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Requirements for Your M5 Assignment 1 Pseudocode for Program Integration For the first module, write the pseudocode to process these tasks: (Note: lines beginning with # are comments with tips for you) 1. From the random module import randint to roll each die randomly a. # in pseudocode, import a random function b. # the name is helpful for the next M5-2 assignment 2. Define a class called Dice a. In Python, the syntax has a colon after it: class Dice(): b. In pseudocode, you can specify it generally or be specific 3. Under the class declaration, list the attributes. Here are some tips: a. # attributes are what we know about a single die (dice is plural) b. # self is the first attribute in Python and must always appear first c. # add a num_sides attribute and to set it to 6 for the 6 sides on the dice 4. Define a method for roll(self) a. # it describes what happens when we roll a single die b. # in the code, it will look like this example i. def __init__(self, dice_sides=6): ii. # in pseudocode, we do not worry about the punctuation iii. # just list it as part of your logic 5. Under roll(self), return a random int value between 1 and self.dice_sides 6. Save this file as M5Lab1ii - you can save it as MS Word or a text file.

Requirements for Your M5 Assignment 1 Pseudocode for Program Integration For the first module, write the pseudocode to process these tasks: (Note: lines beginning with # are comments with tips for you) 1. From the random module import randint to roll each die randomly a. # in pseudocode, import a random function b. # the name is helpful for the next M5-2 assignment 2. Define a class called Dice a. In Python, the syntax has a colon after it: class Dice(): b. In pseudocode, you can specify it generally or be specific 3. Under the class declaration, list the attributes. Here are some tips: a. # attributes are what we know about a single die (dice is plural) b. # self is the first attribute in Python and must always appear first c. # add a num_sides attribute and to set it to 6 for the 6 sides on the dice 4. Define a method for roll(self) a. # it describes what happens when we roll a single die b. # in the code, it will look like this example i. def __init__(self, dice_sides=6): ii. # in pseudocode, we do not worry about the punctuation iii. # just list it as part of your logic 5. Under roll(self), return a random int value between 1 and self.dice_sides 6. Save this file as M5Lab1ii - you can save it as MS Word or a text file.

Database System Concepts
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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CCDConnect < C X Dashboard - CCD X M5 Assignment 1 x ▸ How to install Or X https://mycourses.cccs.edu/d21/le/content/83491/viewContent/6197961/View Requirements for Your M5 Assignment 1 Pseudocode for Program Integration For the first module, write the pseudocode to process these tasks: (Note: lines beginning with # are comments with tips for you) 2. Define a class called Dice PDF Oracle 12c SQL ( 1. From the random module import randint to roll each die randomly a. # in pseudocode, import a random function b. # the name is helpful for the next M5-2 assignment a. In Python, the syntax has a colon after it: class Dice(): b. In pseudocode, you can specify it generally or be specific 3. Under the class declaration, list the attributes. Here are some tips: a. # attributes are what we know about a single die (dice is plural) b. # self is the first attribute in Python and must always appear first c. # add a num_sides attribute and to set it to 6 for the 6 sides on the dice 4. Define a method for roll(self) a. # it describes what happens when we roll a single die b. # in the code, it will look like this example i. def __init__(self, dice_sides=6): ii. # in pseudocode, we do not worry about the punctuation iii. # just list it as part of your logic 5. Under roll(self), return a random int value between 1 and self.dice_sides 6. Save this file as M5Lab1ii - you can save it as MS Word or a text file. … Word | Microsoft X w Hands On Assign X + A {" @ 00 6:14 PM 11/26/2022 x + +
Transcribed Image Text:CCDConnect < C X Dashboard - CCD X M5 Assignment 1 x ▸ How to install Or X https://mycourses.cccs.edu/d21/le/content/83491/viewContent/6197961/View Requirements for Your M5 Assignment 1 Pseudocode for Program Integration For the first module, write the pseudocode to process these tasks: (Note: lines beginning with # are comments with tips for you) 2. Define a class called Dice PDF Oracle 12c SQL ( 1. From the random module import randint to roll each die randomly a. # in pseudocode, import a random function b. # the name is helpful for the next M5-2 assignment a. In Python, the syntax has a colon after it: class Dice(): b. In pseudocode, you can specify it generally or be specific 3. Under the class declaration, list the attributes. Here are some tips: a. # attributes are what we know about a single die (dice is plural) b. # self is the first attribute in Python and must always appear first c. # add a num_sides attribute and to set it to 6 for the 6 sides on the dice 4. Define a method for roll(self) a. # it describes what happens when we roll a single die b. # in the code, it will look like this example i. def __init__(self, dice_sides=6): ii. # in pseudocode, we do not worry about the punctuation iii. # just list it as part of your logic 5. Under roll(self), return a random int value between 1 and self.dice_sides 6. Save this file as M5Lab1ii - you can save it as MS Word or a text file. … Word | Microsoft X w Hands On Assign X + A {" @ 00 6:14 PM 11/26/2022 x + +
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