shuffle(cards) : Shuffles the 52 cards in a new list, such that the list of cards is ordered randomly, while leaving the original list of 52 cards unchanged. Shuffle returns the "shuffled deck" to the caller. Input parameters: a list of cards, not shuffled. Return value: a list of cards, shuffled. The original list is not modified (aka "mutated") deal(number_of_hands, number_of_cards, cards): Takes the number of hands (up to 4), number of cards per hand (up to 13), and the deck of cards to deal from. Your function should return a list containing all of the hands that were dealt. Each hand will be a represented as a list of cards. Therefore, this function will return a list of lists. Input parameters: number of hands -> int, number of cards -> int, cards -> list. Return value: a list of hands, where each hand is itself a list of cards dealt.
shuffle(cards) : Shuffles the 52 cards in a new list, such that the list of cards is ordered randomly, while leaving the original list of 52 cards unchanged. Shuffle returns the "shuffled deck" to the caller. Input parameters: a list of cards, not shuffled. Return value: a list of cards, shuffled. The original list is not modified (aka "mutated") deal(number_of_hands, number_of_cards, cards): Takes the number of hands (up to 4), number of cards per hand (up to 13), and the deck of cards to deal from. Your function should return a list containing all of the hands that were dealt. Each hand will be a represented as a list of cards. Therefore, this function will return a list of lists. Input parameters: number of hands -> int, number of cards -> int, cards -> list. Return value: a list of hands, where each hand is itself a list of cards dealt.
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
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this is a python deck of card question, please help with the questions thank you!!
heres my code:
import random
def card_draw():
suits = ["s", "h", "d", "c" ]
faces = ["2","3","4","5","6","7","8","9","T","J","Q","K","A"]
deck = [ ]
for suit in suits:
for face in faces:
deck.append((face+suit[0]))
return deck
def shuffled_deck( ):
#card_draw()
new = [ ]
# n = random.shuffle(card_draw())
new.append(random.shuffle(card_draw()))
return new
def main():
print("Original deck is:")
print(card_draw())
print("The shuffled deck is:")
print(shuffled_deck)
if __name__ == "__main__":
main()
Transcribed Image Text:### Educational Website Content
#### Shuffle and Deal Functions for a Deck of Cards
- **shuffle(cards):**
- This function randomizes the order of 52 cards, creating a new list while preserving the original order of cards. It returns the "shuffled deck" to the caller.
- **Input parameters:**
- `cards`: A list of 52 cards that are not shuffled.
- **Return value:**
- A new shuffled list of cards. The original list remains unchanged (not "mutated").
- **deal(number_of_hands, number_of_cards, cards):**
- This function deals a specified number of hands (up to 4), with each hand containing a specified number of cards (up to 13), from a deck.
- The function returns a list where each element is a list representing a hand of cards dealt.
- **Input parameters:**
- `number_of_hands`: Integer indicating how many hands to deal.
- `number_of_cards`: Integer indicating how many cards per hand.
- `cards`: A list representing the deck of cards to deal from.
- **Return value:**
- A list of hands, where each hand is represented as a list of cards.
#### Example Test Output
- **Original Deck:**
Presented as a sequence of card values before shuffling.
- **Shuffled Deck:**
The same cards are rearranged in a random order.
- **Dealt One Hand:**
Displays a list of hands dealt from the shuffled deck. Each sub-list represents a hand of cards.
- **Cards Left in Deck:**
Shows the remaining cards in the deck after dealing out the hands, demonstrating how many cards are left.
The example demonstrates the program execution within a Python environment, indicating the initial setup and results of using the functions to shuffle and deal cards.
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