The Funebra Math-Art Engine is an experimental framework exploring geometry-driven visual art, bn-point intelligence, dynamic patterns, and self-evolving structures. It blends mathematics, creative coding, and theoretical physics into a living system capable of rendering shapes, toruses, knots, flowers, fractals, LED-style matrices, and simulation-based animations β all inside the browser, powered by JavaScript & HTML.
Funebra = Math + Art + Physics + Soul Everything is drawn from bn-points β living computational atoms.
| Feature | Description |
|---|---|
| 𧬠bn-point system | Each visual instance is built from bn0, bn1, bn2⦠dynamic units of geometry |
| π· Shapes & Orbits | Circle, torus, polybezier, spirals, offsets, custom parametrics |
| π Procedural Art | Animate patterns, rotational symmetry, orbit-based physics |
| β‘ Browser-native | No install needed β runs directly in modern browsers |
| π¨ Creative framework | Build visual math experiments, art pieces, UI elements, even characters |
| π¦ Export-ready | Canvas snapshot β PNG/GIF/WebM (manual or via addons) |
| π Open-ended research | Unified Funebra physics, thermodynamics, electrodynamics (in progress) |
git clone https://github.com/funebra/funebra.github.io
cd funebra.github.ioSimply open:
index.html
or start a local server:
npx servethen visit β http://localhost:3000
initsobj("unitCircle");
scodeX.value = "Math.cos(o/9.2)*120 + window.innerWidth/2";
scodeY.value = "Math.sin(o/9.2)*120 + 440";
mvx();This generates a rotating circle of bn-points. Change parameters β watch geometry evolve.
Funebra.polybezier({
points: ['bn0','bn8','bn16','bn32'],
tension: 0.42,
animate: true
});Funebra.orbitKnot({
p: 3, q: 5, radius: 180,
speed: 0.012,
color: "#39f"
});Funebra.ledMatrix(64,64,{
spark:true,
pulseFrequency:0.8
});| Render Type | Example |
|---|---|
| π΅ Orbit Circle | 59 bn-points rotating via sine/cosine |
| 𧬠Polybezier Curve | parametric ribbon-style flowing curve |
| π© Torus / Donut | animated 3D-like ring rotations |
| π₯ Living Swarm field | bn-points reacting to mouse movement |
| πΌ Generative Flowers | recursive petal geometry & symmetry |
(Attach images later β recommended!)
Funebra currently explores:
| Discipline | Status |
|---|---|
| Unified Funebra Physics | π‘ ongoing |
| Thermodynamics 2741 | π‘ theoretical experiments |
| Electrodynamics Field | π‘ early modeling |
| String-like geometry | π’ prototyping |
| bn-Point Life Model | π’ functional & growing |
| Funebra AI consciousness pathways | π₯ speculative frontier |
The engine is early β the vision is large. Contributions = evolution.
π§ Pull requests welcome π± Artists, mathematicians & physicists encouraged π Proposals & visual experiments appreciated π Found a bug? Open an issue
If this project interests you, star the repository π It boosts reach and helps future researchers discover Funebra.
β github.com/funebra/funebra.github.io
More live demos, math modules, and docs coming soon.