python-- Texas Hold'em

　　Texas Hold'em

　　Four kinds of color cards from each suit AK

　　Functions are as follows:

1. shuffle: the 52 cards upset

2. Licensing: After the reshuffle, five cards issued to players

3. Verify player's cards type

　Brand type the following points

　A. Flush

　B. Flush

　Junko C.

　D. four (7777x)

　E. three (777xx)

　F. one pair (77xxx)

　G. two pairs (7788x)

　H. full house (77,788) three with a pair

　I. normal licensing (24567)

  . 1  Import Random
   2  Import Time
   . 3  
  . 4  # Create a card 
  . 5 card_list = []
   . 6  for I in [ ' A ' , 2,. 3,. 4,. 5,. 6,. 7,. 8,. 9, 10, ' J ' , ' Q ' , ' K ' ]:
   7      for J in [ ' spades ' , ' hearts ' , ' block ' , ' plum' ]:
   . 8          Card = J + STR (I)
   . 9          card_list.append (Card)
 10  
. 11  # loading progress animation 
12 is FMT = ' {: 3D} [{: <20 is}] ' .format
 13 is  
14  
15  DEF ProgressBar () :
 16      for n- in Range (21 is ):
 . 17          the time.sleep (0.1 )
 18 is          Print ( ' \ R & lt ' , FMT (n-*. 5, ' = ' * n-), End = '' )
 . 19  
20 is  
21 is # Shuffle 
22 is  DEF shuffle ():
 23 is      random.shuffle (card_list)
 24      ProgressBar ()
 25      Print ( ' \ n- ' + ' shuffled complete ' )
 26 is      Print (card_list)
 27  
28  
29  # licensing 
30  DEF Deal () :
 31 is      Print ( ' sent you cards is: ' )
 32      the time.sleep (. 1 )
 33 is      Print (card_list [0:. 5 ])
 34 is      the time.sleep (. 1)
 35  
36  
37 [  # Analyzing card 
38 is  DEF Showdown ():
 39      Color = []
 40      size = []
 41 is      # extracted five card suit 
42 is      for K in Range (. 1,. 6 ):
 43 is          color.append (STR (card_list [K -. 1] [0: 2 ]))
 44 is      # extracted five cards size 
45      for H in Range (. 1,. 6 ):
 46 is          size5 = STR (card_list [H -. 1] [2: len (card_list [H -. 1 ])])
 47          IF size5 == " J":
 48             size5 = 11
 49         elif size5 == "Q":
 50             size5 = 12
 51         elif size5 == "K":
 52             size5 = 13
 53         elif size5 == "A":
 54             size5 = 1
 55         size.append(int(size5))
 56 
 57     size_set = list(set(size))
 58 
 59     # 判断牌
 60     while color[0] == color[1] == color[2] == color[3] == color[4]:
 61         if max(size) - min(size) == 4:
 62             print("同花顺")
 63             break
 64         print('同花')
 65         break
 66     else:
 67         if size == list(set(size)) and max(size) - min(size) == 4:
 68             print('顺子')
 69         elif len(size) - 1 == len(size_set):
 70             print('一对')
 71         elif len(size) - 2 == len(size_set):
 72             for a in range(0, 5):
 73                 for b in range(0, 3):
 74                     if size[a] == size_set[b]:
 75                         size[a] = 0
 76                         size_set[b] = 0
 77             last = [x for x in size if x != 0]
 78             if last[0] == last[1]:
 79                 print('三条')
 80             else:
 81                 print('两对')
 82         elif len(size) - 3 == len(size_set):
 83             for a in range(0, 5):
 84                 for b in range(0, 2):
 85                     if size[a] == size_set[b]:
 86                         size[a] = 0
 87                         size_set[b] = 0
88              Last = [X for X in size IF ! X = 0]
 89              IF Last [0] == Last [. 1] == Last [2 ]:
 90                  Print ( ' four ' )
 91 is              the else :
 92                  Print ( ' full house ' )
 93          the else :
 94              Print ( ' normal license ' )
 95  
96  
97  IF  the __name__ == " __main__ " :
 98     # Preparation 
99      Print ( ' here have a card: ' )
 100      the time.sleep (. 1 )
 101      Print (card_list)
 102      the time.sleep (. 1 )
 103      Print ( ' start shuffling ' )
 104  
105      # shuffling 
106      shuffle ()
 107  
108      # licensing 
109      Deal ()
 110  
111      # light card 
112      Showdown ()