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Fork of Fork of Zen Teaching Insight into the Three I's (the three characteristics)

✓ Published0🌍 Public
NNita
Last edited Jun 4, 2025
Created on Jun 4, 2025

A real-time simulation displays a network of 120 particles connected by constantly forming and breaking links, with animated sine waves layered underneath to illustrate how patterns emerge from simple interactions. The visualization, built with d3.forceSimulation for particle physics and d3.drag for direct node manipulation, shows transient connections and wave motion while accompanying text explains how complex systems like consciousness can emerge from simple rules. Links are randomly regenerated every three seconds, while the three animated wave paths continuously shift their phase, creating an abstract demonstration of emergent phenomena.

AI-generated description

Emergent Patterns Visualization

This project demonstrates the concept of emergent patterns through an interactive visualization built with D3.js.

The visualization shows how collective behaviors arise from simple interactions between many particles, with no central control. It features:

  1. A network of nodes and links that constantly form, break, and reform
  2. Wave patterns that demonstrate how phenomena can move through a medium while individual particles only move up and down
  3. Temporary patterns that emerge and dissolve over time

This demonstrates the philosophical concept that complex systems (like consciousness, societies, or ecosystems) can emerge from simple interactions between many individual elements.

Technologies Used

  • HTML/CSS
  • JavaScript
  • D3.js (Data Driven Documents)
MIT Licensed

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