Gaussian-Splatting-Web

Visit Tool

gaussian-splatting-web is a WebGPU viewer for Gaussian Splatting NeRFs. It enables interactive exploration of 3D graphics directly in a web browser.

Claim this tool

4Views

At a glance

Pricing

—

Free tier

—

API

—

Skill level

Technical

About

What is gaussian-splatting-web?

gaussian-splatting-web provides a WebGPU-powered viewer specifically designed for Gaussian Splatting NeRFs (Neural Radiance Fields). This tool allows users to interactively view and explore 3D graphics that have been generated using code from INRIA. Built with webpack-cli, it offers a platform for experiencing complex 3D models within a standard web browser environment, making advanced graphics accessible without specialized software.

Best used for

Interactively viewing and exploring Gaussian Splatting NeRFs directly within a web browser.

Common actions

view 3D models

explore NeRFs

visualize Gaussian Splatting

interactive 3D

web-based graphics

face swapping"AI Agents"low-code/no-codeworkflowsopen-sourcecollaborationdeepfakeautomated workflowgithub copilot

Capabilities

Key features

WebGPU viewer
Gaussian Splatting NeRFs
Interactive 3D graphics
Browser-based

Target Audience

3D DevelopersGraphics ResearchersNeRF EnthusiastsWeb Developers

Integrations

Not yet documented

Pricing & Plans

unknown

Free

FAQs

What are the typical hardware requirements for smoothly viewing Gaussian Splatting NeRFs with this tool?

Smooth performance heavily relies on a modern GPU with WebGPU support. While specific requirements vary by model complexity, a dedicated graphics card with at least 6-8GB VRAM is generally recommended for optimal interactive viewing experiences in the browser.

Can I upload my own Gaussian Splatting models to view with this tool, or is it limited to pre-loaded examples?

The tool is primarily a viewer for models generated using INRIA's Gaussian Splatting code. While it's browser-based, direct user upload functionality for custom models isn't explicitly detailed as a core feature. Users typically need to integrate their models into the web application's structure.

What kind of interactivity does the viewer offer beyond basic rotation and zoom?

The viewer provides interactive 3D graphics, which generally includes camera controls like rotation, panning, and zooming. Advanced features like lighting adjustments, material inspection, or specific model manipulations would depend on further development beyond the core viewing capability.

Trending

Subcategories trending in AI Agents & Automation

AI Frameworks & Infra Chatbots & Conversational AI Workflow Agents Personal Assistants RAG & Document AI Voice Agents

Trending

Explore

Browse AI tools by category

Content & Design Productivity & Business Coding & Development AI Agents & Automation Research & Education Wellness & Lifestyle Career Development Marketing & Growth Data & Analytics Customer Support & CX Finance E-commerce