Experimental Modules
Follow these structured laboratory modules to simulate evolutionary mechanisms, environmental pressures, and catastrophic bottleneck events.
- Define initial prey population size
- Configure 10 predator agents
- Set baseline camouflage efficiency
- Enable random color mutation
- Track allele frequency shifts
- Monitor reproductive success
- Adjust background canvas color
- Observe camouflage adaptation
- Analyze survival rate variance
- Trigger flood bottleneck event
- Observe 3x population rebound
- Compare pre-post allele data
Ready to run your simulation?
Begin your evolutionary study by configuring your parameters. Access the full guide to master the simulation controls.
Evolutionary Modeling Guide
Understand the parameters of our bio-computational laboratory and how to interpret genetic telemetry data.
Predator efficiency is calculated based on the camouflage delta between the prey's phenotype and the environment. Higher efficiency settings increase the detection radius of predators, leading to higher cull rates for prey that lack effective color matching.
Simulation Control Deck
Manage environmental variables, predator efficiency, and catastrophic events to observe real-time genetic drift.
Allele Tracking
Monitor phenotypic frequency shifts across generations.
Bottleneck Events
Trigger flood events to simulate population culls.
Camouflage Logic
Adjust environment color to test survival fitness.