def creatTable(
self
): # THIS FUNCTION WILL BE REMOVED AFTER KAINAN'S INTERFACE READY
print(askForDeck3)
while True:
try:
threeCard = input("First Card>")
suit = int(threeCard[0])
numb = int(threeCard[1:])
d0 = card(suit, numb)
threeCard = input("Second Card>")
suit = int(threeCard[0])
numb = int(threeCard[1:])
d1 = card(suit, numb)
threeCard = input("Third Card>")
suit = int(threeCard[0])
numb = int(threeCard[1:])
d2 = card(suit, numb)
break
except EOFError:
time.sleep(1)
except ValueError:
print("Unexpected error:", sys.exc_info()[0])
print("please re-enter your hand")
pass
#tableIns = table(board,bet,d0,d1,d2)
tableIns = table(0, 0, d0, d1, d2)
return tableIns
def creatCBR(
self
): # THIS FUNCTION WILL BE REMOVED AFTER KAINAN'S INTERFACE READY
while True:
try:
loc = input(
"location>"
) # 0 means early location, 1 means middle, 2 means late
locT = int(loc)
twoCard = input("First Card>")
suit = int(twoCard[0])
numb = int(twoCard[1:])
c0 = card(suit, numb)
twoCard = input("Second Card>")
suit = int(twoCard[0])
numb = int(twoCard[1:])
c1 = card(suit, numb)
break
except EOFError:
time.sleep(1)
except ValueError:
print("Unexpected error:", sys.exc_info()[0])
print("please re-enter your hand")
pass
cbr = people(c0, c1, locT)
return cbr
def numComboClassify(color, number, combo): if (color == 0): colorStr = "black" elif (color == 1): colorStr = "blue" elif (color == 2): colorStr = "red" elif (color == 3): colorStr = "yellow" if (combo > 2): print "doneList" for i in range(combo): print number+i, doneList.append(card(number+i, colorStr)) handPool[color][number+i] -= 1 doneList.append(card(0, "empty")) elif (combo == 2): print "waitingList" for i in range(combo): print number+i, waitingList.append(card(number+i, colorStr)) handPool[color][number+i] -= 1 elif (combo == 1): print "uselessList" uselessList.append(card(number, colorStr)) handPool[color][number] -= 1 print ""
def creatCard(realNum):
if realNum % 13 == 0:
numb = 13
else:
numb = realNum % 13
c0 = card((realNum - 1) / 13, numb)
return c0
def playerGet(rev, CARD, action): for line in rev: for index in line: getCardInHand(index) CARD = card(CARD['number'], CARD['color']) writeIntoMemory(CARD) AI_response = AIGet(hand, CARD, action, memory) return AI_response
def getStandard(self):
return [
# Units
[card(*cards[0]), 2],
[card(*cards[1]), 2],
[card(*cards[2]), 2],
[card(*cards[3]), 4],
[card(*cards[4]), 4],
[card(*cards[5]), 3]
]
from operator import itemgetter, attrgetter
from random import randint
from card import *
doneList = []
waitingList = []
uselessList = []
blackList = []
blueList = []
redList = []
yellowList = []
value = 0
block = card(-1, 'empty')
def printList (list, listname):
print listname +'(' + str(len(list)) + ')' + ':'
for index in range(len(list)):
print str(index) + '\t' + list[index].color + '\t' + str(list[index].num)
# this function is using when debug
def AI(hand, discard, mode):
print "AI is thinking..."
# start to analyis hand
classifyByColor(hand)
# doneList is done
checkUseless(uselessList)
printList(doneList, "doneList")
printList(waitingList, "waitingList")
printList(uselessList, "uselessList")
def __init__(self): self._cards = [] for suit in card.suit: for rank in card.rank: c = card(rank,suit) self._cards.append(c)
def fullDeck(self):
for x in range(0, len(value)):
for y in range(0, len(suit)):
self.deck.append(card(id1[x] + suit[y], value[x]))
def getCardInHand(item): color = str(item['color']) number = int(item['number']) if (color != 'empty' and number != -1): draw_card(card(number, color)) writeIntoMemory(card(number, color))
def set_Up_Deck(self):
card_pile = []
# Cards will get assigned a unique ID value
# starting from 0 to 51 (inclusive)
for num in range(0, 52):
if num <= 3:
some_card = card(num, '2', 2)
card_pile.append(some_card)
elif num > 3 and num <= 7:
some_card = card(num, '3', 3)
card_pile.append(some_card)
elif num > 7 and num <= 11:
some_card = card(num, '4', 4)
card_pile.append(some_card)
elif num > 11 and num <= 15:
some_card = card(num, '5', 5)
card_pile.append(some_card)
elif num > 15 and num <= 19:
some_card = card(num, '6', 6)
card_pile.append(some_card)
elif num > 19 and num <= 23:
some_card = card(num, '7', 7)
card_pile.append(some_card)
elif num > 23 and num <= 27:
some_card = card(num, '8', 8)
card_pile.append(some_card)
elif num > 27 and num <= 31:
some_card = card(num, '9', 9)
card_pile.append(some_card)
elif num > 31 and num <= 35:
some_card = card(num, '10', 10)
card_pile.append(some_card)
elif num > 35 and num <= 39:
some_card = card(num, 'Jack', 10)
card_pile.append(some_card)
elif num > 39 and num <= 43:
some_card = card(num, 'Queen', 10)
card_pile.append(some_card)
elif num > 43 and num <= 47:
some_card = card(num, 'King', 10)
card_pile.append(some_card)
# The scenario that Aces have a value of 1
# must be handled outside of this class.
elif num > 47 and num <= 51:
some_card = card(num, 'Ace', 11)
card_pile.append(some_card)
return card_pile
def start(self):
fp = self.openTodayFile()
gameCnt = 0
#################################
# get position and people. #
#################################
while True:
print(askForPeople)
try:
self.peopleNum = int(input("people number>"))
if self.peopleNum > 1 and self.peopleNum <= 10:
fp.write("peopleNum: %s\r\n" % self.peopleNum)
break
else:
print("People number is not valid: %r. Please re-enter",
self.peopleNum)
continue
except EOFError:
time.sleep(1)
except ValueError:
print("Unexpected error:", sys.exc_info())
print("please re-enter the people number")
pass
#################################
# Pre-flop, flop, turn #
#################################
while (True):
fp.closed
# write this game data to today's file
fp = self.openTodayFile()
gameCnt += 1
cbr = self.creatCBR()
tmpStr = "\tGAME %s: CBR has card %s %s, %s %s.\r\n" % (
gameCnt, cbr.c0.suit, cbr.c0.numb, cbr.c1.suit, cbr.c1.numb)
fp.write(tmpStr)
# Read in files to print current hand power
line = cbr2Card.printPos(self.peopleNum, cbr.c0, cbr.c1)
print(
"--------------------------------------------------------------------------"
)
cbr2Card.preFlop(line, cbr.location)
fold = input("f ?>")
if fold == "f" or fold == "F":
self.write_pirntFold(fp)
continue
# Read in 3 desk card
table = self.creatTable() # leave for future algorithm
tmpStr = "\t Table has card %s %s, %s %s, %s %s.\r\n" % (
table.d0.suit, table.d0.numb, table.d1.suit, table.d1.numb,
table.d2.suit, table.d2.numb)
fp.write(tmpStr)
# Calculate 5 card possiblity and output
posForFiveCard, combForFiveCard = cbrMath.findpos(
cbr.c0, cbr.c1, table.d0, table.d1, table.d2)
self.printPoss(posForFiveCard, combForFiveCard)
# F or get 6th card number
while True:
try:
d3Str = input("f or 4th card in table>")
if d3Str == "f" or d3Str == "F":
fold = "f"
break
else:
suit = int(d3Str[0])
numb = int(d3Str[1:])
d3 = card(suit, numb)
tmpStr = "\t Table 4th card %s %s\r\n" % (
d3.suit, d3.numb)
fp.write(tmpStr)
break
except EOFError:
time.sleep(1)
except ValueError:
print("Unexpected error:", sys.exc_info()[0])
print("please re-enter the 4th card")
pass
if fold == "f":
self.write_pirntFold(fp)
continue
else:
table.updateCard(d3)
posForSixCard, combForSixCard = cbrMath.findpos(
cbr.c0, cbr.c1, table.d0, table.d1, table.d2, table.d3)
self.printPoss(posForSixCard, combForSixCard)
# F or get 7th card number
while True:
try:
d4Str = input("f or 5th card in table>")
if d4Str == "f" or d4Str == "F":
fold = "f"
break
else:
suit = int(d4Str[0])
numb = int(d4Str[1:])
d4 = card(suit, numb)
tmpStr = "\t Table 5th card %s %s\r\n" % (
d4.suit, d4.numb)
fp.write(tmpStr)
break
except EOFError:
time.sleep(1)
except ValueError:
print("Unexpected error:", sys.exc_info()[0])
print("please re-enter the 5th card")
pass
if fold == "f":
self.write_pirntFold(fp)
continue
else:
table.updateCard(d3, d4)
cbrMath.findpos(cbr.c0, cbr.c1, table.d0, table.d1, table.d2,
table.d3, table.d4)
print(
"-------------------BELOW IS THE CHANCE FOR 5 CARD IN TABLE------------------------------"
)
posForSevCard, combForSevCard = cbrMath.findpos(
table.d0, table.d1, table.d2, table.d3, table.d4)
self.printPoss(posForSevCard, combForSevCard)
print(
"----------------------------------------------------------------------------------------"
)
print(
"----------------------------------------------------------------------------------------"
)
print(
"---------------------------START NEXT ROUNG GAME NOW------------------------------------"
)
print(
"----------------------------------------------------------------------------------------"
)
print(
"----------------------------------------------------------------------------------------"
)
def createdeck(self):
for j in ['H', 'S', 'D', 'C']:
for i in range(1, 14):
new_deck = card(j, i)
deck_in_list.append(new_deck)
return deck_in_list #will return all the card in the deck in the form of the list so can be shuffled
def colorComboClassify(color, number, combo): if (combo > 2): print "doneList" for i in range(len(handPool)): if (handPool[i][number] > 0): if (i == 0): print "black", doneList.append(card(number, "black")) handPool[i][number] -= 1 elif (i == 1): print "blue", doneList.append(card(number, "blue")) handPool[i][number] -= 1 elif (i == 2): print "red", doneList.append(card(number, "red")) handPool[i][number] -= 1 elif (i == 3): print "yellow", doneList.append(card(number, "yellow")) handPool[i][number] -= 1 doneList.append(card(0, "empty")) elif (combo == 2): print "waitingList" for i in range(len(handPool)): if (handPool[i][number] > 0): if (i == 0): print "black", waitingList.append(card(number, "black")) handPool[i][number] -= 1 elif (i == 1): print "blue", waitingList.append(card(number, "blue")) handPool[i][number] -= 1 elif (i == 2): print "red", waitingList.append(card(number, "red")) handPool[i][number] -= 1 elif (i == 3): print "yellow", waitingList.append(card(number, "yellow")) handPool[i][number] -= 1 elif (combo == 1): if (color == 0): uselessList.append(card(number, "black")) elif (color == 1): uselessList.append(card(number, "blue")) elif (color == 2): uselessList.append(card(number, "red")) elif (color == 3): uselessList.append(card(number, "yellow")) handPool[color][number] -= 1 print ""
def __init__(self):
self.cardList = []
for i in ['Hearts', 'Spades', 'Clubs', 'Diamonds']:
for j in range(1, 14):
self.cardList.append(card(j, i))
