Interactive demos, code experiments, and visual generators begin here
🧰 What This Phase Is About
You’ve seen the patterns. You’ve read the theory. Now it’s time to play.
Phase 2 begins with code, visuals, and your own hands on the wheel.
We’ll be publishing demos that let you:
- Walk the PTS grid in real time
- Visualize number distributions by digit root or symmetry class
- Zoom and scroll through recursive Lo Shu matrices
- Experiment with musical tones derived from PTS values
- See how PTS blends with Perlin noise to create generative art
Everything will be browser-friendly, and code will be viewable in both:
- 🐍 Python snippets (for notebooks or local experiments)
- 🌐 JavaScript (for live, embeddable demos)
🔄 First Tool: The Gridwalker
A grid-based demo that lets you:
- Select a 3×3 base layout (Pythagorean or Lo Shu)
- Choose a directional path (N, S, E, W, diagonals, still)
- Watch the digits selected in sequence and resulting 3-digit values
- See digit roots, harmonic type (3/6/9), and visual traces on the grid
Bonus: export your walk as a list or sound sequence.
🎛️ Coming Soon
- PTS → Magic Square Mapper: drag PTS values into a square and test row/column sums
- Lo Shu Fractal Explorer: pan/zoom through recursive rank-n matrix generation
- PTS-to-12TET Tuner: hear how tone sweeps sound when generated from PTS vs traditional scales
- Perlin+PTS Visual Field: blend smooth gradients with digit-root structures to create harmonic terrain
🤝 You’re Invited
This blog will soon support:
- Sandbox embeds
- Downloadable notebooks
- Interactive code tabs for each post
- Suggested experiments to try
If you’ve ever wanted to see woo walk, hear it hum, or code it to life— this phase is for you.
The grid is open. The walk is yours.
Let’s go make some patterns.