A build up of expanding shells surrounding an initial object gives the appearance of fur.  Offsetting the texture coordinates based on time allows the fur strands to move as if blowing in the wind.  The published version of this scene is available here.

This scene shows a number of ascending reflective translucent bubbles, along with a slightly shimmering background.  Use the mouse to manually rotate the scene to get a different perspective of the flowing bubbles.

This scene shows varying reflection and refraction effects based on the animated attributes of a soap bubble.  The bubble is rotatable, and the light source follows the position of the mouse.

Use the mouse to add bursts of simulated fluid to a 2D container.  The added fluid flows will automatically dissipate once the mouse button has been released.

Using the same simulated volumetric data set below, this scene dynamically creates an isosurface in realtime based on the volumetric density.  Change the selected density by moving the mouse horizontally.  Adjust the amount of lighting used by moving the mouse vertically.  As before, the object can also be manually rotated.

This scene utilizes a simulated volume mapping technique to show the various layers of a 3D medical scan.  Move the mouse over the scene to adjust the visibility of the layers.  The object can also be manually rotated.

A reflection map and an environment cubemap get used to simulate a varying reflective surface.  An extra rendering pass has been inserted to add a skybox using the same environment map.

Similar to the Texture Mapping demo below, but with a modified lighting model to include the use of a normal map applied to the object.

This scene shows Phong Illumination applied to a texture mapped object with a single light source.  The object is rotatable, and the light source follows the position of the mouse.