8. Car Class

Write a Car class.

Set the car’s make, model, year, colour on calling the Car class.

Then set the odometer to 0.

e.g. my_car = Car('ford', 'territory', 2005, "tan")

Write the methods, get_info() and get_odometer() to print a descriptive line, using f-strings.

Write a method to update the odometer to a specified amount and a method to increment the odometer by a specified amount.

Write code to ouput:

2005 Tan Ford Territory

2005 Tan Ford Territory has done 0 km.

2005 Tan Ford Territory has done 100000 km.

2005 Tan Ford Territory has done 100275 km.

Tasks

1. Write a Car class using the scaffold below.

   class Car:
   
       def __init__(self, make, model, year, colour):
           self.      = make
           self.      = model
           self.       = year
           self.       = colour
           self.odometer =
   
       def info(self):
           return f"{       year} {      colour} {      make} {           model}".title()
   
       def get_info(self):
           print(f"{self.info()}")
   
       def get_odometer(self):
           print(f"{self.get_info()} has done {             } km.")
   
       def update_odometer(self, km):
           """Set the odometer reading if km > current reading"""
           if km >= self.odometer:
               self.
           else:
               print("Km on an odometer can't be lowered.")
   
       def increment_odometer(self, km):
           """increase the odometer reading"""
           if km >= 0:
               self.
           else:
               print("Km on an odometer can't be lowered.")
   
   
   my_car = Car('ford', 'territory', 2005, "tan")
   print(my_car.get_info())
   
   # update odometer using attribute
   my_car.                = 20
   my_car.get_odometer()
   
   # set odometer using method
   my_car.                 (100_000)
   my_car.get_odometer()
   
   # increment odometer using method
   my_car.                 (275)
   my_car.get_odometer()
   

Q1

Write a class for a Car.

class Car:

    def __init__(self, make, model, year, colour):
        self.make = make
        self.model = model
        self.year = year
        self.colour = colour
        self.odometer = 0

    def info(self):
        return f"{self.year} {self.colour} {self.make} {self.model}".title()

    def get_info(self):
        print(f"{self.info()}")

    def get_odometer(self):
        print(f"{self.info()} has done {self.odometer_reading} km.")

    def update_odometer(self, km):
        """Set the odometer reading if km > current reading"""
        if km >= self.odometer:
            self.odometer = km
        else:
            print("Km on an odometer can't be lowered.")

    def increment_odometer(self, km):
        """increase the odometer reading"""
        if km >= 0:
            self.odometer += km
        else:
            print("Km on an odometer can't be lowered.")


my_car = Car('ford', 'territory', 2005, "tan")
print(my_car.get_info())

# update odometer using attribute
my_car.odometer_reading = 20
my_car.get_odometer()

# set odometer using method
my_car.update_odometer(100_000)
my_car.get_odometer()

# increment odometer using method
my_car.increment_odometer(275)
my_car.get_odometer()