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Infos zum Spiel

About This Game

Jingjie: Signals is a sandbox focused on emergence and artificial life.
There are no scripted events and no predefined outcomes—everything you see arises naturally from rules, interactions, and probability.

🧬 Living Particles with DNA

Each particle carries its own genetic parameters that determine how it moves, interacts, and evolves.
Attraction, repulsion, transformation, inheritance—when particles meet, a living micro-world begins to unfold.

🌊 True Emergence

No cutscenes. No hidden scripts.
Colonies form, structures stabilize, and species rise or fall purely through systemic interactions.

✏️ Write the Laws of Nature

With a powerful rule editor, you can:

• Define forces of attraction and repulsion

• Create systems of competition, symbiosis, or predation

• Change a single parameter and trigger a cascading butterfly effect

Each adjustment creates a new world.

🎨 Visual Meditation Mode

Slow down time and simply observe.
Watch particle trajectories, structures forming and dissolving, and experience a calming, hypnotic flow of light and motion.

🔬 Membrane & Higher-Order Structures

From chaos to order.
Particles spontaneously form stable membrane-like structures, giving rise to higher levels of organization over time.

🌿 Ecosystem Simulation

Build complete ecosystems:

• Producers

• Consumers

• Apex predators

Genes interact through XOR-based rules, producing authentic inheritance and mutation across generations.

🎵 Audio-Driven Visuals

Import your own music and watch particles react to sound.
Frequencies and beats directly influence system behavior, creating unique audiovisual evolution patterns.

🌍 A Framework for Emergent Experiments

Jingjie: Signals is not just a game—it is a foundation for exploring emergence, complexity, and artificial life.
Future expansions will build upon this core simulation engine.

Perfect For

• 🧘 Relaxation — Hypnotic particle motion and flow

• 🔬 Curiosity — Explore emergence and complex systems

• 🎨 Creativity — Design your own living worlds

• 📚 Learning — See how simple rules create complexity