Write the codeCreate a Python program to model vehicles, specifically two types: Car and Truck.Begin by defining a base class Vehicle with attributes make, model, and price. Subsequently, create two derived classes, Car and Truck, both of which inherit from the Vehicle class. Each derived class should introduce its unique attributes, and:Implement a method display_info in the base class Vehicle to print the common attributes (make, model, price).Override the display_info method in each derived class (Car and Truck) to print the make, model, price along with the unique attributes (num_doors for Car and max_load for Truck) respectively.Input Format:For Car:The first line contains the make, model, price, and number of doors of the car, separated by spaces.For Truck:The first line contains the make, model, price, and maximum load capacity of the truck, separated by spaces.Output Format:The first line should display information about the car, including the make, model, price, and number of doors.The second line should display information about the truck, including the make, model, price, and maximum load capacity.Sample Test CasesTest Case 1:Expected Output:Enter·make,·model,·price,·and·number·of·doors·of·the·car·(separated·by·spaces):·Honda civic 500000 5Enter·make,·model,·price,·and·maximum·load·capacity·of·the·truck·(separated·by·spaces):·Tesla hammer1002 1200000 7000Honda·civic·$500000Number·of·doors:·5Tesla·hammer1002·$1200000Maximum·load·capacity:·7000·tons
Question
Write the codeCreate a Python program to model vehicles, specifically two types: Car and Truck.Begin by defining a base class Vehicle with attributes make, model, and price. Subsequently, create two derived classes, Car and Truck, both of which inherit from the Vehicle class. Each derived class should introduce its unique attributes, and:Implement a method display_info in the base class Vehicle to print the common attributes (make, model, price).Override the display_info method in each derived class (Car and Truck) to print the make, model, price along with the unique attributes (num_doors for Car and max_load for Truck) respectively.Input Format:For Car:The first line contains the make, model, price, and number of doors of the car, separated by spaces.For Truck:The first line contains the make, model, price, and maximum load capacity of the truck, separated by spaces.Output Format:The first line should display information about the car, including the make, model, price, and number of doors.The second line should display information about the truck, including the make, model, price, and maximum load capacity.Sample Test CasesTest Case 1:Expected Output:Enter·make,·model,·price,·and·number·of·doors·of·the·car·(separated·by·spaces):·Honda civic 500000 5Enter·make,·model,·price,·and·maximum·load·capacity·of·the·truck·(separated·by·spaces):·Tesla hammer1002 1200000 7000Honda·civic·1200000Maximum·load·capacity:·7000·tons
Solution
Sure, here is the Python code that models vehicles, specifically two types: Car and Truck.
class Vehicle:
def __init__(self, make, model, price):
self.make = make
self.model = model
self.price = price
def display_info(self):
return f"{self.make} {self.model} ${self.price}"
class Car(Vehicle):
def __init__(self, make, model, price, num_doors):
super().__init__(make, model, price)
self.num_doors = num_doors
def display_info(self):
return super().display_info() + f"\nNumber of doors: {self.num_doors}"
class Truck(Vehicle):
def __init__(self, make, model, price, max_load):
super().__init__(make, model, price)
self.max_load = max_load
def display_info(self):
return super().display_info() + f"\nMaximum load capacity: {self.max_load} tons"
# Test Case
car_info = input("Enter make, model, price, and number of doors of the car (separated by spaces): ").split()
truck_info = input("Enter make, model, price, and maximum load capacity of the truck (separated by spaces): ").split()
car = Car(car_info[0], car_info[1], int(car_info[2]), int(car_info[3]))
truck = Truck(truck_info[0], truck_info[1], int(truck_info[2]), int(truck_info[3]))
print(car.display_info())
print(truck.display_info())
This code first defines a base class Vehicle with attributes make, model, and price. It then defines two derived classes Car and Truck that inherit from Vehicle and introduce their unique attributes num_doors and max_load respectively. The display_info method is implemented in Vehicle and overridden in Car and Truck to display the appropriate information. The program then takes user input for a car and a truck, creates instances of Car and Truck with the input data, and prints their information.
Similar Questions
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