Boids, a term derived from "bird-oid," is an artificial life algorithm developed by Craig Reynolds in 1986 to simulate the intricate flocking behavior observed in groups of animals, particularly birds. The algorithm's elegance lies in its simplicity, employing three basic rules that govern the motion of individual entities (boids) within a group, leading to complex and visually appealing collective patterns.

In the context of Boids 2D, this algorithm comes to life in a visually stimulating simulation. Users can observe the dynamic interplay between boids, hunters, and environmental elements like walls, experiencing firsthand how the simplicity of rules leads to the emergence of intricate and realistic group behaviors.

• Rule: Boids align their direction with the average direction of their neighbors.
• Purpose: Encourages entities to move in the same general direction as nearby members, creating a sense of cohesion and alignment within the group.

• Rule: Boids move towards the average position of their neighbors.
• Purpose: Promotes togetherness as entities are drawn towards the center of the group, preventing dispersion and fostering a cohesive flock.

• Rule: Boids avoid collisions by steering away from nearby entities.
• Purpose: Prevents overcrowding and collisions by ensuring that entities maintain a minimum separation, allowing for fluid and organized group movement.

The brilliance of the Boids algorithm lies in the emergence of complex behaviors from the application of these three simple rules. By following these principles, individual boids collectively exhibit mesmerizing patterns such as flocking, schooling, and herding, mirroring the natural world.

• Boids ⚫️ 🔴: Observe the nuanced behaviors of boids, each contributing to the overall fluidity of the flock.
• Hunters 🕊️: Introduce a new layer of complexity with hunters, creating interesting dynamics within the simulated ecosystem.
• Walls 🦅: Explore how environmental elements like walls influence the group's movement, leading to unexpected patterns.

• Vertex Mode Switch ✨: Take control of the simulation by switching between modes, influencing the behavior and trajectory of individual entities within the flock.

• Language: Developed in Kotlin.
• Graphics: Utilizes the Canvas API for rendering captivating 2D visuals.

• Stability Updates: Benefit from continuous improvements ensuring a stable and seamless simulation.
• UI Polish📍: Enjoy a refined user interface that enhances the overall user experience.

The app is hosted on Google play store