n=10013=17x19x31. I used the unique-prime-factorization theorem (e.g. 28=2*2*7) to iteratively fragment polygons in n tiles, coloring them in HSI space. Hue and Intensity are functions of residuals of smaller factors for global view and of largest factor for details. I created a one-to-one correspondence n image one #NFT | Made in @ProcessingOrg /python | by @SantoLeonarArt

"Golden eyes chromo-space fractal": a fractal simultaneously interlinking space and color dimensions, part of a family of fractals I built from scratch in ProcessingOrg / Phyton. It is tuned to Golden Ratio proportions in the parameter space - PNG 4045x2500 - April 2021 @SantoLeonarArt

"Collatz city skyline " : based on the unsolved Collatz conjecture, I created an infinite city where each building represents a number with shapes and colors related to its Collatz sequence (length, parity, % odd steps, etc.); the two rows separate odd/even integers. "Street numbers" 8888-9091 | Made in @ProcessingOrg /python JPG 2048x1024 | @SantoLeonarArt

Fractalizing Marilyn #1. What happens if we transform Warhol's Marilyn replication into iteration/fractal? This is the result of my algorithm. Zoom in/out to see the 7009 Marilyns.

"Leonardo-Vermeer cross-creation": Leonardo - Vermeer interconnected, each one creating the other's painting. Zoom in/out to see the 19997 images - Built from scratch in ProcessingOrg / Phyton - JPG 4096x4096 - May 2021 @SantoLeonarArt

Artwork presented at XXIV Generative Art International Conference 2021 (GA2021), first 3 minutes. Based on unique-prime-factorization theorem, it iteratively fragments polygons in n tiles according to the prime factors of n. The artwork details are explained in the proceedings of GA2021. Made in @ProcessingOrg /python by @SantoLeonarArt. Music credits: Between Worlds (Instrumental) by Aussens@iter (c).