š UNNS Spiral Propagation Playground: A Visual Journey Through Spiral Dynamics
Imagine a swirling galaxy of nodes, each pulsing with energy, branching unpredictably, or calmly passing signals along a spiral path. Welcome to the UNNS Spiral Propagation Playground — a mesmerizing browser-based simulation that blends mathematics, SVG graphics, and interactive storytelling.
š What Is It?
This playground is a visual simulation tool that lets users explore how signals propagate through a spiral of nodes. Each node has a unique "tag" that influences its behavior during propagation:
- š¦ Validated: Smooth and predictable
- š© Prime Nest: Pulsing with energy
- š§ Unstable: Delayed reactions
- š„ Entropy: Chaotic branching
š® Interactive Controls
| Control | Description |
|---|---|
| Node Count | Number of nodes in the spiral |
| Scale (a) | Controls how quickly the spiral expands |
| Tightness (b) | Determines how tightly the spiral coils |
| Propagation Speed | Sets the animation delay between nodes |
| Buttons | Build, Randomize Tags, Propagate |
š§ How It Works
The spiral is generated using a mathematical formula:
r = a · e^(bĪø)
Each node is placed along this spiral path and assigned a tag based on its index. When propagation begins, arrows and trails animate between nodes, with special effects triggered by their tags.
šØ Visual Effects
- Pulsing Nodes: Nodes tagged as prime-nest pulse rhythmically.
- Delayed Arrows: Unstable nodes slow down the signal.
- Branching Chaos: Entropy nodes spawn random branches.
- Echo Trails: Every node leaves behind a glowing trail.
š Real-Time Logging
A live log panel tracks every event:
- ✅ Validated propagation
- š Delays from unstable nodes
- š± Branches from entropy
- š„ Pulses from prime nests
UNNS Spiral Propagation Playground