The analog photographic record initiated a pattern of visual memory construction, the film can organically record the environment that the lens sees and in which it is exposed with its static color plate in a deep field of colors. The analog record contains a range of colors that allows our memory to recreate the environment in which it was exposed. But what about the digital environment? Does it exist? Would it be possible for a machine to record the way in which colors are stored and expose this in an image? The reason why I make these codes is to say that yes. Since 1970, teachers and students have been trying to analyze the images recorded and converted to digital format. Some pioneering computer artists were already creating their machines to recreate analog reality digitally.
Each piece is a range of gradients. The colors are defined within these color distances in the gradient, but this is not what determines the colors. The colors are determined by a hue scale within RGB. So, after this configuration of the static module, a subdivision of the colorma is reduced within a grid, pixel/resolution, which allows a few bytes to store scalable gradient ranges recursively. lol
I try to understand how memory and recording can be reduced through computing, compared to an analog recording. Each piece of art generated by my code, built in Hydra, allows us to understand these memory ranges stored in colors in the few megabytes of the digital image and in the quantization of colors. The reason for the name ueneu is because of the gradients that scale recursively. If colors are cycles and in language we have a beginning, middle and end, I deduced that it should be a cycle of syllables that could repeat itself recursively if reduction is necessary. e.g.: Ueneu ueneuueneuueneu ueneu. ueneu ueneuueneuueneu. In the recursive color cycle of these gradients, each ueneu, neuen, neuonau is possible. But why is there a need to do this? It is my current computational capacity that limits these questions, everything is within the limit and possible.
ueneu - tezos neuen - ethereum neuonau - solana