Welcome to my repository of Project Euler solutions!
This repo contains my approaches to solving these mathematical and computational programming challenges. As a student currently navigating Specialist Mathematics and Methods, I use these problems to push my analytical skills and bridge the gap between complex mathematical theory and efficient coding.
The primary language used in this repository is Python. My focus is on writing clean scripts that utilize both elegant mathematical shortcuts and optimized algorithmic approaches, rather than relying solely on brute force.
The files are organized sequentially by problem number. Inside each solution file, you will generally find:
- A brief summary of the problem being solved.
- The executable code for the solution.
- Comments explaining the underlying mathematical logic or the specific algorithm implemented.
I use the following websites to help find formulae to grow my own mathematical insight, they might help you too.
- NIST - The Digital Library of Mathematical Functions
- ProofWiki - Online Compendium of Mathematical Proofs
- Wolfram MathWorld - A Comprehensive Online Encyclopedia of Mathematics
Project Euler highly encourages members not to publish solutions outside of their platform, particularly for problems beyond the first 100. The code in this repository is shared purely for educational purposes, portfolio building, and tracking my personal learning journey.
If you are currently working your way through the Project Euler archives, I strongly recommend trying to solve the problems yourself before reviewing my approaches. The real value is in the struggle!
Author: Aryan Gupta