Question

in python.

automatic upvote for correct answer. This is my first exposure to OOP and I'm really trying to grasp these concepts but they aren't coming fast.

For Programming Assignment 11, it is required to include properly_formatted docstrings for Classes, as well as include properly formatted docstrings with purpose statements and signatures for all functions you define. If you don't include properly formatted docstrings with purpose statements and signatures for all functions you define for Programming Assignment 10, your Programming Assignment will not be rejected: instead, a total of 50% will be deducted from your entire Programming Assignment 10 grade, after all your answers are graded! m with a class Bike for bicycle objects, and save it to a file named pall-a.py The class constructor should create the attributes name and tire pressure for a new object. The constructor should have a parameter for the bike's name with a default value of "Celerifere" and a parameter for the bike's tire pressure level, with a default value of 0. Note: unlike last week's Electric Scooter class constructor, which had no parameters, we want the Bike class to accept one optional parameter (the Bike's name) and another optional parameter (the Bike's tire pressure level). We need default values for those parameters, since they are optional please refer to Reading Assignment ll about optional parameters. o If a value of less than 0 is passed to the parameter for the bike's tire pressure level, the bike's initial tire pressure level should be set to 0. The class should also have a method, status(), that displays an object's name and tire pressure values. In your IDLE shell interaction, you should instantiate at least four distinct Bike objects and call their status() method to test the various aspects of the class constructor B. Write a program with a Player class for a player, and save it to a file named pall-b.py. A player can carry a limited number of items, represented by strings. The class should define the following attributes: name for the player's name. max_items for the maximum number of items the player can carry at one time. o items for the list of items that the player carries. The class should define the following methods: inventory() should display the items that the player carries, or a message saying that the player has no items. o take() should have a parameter to receive the item to be added to the player's set of items. The method should add the item to the player's items as long as adding it doesn't exceed the maximum number of items the player can carry, otherwise, the method should display a message saying that the player can't carry any more items. drop() should have a parameter to receive the item to be removed from the player's set of items. If the item exists in the player's set of items, the method should remove it; otherwise, the method should display(1) a message the player doesn't carry that item. Your IDLE shell interaction should instantiate a Player object and call its take() and drop() methods several times, to test the various outcomes. C. Continue from Task A: modify your program from Task A, and save the modified program to a file named pall-c.py. Modify the code you wrote for your Task A solution, by adding two methods to your Bike class: ride() should have a parameter to receive the distance for the bike to ride. Name this parameter distance. In the ride() method, use the value received in the distance parameter thus: . if the distance value is less than or equal to the object's tire pressure attribute multiplied by 1000, then the bike has enough tire ressure to ride

Answer 1

Code:

# class has attributes and member methods
class Bike:
  
# constructor for class
# no return
def __init__(self, name = 'Celerifere', tire_pressure = 0):
self.name = name
  
# first check for tire_pressure
if(tire_pressure < 0):
self.tire_pressure = 0
else:
self.tire_pressure = tire_pressure
  
# method - displays object's attributes
# input parameters - the object itself
# return - none
def status(self):
  
print(self.name, self.tire_pressure)

Sample run:

Code screenshot: