|
|
Bees |
See
how bees can make honeycombs using simple behaviors. |
|
Firefly
|
Fireflies
flash randomly, then slowly start to blink together. |
|
Slime |
Slime-mold
cells aggregate into clusters, using a chemical pheromone. |
|
Termites
|
Termites
follow simple instructions and pile up the woodchips.s |
|
Rabbits
|
A
predator-prey system of rabbits and grass. |
|
|
Horn
|
Watch
the horn grow across the screen. |
|
Ant-Trails
|
The
motion of the turtles is determined by the color patch they walk over. Interesting
patterns emerge. |
|
Turtle
Graphics |
Each
turtle draws simple lines, but the collection of turtles creates a beautiful
picture. |
|
|
Circle
|
Use
StarLogo to create circles in a new way. The turtles themselves become the
circle. |
|
Gaussian
|
Balls
fall through a triangle of obstacles, creating a Gaussian distribution. |
|
Sirpinski
|
Creates
three different simple Sirpinski fractals. |
|
Tree
|
A
parallel approach for drawing recursive trees. |
|
|
DLA
|
Diffusion
Limited Aggregation. Create fractals with simple rules. |
|
Rope
|
Waves
travel along a rope, demonstrating sinusoidal motion and resonance. |
|
Perfume
|
Diffusion
of perfume. |
|
Collisions
|
Particles
collide with each other, randomly changing their energy and direction. Illustrates
the use of grab. |
|
|
Traffic |
Model
the movement of cars on a highway. Watch the cars form traffic jams. |
|
Sugarscape |
Agents
collect sugar. Based on the artificial society Sugarscape conceived of by
J. Epstein and R. Axtell. Illustrates the use of leap. |