def wear_tires(car): tire -=1 def use_gas(car): gas -=1 c = Car() # You need to make this part for i in range(100): if the car needs a pitstop: perform pitstop else: wear_tires(c) use_gas(c) # Display the current cars wear in a much better format print(c.tire) print(c.gas) print(“Current Lap is: “ , i) For this task, you will have to use this for loop and build out the two methods in the main Python program. To use the above code, you must build two pieces of information. A
def wear_tires(car): tire -=1 def use_gas(car): gas -=1 c = Car() # You need to make this part for i in range(100): if the car needs a pitstop: perform pitstop else: wear_tires(c) use_gas(c) # Display the current cars wear in a much better format print(c.tire) print(c.gas) print(“Current Lap is: “ , i) For this task, you will have to use this for loop and build out the two methods in the main Python program. To use the above code, you must build two pieces of information. A
Chapter6: Looping
Section: Chapter Questions
Problem 4GZ
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Concept explainers
OOPs
In today's technology-driven world, computer programming skills are in high demand. The object-oriented programming (OOP) approach is very much useful while designing and maintaining software programs. Object-oriented programming (OOP) is a basic programming paradigm that almost every developer has used at some stage in their career.
Constructor
The easiest way to think of a constructor in object-oriented programming (OOP) languages is:
Question
You will build a program to manage a race car in this assessment. The code will consist of a for-loop method that will run a car around a race track and cause “wear and tear” on the car. The car will perform x number of laps and will have to make pitstops when it either runs out of gas or needs a tire replacement. The for loop will be simple
def wear_tires(car):
tire -=1
def use_gas(car):
gas -=1
c = Car() # You need to make this part
for i in range(100):
if the car needs a pitstop:
perform pitstop
else:
wear_tires(c)
use_gas(c)
# Display the current cars wear in a much better format
print(c.tire)
print(c.gas)
print(“Current Lap is: “ , i)
For this task, you will have to use this for loop and build out the two methods in the main Python program. To use the above code, you must build two pieces of information.
An abstract Vehicle class
A Car class
A RaceCar class
Each with its methods and variables. This programming will involve using inheritance and abstraction to make a race car that should be doing the race. You will be graded on,
An Abstract class with at least 1 abstract method
A Parent class that implements the abstract class called Car.
A Child Class extends the Car class called RaceCar.
Each class should have at least 1 method that is specific to that class.
Each class should have at least 1 variable (except for the Abstract class)
The child class should have 2 methods; one original and one that uses the parent class method polymorphism.
Adjust the printing methods to make sense and not print out too much information. Think about looking at the current number of laps and then print out the values of the cars you track.
You should turn in the Python code file and a word document of the code running with the output.
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