ObjectiveThe objective of this lab is to create the beginnings for a python-based card game. We DO NOT expect a fully functioning card game. What we do expect is that youcreate a main function and various functions that will accomplish the following goals:• Build a single-dimension array to keep track of the location of every card• DO NOT move cards around.. Just use the array to keep track of where each card is• All card data is really integers - Use other arrays to translate integers to suits, ranks, and player names• All cards will start in the DECK• Write a function that translates a card number to a card name. HINT - look at the suitName and rankName arrays• Write a function to assign a card to a given player• Dealing a card involves picking a card number and assigning a new location to the corresponding element of cardLoc• Write a function that displays the location of every card. (Early versions should show numeric values for the card number and location. Later versions can includestring values for prettier output.)• Write a function that prints the name of every card in a given handStarter CodePlease begin by copying the following code to your editor. You will not need to change my code at all, (in fact, you may not change the main code) but you will need toadd several new functions to make it work correctly.cardGame.pybasic card game frameworkkeeps track of card locations for as many hands as neededfrom random import *NUMCARDS - 52DECK - 0PLAYER - 1COMP - 2cardLoc - [0] * NUMCARDSsuitName - ("hearts", "diamonds", "spades", "clubs")rankName - ("Ace", "Two", "Three", "Four", "Five", "Six", "Seven","Eight", "Nine", "Ten", "Jack", "Queen", "King")playerName = ("deck", "player", "computer")def main():clearDeck()for i in range(5):assignCard(PLAYER)assignCard(COMP)showDeck()showHand(PLAYER)showHand(COMP) HintsThis assignment tends to trip people up. It is not difficult to write, but I'm asking you to think in a way that may be completely unfamiliar to you. The key to this programis the way the cards are organized in computer memory, which is NOT the way they work in real life.If you search for online help on this project, I'm pretty certain you'll get advice that will confuse you more than it helps. It's no shame to be confused. I've seen thisassignment on stackoverflow and reddit, and most advice on these sites is going to confuse you more than it helps. The solution I'm looking for here is much cleanerthan most of the card implementations you'll find online once you understand it. Use that kind of resource for general information, but never as a tool to answerhomework problems. If you have found a solution online, we have probably already seen it too, and we'll know if you turn it in. Just ask for clarification from me or yourTA if you're getting lost.. (this would be a bad week to miss recitation..)• Most people make this way too complicated• You don't need any arrays didn't already give you• Do not use a two-dimensional array (unless you want to for the blackbelt challenge)• Computer memory does not work like actual cards. You are not really moving things around.• You are storing a DATABASE of card LOCATIONS. This is actually more powerful than storing cards themselves, but it's not the way humans do it.Card numbersIt may help to think of the card numbers like this:1 2 3 4 5 6 7 8 9 10 11 1213 14 15 16 17 18 19 20 21 22 23 24 2526 27 28 29 30 31 32 33 34 35 36 37 3839 40 41 42 43 44 45 46 47 48 49 50 51Note there are 4 rows and 13 columns. I wonder if there is an easy mathematical way to find the row and column of a number in this matrix? How could that be helpful?

% define a packagefrom random import randint % define and assign valuesNumCard = 52DECK = 0Player =…

ctive of this lab is to create the beginnings for a python-based card game. We DO NOT expect a fully functioning card game. What we do expect is that you main function and various functions that will accomplish the following goals: la single-dimension array to keep track of the location of every card NOT move cards around. Just use the array to keep track of where each card is ard data is really integers - Use other arrays to translate integers to suits, ranks, and player names ards will start in the DECK e a function that translates a card number to a card name. HINT - look at the suitName and rankName arrays e a function to assign a card to a given player ing a card involves picking a card number and assigning a new location to the corresponding element of cardLoc e a function that displays the location of every card. (Early versions should show numeric values for the card number and location. Later versions can include g values for prettier output.) e a function that prints the name of every card in a given hand er Code egin by copying the following code to your editor. You will not need to change my code at all, (in fact, you may not change the main code) but you will need to eral new functions to make it work correctly. Game.py ic card game framework os track of card locations for as many hands as needed ndom import * 5- 52 - 1 - [0] * NUMCARDS e- ("hearts", "diamonds", "spades", "clubs") e- ("Ace", "Two", "Three", "Four", "Five", "Six", "Seven", "Eight", "Nine", "Ten", "Jack", "Queen", "King") ame = ("deck", "player", "computer") Deck() in range(5): ignCard(PLAYER)) gnCard(COMP) eck() and(PLAYER) and(COMP)

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