The 21:00 showdown between Python:CPU and the man
# coding:utf-8# _ _ author__: immortal examination # _ author time__: 2017/8/8import randomprint "" requirements: 1, the initial CPU and the person each randomly own 2 cards; 2, each calculates the total number of the initial 2 cards; 3, when the number of cards is less than 16:00, automatically add a card; 4, the new cards into the total calculation 5. In human calculation: choose whether or not to add cards when it is greater than 16:00; when the added card is greater than or equal to 22:00, it will stop automatically; 6. In the calculation of CPU: when it is less than 16:00, it will automatically add new cards and calculate; when it is greater than 16:00, it will stop automatically; 7, the final values are compared. 8, comparison rules: [1] all greater than or equal to 22:00, then draw [2] when both are less than 22:00, if the two numbers are equal, the game is drawn; [3] those with large points win and those with small points lose. " Print "* start the game *" # initialize four random integers 1-10 number1 = random.randint (1,10) number2 = random.randint (1,10) number3 = random.randint (1,10) number4 = random.randint (1,10) # initialize CPU and random list of people man_numbers = [number1, number2] cpu_numbers = [number3 Number4] # Total number of initialization CPU and people man_count = 0cpu_count = "initialization cycle ID flag_cpu = 1flag_man = define human behavior # * * * # calculate the total number of cards for i in man_numbers: man_count = man_count + iprint "your cards are% s"% man_numbersprint "your total cards are% s"% man_countif man_count
< 16: # 小于16则继续自动添加牌到16点以上 print "拥有的牌数小于16点，自动添加新牌到16点以上..." while flag_man == 1: man_random1 = random.randint(1, 10) # 获得随机值，保证每次取到的都是一个新的随机值 man_numbers.append(man_random1) # 把获得的随机值添加到列表中 man_count = man_count + man_numbers[-1] # 始终加上列表的最后一个值 if man_count >= 16 and man_count = 22: flag_man = 0 if man_count > = 22: flag_man = 0 print "" * * "print" your current total number of cards is% s "% man_count print" the current number of cards you have is% S "% man_numberselse: while flag_man = = 1: print" the number of cards you have is greater than 16:00 The total is s, do you want to continue to add new cards? " % man_count print "any key means to continue to ask for cards, enter uppercase Q or lowercase Q to indicate exit!" Get_key = raw_input ("Please enter:\ n") if get_key = ='Q' or get_key = = 'qvalues: flag_man = 0 else: man_random3 = random.randint (1,10) # get random values Make sure that each time you get a new random value man_numbers.append (man_random3) # add the obtained random value to the list man_count = man_count + man_numbers [- 1] # always add the last value of the list if man_count > = 22: flag_man = 0 print " * * "print" the total number of cards you currently have is% s "% man_count print". The card you currently have is% s "% man_numbers# * * # # define CPU behavior # * # calculate the total number of initial CPU for j in cpu_numbers: cpu_count = cpu_count + jif cpu_count
< 16: while flag_cpu == 1: # CPU获取随机值 cpu_random1 = random.randint(1, 10) cpu_numbers.append(cpu_random1) cpu_count = cpu_count + cpu_numbers[-1] if cpu_count >= 16: flag_cpu = 0 print "" * * "" print "CPU is the sum of% s"% cpu_count print "the card currently owned by CPU is% s"% cpu_numberselse: print "* * the sum of the "" print "CPU is% s"% cpu_count print "the current CPU has the card% s"% cpu_numbers# * # # compare CPU and human values # * * print "" * "if man_count > = 22 and cpu_count"
< 22: print "CPU赢了..." print "你的总数大于22，你输了..."elif man_count < 22 and cpu_count >= 22: print "you win." The total number of print "CPU is greater than 22 CPU lost..." elif man_count
