D2I-CUHKSZ/MicroWorld

Health v2 · maintenance only

Flags: no_releases young

Adoption not part of the score

1039 stars · 91 forks observed · 2026-08-28

What it is AI-extracted, prompt v1, taxonomy v1, 2026-08-30, confidence not recorded

MicroWorld is a lightweight Python engine that turns multi-modal event materials (documents, images, videos, graph signals) into structured event graphs, agent populations, and runnable multi-agent social simulations. It keeps all intermediate artifacts—graphs, prompts, traces, memory states, and reports—inspectable within the same run.

Use cases

• simulate how a news story spreads and evolves on social platforms
• build agent populations from event documents and media
• run multi-agent LLM discussions over an event graph
• study opinion dynamics with topology-aware influence
• reduce token costs in large-scale agent simulations
• inspect agent memory and action traces after a simulation run
• convert multimodal event material into knowledge graphs

When to choose

• you need inspectable, evidence-traceable social simulations rather than just a final report
• you want multi-modal (text, image, video, graph) ingestion into one simulation pipeline
• token efficiency matters for large agent populations
• you are researching information diffusion, hype cycles, or platform dynamics

When to avoid

• you need a battle-tested production system rather than a research tool
• you want simple agent-based modeling without LLM or multimodal components
• you require non-Python environments or real-time interactive simulation

Facets

framework · maturity active

agent-framework machine-learning nlp data-visualization etl llm-inference artificial-intelligence simulation social-media data-science python cross-platform cli social-simulation multi-agent event-graph multimodal-ingestion topology-aware ppr-influence agent-based-modeling llm-agents opinion-dynamics ai-agents natural-language-processing research

Member repositories

For agents

markdown · JSON · MCP: product_card(name="D2I-CUHKSZ/MicroWorld")