Here are two creative compositions, that were made in collaboration by our very first sourcbinder alpha users. The first one uses PV3D particles and the bitmap effect layer to create a “3d-blurred” dizzy particle field. The second uses sound3d to play and transform mp3 sound in space and a sound spectrum node with a cube array to visualize the sound.

Dizzy Particles

Sound Spectrum Visualisation

Making a carpet out of a simple plane is not as difficult as it seems. Just drive the plane through a modifier node and use an image stream as the modifier source. A video or the webcam footage will be perfect. The modifier node displaces the vertices by an offset calculated from the corresponding the pixel values of the mapped source image. The best result can be achieved with a white background and a dark object. Alternately you could also use an interactive sprite and convert it to a bitmap. If you have a webcam and you are in a bright room you have to check out the second composition.

Displacement with Video

Displacement with Webcam

I was so excited about And Zupko’s work with the new Papervision effect branch, i just had to give it a try in SourceBinder. You can try the compositions and play with the setting as usual (from now on) in explore mode. If you have a webcam you should connect the MovieMaterial node to the Sphere in the first composition. You can do that either by Alt clicking the MovieMaterial node and droping the line on the Sphere node or with the output connector of the same node. SourceBinder will aply the connection automaticaly on the material input of the sphere, because of its type. Have fun!

3DFx Layer on Webcam

3DFx Layer on Cube

While we are are still preparing for a public alpha we just decided to let our nice visitors also play with some composition. So we made an explore mode for SourceBinder which in fact is the environment but with only two features enabled: binding and adjusting. Be sure to doulbe click on one of the nodes in the compositions and try to play with the atribute values and of course watch the result in realtime.

Particles in a Sphere

Simple Earth