This assignment is to explore how Genetic Algorithm works for the given problem. Program to solve the following problem using Genetic algorithm. You can use any programming language.

Program a Genetic Algorithm to find an integer number between $0$ and $31$ that maximizes the

function $f(x)=x^2.$

The initial procedure is given as below.

Population size: $10$

Crossover probability: $100\%$

Mutation probability: $5\%$

Terminating criteria:

When your program produces an average of candidates is equal to or greater than$29,$ then you can accept it as a terminating condition.

Fitness function:

You can use the function itself $(f(x)=x^2)$ as your fitness function.

Your program should print the following.

$1)$For the $1^{st}$ generation, print the process and result of selection, crossover, and mutation operation, that is$,$ print the corresponding integer values and bits $($binary values$)$ before and after of selection, crossover, and mutation operation. You also need to decide the

crossover points and mutation points randomly and print them.

$2)$ From the $2^{nd}$ generation, you do not have to print all results of selection, crossover, mutation operations. Print just the result of each generation along with the average value of the result.

Write a programing code in any language and share the output screen with the expected