Hey PH! I’m Dihad, a 16-year-old student, and I just spent 30 days in a "non-linear" development sprint with an AI co-pilot. I built DiTeX because I was tired of staring at "Ugly LaTeX" while trying to finish my Grade 10 science homework. I wanted a tool that felt like LEGO but produced results that looked like a professional textbook. The "Human + AI" Workflow: I'll be honest: I didn't build this entirely alone. I used AI as my "Senior Architect." While I handled the UI design, the feature logic, and the core vision, I leaned on AI to help me debug complex math structures and navigate the "non-linear" chaos of the development process. It was like having a 24/7 mentor helping me turn my Grade 10 ideas into professional-grade code. The Journey: Over the last month, we’ve navigated some serious technical hurdles. We battled recursive nesting logic (making sure a fraction inside a square root doesn't break everything) and fought the "Unicode Wall" to ensure the editor feels fast and responsive. Where we are now: Today, I'm launching the Beta. It’s not "perfect" yet—I'm still polishing the nesting behavior and optimizing for every possible scientific edge case—but it’s ready to help students speed up their workflow. What's inside: 12 Physics Equations (Newton's Laws, etc.) 12 Chemistry Reactions 12 Math Formulas (Law of Sines, Calculus basics) I’d love your feedback, your bug reports, and your advice on how to grow this. I'm a student first and a dev second, and I'm here to learn from this amazing community! Let's make math look beautiful. 🚀

DiTeX · Visual LaTeX Equation Builder

Complex LaTeX equations, built visually, shared instantly

Complex LaTeX equations, built visually, shared instantly