For the second part of the project, you will implement the Consecutive Integer Checking Algorithm to compute the GCD of two integers $(\text{'}m\text{'}$ and $\text{'}$n$\text{'}).$ For the third part of the project, you will implement the MiddleSchool Procedure to compute the GCD of two integers $(\text{'}m\text{'}$ and $\text{'}n\text{'}).$

Implement the Consecutive Integer Checking Algorithm for Part $2$ and the Middle$-$School Procedure for GCD for Part $3.$

Create a command$-$line program that takes two integer arguments $(\text{'}m$ and $\text{'}n\text{'}).$

Calculate and display the GCD using the respective algorithm $($consecutive integer checking or middle$-$school procedure$).$

Display the result in the format: $\text{'}gcd(m,n)=v\text{'},$ where $\text{'}v\text{'}$ is the calculated GCD$,$ or "undefined" if no GCD exists.

$./$consecutive$\_$gcd $4228$

$gcd(42,28)=14$

$./$middle$\_$school$\_$gcd $5533$

$gcd(55,33)=11$

Ensure that your program includes clear instructions on how to provide command$-$line input and the expected output format.

Project Implementation Requirements:

Ensure your project implementations compile without any warnings.

Document your code:

a$.$ Inline Comments: Use inline comments to clarify any complex calculations or decision points in the code, ensuring that developers can easily understand the logic.

b$.$ Documentation for Methods$/$Functions: Provide concise documentation for each method$/$function$,$ explaining its purpose, input parameters, and return values to guide users and developers in understanding its usage.

c$.$ Variable$/$Function$/$Method Names: Choose clear and descriptive names for variables, functions, and methods to enhance code readability and make it more intuitive for others to comprehend the purpose and functionality of each element.

Include a README file with instructions on how to compile, run, and use your programs.

If applicable, include any dependencies or external libraries required for compilation or execution.

Meet these requirements to ensure a comprehensive and well$-$documented submission.

Implement your algorithms in Java, $C++,$ or Python.