The Dreams game engine (only for PS4) does this and is able to achieve scenes that no other game engine can. Here's a technical talk about how they did it: https://www.youtube.com/watch?v=u9KNtnCZDMI

Actually sorry not sure if they use triangle splatting, but gaussian splats at least.

They've made a follow up to that called MeshSplatting. https://meshsplatting.github.io/

Isn't nanite in unreal engine exactly that?

To be clear, I'm not proficient in it's use, just watched a few videos about it's theory when it was initially announced

I think that Gaussian splatting is generally better, as the Gaussians are smoother and easier to optimize, if you can use them.

Things like triangle splatting are useful if you have to integrate into an engine that only support triangles. But with modern graphics pipelines, you can implement Gaussians quite efficiently, including newer techniques like Gaussian point splatting that can scale up seamlessly to enormous scenes:

* Video: https://www.youtube.com/watch?v=2AWv_nIfp-U

* Paper: https://jorisar.nl/gaussian_point_splatting/gaussian_point_s...

* Repo: https://github.com/JorisAR/gaussian-point-splatting

Honestly there should be many more types of splatting imo...

Wow, that video made me instantly nauseous.

I am a fan of this channel: https://www.youtube.com/@RadianceFields

He is very frequently posting news about the splat world as well as quite many tests and demos with different software or hardware. I would expect him to cover Blender specific stuff soon, but it's a great source already for existing stuff.

I have seen techniques for smart selecting objects and moving them around in the scene.

I've been using Claude to drive Blender with the official Blender MCP server. Mixed results; but some of them very good.

Claude Opus is very good at creating geometry nodes for specific applications. You have to know what to ask for. It's not a magic genie.

For example, I asked it to make a node setup to create the geometry for a table. It did a mediocre job of it. Then I told it to do research on the nomenclature for tables and create a parametric control interface to generate tables with the UI using the table nomenclature. It did a very good job of that. It set it up so that I could put the units in using Imperial or metric. I also asked it to come up with reasonable default values for the parameters and it did. With just a little tweaking I have a very useful table generator for greyboxing scenes.

I then did a similar round with it for book cases and straightback chairs with useful results.

I asked it to make material nodes for wood: oak, maple, etc. And it did a pretty good job of that. Nothing amazing, but a useful place to start.

It won't be replacing people that know what they are doing, but its useful for giving that person better specifications for what you want.

I had Claude keep notes on the project and it made a skill that has been useful for later projects.

Think of it as a very bright intern that works very fast but has very little practical experience.

The problem, of course, is that if AI replaces interns, then there may not be a future generation of experts. By then, though, the AIs may be good enough to replace the experts. Next year? Next week? Who knows. If you guide it right to learn as it works, it _does_ get better over time.

I have no idea what to expect or what the actual limits of this tech is. I've see it make really hilarious mistakes, then turn around and explain the math its using so well that I can ask for what I want "properly" and it's surprised that that was what I really wanted.

It is like dealing with a very well read alien.

If the AIs don't end up murdering us all in our sleep it could be an amazing world we are entering.

Fable 5.2 is really good at using Blender from my testing. That being said, even smaller models are good enough for junior level work, it just depends on what deliverable or metric you are looking at. Most agentic LLMs can now do low poly assets for example.

Blender can be guided with Opus 5.5 to do reasonably detailed buildings and generate textures, and modify existing models, say a car, and add doors. There is still a lot of handholding, but it's good enough!

I don't know a about Blender, but frontier models already do a good job generating scenes in Three.js:

https://threejseval.com/

Most of these platforms support scripting, meaning software development strategies can be applied to iteratively developing graphics etc.

Though with some graphic design tools you have to proxy it with AppleScript because there is no other automatable interface with the design tool.

More skilled technology users get better results when asking LLMs to do technology things.