A simple interactive animation of (shallow) water waves propagating on variable depth

This is a game where you are to find countries on a world map.

This is a simple visualization of how the seed pattern on a Sunflower arises from producing seeds separated by the golden angle. You can try other ratios to convince yourself that the golden angle is an optimal choice. Also, choosing other irrationals can shed light on approximating fractions, like 22/7 for pi.

A simple tool for playing with 3d dynamical systems

This is a simulation of the 'game of life'. More imformation in the page :)

This is a simple visualization of Complex mappings. That is, it parametrizes and animates the effect of complex mappings on a cartesian grid on C.

Well... its linkeages. You can tie them to the canvas, drag them, etc... that all...

Just a silly simulation of particles interacting via the Lennard Jones potential.

Simulation of planets (or circles if you want) that interact gravitationally and merge conserving mass (area), momentum and center of mass.

A devoted rendering of how rays refracts and reflects through a drop of water.

Real-time simulation of the wave equation with custom barriers and damping.

Visualization of how chaos emerges from applying simple functions repeatedly.

Just a small code for generating (semi-)realistic two-dimensional trees.

This is a small script for visualizing two-dimensional, classical vortex dynamics in incompressible fluids.

This is a simple code that allows for a visual exploration of the 17 fundamental symmetries of a two-dimensional surface -- the so-called wallpaper groups. After you pick one of the 17 wallpaper groups, a gray rhombus will display the fundamental translated area. On top of this, there are lines showing mirror symmetries, glide reflections and discrete rotations. Enjoy!

This is a simulation for visualizing the dynamics of the Lorentz system and its bifurcation.

A visualization of how pretty fractals can emerge from probabilistic processes.

This is a simple code for visualization of the discrete fourier transform using epicycles. You can draw an arbitrary graph and play with the number of circles (with amounts to a fourier filtering) and the parametrization speed.

This is a simple code for generating autostereograms -- a way of hiding 3D objects in 2D patterns. There is also a text explaining how it works... sadly, the dynamic autostereogram is too slow in its present state, and I don't feel like spending time making it work.

A real-time visualization of the Ising model for a two-dimensional grid of half-integer spin particles. You can control inverse temperature to discover the ferromagnetic phase transition.

This is an extensive, but basic experiment with reinforcement learning. Digital 'Animals' spawn with random DNA and blank brains. With mutating the neural network for every new boid, they gradually evolve to handle the environment better. There are three views: The simulator itself, a visualization of the 'best' boid and a control panel where environment and mutation properties can be altered. Have fun!

A very simple raytracing simulation of a black hole attached to the mouse, lensing a star in the Andromeda galaxy.

This is a simple code for visualization of the diffusion-limited aggregation algorithm for computing particle aggregation in systems such as the Hele-Shaw cell.

The shape of droplets

Visualization of the physics of elastic collisions

Well... some voronoi stuff

A simple visualization of a double pendulum.

A realtime (...ish...) view of our solar system.

This is a simple rendering of the mandelbrot set together a visualization of certain trajectories. More info inside.

A naive, but beautiful approach to automated art based on the way ants track paths.

Some famous fractals and sliders and knobs for controlling them.