191–198 of 198 posts
I've been trying to build something myself for biological and heritage captures. Could you elaborate at all on the JS decoder method used or resources that ended up enabling you to make it?
I've been playing with Playcanvas React for the past week, would your method integrate with their platform?
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Public schools are closing due to lack of enrollment. Transit agencies are cutting back from low ridership and lack of fare revenue. If housing costs were low enough for more people to move in affordably it could be a boon for the city.
Maybe a boon for the city, but is definitively a boon for the people? Or could they be better served by building up another nearby town and connecting it?
This is fantastic. I've been trying to build something myself for biological and heritage captures. Could you elaborate at all on the JS decoder method used or resources that ended up enabling you to make it? I've been playing with Playcanvas React for the past week, would your method integrate with their platform?
It's very similar to PlayCanvas React, but with a fully Web Components-based architecture. You can use the same scripts interchangeably between both frameworks.
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> Is it cheaper because the infrastructure is going farther Yes, that's exactly it! > or because every individual is getting less and less of an overburdened commons? No, it's not that at all. Why would common services be overburdened? Everyone still gets their water, sewage, electricity, internet, etc., but it's far cheaper to provide per-person. And with the density you get to build public transit, so people aren't…
>Why would common services be overburdened? Water restrictions? Fatbergs? Brownouts? Congestion? Traffic? Breathing room? Not to mention increasing demand on any inelastic local supply will drive up prices. To my initial point, the upscaling of utilities and infrastructure is often magically handwaved alongside the up-zoning demands. There are real negatives to cramming more and more people into one place!
This is fantastic. I've been trying to build something myself for biological and heritage captures. Could you elaborate at all on the JS decoder method used or resources that ended up enabling you to make it? I've been playing with Playcanvas React for the past week, would your method integrate with their platform?
This application was built on PlayCanvas Web Components: https://github.com/playcanvas/web-components/ It's very similar to PlayCanvas React, but with a fully Web Components-based architecture. You can use the same scripts interchangeably between both frameworks.
I'm trying to make something that can take in real-time data and also handle some XR/AR if possible as well, but I am pretty ignorant beyond html/css/js.
San Francisco is just so beautiful. There's a serenity to it that I can't quite put my finger on. The way the fog waterfalls over the hills when you take the train in from the south... the view from Sutro. The gum tree trove near the tower. This captured that serenity.
This is fantastic. I've been trying to build something myself for biological and heritage captures. Could you elaborate at all on the JS decoder method used or resources that ended up enabling you to make it? I've been playing with Playcanvas React for the past week, would your method integrate with their platform?
For more information on the format itself you can look at https://github.com/nerfstudio-project/gsplat/blob/main/gspla....
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what part is the culprit : the meta quest or the 3D implementation from the website ? On a classis laptop, it behaves well
The Quest's Snapdragon GPU, like most mobile GPUs, uses a tiled rendering [1] architecture. The basic technique for rendering gaussian splats is kryptonite for this architecture, essentially implementing every worse practice for rendering on a mobile GPU: * Tons of overdraw (overlapping splats) * Tons of alpha blending * Millions of splats in the distance generate a lot of tiny triangles resolving to a single pixel *…