This model simulates the spread of wildfires in a regrowing forest.

A basic warehouse model. Items can be stored on "shelf" agents, and "worker" agents pick up and place items on the shelves and on the "dock" agents.

This model simulates how a virus spreads through a human population.

Demonstrates the "Boids" flocking algorithm in both 2d and 3d space.

This model contains two types of agents: shops and buyers. It also available in Python.

This model demonstrates the use of three library behaviors and three custom behaviors to simulate rainfall and pooling behavior.

A model of ants foraging for food. This is a classic agent-based modeling example that shows intelligent system behavior emerging from simple individual behavior.

This simulation implements Epstein and Axtell’s Sugarscape model.

Runs the classic Conway's Game of Life simulation on a 2d grid. You can use either HASH's built-in 'conway' behavior, or the written out "gol_cell".

This model simulates a warehouse conveying goods to storage before distributing them to cartons to be packed and delivered.