In class assignment 1. Write a program to play a very modified version of spades

Question

In class assignment 1. Write a program to play a very modified version of spades. The program will select two hands of 5 cards for a single player and the computer dealer. The hands should be chosen using a function and the random methods we discussed in class. Your function should call another function to check the individual cards in a hand to be sure that they have not been used in the other hand. If so, then another card will be chosen at random until a hand can be formed. After the second hand is dealt, all cards are available again. A winner of the game will be chosen using a function and is based on the sum of all cards in the hand. The sum of the cards will be calculated as follows: 2, 3, .. 10 face value Jacks 11 Queens 12 Kings 13 Aces 14 The suit of the cards is used as a multiplier. Spades are worth 2 times the face value giving an advantage to any hands containing spades. All other suits(Diamonds, Clubs and Hearts) are worth face value only You can use the following code to create a sorted list of cards by suit or create it manually if you have trouble with the syntax: cards sorted(sorted((str(n)ts for n in range(1,15) for s in ('D',C ),key lambda x: int(x( len(x)-1]), key lambda x: x(-1])

Explanation / Answer

#Import the header files
from random import randint
#Define a method
def hand_method_generation():
    #Initialize the variables
    o_hand = {}
    cnt = 0
    #while loop until "cnt"
    while cnt != 10:
        #while loop until "true"
        while True:
            #update the variable
            s_ran = randint(1,4)
            c_rand = randint(2,14)
            o_card = (s_ran, c_rand)
            #"if" condition until "o_hand"
            if not o_card in o_hand:
                #break statement
                break
        #updation
        o_hand[o_card] = 1
        cnt += 1
    #updation
    o_hnds = o_hand.keys()
    #return statement
    return o_hnds[:len(o_hnds)/2], o_hnds[len(o_hnds)/2:]
#Define a method "met_scr_hand"
def met_scr_hand(o_hand):
    #Initialize the variable
    o_sre = 0
    #"for" loop until "o_hand"
    for o_card in o_hand:
        #Verification statement
        if(o_card[0] == 4):
            #updation
            o_sre += o_card[1]*2
        #"else" part
        else:
            #updation
            o_sre += o_card[1]
    #returning statement
    return o_sre
#define a method "spd_met"
def spd_met():
     #Initialize the variable
    (h1, h2) = hand_method_generation()
    #Initialize the variable
    o_suit = {}
    o_suit[1] = "clubes"
    o_suit[2] = "diamond"
    o_suit[3] = "heart"
    o_suit[4] = "spade"
    #Initialize the variable
    o_hand = {}
    #"for" loop until "ind"
    for ind in range (2, 11):
        #Initialize the variable
        o_hand[ind] = str(ind)
    #Initialize the variable
    o_hand[11] = "Jack"
    o_hand[12] = "Queen"
    o_hand[13] = "King"
    o_hand[14] = "Ace"
    #Printing statement
    print ("Player 1 Card: ")
    #Initialize the variable
    cnt = 1
    #"for" loop until "o_card"
    for o_card in h1:
        #Printing statement
        print ("Card #%d: Suit: %s Card: %s" % (cnt, o_suit[o_card[0]], o_hand[o_card[1]]))
        #Updation
        cnt += 1
    #Printing statement
    print ("Player 2 Card: ")
    #Initialize the variable
    cnt = 1
    #"for" loop until "o_card"
    for o_card in h2:
        #Printing statement
        print ("Card #%d: Suit: %s Card: %s" % (cnt, o_suit[o_card[0]], o_hand[o_card[1]]))
        #Updation
        cnt += 1

    #Initialize the variable
    s1 = met_scr_hand(h1)
    s2 = met_scr_hand(h2)
    #Verification statement
    if s1 > s2:
        #Printing statement
        print ("Player 1 win")
    #Verification statement
    elif s1 < s2:
        #Printing statement
        print ("Player 2 win")
    #Verification statement
    else:
        #Printing statement
        print ("Tie")
#Call the function "spd_met"
spd_met()

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