Answer in C$++$ using the processfeedback complier

Unlimited Attempts Allowed

Available: Feb $2,202412$:$00$am until Mar $11,202411$:$59$pm

Details

Overview: This project is for testing the introduction of classes and dynamic allocation of arrays of classes. In this

assignment, you will be performing a horse racing simulation. To start with, you will write a Horse class. The Horse class

should have the following member variables:

private name: A string holding the horses name.

private rider: A string holding the rider's name.

private maxRunningDistPersecond: An int that holds the maximum distance the horse could run in one second.

private distanceTraveled: How far the horse has gone already.

private raceswon: An int that determines how much races this horse and rider have won

In addition, the class should have the following constructors and member functions:

Constructor: This constructor should accept the horse's name and rider as arguments. It should initialize each horse to a

random maxRunningDistPerSecond$(1-100).$ DistanceTraveled should be set to $0.$

Accessors and mutators: Appropriate accessor and mutator functions should be used as required by the following methods:

runASecond: A method that adds to distanceTraveled an amount from $0-$maxRunningDistPerSecond. This is the method that

moves this horse along.So if a horse has "distanceTraveled" of $50$ and the goalLength passed is $100,$ then the $>$ for the horse should be halfway

towards the "goal". If it is called where the distanceTraveled is greater than the goalLength $($indicating it has finished$),$ this

output would be:

indicating the horse has finished the race.

Demonstrate this class in a program by first prompting the user for the number of horses in the race. Then create an array of

pointers to Horse objects, filling it up as appropriate $($an array of pointers, so you can use the new operator to call the

constructors of each one$).$ Then prompt the user for a distance to race. Since horses can travel in any time interval a max of

$100,$ a good distance of $1000$ could be appropriate to test.main.cpp$,$ the main driver program.

Horse.h: The header file for the Horse class

Horse.cpp: The file defining the Horse methods

Note: If you are using an online compiler like

www$.$cpp$.$sh then you may put the contents of Horse.h at the beginning of the

program, followed by the contents of Horse.cpp$,$ followed by the contents of main.cpp$.$ This way, all code will be in one

place.

Your output should look very similar to the following:Your output should look very similar to the following:

How many horses are in the race: $3$

Please give me the name of horse $1$: Pharaoh

Please give me the rider of rider $1$: Mark

Please give me the name of horse $2$: Secretariat

Please give me the name of rider $2$: George

Please give me the name of horse $3$ : Calamity Jane

Please give me the name of rider $3$: Mary

Please enter the distance of the race: $500$

The start!

$|>$

$|>$

$|>$

$|$ Pharaoh, ridden by Mark

Secretariat, ridden by George

Calamity Jane, ridden by Mary

Are you ready for the next second$(\frac{y}{n})?$:y

$>>$

$>$

$|$ Pharaoh, ridden by Mark

Secretariat, ridden by George

Calamity Jane, ridden by Mary

Are you ready for the next second$(\frac{y}{n})?$:y

and so on$,$ until a winner is found, which would end with some output like this:and so on$,$ until a winner is found, which would end with some output like this:

Pharaoh has won $1/1$ races.

Secretariat has won $0/1$ races.

Calamity Jane has won $0/1$ races.

Do you wish to continue$($y$/$n$)?$:

Error conditions: You must check for any invalid entries. For example, when asking for the number of horses, do not accept

negative answer and re$-$prompt until an appropriate result is given. Only accept race distances of $100$ or greater, again re$-$

prompting if necessary.

Note: Make sure to follow proper programming standards. This should be a good time to review the supplement, as we are

now talking about classes and member functions.