from tesla import Tesla from ram import Ram from cessna import Cessna from zero import Zero # my_tesla = Tesla() # my_tesla.main_color = "blue" # print(my_tesla.main_color) fxs = Zero() modelS = Tesla() mx410 = Cessna() dodgeRam = Ram() fxs.drive() modelS.drive() mx410.drive() dodgeRam.drive()
from fiat import Fiat
from jeep import Jeep
from lamborghini import Lamborghini
from tesla import Tesla
acura = Acura("gray")
fiat = Fiat("golden")
jeep = Jeep("red")
lamborghini = Lamborghini("yellow")
tesla = Tesla("blue")
acura.drive()
acura.turn("right")
acura.stop()
print()
fiat.drive()
fiat.turn("left")
fiat.stop()
print()
jeep.drive()
jeep.turn("right")
jeep.stop()
print()
lamborghini.drive()
lamborghini.turn("left")
lamborghini.stop()
print()
tesla.drive()
tesla.turn("right")
tesla.stop()
# car1 = Vehicle("Porsche", "Black", 140)
# car2 = Vehicle("Jaguar", "Gray", 100)
# car3 = Vehicle("Audi", "Red", 110)
# car4 = Vehicle("BMW", "White", 120)
# car5 = Vehicle("Subaru", "Blue", 200)
# Create a drive() method in the Vehicle class.
# Override the drive() method in all the other vehicle classes. Include the vehicle's color in the message (i.e. "The blue Ram drives past. RRrrrrrummbbble!").
# Create a turn(self, direction) method, and a stop(self) method on Vehicle. Define a basic implementation of each.
# Override all three of those methods on some of the vehicles. For example, the stop() method for a plane would be to output the message "The white Cessna rolls to a stop after rolling a mile down the runway."
# Make your vehicle instances perform all three behaviors.
model_s = Tesla()
fxs = Zero()
mx410 = Cessna()
e350 = MB()
model_s.drive()
fxs.drive()
mx410.drive()
e350.drive()
fxs.turn("left")
fxs.stop()
e350.turn("left")
fxs.stop()