Pearl-Init

Author: ScorchedPearl

readme.md

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+# Competitive Programming Handbook
+
+Welcome to the **Competitive Programming Handbook Repository** — a comprehensive, structured, and community-driven collection of **algorithms, data structures, problem-solving techniques, and detailed explanations** aimed at helping students and developers master competitive programming.
+
+This repository is designed to serve as a **single-source reference** for beginners as well as advanced programmers preparing for:
+
+- Competitive Coding Contests  
+- Technical Placement Interviews  
+- Olympiads  
+- GATE  
+- ICPC  
+- Codeforces  
+- LeetCode  
+- AtCoder  
+
+---
+
+## Purpose of This Repository
+
+The goal of this project is to:
+
+- Build a **complete handbook of competitive programming**
+- Provide **clear explanations with clean implementations**
+- Cover **all major algorithms and data structures**
+- Include **common CP patterns and optimization tricks**
+- Encourage **open-source collaboration**
+- Maintain **professional documentation and structure**
+
+This repository is meant to grow continuously with contributions from the community.
+
+---
+
+## Repository Structure
+
+
+### `/algos`
+
+This directory will contain:
+
+- All **algorithms**
+- Core **data structures**
+- Classical **problem solutions**
+- Optimized solutions
+- Step-by-step explanations
+
+Each algorithm must be placed in its **relevant category folder**, such as:
+
+- `dp`
+- `graphs`
+- `trees`
+- `math`
+- `strings`
+- `bit-manipulation`
+- `greedy`
+- `searching`
+- `range-queries`
+
+More directories will be added as the project scales.
+
+## What This Handbook Will Contain
+
+- Basic to Advanced Algorithms  
+- Fundamental & Advanced Data Structures  
+- Dynamic Programming  
+- Graph Theory (BFS, DFS, Dijkstra, MST, etc.)  
+- Number Theory  
+- Greedy Techniques  
+- Bit Manipulation  
+- Binary Search  
+- String Algorithms (KMP, Z, Trie, Hashing)  
+- Geometry  
+- Range Queries (Segment Tree, Fenwick Tree)  
+- Advanced Topics (HLD, Mo’s Algorithm, etc.)
+
+Each topic will include:
+
+- Algorithm explanation  
+- Time & Space Complexity  
+- Clean, readable implementation  
+- Sample test cases  
+- Optimization notes  
+
+
+## How to Participate & Contribute
+
+Contributions are **open to everyone**.
+
+### Steps to Contribute
+
+1. **Fork this repository**
+2. **Create a new branch with your name**
+
+git checkout -b your-name
+
+3. Add your files inside the `/algos` directory in the appropriate category
+4. Follow clean coding practices with proper documentation
+5. Commit and push your changes
+6. Create a **Pull Request (PR)**
+
+All pull requests will be reviewed before merging.
+
+---
+
+## Contribution Guidelines
+
+- Code must be **well-documented**
+- Follow **standard naming conventions**
+- Include **time & space complexity**
+- Avoid unnecessary boilerplate
+- One algorithm per file
+- No copied code without proper credit
+- Clearly explain tricky logic
+
+Low-effort or poorly documented submissions will not be merged.
+
+---
+
+## Community & Collaboration
+
+This project is built on:
+
+- Collaboration  
+- Learning  
+- Teaching  
+- Knowledge Sharing  
+
+- If you’re a **beginner**, this repository will guide you.
+- If you’re **experienced**, your contributions can help thousands.
+
+---
+
+## Future Plans
+
+- Full Algorithm Roadmap  
+- Problem-wise CP Handbook  
+- Interview Preparation Track  
+- GATE-Level Problem Sets  
+- Contest-wise Practice Banks  
+- PDF Version of the Handbook  
+- Language-wise Implementations (C++, Java, Python, Rust)
+
+---
+
+## Support the Project
+
+If this repository helps you:
+
+- Give it a ⭐ on GitHub  
+- Share it with your friends  
+- Contribute regularly  
+
+Your support helps the project grow.
+
+
+## Contact & Maintainers
+
+For:
+
+- Bug reports
+- Suggestions
+- Feature requests  
+- New topic proposals
+
+Please open an **Issue** or submit a **Pull Request**.
+
+---
+
+### Let’s build the **ultimate open-source Competitive Programming Handbook** together.