In the Age of AI coding, this lovely cool demos are no longer interesting anymore.
I use to appreciate them by the craftsmanship and hacking aptitude they required, but now AI took away that joy of watch this for me.
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laszlokorte
Very cool! I did a similar (but much simpler!) experiment by implementing perspective projection via SQL, storing meshes (vertices, edges, faces), the camera position and the screen size in tables and building a single query that generates the SVG paths (including backface culling). Running via WASM SQlite inside the web browser. [1]
SELECT project(...) as x, project(...) as y
FROM model, vertex, camera, transform
WHERE clockwise AND clipped IN BETWEEN -1 AND 1
In the Age of AI coding, this lovely cool demos are no longer interesting anymore. I use to appreciate them by the craftsmanship and hacking aptitude they required, but now AI took away that joy of watch this for me.
Very cool! I did a similar (but much simpler!) experiment by implementing perspective projection via SQL, storing meshes (vertices, edges, faces), the camera position and the screen size in tables and building a single query that generates the SVG paths (including backface culling). Running via WASM SQlite inside the web browser. [1]
[1]: https://static.laszlokorte.de/sql3d/Very cool project. Next they should create a database with SQL. Querying my database's database with my database's SQL's SQL would be trippy.
Nice, but why ?