.removefromhand(card2)
        self.hand.removefromhand(card3)
        self.pass1=card1
        self.pass2=card2
        self.pass3=card3
    
    def getcards(self, otherplayer):
        '''
        takes the pass of another player
        '''
        self.hand.addtohand(otherplayer.pass1)
        self.hand.addtohand(otherplayer.pass2)
        self.hand.addtohand(otherplayer.pass3)
    
    def playcard(card):
        '''
        plays a card
        '''
        return card

#p=player(h,1)

class turnphase(object):
    def __init__(self, cardsplayed, cardlead):
        '''
        initializes the gameboard
        
        cardsplayed is a dictionary with the keys
        being the cards and the values being the
        player who played each card
        '''
    	self.cardsplayed=cardsplayed
        self.cardlead=cardlead
        
    def whowins(self):
		'''
        returns who wins a hand
        '''
		best=self.cardlead
		for key in self.cardsplayed:
			if key[-1]==cardlead[-1]:
				if key[:-1]>best[:-1]:
					key=best
		return self.cardsplayed[best]
    
    def getpoints(self):
        '''
		returns amount of points for single trick
		'''
        points=0
        for key in self.cardsplayed:
			if key[-1]==h:
				points+=1
			if key=='12s':
				points+=13
        return points

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