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3D Gaussian Splats are cool, but they're static (Part 13). VR-GS makes it possible for users to interact with 3D Gaussian kernels in VR and can generate realistic dynamic responses and illumination in real-time.

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73,759 просмотров • 2 лет назад •via X (Twitter)

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Part 12

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Part 11

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Part 10

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Part 9

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Part 8

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Part 7

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Part 6

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Part 5

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Part 4

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Part 3

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Part 2

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Part 1

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3D Gaussian Splats are cool, but they're static (Part 33). GGHead can generate and render 3D heads at 1K resolution in real-time.
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3D Gaussian Splats are cool, but they're static (Part 33). GGHead can generate and render 3D heads at 1K resolution in real-time.

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This is INSANE VR-GS empowers users to interactive manipulate 3D Gaussian kernels at a real-time rate with physically plausible responses and realistic illumination, even in #VR The paper is here: (Thanks Enea Le Fons for the tip) #VirtualReality
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Instant Skinned Gaussian Avatars for Web, Mobile and VR Applications Short summary: In our system, we animate a background 3D mesh and have the Gaussian splats follow the mesh’s vertices. During preprocessing, splats are assigned to mesh vertices, and their relative transformations are stored. Once this data is saved, you can instantly use it in your applications without further preprocessing. At runtime, we animate the background 3D mesh, update the Gaussian splats in parallel, and resort all Gaussian splats every frame based on the viewer’s perspective.
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15,059 просмотров • 20 дней назад

3D Gaussian is great, but how can you interact with it 🌹👋? Introducing #PhysDreamer: Create your own realistic interactive 3D assets from only static images! Discover how we do this below👇 🧵1/: Website:
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31,428 просмотров • 3 месяцев назад

Continuing my 3D Gaussian splats pipeline iteration... This time I get closer. Here’s a quick test comparing training steps: 12 million splats + 60k steps vs. 6 million splats at 40k steps. The number of splats clearly impacts the level of detail. But I keep in mind the trade-offs when rendering 3D GS in real-time.
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BIG NEWS: Introducing SDF-Splats! 🚨 I just solved one of the biggest problems in 3D Gaussian Splatting: GAPS & HOLES! 🕳️❌ My hybrid approach combines: ✨ Explicit Gaussian Splats (for detail) ✨ Implicit SDFs (for continuity) The result? Seamless 3D reconstruction with NO visible holes, NO transparency artifacts, and REAL-TIME performance at 30-60 FPS! 🔥 Traditional Gaussian Splatting looks amazing but breaks apart in under-sampled regions. SDF-Splats fills every gap using on-demand raymarching through signed distance fields—zero preprocessing, zero neural nets, pure GPU magic! ⚡ Read the full research paper: #GaussianSplatting #SDF Radiance Fields MrNeRF #RealTime3D #VR #3DReconstruction #AIResearch

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Think meshes are the best for e-commerce? Think again. 3D Gaussian Splats are fast and cheap to generate...and with the new SOG format from PlayCanvas, this one is only 5.8MB. 🪄 [1 / 2]

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Excited to share our new #SIGGRAPH2025 paper! In this work, we show how to combine Gaussian splatting and computer-generated holography using Gaussian Wave Splatting. This enables photorealistic 3D holograms for emerging holographic VR/AR displays. 1/4

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3D Gaussian splats deliver more realistic visuals than your average PS5 game! 🤯 Check out this grocery store. You can even read the labels on the products. And this wasn't painstakingly modelled by a 3D artist. It was captured in minutes with an XGRIDS PortalCam. Rendered in real-time by the PlayCanvas Engine. [1 / 2]
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3D Gaussian splats deliver more realistic visuals than your average PS5 game! 🤯 Check out this grocery store. You can even read the labels on the products. And this wasn't painstakingly modelled by a 3D artist. It was captured in minutes with an XGRIDS PortalCam. Rendered in real-time by the PlayCanvas Engine. [1 / 2]

Will Eastcott

13,851 просмотров • 5 месяцев назад

Another AI Experiment. Using SHARP, Apple's ML framework - magical stuff. 2D Images to 3D Gaussian splats. Plotted and flown in Three.js
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Another AI Experiment. Using SHARP, Apple's ML framework - magical stuff. 2D Images to 3D Gaussian splats. Plotted and flown in Three.js

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