Write a class named Helicopter that has the following member variables:

year $-$ An variable that holds the aircraft's model year.

make $-$ A string object that holds the make of the aircraft

owner$-$ A string object that holds the type of owner of the aircraft.

speed $-$ An int data type that holds the aircraft's current speed.

altitude$-$ An int data type that holds the aircraft's current altitude.

latitude location $-$ An int data type that holds the aircraft's current latitude position.

longitude location $-$ An int data type that holds the aircraft's current longitude position.

In addition, the class should have the following member functions.

Constructor $-$ The constructor should accept the aircraft's owner and make arguments and assign these values to the object$$s owner and make member variables. The constructor should initialize the speed variable to $0$ and the altitude variable to $0.$

Accessors $-$ Appropriate accessor functions should be created to allow values to be retrieved from an object$$s year, make, owner, altitude, and speed member variables.

Mutator $-$ Appropriate mutator function should be created to allow the value to be set of the object$$s year, make, owner, altitude, and speed member variables.

accelerate $-$The accelerate function should add $100$ to the speed member variable each time it is called

$.$

decelerate$-$ The decelerate function should subtract $100$ from the speed member variable each time it is called

ascend $-$ The ascend function should add $100$ to the altitude member variable each time it is called

descend $-$ the descend function should subtract $100$ from the altitude member variable each time it is called

$.$

toString $-$ The toString function should return the entire state of the aircraft class using labels to identify the data values of the data members of the object

Demonstrate the class in a program that creates a Helicopter object and then calls the accelerate function five times. After each call to the accelerate function, get the current speed of the aircraft and display it$.$ Then, call the brake function five times. After each call to the brake function, get the current speed of the car and display it$.$

After testing the accelerate and brake functions, call the function to change the engine type and pass it a value for a different engine. display the state of the Aircraft using the toString function

Students may use any development environment of their choice. However, I will not be able to support the variety of possible development environments on my side. Many of the alternate Integrated Development Environments $($IDEs$)$ may require additional folders and files to execute the project. My only requirement for the C$++$ programs submitted for this course will be that the code is combined into a single C$++$ source file that can be compiled and executed with a standard C$++$ compiler.