A comprehensive repository designed to master Control Flow, Loops, and Logic Building in C programming through pattern printing problems.
This collection progresses step-by-step from basic patterns to advanced geometric, numeric, and alphabet-based designs, making it ideal for students, beginners, and placement preparation.
- About the Project
- Pattern Categories
- Getting Started
- How to Run
- Concepts Covered
- Contributing
- Author
Pattern printing is one of the best ways to build logical thinking in programming.
This repository focuses on:
- Understanding nested loops
- Translating visual patterns into logic
- Strengthening problem-solving skills
- Preparing for college exams, viva, and interviews
Each file contains one clearly defined pattern problem, written in simple, readable C code.
- Solid rectangles
- Hollow rectangles
- Right-angled triangles
Right-angled, inverted, and mirrored triangle patterns.
📄 File: Que-10.c (Right-Aligned Triangle)
Input: 4
makefile Copy code
Output: **
yaml Copy code
Equilateral triangles, full pyramids, inverted pyramids, and diamond (rhombus) structures.
Example: yaml Copy code
📌 Numeric and alphabet patterns are included in later files.
You need a C compiler installed on your system:
- Windows: MinGW / GCC
- macOS: Xcode Command Line Tools (clang)
- Linux: GCC
Clone the repository:
git clone https://github.com/himmatmundhe07/Pattern-printing.gitNavigate into the project directory: bash Copy code cd Pattern-printing 💻 How to Run You can compile and run any question file individually.
▶ Example: Running Question 10 Compile:
bash
Que-10.c -o pattern10
Run:
Windows
bash``` Copy code pattern10.exe Linux / macOS
bash```
Copy code
./pattern10
Input:
java Copy code Enter the number of rows (e.g., 5)
🧠 Concepts Covered
By completing this repository, you will gain strong command over:
✅ Nested for loops (rows & columns)
✅ Conditional logic using if–else
✅ User input handling with scanf
✅ Mathematical reasoning for pattern alignment
✅ Clean, readable C code structure
✅ Strong logical foundation for DSA
🤝 Contributing Contributions are welcome 🚀 If you have a better solution or a new pattern idea (e.g., Pascal’s Triangle):
Fork the repository
Create a feature branch
bash Copy code git checkout -b feature/AmazingPattern Commit your changes
Push to your branch
Open a Pull Request
Himmat Mundhe Student Developer | Department of Computer Science Student of CodingGita
"The goal of this project was to build a functional, responsive News Application that interacts with a real-world API."
⭐ If this repository helped you improve your logic and C skills, don’t forget to star it!
💬 Final Note
“Strong programmers are built on strong logic — and pattern printing is where it begins.”