def playCardUser(self, sofar, card):
if (len(sofar) == 0):
#test if the player has the two of clubs:
if (self.count(0) == 1):
if (card == 0):
return [True, '']
else:
return [
False,
'You must play the two of clubs on the first round.'
]
else:
self.hand.remove(card)
return [True, '']
else:
leadingCard = sofar[0]
lb = (leadingCard / 13) * 13
ub = lb + 12
valids = []
for i in range(len(hands)):
if (hands[i] >= lb and hands[i] <= ub):
valids.append(hands[i])
if (len(valids) == 0): #if they have no cards of the leading suit
self.hand.remove(card)
return [True, '']
else:
if (valids.count(card) == 1
): #if they have a card of the leading suit
return [True, '']
else:
return [
False, 'You must play a card of suit:' +
CardClass.suit(leadingCard)
]
def playCardUser(self, sofar, card): if(len(sofar) == 0): #test if the player has the two of clubs: if(self.count(0) == 1): if(card == 0): return [True, '']; else: return [False, 'You must play the two of clubs on the first round.'] else: self.hand.remove(card); return [True, '']; else: leadingCard = sofar[0]; lb = (leadingCard/13)*13; ub = lb + 12; valids = []; for i in range(len(hands)): if(hands[i] >= lb and hands[i] <= ub): valids.append(hands[i]); if(len(valids) == 0): #if they have no cards of the leading suit self.hand.remove(card); return [True,'']; else: if(valids.count(card) == 1): #if they have a card of the leading suit return [True, '']; else: return [False, 'You must play a card of suit:' + CardClass.suit(leadingCard)]
if (i == 0):
for k in range(4):
if Players[k].hasTwoOfClubs:
turn = k
break
#check what has been played so far
sofar = []
point_total = 0
#each person plays a card (and loops through turn)
for m in range(4):
#print str(turn) +" " + str(Players[turn].hand)
card = Players[turn].playCardAuto(sofar)
sofar.append(card)
turn = (turn + 1) % 4
point_total += CardClass.pointValue(card)
turn = CardClass.winner(sofar) #indicate who wins the trick
score[turn] += point_total
'''
print sofar
print "hand %d" % (i+1)
for r in range(4):
print "player %d: %d" % (r+1, score[r])
'''
#Someone shot the moon!
if score.count(26) == 1:
for k in range(4):
score[k] = 26 - score[k]
# -*- coding: utf-8 -*-
import CardClass
import CreateTables
import readFile
# Read in the json file
json = readFile.openJsonFile('AllCards-x.json')
# This line will create the initial tables from the various card properties
CreateTables.createTablesFromProperties(json)
card = CardClass.createCard(json)
card.importProperties()
if (i == 0): for k in range(4): if Players[k].hasTwoOfClubs: turn = k break #check what has been played so far sofar = [] point_total = 0 #each person plays a card (and loops through turn) for m in range(4): # print str(turn) +" " + str(Players[turn].hand) card = Players[turn].playCardAuto(sofar) sofar.append(card) turn = (turn+1) % 4 point_total += CardClass.pointValue(card) turn = CardClass.winner(sofar) #indicate who wins the trick score[turn] += point_total ''' print sofar print "hand %d" % (i+1) for r in range(4): print "player %d: %d" % (r+1, score[r]) ''' #Someone shot the moon! if score.count(26) == 1: for k in range(4): score[k] = 26 - score[k]
def __init__(self): self.the_deck = [] for i in CardClass.suits: for j in CardClass.ranks: self.the_deck.append(CardClass.Card(i,j))
#-------------------------------------------------------- Class --------------------------------------------------------------- class Deck(): def __init__(self): self.the_deck = [] for i in CardClass.suits: for j in CardClass.ranks: self.the_deck.append(CardClass.Card(i,j)) def shuffle(self): random.shuffle(self.the_deck) #k = random.sample(self.the_deck,len(self.the_deck)) #return k def __str__(self): return self.the_deck def pick_one(self): return self.the_deck.pop() #**************************************************************************************************************************************** #------------------------------------------------------- Test - Statements -------------------------------------------------------------- if __name__ == '__main__': A = CardClass.Card(CardClass.suits[0],CardClass.ranks[0]) print(A) new_deck = Deck() new_deck.shuffle() print(new_deck.the_deck[36]) print(len(new_deck.the_deck)) z = new_deck.pick_one() print(z) print(len(new_deck.the_deck)) #****************************************************************************************************************************************