Predator-Prey Simulation Using Boids Model: Realistic Evolution and Survival Patterns
"Explore a predator-prey simulation using a Boids model inspired by nature's design. Witness the interplay of predator tactics and prey escape maneuvers in a realistic large-scale simulation. Dive into the challenges of scalable code and predation strategies."
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Presentation Transcript
Predator-Prey Simulation Using Boids Model
General overview Evolution Survival probability Using nature as design inspiration Real world applications
Starting goal Develop a realistic simulation replicating natural patterns Simulate different types of predator / prey models Implement adaptive model configurations Large scale simulation
Predator tactics Attack towards the groups centroid Attack nearest Attack most peripheral Attack at random
Prey escape maneuvers Avoid direction Avoid position Turn gamma Turn random Turn time Zig zag
Basic boid model Starting point Step 50 Step 100
Generated patterns of collective escape Flash expansion Herd
Attack nearest and avoid direction
Attack most peripheral and avoid direction
Attack nearest and avoid position
Attack most peripheral and avoid position
Biggest challenges Scalable codebase (boids, behaviours) Debuging Toroidal coordinates Predator vision
Starting from scratch Simulation parameterization
