In the new version of Houdini 22, specialized tools for working with Gaussian Splatting technology have been introduced, allowing static neural point clouds to be transformed into fully controllable 3D content elements.
What Happened
Houdini developers presented a set of nodes for creating, manipulating, and animating Gaussian Splatting. The update includes support for image-based lighting (IBL) methods and deep integration with the Copernicus framework and the USD (Universal Scene Description) standard.
Context
Gaussian Splatting technology allows for the creation of highly realistic 3D scenes based on neural reality capture. Previously, such data often remained static visual effects, but integration via Copernicus and USD allows them to be combined with classical procedural geometry.
Why It Matters for the Industry
Integration through Copernicus and USD standardizes the workflow with neural 3D scenes. This enables the seamless combination of procedural content with photorealistic reality capture data, turning fragmented neural data into a controllable part of an industrial CGI pipeline.
Why It Matters for Users
Professional artists can now do more than just use rendered point clouds; they can fully animate, light, and embed neural 3D objects into complex dynamic scenes and professional visual effects.
What Is Not Yet Known / Limitations
There is a noticeable difference in focus between the engineering integration and the legal risks associated with using reality capture data.
Sources
Author
Look at AI, Editorial Team