Python class

class Car:
#use the init method to create objects/attributes that are members of a class
    def __init__(self, make, model, year, horsepower):
        # to use the __init__ method you have to \
        # initialize attributes to be used for all class methods in this class \
        # and for objects created by this class \
        # use self argument to make sure that the attribute are available to other class methods so that we can reuse our method with every object that we create for that class
        self.make = make
        self.model = model
        self.year = year
        self.horsepower = horsepower


    #method 1
    def car_description(self):
        #short description of the vehicle
        print("This is a {} {}. It was manufactured in {} and has a total of {} hp".format(self.make, self.model, self.year, self.horsepower))


    #method 2
    def car_ranking(self):
        if self.horsepower == 90:
            print("{} has the lowest ranking. It may not be not be a suitable choice".format(self.horsepower))
        elif self.horsepower == 200:
            print("{} may not be your only choice if you are tight on a budget".format(self.horsepower))
        else :
            print("{} is the best in this category. It may be worth your money".format(self.horsepower))


    #method 3
    def car_manufactured_year(self):
        if 2016 <= self.year <= 2020:
            print("{} made after {} have modern high tech gadgets installed. All the cars components are electronically monitored".format(self.make, self.year))
        else:
            print("If you do not drive a luxury car that was manufactured before {}, chances are that your vehicle may lack high tech gadgets".format(self.year))


#instantiate the class
Lexus = Car("Lexus", "ES 350", 2018, 339)
Ford = Car("Ford", "Fiesta", 1994, 90)

Lexus.car_description()
Lexus.car_manufactured_year()
Lexus.car_ranking()

Ford.car_description()
Ford.car_manufactured_year()
Ford.car_ranking()


#inheritance
class CarFeatures(Car):
    def __init__(self, interior, exterior, comfort, make, model, year, horsepower):
        #use the super method to initialize attributes as they are defined in the parent class
        super().__init__(make, model, year, horsepower)
        # use self argument to make sure that the attribute are available to other class methods so that we can reuse our method with every object that we create for that class
        self.interior = interior
        self.exterior = exterior
        self.comfort = comfort


    #create methods for the CarFeatures class that you just created
    #the self argument allows access to the CarFeatures class
    #the other argument allows access to the Car class
    def seats(self, other):
        if self.interior == "leather":
            other.make == "Lexus"
        elif self.interior == "half tone":
            other.make == "Subaru"
        else:
            other.make == "Ford"
        print("Your {} {} has {} seats".format(other.make, other.model, self.interior))


#create car feature to interact with some of the car models you have created
Luxury = CarFeatures("leather", "carbon fiber", "air suspension", "Lexus", "ES 350", 2018, 339)

Luxury.seats(Lexus)