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That’s already how Gaussian splats work. They’re novelty of splattr (though I contest that they’re the first to do so) is that they need fewer images than usua
by dagmx 2y ago
That’s already how Gaussian splats work.
They’re novelty of splattr (though I contest that they’re the first to do so) is that they need fewer images than usual.
- Arkanum 2y agoI think the novelty is that they don't have to optimise the splats at all, they're directly predicted in a single forward pass.
- dagmx 2y agoThat’s not really novel either imho, though google search is escaping me on the specific papers I saw at siggraph. Imho it’s an interesting combination of technologies but not novel in an off itself.
- GaggiX 2y agoThe novelty here is that it does work on uncalibrated images.