Skip to main content

Featured

Beyond Code: How I Built the "Love Protocol" (LOVR) to Design the Perfect Proposal

Introduction In the world of development, we often talk about efficiency, APIs, and performance. But as a "vibe coder," I believe technology is at its best when it’s used to express something human. That’s exactly why I built LOVR (The Love Protocol) — a project that isn't just about lines of code, but about a specific moment in time. What is LOVR?  LOVR  is an open-source, interactive web application designed to facilitate a digital proposal. Hosted on GitHub, it leverages the power of modern front-end technologies to create an immersive, romantic experience. It’s not just a "Yes or No" button; it’s a carefully choreographed "protocol" designed to lead someone through a journey. The Aesthetic: Glassmorphism True to my style at Zelvior Studio, LOVR doesn’t compromise on design. I integrated: Glassmorphism: Using translucent layers and "glass blur" effects to create depth. Minimalist Layouts: Taking inspiration from hig...

Visualizing Pi (π): A geometric monument to irrationality.

The Beauty of the Infinite Gap

In a world obsessed with closure and perfect loops, there is something hauntingly beautiful about a line that refuses to meet its beginning.

I developed the Zelvior Pi Visualization to explore a simple but profound mathematical reality: Irrationality. The engine works on a two-arm vector system. The first arm rotates at a base frequency, while the second arm—the "pen"—rotates at exactly π times that speed ($3.14159265...$).

Why it matters: If I set the ratio to a whole number like 3, the drawing closes into a simple clover in seconds. If I set it to a fraction like 22/7, it eventually retraces its own path. But because it is locked to Pi, the drawing tip performs a "near miss" every single orbit.

It will draw for a thousand years and never touch the same coordinate twice. What you see on the screen isn't just art; it’s a physical manifestation of a number that has no end and no pattern.

Technical Specs:

  • SVG Engine: Unlike standard canvas apps, every line is a crisp vector, maintaining mathematical precision even at 4K resolutions.

    • Infinite Memory: The path data builds indefinitely, creating a dense "silk-web" effect as time passes.

    • Interactive Control: Users can "break" the irrationality by manually sliding the ratio to rational numbers, seeing the chaos collapse into order instantly.


Experience the infinity: zelvior-pi-visualization.netlify.app

Comments

Popular Posts