Serialize the embeddings via ASCII characteriation (0-127 only) using gradient descent[0] (or simplify with LaTex source). Do a sterioscopic embeding. One eye

Serialize the embeddings via ASCII characteriation (0-127 only) using gradient descent[0] (or simplify with LaTex source). Do a sterioscopic embeding. One eye for meaning, other for distance. Put gis coordinates as g-code/grbl[0] code in a docstore database as a 3d printable bias relief[0] [0] g-code/GRBL : https://www.libhunt.com/compare-Universal-G-Code-Sender-vs-GRBL-Plotter https://www.libhunt.com/compare-Universal-G-Code-Sender-vs-G... Strictly virtual relm, can be shortened to s-expressions/m-expression as part of an L-System equation. Or just stick with the traditional math equation(s). [1] : https://www.yeggi.com/q/bias/ https://www.yeggi.com/q/bias/