SuperSplat

Why it's ranked here

The feature depth makes SuperSplat notable: selection is not a single marquee tool, and project files preserve more than exported geometry. GPU picking, undo-aware edits, camera controls, saved poses, timelines, and offline caching form a credible production workspace. Its narrow Gaussian splat focus remains clear.

What's good

Selection covers rectangles, brushes, flood fill, polygons, lassos, spheres, boxes, and an eyedropper. Move, rotate, scale, measure, and orientation tools operate inside the same workspace. Project archives store multiple splats alongside camera, view, pose, and timeline settings. Unsaved-change warnings and edit history protect iterative work.

Tradeoffs

Rendering explicitly requires WebGL 2, so compatibility depends on the browser and graphics environment. Some file-system behavior uses modern browser APIs with fallback dialogs, which can make saving differ across browsers. Export processing runs inline because the distribution omits its worker module, sacrificing worker parallelism to avoid failed or hanging exports.

How to use it well

Use SuperSplat when Gaussian splat cleanup needs precise selection, spatial transforms, visual tuning, measurements, camera setup, or reusable project state. It fits between captured splat data and final exported or published content. Do not choose it when you need a command-line processor, reusable library, or general-purpose mesh modeler.

Observed

License

MIT

Primary language

TypeScript

Install surface

Hosted browser editor; local development uses npm and Node.js

Interface

Graphical browser editor with a registered iframe API

Graphics platform

WebGL 2

Project format

Custom .ssproj ZIP archives containing JSON metadata and PLY splat files

Build system

Rollup with TypeScript, Sass, PostCSS, and ESLint

Offline support

Service worker caches the application shell, WebP runtime assets, and locale files