C++ Intermediate Programming Laboratory Exercises

This repository contains a collection of C++ lab exercises related to intermediate programming. Each lab exercise focuses on a specific programming problem and includes a PDF file with the problem description and one or more C++ source code files to implement the solution.

Files

1. Lab Exercise 3.pdf

   • Description: Instructions for solving the Fibonacci Reciprocals problem.

2. fibonacci-reciprocals.cpp

   • Description: C++ source code for calculating the reciprocals of Fibonacci numbers.

3. Lab Exercise 4 (1).pdf

   • Description: Instructions for solving Goldbach's Conjecture in Array problem.

4. Goldbach's-Conjecture-in-Array.cpp

   • Description: C++ source code for verifying Goldbach's Conjecture in an array.

5. Lab Exercise 5.pdf

   • Description: Instructions for calculating the standard deviation of records.

6. standard-deviation-on-record-v1.cpp

   • Description: C++ source code (version 1) to calculate the standard deviation.

7. standard-deviation-on-record-v2.cpp

   • Description: C++ source code (version 2) to calculate the standard deviation.

8. standard-deviation-on-record-v3.cpp

   • Description: C++ source code (version 3) to calculate the standard deviation.

9. Lab Exercise 6.pdf

   • Description: Instructions for solving the Cylinder Tank Problem.

10. cylinder-tank-problem/CylinderTank.h

    • Description: C++ header file defining the CylinderTank class.

11. cylinder-tank-problem/cylinderTankImp.cpp

    • Description: C++ source code implementing the CylinderTank class.

12. cylinder-tank-problem/main.cpp

    • Description: Main C++ source code for the Cylinder Tank Problem solution.

13. Lab Exercise 7.pdf

    • Description: Instructions for implementing a Bank Account system.

14. bank-account/BankAccount.h

    • Description: C++ header file defining the BankAccount class.

15. bank-account/BankAccountImp.cpp

    • Description: C++ source code implementing the BankAccount class.

16. bank-account/CheckingAccount.h

    • Description: C++ header file defining the CheckingAccount class.

17. bank-account/CheckingAccountImp.cpp

    • Description: C++ source code implementing the CheckingAccount class.

18. bank-account/SavingsAccount.h

    • Description: C++ header file defining the SavingsAccount class.

19. bank-account/SavingsAccountImp.cpp

    • Description: C++ source code implementing the SavingsAccount class.

20. Lab Exercise 8.pdf

    • Description: Instructions for simulating rolling dice.

21. rolling-dice-simulation/Dice.h

    • Description: C++ header file defining the Dice class.

22. rolling-dice-simulation/RiggedDice.h

    • Description: C++ header file defining the RiggedDice class.

23. rolling-dice-simulation/TwoDice.h

    • Description: C++ header file defining the TwoDice class.

24. rolling-dice-simulation/diceImp.cpp

    • Description: C++ source code implementing the Dice class.

25. rolling-dice-simulation/riggedDiceImp.cpp

    • Description: C++ source code implementing the RiggedDice class.

26. rolling-dice-simulation/twoDiceImp.cpp

    • Description: C++ source code implementing the TwoDice class.

27. main.cpp

    • Description: Main C++ source code for testing and running various lab exercises.

How to Use

To use any of the lab exercises, follow these steps:

1. Clone the repository to your local machine.
2. Choose the lab exercise you want to work on and open the corresponding directory.
3. Review the Lab Exercise [Number].pdf file for instructions and problem details.
4. Implement your solution in the provided C++ source code file (if applicable).
5. Compile and run the code using your preferred C++ compiler.

How to Contribute

Contributions to this repository are welcome. If you wish to contribute to the lab exercises or make improvements, follow these steps:

1. Fork this repository to your GitHub account.
2. Create a new branch for your changes.
3. Make your modifications and commit them with descriptive commit messages.
4. Push the changes to your forked repository.
5. Create a pull request to this repository's main branch with a detailed explanation of your changes.

Credits

This repository's lab exercises were created by Sir Michael Anthony Jay Regis as part of the C++ Intermediate Programming course. Credits to him for providing these problems and exercises.

Happy coding!