Hello, I need help creating this C$++$ program. Please help. I was instructed to have included Motorcycle.h$,$ Motorcycle.cpp$,$ Truck.cpp$,$ Truck.h$,$ Car.h$,$ Car.cpp$,$ main.cpp$,$ Vehicle.h$,$ and whatever else that a program like this will need to have included. Thank you

The goal of this project is to design and implement a Vehicle Management System that showcases key object$-$oriented programming $($OOP$)$ concepts such as inheritance, polymorphism, and encapsulation. The system will manage difierent types of vehicles by defining a base class, Vehicle, and multiple derived classes, including Gar, Truck, and Motorcycle, each with its own specific behavior while sharing common attributes. Project Requirements:

Base Class $($Vehicle$)$: Should store common vehicle information, include methods for displaying vehicle details, and a method to calculate fuel efficiency based on vehicle type.

Derived Classes $($Car$,$ Truck, Motorcycle$)$: Should inherit from the Vehicle class and introduce additional functionality, such as seating capacity for Car, cargo capacity for Truck, and engine type for Motorcycle. These subclasses will override the base class methods where necessary to provide specific behavior.

The system should allow users to create and manage multiple vehicles, calculate and display information for each type, and demonstrate the benefits of inheritance, polymorphism, and encapsulation in real$-$world software design. Detailed Objectives:

Inheritance:

Define a Vehicle class as the base class, which will store common properties such as make, model, and year of manufacture. It will also include methods to display vehicle information and calculate fuel efiliciency.

Create derived classes for different vehicle types, such as Car, Truck, and Motorcycle, that inherit from the Vehicle class. Each derived class will extend the base functionality with specific attributes and methods unique to the vehicle type. For example, the Truck class will include methods for managing cargo capacity, while the Car class will have methods for handling seating capacity.

Polymorphism:

Implement polymorphic behavior where a single method can work with difierent types of vehicles. For example, a common method for calculating fuel efificiency will be shared by all vehicles but can have dififerent Implementations depending on the specific vehicle type $($e$.$g$.,$ Car, Truck, Motorcycle$).$

Encapsulation:

Use encapsulation to protect vehicle data, ensuring that properties llke make, model, and year are only accessible through getter and setter methods. This will allow the system to manage data integrity and ensure proper access control for each vehicle's attributes