An imo fascinating wrinkle that the article doesn't get into, Black Forest's main use case for their Flux models is "analytical" (modifying the user's pre-existing material, storyboards in this case) rather than "generative" (modifying stored material from the model's training corpus). In my experience with these tools so far, the analytical approach is more filmmaker-friendly, with image models fitting comfortably into well-established rendering and compositing roles. Meanwhile my current guess is that creative applications of the generative approach are going to end up looking a lot more like gamedev than filmmaking.
> “…modifying the user's pre-existing material, storyboards in this case…”
Let me understand this. You’re saying this Flux model takes as input your own images and drawings and then modifies them only?
If I understand this correctly, then it would get past the authorship safeguards public llms put up every time you ask for an illustration in the “style of”. Yes?
imo it's not setting up the site once that's the problem, it's keeping it maintained indefinitely without making mistakes, because hostile automated systems will keep on rattling the doorknob like Jurassic Park velociraptors. (And I agree, for sophisticated users keeping it off your home network goes a long way towards preventing worst-case outcomes.)
Afaik the basis of the Bluetooth thing is that out of all the different kinds of spread-spectrum radio we use now, Bluetooth happens to be the closest to her original design. So it's a drastic simplification, but not wrong.
The point is that Bluetooth descends from an independent intellectual heritage. No one was aware of her patent. The original experiments with Frequency hopping happened in the early 1900s with Marconi and Tesla. FSK was used for military radio in the 1930s and by the 40s had trickled out into widespread knowledge. Here's an example of a trade magazine from 1948 describing FSK [0] citing military work in the late 1930s, which also says
It may appear to the reader that this recent advance in telegraph technique is a rather obvious one
Going on to say that it's little studied because there simply isn't a good method to synchronize the transmissions yet. That's what Hedy and others were trying to solve, but the widespread solution would come from the independent invention of Barker codes in 1953. Many decades later when the people at Ericsson were designing what became Bluetooth, they looked at the FCC requirements that had been written to accept FSK radioteletypes in widespread use after the war and common best practices for radio system design.
Forgive me if you already know this, but there are reasonable arguments to describe either the Apple I or the Apple ][ as the first real personal computer.
Although Woz engineered both, without his partnership with Jobs, they wouldn't have been consumer products (which even the Apple I was, if barely!).
The reason I used 'Steve Jobs invented the personal computer' as a comparison, isn't that I think it is dead wrong, but that, to use your words, it's a drastic simplification.
Informative-Drawings already has monocular depth estimation built in--that's why its line results are so beautifully consistent. But without this extra step combining results from multiple camera positions, you get 2.5D geometry, not 3D.
Afaik it's a misconception that MRT necessarily involves the destruction of an embryo. The spindle transfer method transplants the mother's egg's DNA into the donor's egg before fertilization, so only one embryo is ever created. The UK trials exclusively used the older pronuclear transfer method, where two embryos are created and the donor's is destroyed, because the journey to full regulatory approval took about a decade and embryos are currently safer to freeze and thaw than eggs. In a hypothetical scenario where MRT became as widely available as IVF, this would not need to be the case for new patients.
Afaik they do respond to DMCA requests for the individual uploads, and they do more active curation for the collections where only specific user accounts have upload access.
Yeah it's a common misconception; I think it's it's because After Effects has far outlived the source of its original UI metaphor, the Oxberry (rostrum) animation camera, which at this point few people still have firsthand experience with. Nuke and most newer node-based compositing software offers a more scalable approach for a broader range of tasks, but it can't adequately address that very specific AE niche of under-the-camera-style animation.
And imo up till now the original Java flavor of Processing has been maintained very well! They've kept up with Java versions, done an Apple ARM port, added modern conveniences like debuggable shaders and a library to run ONNX ML models, and improved GPU performance with each major release. I'm concerned about this changing if the current maintainers are leaving...
Based on price/performance alone an 8GB RPi 4 doesn't make sense even in its own category--it can't compete with an Nvidia Jetson. But if you're doing a lot of Pi work then the more expensive models earn their keep as dev machines. (Multiple compiler threads can actually use that RAM, and there are situations where transpiling on a desktop can't help.)
It's a matter of resources and time imo. Blender is currently about thirty people and started in 1994; Krita and Gimp are each currently four people and both started in 1998. (Also, 3D graphics turned out to have a Blender-shaped hole--it's arguably the first generalist's creation app--while the 2D painting space has gotten pretty crowded since the 1970s.)
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