def main():
car = vehicles.Car('BMW', 2001, 70000, 15000.0, 4)
truck = vehicles.Truck('Toyota', 2002, 40000, 12000.0, '4WD')
suv = vehicles.SUV('Volvo', 2000, 30000, 18500.0, 5)
print('USED CAR INVENTORY')
print('====================')
print('The following car is in inventory:')
print('Make:', car.get_make())
print('Model:', car.get_model())
print('Mileage:', car.get_mileage())
print('Price:', car.get_price())
print('Doors:', car.get_doors())
print()
print('The following pickup truck is in inventory:')
print('Make:', truck.get_make())
print('Model:', truck.get_model())
print('Mileage:', truck.get_mileage())
print('Price:', truck.get_price())
print('Drive type:', truck.get_drive_type())
print()
print('The following SUV is in inventory:')
print('Make:', suv.get_make())
print('Model:', suv.get_model())
print('Mileage:', suv.get_mileage())
print('Price:', suv.get_price())
print('Passanger Capacity:', suv.get_pass_cap())
print()
def main():
used_car = vehicles.Car('Audi', 2007, 12500, 21500.00, 4)
truck = vehicles.Truck('Toyota', 2002, 40000, 12000.0, '4WD')
suv = vehicles.SUV('Volvo', 2000, 30000, 18500.0, 5)
#display data
print('Make: ', used_car.get_make())
print('Model: ', used_car.get_model())
print('Mileage: ', used_car.get_mileage())
print('Price: ', used_car.get_price())
print('Doors: ', used_car.get_doors())
print()
#display truck
print('Make: ', truck.get_make())
print('Model: ', truck.get_model())
print('Mileage: ', truck.get_mileage())
print('Price: ', truck.get_price())
print('Drive Type: ', truck.get_driver_type())
print()
#display SUV
print('Make: ', suv.get_make())
print('Model: ', suv.get_model())
print('Mileage: ', suv.get_mileage())
print('Price: ', suv.get_price())
print('Passenger Capacity: ', suv.get_pass_cap())
def main():
# create Car object
car = vehicles.Car('Bugatti', 'Veyron', 0, 3000000, 2)
# create a Truck object
truck = vehicles.Truck('Dodge', 'Power Wagon', 0, 57000, '4WD')
# create a SUV object
suv = vehicles.SUV('Jeep', 'Wrangler', 200000, 5000, 4)
print('VEHICLE INVENTORY')
print('=================')
# display the car data
print('Make:', car.get_make())
print('Model:', car.get_model())
print('Mileage:', car.get_mileage())
print('Price', car.get_price())
print('Number of doors:', car.get_doors())
# display the truck data
print('Make:', truck.get_make())
print('Model:', truck.get_model())
print('Mileage:', truck.get_mileage())
print('Price', truck.get_price())
print('Drive Type:', truck.get_drive_type())
# display the SUV data
print('Make:', suv.get_make())
print('Model:', suv.get_model())
print('Mileage:', suv.get_mileage())
print('Price', suv.get_price())
print('Number of doors:', suv.get_pass_cap())
def main():
# create a Car object
car = vehicles.Car('Bugatti', 'Veyron', 0, 3000000, 2)
# create a Truck object
truck = vehicles.Truck('Dodge', 'Power Wagon', 0, 57000, '4WD')
# create a SUV object
suv = vehicles.SUV('Jeep', 'Wrangler', 200000, 5000, 4)
print('Vehicle Inventory')
print('=================')
# Display the car's information
print('Make: ', car.get_make())
print('Model: ', car.get_model())
print('Mileage: ', car.get_mileage())
print('Price: ', car.get_price())
print('# of Doors: ', car.get_doors())
# Display the trucks's information
print('Make: ', truck.get_make())
print('Model: ', truck.get_model())
print('Mileage: ', truck.get_mileage())
print('Price: ', truck.get_price())
print('Drive Type: ', truck.get_drive_type())
# Display the suv's information
print('Make: ', suv.get_make())
print('Model: ', suv.get_model())
print('Mileage: ', suv.get_mileage())
print('Price: ', suv.get_price())
print('Passenger Capacity: ', suv.get_pass_cap())
def main():
#create a main function for storing the objects
#start with the car by entering its input
print("Please enter the data for the car :")
make = input("Make type of the car: ")
model = input("The Model of your car: ")
mileage = input("Its Mileage: ")
price = input("Its price: ")
doors = input("Number of doors: ")
#create the object cars to be used to access the car data
cars = vehicles.Car(make, model, mileage, price, doors)
print()
#enter details for the suv vehicle
print('SUV details')
make = input("Make type of the SUV: ")
model = input("The Model of your SUV: ")
mileage = input("Its Mileage: ")
price = input("Its price: ")
pass_cap = input("Passenger capacity: ")
#create aan object suv to be used to acces the suv data
suv = vehicles.SUV(make, model, mileage, price, pass_cap)
print()
#Enter the details for the truck
print("Trucks details ")
make = input("Make type of the car: ")
model = input("The Model of your car: ")
mileage = input("Its Mileage: ")
price = input("Its price: ")
drive_type = input("Drve type i.e 4WD or 2WD: ")
#cretae the object truct to be used to access the data for the truck
trucks = vehicles.Truck(make, model, mileage, price, drive_type)
#Dispaly the data you entered
#We are using the fumctions plus the objects we have to display the data
print("Here is the details for the cars in the inventory!!: ")
print("CAR DETAILS: ")
print("CAR Make type :", cars.get_make())
print("Car Model: ", cars.get_model())
print("Car Mileage: ", cars.get_mileage())
print("Car cost: ", cars.get_price())
print("Number of doors of the car: ", cars.get_doors())
print("Here is the details for the suv vehicles in the inventory!!: ")
print("SUV DETAILS: ")
print("SUV Make type :", suv.get_make())
print("SUV Model: ", suv.get_model())
print("SUV Mileage: ", suv.get_mileage())
print("SUV cost: ", suv.get_price())
print("Total SUV capacity: ", suv.get_pass_cap())
print("Here is the details for the trucks in the inventory!!: ")
print("TRUCK DETAILS: ")
print("SUV Make type :", trucks.get_make())
print("Truck Model: ", trucks.get_model())
print("Truck Mileage: ", trucks.get_mileage())
print("Truck cost: ", trucks.get_price())
print("Truck drive type: ", trucks.get_drive_type())
def make_models():
_ = models.Sedan(2017, "Toyota", "Camary", "white", 4)
vehicles[_.id] = _
_ = models.Sedan(2017, "Toyota", "Camary", "red", 4)
_.gas_level = 20
vehicles[_.id] = _
_ = models.Sedan(1999, "Toyota", "Camary", "green", 4)
vehicles[_.id] = _
_ = models.Sedan(2006, "Ford", "Fusion", "white", 3)
_.has_flat = True
vehicles[_.id] = _
_ = models.Sedan(2006, "Nissan", "Altima", "gray", 4)
vehicles[_.id] = _
_ = models.Coupe(2009, "Ford", "Mustang", "red", 2)
vehicles[_.id] = _
_ = models.Coupe(2017, "Dodge", "Mustang", "white", 4)
vehicles[_.id] = _
_ = models.Coupe(2014, "Chevy", "Camaro", "white", 4)
_.has_flat = True
vehicles[_.id] = _
_ = models.Coupe(2016, "Toyota", "86", "red", 3)
vehicles[_.id] = _
_ = models.Truck(2016, "Toyota", "Tacoma", "red", 4)
vehicles[_.id] = _
_ = models.Truck(2016, "Ford", "F150", "gray", 2)
_.has_flat = True
_.gas_level = 0
vehicles[_.id] = _
def main():
# Utworzenie obiektu Car przedstawiającego
# używane czterodrzwiowe BMW z roku 2001
# o przebiegu 70000 i cenie 15000.
car = vehicles.Car('BMW', 2001, 70000, 15000.0, 4)
# Utworzenie obiektu Truck przedstawiającego
# używaną Toyotę o przebiegu 40000 w cenie
# 12000 oraz z napędem na cztery koła.
truck = vehicles.Truck('Toyota', 2002, 40000, 12000.0, '4WD')
# Utworzenie obiektu SUV przedstawiającego
# używane pięciomiejscowe Volvo z roku 2000
# o przebiegu 30000 i cenie 18500.
suv = vehicles.SUV('Volvo', 2000, 30000, 18500.0, 5)
print('DOSTĘPNE SAMOCHODY UŻYWANE')
print('==========================')
# Wyświetlenie danych samochodu osobowego.
print('W ofercie jest następujący samochód osobowy:')
print('Marka:', car.get_make())
print('Model:', car.get_model())
print('Przebieg:', car.get_mileage())
print('Cena:', car.get_price())
print('Liczba drzwi:', car.get_doors())
print()
# Wyświetlenie danych samochodu terenowego.
print('W ofercie jest następujący samochód terenowy:')
print('Marka:', truck.get_make())
print('Model:', truck.get_model())
print('Przebieg:', truck.get_mileage())
print('Cena:', truck.get_price())
print('Drive type:', truck.get_drive_type())
print()
# Wyświetlenie danych samochodu typu SUV.
print('W ofercie jest następujący samochód typu SUV:')
print('Marka:', suv.get_make())
print('Model:', suv.get_model())
print('Przebieg:', suv.get_mileage())
print('Cena:', suv.get_price())
print('Passenger Capacity:', suv.get_pass_cap())
def main():
# create a Car object for a used 2001 BMW
# with 70,000 miles, priced at $15,000, with
# 4 doors.
car = vehicles.Car("BMW", 2001, 70000, 15000.0, 4)
# create a Truck object for a used 2002
# Toyota pickup with 40,000 miles, priced
# at $12,000, with 4 wheel drive.
truck = vehicles.Truck("Toyota", 2002, 40000, 12000.0, "4WD")
# create an SUV object for a used 2002
# Toyota pickup with 40,000 miles, priced
# at $12,000, with 4-wheel drive.
suv = vehicles.SUV("Volvo", 2000, 30000, 18500.0, 5)
print("USED CAR INVENTORY")
print("===================")
# display the car's data
print('The following car is in inventory:')
print('Make:', car.get_make())
print('Model:', car.get_model())
print('Mileage:', car.get_mileage())
print('Price:', car.get_price())
print('Number of doors:', car.get_doors())
print()
# display the truck's data.
print("The following pickup truck is in inventory.")
print('Make:', truck.get_make())
print('Model:', truck.get_model())
print('Mileage:', truck.get_mileage())
print('Price:', truck.get_price())
print('Drive type:', truck.get_drive_type())
print()
# display the SUV's data.
print("The following SUV is in inventory.")
print('Make:', suv.get_make())
print('Model:', suv.get_model())
print('Mileage:', suv.get_mileage())
print('Price:', suv.get_price())
print('Passenger Capacity:', suv.get_pass_cap())
def main():
# Create a Car object for a used 2001 BMW
# with 70,000 miles, priced at $15,000, with
# 4 doors.
car = vehicles.Car('BMW', 2001, 70000, 15000.0, 4)
# Create a Truck object for a used 2002
# Toyota pickup with 40,000 miles, priced
# at $12,000, with 4-wheel drive.
truck = vehicles.Truck('Toyota', 2002, 40000, 12000.0, '4WD')
# Create an SUV object for a used 2000
# Volvo with 30,000 miles, priced
# at $18,500, with 5 passenger capacity.
suv = vehicles.SUV('Volvo', 2000, 30000, 18500.0, 5)
print('USED CAR INVENTORY')
print('===================')
# Display the car's data.
print('The following car is in inventory:')
print('Make:', car.get_make())
print('Model:', car.get_model())
print('Mileage:', car.get_mileage())
print('Price:', car.get_price())
print('Number of doors:', car.get_doors())
print()
# Display the truck's data.
print('The following pickup truck is in inventory.')
print('Make:', truck.get_make())
print('Model:', truck.get_model())
print('Mileage:', truck.get_mileage())
print('Price:', truck.get_price())
print('Drive type:', truck.get_drive_type())
print()
# Display the SUV's data.
print('The following SUV is in inventory.')
print('Make:', suv.get_make())
print('Model:', suv.get_model())
print('Mileage:', suv.get_mileage())
print('Price:', suv.get_price())
print('Passenger Capacity:', suv.get_pass_cap())
def main():
# Создать объект Car для подержанного авто 2001 BMW
# с 70000 милями пробега, ценой $15000,
# c 4 дверьми.
car = vehicles.Car('BMW', 2001, 70000, 15000.0, 4)
# Создать объект Truck для подержанного пикапа 2002
# Toyota c 40000 милями пробега, ценой
# $12000 и с 4-колесным приводом.
truck = vehicles.Truck('Toyota', 2002, 40000, 12000.0, '4WD')
# Создать объект SUV для поддержанного 2000
# Volvo с 30000 милями пробега, ценой
# $18500 и вместимостью 5 человек.
suv = vehicles.SUV('Volvo', 2000, 30000, 18500.0, 5)
print('ПОДЕРЖАННЫЕ АВТО НА СКЛАДЕ', "==========================", sep="\n")
# Показать данные легкового авто.
print('Данный легковой автомобиль имеется на складе:')
print('Изготовитель:', car.get_make())
print('Модель:', car.get_model())
print('Пробег:', car.get_mileage())
print('Цена:', car.get_price())
print('Количество дверей:', car.get_doors())
print()
# Показать данные пикапа.
print('Данный пикап имеется на складе:')
print('Изготовитель:', truck.get_make())
print('Модель:', truck.get_model())
print('Пробег:', truck.get_mileage())
print('Цена:', truck.get_price())
print('Тип привода:', truck.get_drive_type())
print()
# Показать данные джипа.
print('Данный джип имеется на складе:')
print('Изготовитель:', suv.get_make())
print('Модель:', suv.get_model())
print('Пробег:', suv.get_mileage())
print('Цена:', suv.get_price())
print('Пассажирская вместимость:', suv.get_pass_cap())