In Checkpoint B, the game will be playable as a two-player game, albeit the competition will be a computer player who makes moves randomly.Implement these functions from the template following the description (specification) in their docstring:shuffle()replace_deck()deal_initial_hands()play_hand() should be extended to support 'random' modeThe main function to drive the game has been provided.In 'interactive' mode, play_hand() should behave the same way as in Part AIn 'random' mode, the computer selects actions randomly. Compared to 'interactive' mode:Every call to input() for the player should be replaced with a random choiceExtra printed feedback for the player should be omittedFor testing, we have hard-coded the seed 26 for the random sourceHint: you can use random.randint(x, y) to select a number between x and y, inclusive. In particular, "flipping a coin" would be accomplished via random.randint(0, 1)Sample input/outputWhen the inputs are:yes1noyes9The expected behavior is (inputs are shown in-line)--------------------------------------------------Deck: [3, 2]Discard pile: [7]Your current rack is: [9, 5, 1]Computer rack is: [4, 8, 6]The top discard card is 7Do you want it? (yes or no):yes Enter the card in your rack to discard:1 Your new rack is: [9, 5, 7]Computer rack is: [4, 8, 1]--------------------------------------------------Deck: [3, 2]Discard pile: [6]Your current rack is: [9, 5, 7]Computer rack is: [4, 8, 1]The top discard card is 6Do you want it? (yes or no): noThe card from the deck is 2Do you want it? (yes or no): yesEnter the number of the card you want to kick out: 9Your new rack is: [2, 5, 7]HUMAN WINS! with hand of [2, 5, 7] 1 def shuffle (card_pile):234567891516101112 def replace_deck(discard):1314303132333435363738394041424344454647484950515253541718192021222324 def deal initial_hands (deck, rack_size):25"""Deals inital hands to two players.69707172737475767778798081828326 Cards are dealt one at a time, alternating.Player 2 gets the first card.272829848586878889909192939495969798998001029304"""Shuffles the pile of cards.05Parameters:card_pile (list): draw deck or discard pile0637Returns: None9839pass1011"""Shuffle the discard pile and use it as the new draw deck.Parameters:discard (list): the current discard pileReturns:two lists: the new draw deck and the new discard pilepass555657585960 if __name__ == '___main___':6162636465666768Parameters:deck (list): the draw deckrack_size (int): the number cards to deal to each playerReturns:two lists: the racks for Player 1 and Player 2.passdef play_hand(rack, deck, discard, mode='interactive'):"""Plays a single hand of Racko. See input/output in documentation.Parameters:rack (list): the player's handdeck (list): the deck used to draw new cardsdiscard (list): the deck used for the discard pileReturns: Noneif mode'interactive':# COPY FROM PART Apasselif mode == 'random':# adapt the interactive player,# but make all choices randomly and remove print statementspass"""Plays a two-player game of Racko with a human and computer player'random.seed (26)num_cards = 9 # 9, 12, 60rack_size = 3 # 3, 4, 10# A draw deckdeck = list (range (1, num_cards+1))shuffle(deck)#deal initial handshuman_hand, computer_hand = deal_initial_hands (deck, rack_size)# An empty discard pilediscard = []# To start, take the top of the deck and put it on the discarddiscard_card = get_top_card (deck)add_card_to_discard (discard_card, discard)while not check_racko(human_hand) and not check_racko(computer_hand)print('-'*50)print('Deck:', deck)print('Discard pile:', discard)print('Your current rack is:', human_hand)print('Computer rack is:', computer_hand)play_hand (human_hand, deck, discard, mode='interactive')print('Your new rack is:', human_hand)if len(deck) == 0:print("\nHuman: Deck is empty. Shuffling discard pile.")deck, discard = replace_deck (discard)elif check_racko(human_hand):breakplay_hand (computer_hand, deck, discard, mode="random')print('Computer rack is:', computer_hand)if len(deck) == 0:print("\nComputer: Deck is empty. Shuffling discard pile."]deck, discard replace_deck (discard)else:if check_racko (human_hand):print("HUMAN WINS! with hand of", human_hand)print("COMPUTER WINS! with hand of", computer_hand)

Python is often used as a support language for software developers, for build control and…

In Checkpoint B, the game will be playable as a two-player game, albeit the competition will be a computer player who makes moves randomly. Implement these functions from the template following the description (specification) in their docstring: shuffle() replace_deck() deal_initial_hands() play_hand() should be extended to support 'random' mode The main function to drive the game has been provided. In 'interactive' mode, play_hand() should behave the same way as in Part A In 'random' mode, the computer selects actions randomly. Compared to 'interactive' mode: Every call to input() for the player should be replaced with a random choice Extra printed feedback for the player should be omitted For testing, we have hard-coded the seed 26 for the random source Hint: you can use random.randint(x, y) to select a number between x and y, inclusive. In particular, "flipping a coin" would be accomplished via random.randint(0, 1) Sample input/output When the inputs are: yes 1 no yes 9 The expected behavior is (inputs are shown in-line) -------------------------------------------------- Deck: [3, 2] Discard pile: [7] Your current rack is: [9, 5, 1] Computer rack is: [4, 8, 6] The top discard card is 7 Do you want it? (yes or no): yes Enter the card in your rack to discard: 1 Your new rack is: [9, 5, 7] Computer rack is: [4, 8, 1] -------------------------------------------------- Deck: [3, 2] Discard pile: [6] Your current rack is: [9, 5, 7] Computer rack is: [4, 8, 1] The top discard card is 6 Do you want it? (yes or no): no The card from the deck is 2 Do you want it? (yes or no): yes Enter the number of the card you want to kick out: 9 Your new rack is: [2, 5, 7]

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Sample input/output

When the inputs are:

yes

The expected behavior is (inputs are shown in-line)

--------------------------------------------------

Deck: [3, 2]

Discard pile: [7]

Your current rack is: [9, 5, 1]

Computer rack is: [4, 8, 6]

The top discard card is 7

Do you want it? (yes or no):

yes Enter the card in your rack to discard:

1 Your new rack is: [9, 5, 7]

Computer rack is: [4, 8, 1]

--------------------------------------------------

Deck: [3, 2]

Discard pile: [6]

Your current rack is: [9, 5, 7]

Computer rack is: [4, 8, 1]

The top discard card is 6

Do you want it? (yes or no): no

The card from the deck is 2

Do you want it? (yes or no): yes

Enter the number of the card you want to kick out: 9

Your new rack is: [2, 5, 7]

HUMAN WINS! with hand of [2, 5, 7]

1 def shuffle (card_pile):
2
3
4
5
6
7
8
9
15
16
10
11
12 def replace_deck(discard):
13
14
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
17
18
19
20
21
22
23
24 def deal initial_hands (deck, rack_size):
25
"""Deals inital hands to two players.
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
26 Cards are dealt one at a time, alternating.Player 2 gets the first card.
27
28
29
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
80
01
02
93
04
"""Shuffles the pile of cards.
05
Parameters:
card_pile (list): draw deck or discard pile
06
37
Returns: None
98
39
pass
10
11
"""Shuffle the discard pile and use it as the new draw deck.
Parameters:
discard (list): the current discard pile
Returns:
two lists: the new draw deck and the new discard pile
pass
55
56
57
58
59
60 if __name__ == '___main___':
61
62
63
64
65
66
67
68
Parameters:
deck (list): the draw deck
rack_size (int): the number cards to deal to each player
Returns:
two lists: the racks for Player 1 and Player 2.
pass
def play_hand(rack, deck, discard, mode='interactive'):
"""Plays a single hand of Racko. See input/output in documentation.
Parameters:
rack (list): the player's hand
deck (list): the deck used to draw new cards
discard (list): the deck used for the discard pile
Returns: None
if mode
'interactive':
# COPY FROM PART A
pass
elif mode == 'random':
# adapt the interactive player,
# but make all choices randomly and remove print statements
pass
"""Plays a two-player game of Racko with a human and computer player'
random.seed (26)
num_cards = 9 # 9, 12, 60
rack_size = 3 # 3, 4, 10
# A draw deck
deck = list (range (1, num_cards+1))
shuffle(deck)
#deal initial hands
human_hand, computer_hand = deal_initial_hands (deck, rack_size)
# An empty discard pile
discard = []
# To start, take the top of the deck and put it on the discard
discard_card = get_top_card (deck)
add_card_to_discard (discard_card, discard)
while not check_racko(human_hand) and not check_racko(computer_hand)
print('-'*50)
print('Deck:', deck)
print('Discard pile:', discard)
print('Your current rack is:', human_hand)
print('Computer rack is:', computer_hand)
play_hand (human_hand, deck, discard, mode='interactive')
print('Your new rack is:', human_hand)
if len(deck) == 0:
print("\nHuman: Deck is empty. Shuffling discard pile.")
deck, discard = replace_deck (discard)
elif check_racko(human_hand):
break
play_hand (computer_hand, deck, discard, mode="random')
print('Computer rack is:', computer_hand)
if len(deck) == 0:
print("\nComputer: Deck is empty. Shuffling discard pile."]
deck, discard replace_deck (discard)
else:
if check_racko (human_hand):
print("HUMAN WINS! with hand of", human_hand)
print("COMPUTER WINS! with hand of", computer_hand)

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.