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https://github.com/qc20/slimemolds

This project is an interactive visualization that explores the fascinating world of emergent behaviors and self-organizing systems. Inspired by the remarkable abilities of Physarum polycephalum (slime mold), this simulation demonstrates how complex patterns can arise from simple, decentralized decision-making processes.
https://github.com/qc20/slimemolds

adaptive-systems bio-inspired biomimicry computational-design creative-coding design-patterns front-end-development generative-art generative-design interactive-visualizations nature-inspired-algorithms p5js swarm-intelligence ux-design ux-experience ux-ui web-animation webdevelopment

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This project is an interactive visualization that explores the fascinating world of emergent behaviors and self-organizing systems. Inspired by the remarkable abilities of Physarum polycephalum (slime mold), this simulation demonstrates how complex patterns can arise from simple, decentralized decision-making processes.

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README 

        
# Slime Mold: Emergent Pattern Simulator



## Overview



This project is an interactive visualization that explores the fascinating world of emergent behaviors and self-organizing systems. Inspired by the remarkable abilities of Physarum polycephalum (slime mold), this simulation demonstrates how complex patterns can arise from simple, decentralized decision-making processes.



## Key Features



- **Emergent Behavior**: Witness the formation of complex, organic patterns from simple rules.

- **Interactive Canvas**: Full-screen, responsive design that adapts to various device sizes.

- **Customizable Parameters**: Easily modify simulation parameters to explore different outcomes.



## Design Implications



This project serves as a powerful metaphor for various UX and interaction design concepts:



1. **Emergent User Behaviors**: Illustrates how individual user actions can collectively create unexpected patterns of behavior in digital ecosystems.

2. **Decentralized Systems**: Demonstrates the power of bottom-up, agent-based systems in creating robust and adaptive interfaces.

3. **Organic Interactions**: Inspires design thinking around more fluid, organic user interactions that evolve based on collective behavior.

4. **Data Visualization**: Offers insights into novel ways of representing complex, interconnected data sets.



## Experimentation Ideas



1. **Color Dynamics**: Modify the trail colors to create vibrant, evolving palettes.

2. **User Interaction**: Add mouse or touch interactivity to influence mold behavior.

3. **Multi-Agent Systems**: Introduce different types of agents with varying behaviors.

4. **Environmental Factors**: Simulate obstacles or attractors to shape pattern formation.



We encourage you to fork this project, experiment with the parameters, and share your insights. How might these emergent behaviors inspire your next UX design challenge?



## Technical Details



The simulation is built using p5.js, a JavaScript library that makes coding accessible for artists, designers, educators, and beginners. The core logic is encapsulated in two main files:



- `sketch.js`: Controls the overall simulation flow and canvas setup.

- `mold.js`: Defines the behavior of individual mold agents.



I have added extensive code comments for readers to understand the logic and find areas for experimentation!