Question

The question is to make the game of war using Python. The information on how the cards will be represented and how the game will be played along with 2 sample runs is below.

Representation of the deck of cards:
The deck of cards will be simulated with integers of values from 1 to 13, where 1 represents the Ace, 11 the Jack, 12 the Queen, and 13 the King – these integers also represent the face values of the cards. Each card should be displayed as a pair (tuple) of the suit and its value, e.g., (Spades : 10), (Clubs : Jack), (Hearts : 5), (Diamonds : Ace), etc. In addition, your program will store two data structures called suits and values. The suits data structure is to store the names of the suits (Clubs, Spades, Diamonds, Hearts) and their
corresponding integer mapping. You can use either a dictionary or a 2D list for suits. For example, suits can represent information like this:

suits = {1: 'suitname1', 2: 'suitname2', ...}
or
suits = [[1, 'suitname1'], [2, 'suitname2'],...]

Similarly, values data structure will store the face values (Ace, 1, 2, .. King) and their corresponding integer mapping. Again, you can use either a dictionary or a 2D list for values.
For example, values can store information like this:

values = {1: 'Ace' , ... 13: 'King'}
or
values = [[1, 'Ace'],......,[13, 'King']]

The Game of Life N Death:

This is a 2 player game and the goal of this game is to collect ‘totLen’, (a user defined number) number of cards, first. The user can decide how many cards (num_cards) will be dealt for each hand and how many cards (totLen) should be collected to win. If the user enters values such that, totLen < num_cards, then your program must ask the user for valid numbers. To begin with, both players will be dealt hands of num_cards number of cards each, where each card is worth its face value. The players will play the top cards in their hands and the player having the card with higher face value takes both cards (this is one round). If both cards have the same value, they will be ignored. The game ends when one of the hands reaches totLen number of cards, (or the total number of round played exceeds 50). At the end, the player with the totLen (or the maximum number) of cards will be declared as the winner. Your program should print the winner and the total number of rounds played.

Note that your program should:

• Display current hands of both players.

• Invalid user inputs should be met with a repeated prompt.

Sample Run #1:

Select which game you want to play, enter 1 or 2.

1. Game of War

2. Game of Life N Death

> 2

How many cards you want to deal? 4

What is the size of the winning hand? 7

Player 1's hand:

(Diamonds:6)(Hearts:9)(Hearts:4)(Spades:3)

Player 2's hand:

(Hearts:Ace)(Diamonds:10)(Diamonds:King)(Diamonds:Ace)

Start>>

Player 1: Diamonds 6

Player 2: Hearts Ace

P1's hand

(Hearts:9)(Hearts:4)(Spades:3)(Diamonds:6)(Hearts:Ace)

P2's hand

(Diamonds:10)(Diamonds:King)(Diamonds:Ace)

Player 1: Hearts 9

Player 2: Diamonds 10

P1's hand

(Hearts:4)(Spades:3)(Diamonds:6)(Hearts:Ace)

P2's hand

(Diamonds:King)(Diamonds:Ace)(Hearts:9)(Diamonds:10)

Player 1: Hearts 4

Player 2: Diamonds King

P1's hand

(Spades:3)(Diamonds:6)(Hearts:Ace)

P2's hand

(Diamonds:Ace)(Hearts:9)(Diamonds:10)(Hearts:4)(Diamonds:King)

Player 1: Spades 3

Player 2: Diamonds Ace

P1's hand

(Diamonds:6)(Hearts:Ace)(Spades:3)(Diamonds:Ace)

P2's hand

(Hearts:9)(Diamonds:10)(Hearts:4)(Diamonds:King)

Player 1: Diamonds 6

Player 2: Hearts 9

P1's hand

(Hearts:Ace)(Spades:3)(Diamonds:Ace)

P2's hand

(Diamonds:10)(Hearts:4)(Diamonds:King)(Diamonds:6)(Hearts:9)

Player 1: Hearts Ace

Player 2: Diamonds 10

P1's hand

(Spades:3)(Diamonds:Ace)

P2's hand

(Hearts:4)(Diamonds:King)(Diamonds:6)(Hearts:9)(Hearts:Ace)(Diamonds:10)

Player 1: Spades 3

Player 2: Hearts 4

P1's hand

(Diamonds:Ace)

P2's hand

(Diamonds:King)(Diamonds:6)(Hearts:9)(Hearts:Ace)(Diamonds:10)(Spades:3)(Hearts:4)

The winner of Life N Death game is Player 2. Total round played: 7

Sample Run #2:

Select which game you want to play, enter 1 or 2.

1. Game of War

2. Game of Life N Death

> 2

How many cards you want to deal? 10

What is the size of the winning hand? 8

Invalid input!

How many cards you want to deal? 5

What is the size of the winning hand? 7

…

The winner of Life N Death game is ...

Answer 1

below is required code. let me know if you have nay problem or doubt. thank you.

=================================================================

import random


# class to represent card
class Card:
    # dict of suits
    suits = {1: "Clubs", 2: "Diamonds", 3: "Hearts", 4: "Spades"}
    # duct of face values
    values = {1: "Ace", 2: "2", 3: "3", 4: "4", 5: "5", 6: "6", 7: "7", 8: "8", 9: "9",
              10: "10", 11: "Jack", 12: "Queen", 13: "King"}

    def __init__(self, suit: int, value: int):
        self.suit = self.suits[suit]
        self.value = self.values[value]

    def __repr__(self):
        return "(" + self.suit + ":" + self.value + ")"

    def get_suit(self):
        return self.suit

    # returns a key associated with value to compare value of card
    def get_value(self):
        key_list = list(self.values.keys())
        value_list = list(self.values.values())
        return key_list[value_list.index(self.value)]

    def get_face_value(self):
        return self.value


# class to represent deck of cards
class Deck:
    def __init__(self):
        # create deck of 52 cards
        self.deck = []
        for i in range(4):
            for j in range(13):
                # add 1 as dict keys start from 1
                self.deck.append(Card(i + 1, j + 1))
        # shuffle the deck
        self.shuffle()

    # arrange cards in random order
    def shuffle(self):
        random.shuffle(self.deck)

    # draw a card from deck
    def draw(self):
        # give top card from deck
        return self.deck.pop(0)


# class to play The Game of War
class GameOfWar:
    # hand of players
    player1 = []
    player2 = []

    def __init__(self, number_of_cards: int):
        # create a new deck and deal number of cards to both player
        deck = Deck()
        # give cards to each player
        for i in range(number_of_cards):
            self.player1.append(deck.draw())
            self.player2.append(deck.draw())
        # play the game
        self.play()

    def play(self):
        score1 = 0  # score of player 1
        score2 = 0  # score of player 2
        # show hand of player
        print("Player 1's hand: ", end="")
        for c in self.player1:
            print(c, end="")
        print()  # print new hand in new line
        print("Player 2's hand: ", end="")
        for c in self.player2:
            print(c, end="")
        print()  # new line
        print("Start>>")
        # start the game
        while len(self.player1) > 0:
            # get top card from each player's hand
            card1 = self.player1.pop(0)
            card2 = self.player2.pop(0)
            # compute score for this card
            if card1.get_value() > card2.get_value():
                # player 1 has high value card
                score1 += 1
            if card1.get_value() < card2.get_value():
                # player 2 has high value card
                score2 += 1
            # print cards for player
            print("Player 1: " + card1.get_suit() + " " + card1.get_face_value())
            print("Player 2: " + card2.get_suit() + " " + card2.get_face_value())
            # print current score
            print("Scores>> Player 1: " + str(score1) + ",  Player 2: " + str(score2))
        # print the winner
        if score1 > score2:
            print("The winner of this round is Player 1 with " + str(score1 - score2) + " points.")
        elif score1 < score2:
            print("The winner of this round is Player 2 with " + str(score2 - score1) + " points.")
        else:
            print("This round is Draw!")


# class to play Game of Life N Death
class GameOfLifeNDeath:
    # hand of players
    player1 = []
    player2 = []

    def __init__(self, number_of_cards: int, totLen: int):
        # create a new deck and deal number of cards to both player
        deck = Deck()
        # create winning condition
        self.totLen = totLen
        self.round = 0  # number of round played so far
        # give cards to each player
        for i in range(number_of_cards):
            self.player1.append(deck.draw())
            self.player2.append(deck.draw())
        # play the game
        self.play()

    def play(self):
        # show hand of player
        print("Player 1's hand:")
        for c in self.player1:
            print(c, end="")
        print()  # print new hand in new line
        print("Player 2's hand:")
        for c in self.player2:
            print(c, end="")
        print()  # new line
        print("Start>>")
        # start the game
        while self.round < 50:  # play game till 50 rounds
            self.round += 1
            # get top card from each player's hand
            try:
                card1 = self.player1.pop(0)
                card2 = self.player2.pop(0)
            except IndexError:
                break
            # compare both card's face value
            if card1.get_value() > card2.get_value():
                # player 1 has high value card
                # add both cards at end of player 1's hand
                self.player1.append(card1)
                self.player1.append(card2)
            if card1.get_value() < card2.get_value():
                # player 2 has high value card
                # add both cards at end of player 2's hand
                self.player2.append(card1)
                self.player2.append(card2)
            # print cards for player
            print("Player 1: " + card1.get_suit() + " " + card1.get_face_value())
            print("Player 2: " + card2.get_suit() + " " + card2.get_face_value())
            # show hand of player
            print("Player 1's hand:")
            for c in self.player1:
                print(c, end="")
            print()  # print new hand in new line
            print("Player 2's hand:")
            for c in self.player2:
                print(c, end="")
            print()  # new line
            # check winning condition
            if (len(self.player1) >= self.totLen) or (len(self.player2) >= self.totLen):
                break
        # print the winner
        if len(self.player1) > len(self.player2):
            print("The winner of Life N Death game is Player 1")
        elif len(self.player1) < len(self.player2):
            print("The winner of Life N Death game is Player 2")
        else:
            print("This round is Draw!")


# main function
def main():
    game = 0
    while not (game == 1 or game == 2):
        # let user select a game to play
        game = input("Select which game you want to play, enter 1 or 2.\n"
                     "1. Game of War\n2. Game of Life N Death\n")
        if not game.isdigit():
            print("Enter a number")
        else:
            game = int(game)
            if game == 1:
                # prompt user for number of cards till get a valid input
                cards = 0
                while True:
                    num_of_cards = input("How many cards you want to deal? ")
                    # check for valid input
                    if num_of_cards.isdigit():
                        cards = int(num_of_cards)
                        # maximum 26 cards can be given to each player
                        if (cards > 0) and (cards < 27):
                            break
                        else:
                            print("Invalid input!")
                    else:
                        print("Invalid input!")
                # play a round of game
                GameOfWar(cards)
            elif game == 2:
                # prompt user for number of cards till get a valid input
                cards = 0
                while True:
                    num_of_cards = input("How many cards you want to deal? ")
                    # check for valid input
                    if num_of_cards.isdigit():
                        cards = int(num_of_cards)
                        # maximum 26 cards can be given to each player
                        if (cards > 0) and (cards < 27):
                            break
                        else:
                            print("Invalid input!")
                    else:
                        print("Invalid input!")
                totLen = 0
                while True:
                    totLen = input("What is the size of the winning hand? ")
                    # check for valid input
                    if totLen.isdigit():
                        totLen = int(totLen)
                        # totLen should be higher than initial card to win the game
                        if totLen > cards:
                            break
                        else:
                            print("Invalid input!")
                    else:
                        print("Invalid input!")
                # play a round of game
                GameOfLifeNDeath(cards, totLen)
            else:
                print("enter 1 or 2")


if __name__ == '__main__':
    main()

Run: Game of War "C:\Users\ASUS FX505\AppData\Local\Programs\Python Python37\python.exe" "C:/Users/ASUS FX505/PycharmProjects/MyProject/Game of War.py" Select which game you want to play, enter 1 or 2. 1. Game of War 2. Game of Life N Death + → IR 7 Di How many cards you want to deal? 4 What is the size of the winning hand? 7 Player l's hand: (Spades: 10) (Clubs: King) (Hearts:6) (Spades:8) Player 2's hand: (Clubs:7) (Spades: Queen) (Clubs:5) (Spades:5) Start >> Player 1: Spades 10 Player 2: Clubs 7 Player l's hand: (Clubs: King) (Hearts:6) (Spades: 8) (Spades: 10) (Clubs:7) Player 2's hand: (Spades: Queen) (Clubs:5) (Spades:5) Player 1: Clubs King Player 2: Spades Queen Player 1's hand: (Hearts:6) (Spades:8) (Spades: 10) (Clubs:7) (Clubs: King) (Spades: Queen) Player 2's hand: (Clubs:5) (Spades:5) Player 1: Hearts 6 Player 2: Clubs 5 Player 1's hand: (Spades:8) (Spades: 10) (Clubs:7) (Clubs: King) (Spades: Queen) (Hearts:6) (Clubs:5) Player 2's hand: (Spades:5) The winner of Life N Death game is Player 1 Process finished with exit code o 4: Run E 6: TODO Terminal Python Console

fa Game of War.py X import random # class to represent card -class Card: # dict of suits suits = {1: "Clubs", 2: "Diamonds", 3: "Hearts", 4: "Spades"} # duct of face values values = {1: "Ace", 2: "2", 3: "3", 4: "4", 5: "5", 6: "6", 7: "7", 8: "8", 9: "9", 10: "10", 11: "Jack", 12: "Queen", 13: "King"} def __init__(self, suit: int, value: int): self.suit = self.suits[suit] self.value = self.values [value] 16 of def _repr_(self): return "(" + self.suit + ":" + self.value + ")" def get_suit(self): return self.suit # returns a key associated with value to compare value of card def get_value(self): key_list = list(self.values.keys()) value_list = list(self.values.values()) return key_list[value_list.index(self.value)] def get_face_value(self): return self.value # class to represent deck of cards class Deck: definit (self).

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ta Game of War.py self.player1.append(deck.draw()) self.player2.append(deck.draw()) # play the game self.play() def play(self): score1 = 0 # score of player 1 score2 = 0 # score of player 2 # show hand of player print("Player l's hand: ", end="") for c in self.player1: print(c, end="") print() # print new hand in new line print("Player 2's hand: ", end="") for c in self.player2: print(s, end="") print() # new Line print("Start>>") # start the game while len(self.player1) > 0: # get top card from each player's hand card1 = self.player1.pop() card2 = self.player2.pop() # compute score for this card if card1.get_value() > card2.get_value(): # player 1 has high value card score1 += 1 card1.get_value() < card2.get_value(): # player 2 has high value card score2 += 1 # print cards for player print("Player 1: " + card1.get_suit() + " " + card1.get_face_value()) print("Player 2: " + card2.get_suit() + " " + card2.get_face_value()) if

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163 165 172 176 Game of War.py X 101 print("Player 2: + caraz.get_suit + - + caraz.get_race_value ] 162 # show hand of player print("Player l's hand:") 164 for c in self.player1: print(c, end="") 166 print() # print new hand in new Line print("Player 2's hand:") for c in self.player2: print(c, end="") 170 print() # new Line 171 # check winning condition if (len(self.player1) >= self.totlen) or (len(self.player2) >= self.totlen): 173 break 174 # print the winner 175 if len(self.player1) > len(self.player2): print("The winner of Life N Death game is Player 1") 177 elif len(self.player1) < len(self.player2): 178 print("The winner of Life N Death game is Player 2") 179 else: 180 print("This round is Draw!") 181 182 183 # main function 184 def main(): 185 game = 0 186 while not (game == 1 or game == 2): # Let user select a game to play game = input("Select which game you want to play, enter 1 or 2.\n" 189 "1. Game of War\n2. Game of Life N Death\n") if not game.isdigit(): print("Enter a number") 192 else: 193 game = int(game) 194 if game == 1: 187 188 190 191

te Game of War.py X 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 game = int(game) if game == 1: # prompt user for number of cards till get a valid input cards = 0 while True: num_of_cards = input("How many cards you want to deal? ") # check for valid input if num_of_cards.isdigit(): cards = int(num_of_cards) # maximum 26 cards can be given to each player if (cards > 0) and (cards < 27): break else: print("Invalid input!") else: print("Invalid input!") # play a round of game GameOfWar(cards) elif game == 2: # prompt user for number of cards till get a valid input cards = 0 while True: num_of_cards = input("How many cards you want to deal? ") # check for valid input if num_of_cards.isdigit(): cards = int(num_of_cards) # maximum 26 cards can be given to each player if (cards > 0) and (cards < 27): break else: print("Invalid input!") else: print("Invalid input!") 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225

e Game of War.py X 219 220 # maximum 26 cards can be given to each player if (cards > 0) and (cards < 27): break else: print("Invalid input!") else: print("Invalid input!") totLen = 0 while True: totlen = input("What is the size of the winning hand? ") # check for valid input if totLen.isdigit(): totlen = int(tot Len) # totLen should be higher than initial card to win the game if totLen > cards: break else: print("Invalid input!") else: print("Invalid input!") # play a round of game GameOfLifeNDeath(cards, totLen) else: print("enter 1 or 2") 242 243 244 245 | 246 247 if __name__ == '__main__': main()