V-organoid Prototype Development
This page tracks the development of a working V-organoid simulation, built using Python and agent-based modeling tools. The prototype will model cell-like agents, environmental signals, mutation, and adaptive growth—all within a digital grid.
Project Overview
The goal is to simulate digital micro-organs—V-organoids—that evolve based on internal logic and external feedback. The prototype will output data, visuals, and behaviors that can be analyzed and eventually integrated into future browser-based or collaborative tools.
Technical Plan
- Language: Python
- Platform: Mesa (agent-based modeling framework)
- Output: Images, animations, growth statistics
- UI: Local Jupyter notebooks (optional web interface later)
Development Phases
- Define digital cell agent logic and behaviors
- Build 2D grid environment with signals
- Implement growth, energy, mutation rules
- Generate and export visuals
- Create interface for setting environment parameters
Current Progress
- Design spec written
- Agent behavior code started
- Grid environment setup
- Mutation engine functional
- Visualization outputs complete
Next Steps
Begin coding the prototype locally and track early behaviors using a visual debugger. Once basic functionality is confirmed, output test results to display here.