This rendering was done in Cinema4D using redshift. Also used for this piece is substance painter, photoshop and illustrator.
Made for the book US Navy carrier aircraft of the 1950s.

For Optimoor 3D, the ship mooring analysis project that we at 3D ENGINERD. developed for Tension Technology International Ltd. We built a procedural system that creates vessel models.

Here’s how we do it:

1. We divide each vessel into three sections: Front, Mid, and Aft.
2. The bottom hull uses existing GLTF meshes that are scaled, while the upper hull and deck are generated procedurally using convex hulls (based on deck control points).
3. The mid-sections are scaled and positioned based on the vessel’s actual breadth and depth.
4. In cases where our Vessel has stepped portions(Aft or front), we use extruded geometries to fill up the gaps formed in hull.

This approach helps us create vessels of different sizes without building each model from scratch.

All the nice comments yesterday got me motivated. 💜

I've been building a tiny SDF 3D modeller.

I originally started this a couple of years ago, but recently I was able to actually make it interesting/somewhat complete thanks to agents. Probably there is a long way to go before it's fully usable, but I had fun getting to this point and the results are starting to be interesting.

A potential next exploration is a woodworking mode. I bet SDF primitives can be used to simulate cuts / bevels and provide more intuitive UIs that sort of match the tools we'd use in a wood shop.

We just implemented tile-based loading with LODs for our AI Data Centers 3D mapping project on the Web
Link 🔗- https://ai-future.in/

The Vizag (India) terrain is organized as a pyramid of tiles(shown as red grids in video). At a wide view, it loads larger, coarser tiles, and as we zoom in, it replaces them with smaller, more detailed ones.

This lets the scene show finer details only where we are exploring without loading the entire area always at the highest details, saving a lot of performance. Land cover is stored as image tiles and are draped onto the terrain so the colours follows the terrains' shape.

The Buildings are stored separately as GLB model tiles, they also load progressively as we zoom in and are rendered as 3D geometry.

This was done by us at 3D ENGINERD. using 3D-tiles-renderer to manage tile loading, visibility and LOD, and Three.js to render the whole thing into one scene!