Different sizes and perspective of the same original sample of 2 and 6 neurons randomly communicating with each other. The blue tiles – 2 neurons communicating in 2 layers. The tan tiles, 6 neurons communicating in 6 layers.
Not much difference it seems, but there is a nice fractal dimension to it and it makes for a very orderly tiling too!
I guess I should thank Daniel Smilkov and Shan Carter for writing this script for TensorFlow. Good job!
Random and fractal.
An interesting combination if anything! Here, a random color spread on the honeycomb background, a fractalized texture on the spheres and the central frame dot pattern. Both originated in a quad-grid on the Bio7 program
Put 3 species in a cylinder, 1,000 units each. Throw the dice and check to see what happens after 3 seconds, space wise, quantity wise, and air-quality-wise. Little colored stars chatting with each other & networking?
Random design #3
What are the chances of a robot seeing my work? Many. What are the chances of a robot showing me what it sees? Very few!
Thanks to the Deepdream team, I took my two previous work to their random algorithm – and this is what the AI saw.
I haven’t done watercolor in years! I didn’t know robots had watercolor dreams! I was so surprised I (almost) left it as is. I put actual image #1 in the background to show where the transformation started from.
What if I change last week’s squares to triangles and tweak a few parameters?
Same concept, same script, a very different form of randomness! The dynamic of the triangle shape and the recursive aspect of the calculation make for a lively combination!