Pablo Mesquida

Demo for testing the leaf-falling simulation. It now supports two types of trees (with and without rigs) and allows multiple trees to be placed in the same scene. tree-demo-ten.vercel.app/#de…

The character can now walk up and down stairs, detecting steps from geometry. It handles straight, open staircases, stops at steps that are too high, and slides its hand along railings. Demo: locomotion.pablopx.com/lab/ #threejs

Using a hand from Blender’s Human Base Meshes, I created a rigged hand behind frosted glass. Sharp against the surface, blurred with distance. The glass stretches around the hand, while the index finger follows the mouse. the-hand-chi.vercel.app/

Library update. The character now rests a hand on columns, walls, and railings, sliding it along while walking. With touchables, the hand reaches out to nearby surfaces, makes palm contact, then pulls away without breaking stride. #threejs

Testing a falling-leaf simulation for trees. Part of a larger project alongside my rock demo and procedural character animation library. Still need to run performance and stress tests to see how it scales with more trees. #threejs tree-demo-ten.vercel.app

A small demo to test the rocks I created in Blender. rock-demo-chi.vercel.app/

Some more tests with Gaussian Splatting. I captured the objects using my phone camera and a makeshift setup on my desk.

First test with Gaussian Splatting + Three.js. After reconstructing the model with COLMAP and gsplat, I modified the shaders to add an internal light and a small deformation synced to its pulse. A simple test, but it opens up a lot of possibilities.