Understanding #ethereum transaction traces can be hard but it’s good to know what happens inside the #EVM. I’m working on a tool to display transaction details in a more intuitive way especially for visual people like me. Here is a random OpenSea Seaport.fulfillBasicOrder Tx

❄️ #odenwald

My project Cellular Skyscrapers is now a part of the Wolfram Science Cellular Automata Art Gallery -> wolframscience.com/gallery-of-art/

best way to learn how 3d gaussian splatting works is to build another viewer :) first small steps...

Some progress. Now with spherical harmonics colors and (incorrect) splats. At least it looks a bit like a train already.

ah ok exponential splat scales help

getting closer

splat projection fixed

Refactored a lot and added stuff like streamed loading and sorting. Fun fact: as a first & easy to implement but fast sorting solution I'm using DuckDB now to sort the splats by distance. 20MB initial load but only an hour of dev time and you get a free wasm thread sorter. #3dgs

Another #GaussianSplatting bike. Created from ~50 images with polycam. Their ply export feature is great! Rendered in my custom viewer.

First self trained splats with the official Inria pytorch implementation. ~70 images from my phone and a lot of cleaning with PlayCanvas supersplat. Reflections are a bit weird but all in all quite happy with the result #GaussianSplatting

ray marching voxels in a Three.js box

Correct occlusion with multiple boxes and rays work now also when camera is inside a box

Added a vox file loader and basic clipping to the threejs voxel raymarcher. Next color palettes... Models from github.com/ephtracy/voxel…

Added a color map texture. Looking for more complex vox models now to test performance, any ideas? Model from github.com/ephtracy/voxel…

after some improvements in the traversal algorithm I got everything in place now for deferred shading