{"views":["
\"PureMathArt\"<\/a>
PureMathArt<\/a> \u2013 202869<\/a><\/small><\/header>

Aftemist<\/a>\nYeah,I actually had a different idea, I envisioned it differently, but it didn't work out. While working on a certain file and reconstructing it, it turned out to be a hologram or something similar, then transformed by image2image or something similar. However, the "hologram" itself had encoded motion, which, interestingly, I managed to extract. So I was inspired by methods of creating images this way. I generated a point cloud (.ply). I wanted to save such a hologram on a single wallpaper, with an animation based on phase shifting, i.e., motion shifting, but I couldn't combine all the hologram frames (the effect would have been unsatisfactory), so I selected a single frame and created the effect.<\/p><\/div><\/article>","

\"PureMathArt\"<\/a>
PureMathArt<\/a> \u2013 202882<\/a><\/small><\/header>

Aftemist<\/a> Oh, just to clarify a bit: I wrote earlier that I was fascinated by how the graphic I mentioned was created, but I was referring to the hologram itself, not the subsequent image-to-image processing. I admit that this kind of unique and abstract digital art often confuses popular AI-detection websites. More specifically, the script loads a 3D point cloud of a chaotic mathematical attractor, rotates it in virtual space, and uses a custom GPU kernel to simulate wave interference and light diffraction for each point, projecting the physics of a real hologram onto an 8K-resolution canvas.<\/p><\/div><\/article>","