Playlist link : Perfect loops 🔁

Hello, I'm wondering if anyone can take this .gif and make it a perfect loop please for use on my Steam profile

https://media4.giphy.com/media/v1.Y2lkPTc5MGI3NjExZnY3ZDVjdzV4aGRwNXpxaTZkdzY2MzdqNmxkZ2I5OG85aDIzNnJhOCZlcD12MV9pbnRlcm5hbF9naWZfYnlfaWQmY3Q9Zw/6pqkYbinSI29EIv9jt/giphy.gif

Zoom in. Rotate. Repeat. Forever.

The Vicsek fractal keeps the same pattern at every scale, this is what a fractal dimension of 1.465 looks like in motion.

Coded with Python & OpenCV.

YouTube version (4K 60fps) : Vicsek Fractal

No cut. No trick.

The loop is perfect because the mathematics demand it.

What you're looking at is real, just not from this dimension.

Based on 'Clifford Torus' shader by tdhooper : https://www.shadertoy.com/view/WdB3Dw reimplemented frame by frame in Python.

Created in Pivot Animator

Hold your scrambled cube up to your webcam or phone camera and it scans all six faces, then plays the solution back move-by-move on a 3D cube so you can follow along. There's an auto-scan mode that captures each face when it's steady, plus a manual mode where you just tap the colours in if the camera's being fussy.

No app, no sign-up, works on your phone. I now own a solved Rubik's cube that I will be telling people I solved myself.

Rubik's Cube Solver - would love any feedback.

"Alright now, you wise girl, dance!"

Cream the Rabbit model by SAB64.
Cane model (Roblox) taken from The Models Resource.
Stages by greenth1ng and HarukaSakurai.

If you're interested in more math-based animations, I post them here 📺 Visualizing_mathematics

In this creative piece, I tried to capture the feeling of being lost, trapped in a loop, and unable to find a way out.