Python:cpu and man's 21-point duel

# coding:utf-8# __author__:  Fairy also exam # __author time__: 2017/8/8import  randomprint  "" "Demand:     1, the initial CPU and people randomly own 2 cards,     2, each calculated the total number of initial 2 cards;     3, when possession of the number of cards is less than 16 automatically added a card,     4, new cards entered the calculation sum;     5, Man's calculation: when the greater than the 16-point time to choose whether to add cards, when the addition of the card is greater than or equal to 22 points, the automatic stop;     6, CPU calculation: When less than 16 points are automatically added to the card and calculate, when more than 16 points automatically stop;     7, the final value is compared     8, the comparison rule:     "1" is greater than or equal to 22 points, then the draw;      "2" are less than 22 points, if the two number is equal, then the draw;     "3" points large to win, the number of small people for the loss. "" "print " ***************  start Game  *************** "#  initialize 4 random 1-10 integers number1 =  Random.randint (1, 10) number2 = random.randint (1, 10) number3 = random.randint (1, &NBSP;10) Number4 = random.randint (1, 10) #  initializes the random list of CPUs and people man_numbers = [number1,  number2]cpu_numbers = [number3, number4]#  Initialize the total number of CPUs and people man_count = 0cpu_count = 0#  initialize the cyclic identity flag_cpu = 1flag_man =  1# **************************************# #############  Defining Human Behavior  ############## * #  calculates the total number of initial people obtained for i in man_numbers:     man_count = man_count + iprint  "The card you have is  %s "  % man_ numbersprint  "Your total number of cards is  %s"  % man_countif man_count < 16:  #   Less than 16 continue to automatically add cards to more than 16 points     print  "has a number of cards less than 16 points, automatically add new cards to more than 16 points ..."      while flag_man == 1:        man_random1 =  random.randint (1, 10)      #  get random values to ensure that each fetch is a new random value          man_numbers.append (MAN_RANDOM1)     #  Add the obtained random values to the list         man_count = man_count + man_numbers[-1]   #  always adds the last value of the list         if man_count >= 16 and man_count  <22:            while flag_man  == 1:                 print  "You have a number of cards more than 16 points, the total is  %s, do you need to continue to add new cards?" " % man_count                 print  "Any key to continue to the card, enter the uppercase Q or lowercase q, indicating exit!" "                get_key  = raw_input ("Please enter: \ n")                  if get_key ==  ' q '  or get_key ==  ' Q ':                     flag_man = 0                 else:                     man_random2 =  random.randint (1, 10)    #  get random values to ensure that each fetch is a new random value                      man_numbers.append ( MAN_RANDOM2)    #  Add the obtained random values to the list                      man_count = man_count + man_ numbers[-1]  #  always add the last value of the list                      if man_count >= 22:        &nbSp;                flag_man  = 0        if man_count >= 22:             flag_man = 0     print  "" "******************************" ""     print  "your current total number of cards is  %s"  % man_count    print  "The card you currently have is  %s"  % man_numberselse:     while flag_man == 1:        print   "You have more than 16 points, the total is  %s, do you need to continue to add new cards?" " % man_count        print " any key means to continue to the card, enter the uppercase Q or lowercase q, indicating exit! "        get_key = raw_input (" Please enter: \ n ")          if get_key ==  ' q '  or get_key ==  ' Q ':            flag_man = 0         else:             man_random3 = random.randint (1, 10)   #  get random values to ensure that each fetch is a new random value              man_numbers.append (MAN_RANDOM3)    #   Add the obtained random values to the list             man_count =  man_count + man_numbers[-1]  #  always adds the last value of the list              if man_count >= 22:                 flag_man = 0     print  "" "******************************" ""     print  "the current total number of your cards is  %s"  %  man_count    print  "The card you have now is  %s"  % man_numbers# **************************************#  #############  Define CPU Behavior  ############# **************************************#  Calculates the total number of initial CPUs obtained for j in cpu_numbers:    cpu_count = cpu_count +  jif cpu_count < 16:    while flag_cpu == 1:  &NBSP;&NBSP;&NBSP;&NBSP;&NBSP;&NBSP;&NBSP;#&NBSP;CPU get random values         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 sum is  %s " % cpu_count     print  "Current CPU-owned cards are  %s"  % cpu_numberselse:    print  "" " "" "    print " CPU sum is  %s " % cpu_count     print  "Current CPU-owned card is  %s"  % cpu_numbers# ************************ # #########  comparison of CPU and human values  ############ ************************************** print  "" "******************************" "" If man_count >= 22 and cpu_count  < 22:    print  "CPU wins ..."     print  "your total is greater than 22, You lost ... "elif man_count < 22 and cpu_count >= 22:     print  "You win ..."     print  "total number of CPUs is greater than 22,cpu lost ..." elif man_count < = 21 and cpu_count <= 21:    if man_count > cpu_count:         print  "You won ..."         print   "Your total is:%s"  % man_count        print  "CPU lost ..."         print  "Total number of CPUs:%s"  % cpu_count     elif man_count < cpu_count:        print   "CPU wins ..."         print  "total number of CPUs:%s"  % cpu_count         print  "You lost ..."          print  "Your total is:%s"  % man_count    else:         print  "Draw ..."         print  "you and the total number of CPUs:%s"  % man_countelse:    print  "Draw ..."     print  "you and the total number of CPUs are greater than ..." print  "* * * * * * * * *   Game Over  *************** "

This article is from the "as1024" blog, make sure to keep this source http://as1024.blog.51cto.com/12241298/1954497

Python:cpu and man's 21-point duel