programming inspired by nature

Some research for a team project conducted at Victoria University of Wellington School of Design.

Starting the project by observing the growth of crystalline structures we sought to gain control over these by replicating them in a computer. A simple l-sytem simulation was written using processing that was then used to create 3d models that were rendered in 3dStudio max in order to create a animation.

Observe

Crystal Growth in HD from Greg Saul on Vimeo.


Crystal Growth Study 01 from Greg Saul on Vimeo.

React


Growth Studies 3D fig.02 from Greg Saul on Vimeo.


Growth Studies in 3D from Greg Saul on Vimeo.

diagramGrowth

diagramgrowthfig01.png

Aesthetics test 01

rendertest02.jpg

Tests export structures grown in a program written in processing and rendered in 3DSMAX

Qulia Logo

I’ve been playing around with a few idea’s for a identity and logo.

I think this one although very subtle talks about senses some how.

you have to wait a while for it to load and come up, but I promise it will.

I think it could be nice to use many different colours so that the particles mixed together when you moved the logo.

verletChain test 3d

For these I used a chain of particles to describe a 3d surface as they moved through space.

I’m interested in how movement can be translated into form and how because there is a logic to the physics that acts on these moving particles the final form also has logic as a form.

Motion theory Nike one

1STaVEMACHINE

[youtube]http://www.youtube.com/watch?v=5VxcfmMtpvI[/youtube]

[youtube]http://www.youtube.com/watch?v=8VkMHsN8SoI[/youtube]

[youtube]http://www.youtube.com/watch?v=04hDmXW0fXg[/youtube]

Special effects

some interesting special effects by

http://www.motiontheory.com/

[youtube]http://www.youtube.com/watch?v=oUCsaRBPohI[/youtube]

[youtube]http://www.youtube.com/watch?v=PuyZglg0_Rs&NR=1[/youtube]

ubiquitous computing?

verletChain test 02

verletChain test 01