A quick illustration of the tetrahedral structure of diamond, MADE OUT OF DIAMOND. Mostly as a test for developing some new methods for getting nice dispersion/refraction effects.
Our 3D printed prototype of the Solar Orbiter spacecraft, made in plastic at 1:32 scale (main body is approx 6cm cube).
Lots of great detail, it’s made from the polygon model we animated in our video for ESA, which in turn was made from CAD data, with some additions (such as MLI wrapping and mirror tiles). See the animation here.
Ok, not so much of the science in this post – but still very pretty. Apophysis is a fractal flame generator, which essentially takes the usual Julia, Mandlebrot, etc. fractals, and puts them through a series of geometric transforms to create some interesting patters (for those of you obsessed with 3D: YES YOU CAN RENDER THEM IN STEREO!)
So they’re based on science (maths), but Apophysis turns this into an artistic tool. Bit hit and miss, as there will be very few people capable of understanding the maths to a high enough level to produce exactly the artistic image they have in mind. For us cerebrally challenged mortals, there’s a randomiser, mutation selector and some tweaking. Got patience? Luck? You’re in the right place.
Here’s a mixture of the more “scientifically interpretable” images, and some arty ones.
OK, well here’s something I’m sure you’ve all wanted to do – build cool sciencey stuff out of Lego…..
I’m sure this isn’t the way real Lego builders do it, but should be possible to get some really cool (and really precise effects). Imagine taking any 3D model, sculpture, CAD model, and recreating a scale model.
Here’s an example. (1) Build a 3D model. (2) Convert it to 3D Lego bricks using Rob Abbott’s excellent Legoizer Lscript. (3) Write some code to manipulate the data into a human usable form. (4-5) Export 155 image files, detailing each layer of the structure. Hey presto, usable building instructions to recreate any shape out of Lego 🙂
The building instructions show the position of bricks in each layer, and faded depiction of the layer below for reference. Right, got some Lego arriving in the post, let’s see how it looks for real….
Ok, so Youtube has a pretty nifty stereoscopic 3D encoding option, where you can upload left-eye and right-eye videos, and users can choose their viewing mode (e.g. red/cyan, amber/blue, etc.). We thought it would be fun to see how it coped with Bloodhound SSC in 3D. Pretty well as it turns out. It looks even more cool in 3D.
You’ll probably need to click on the video until a Youtube window pops up, as you can only get the 3D controls on the Youtube page (not the embedded applet). If you have any problems, go to Equinox Graphics’ Youtube channel and it should definately work from there. We recommend using red/cyan glasses with the Dubois optimised colour, at least until Youtube adds support for shutter glasses!
Hmm…. wonder if there might be some 3D Bloodhound in the pipeline then…..? 😉
A teaser video for the imminent new Bloodhound animation….. watch this space! (Don’t worry, the project is still financially on track!)
Read more about the project at Bloodhoundssc.com