GeneEvolution

Design, tune, and watch living code adapt in a responsive world. Build cells by shaping their attributes, adding functions, and scripting behaviors. Observe how units forage, reproduce, compete, and evolve across generations as randomness creates diverse lineages and stronger offspring.

Customize cell attributes

• Modify core properties such as health and energy limits to define stamina, longevity, and how much resource a cell can carry from its environment.
• Set pheromone signals to influence local communication, guidance, and recruitment among neighboring cells.

Equip cellular functions

• Incorporate chloroplasts to harvest light energy and power metabolic processes.
• Enable phagocytosis to consume prey or debris and convert it into usable resources.
• Attach cilia to enhance movement, sensing, and feeding capabilities.

Design behavioral logic

Create distinct decision rules that shape how cells search for food, avoid threats, chase prey, and interact with others. Combine conditions, timers, and responses to forge unique survival strategies and life histories.

Explore evolution in action

Place cells in a dynamic world and watch their interactions with food sources, enemies, and rivals. Observe reproduction as successful traits pass on, while mutations introduce variation across generations.

Mutations and lineage

Random genetic changes continually reshape attributes and skills, yielding a spectrum of lineages. Beneficial traits stabilize through selection, producing stronger offspring and more robust evolutionary paths.