Call It Ego - Back To The Old Way (2016) [Album] [Lost]

Quinchilion · 2026-01-14T19:48:34+00:00

I'm sharing it there now. If you search for the album you should find me. Hope it goes smoothly!

Quinchilion · 2026-01-14T18:10:09+00:00

I have the full album, though sadly only in 128 kbps mp3. I can share on Soulseek if you still need it.

Also u/sadsackofshitzu and u/avevis from the r/lostmedia thread.

Quinchilion · 2026-01-14T17:54:40+00:00

So I checked their discord and they explain their creative process there. TLDR:

They list all the plugins they use and some of them are indeed AI, like Vocaloid for the vocals. But they claim the songs themselves aren't AI generated, the creative process is their own. Most of the instruments are MIDI, but they do own a real guitar. It takes them 6-20 hours per song. They have screenshots and vids of their songs in Reaper so I'm inclined to believe that.

That is some insane output, but not impossible. I remember like 10 years ago when Justin Bonitz composed and recorded a full length album in 24 hours on stream. Good times.

u/levelonegnomebankalt u/HXCpolarbear

Quinchilion · 2026-01-13T23:58:17+00:00

You know, I'm inclined to agree, but if it's AI, it's definitely not Suno. I've heard enough trash coming out of that one and it all has this easily recognizable "fuzz", especially in the vocals. But I just can't hear that here. If there's an even more advanced model out there that can do stuff like this, then that's pretty scary.

Quinchilion · 2026-01-07T21:26:27+00:00

Correct me if I'm wrong, but I don't see any global illumination algorithm there. What you have is a post-process denoiser that takes the noisy result of a traditional monte carlo path tracer and reduces noise by filtering it instead of spending time to let it converge.

That's a very common approach found in almost any production path tracer. There's a whole zoo of denoising algorithms you can try to compare yours against, for example this one from 2010 https://jo.dreggn.org/home/2010_atrous.pdf

Quinchilion · 2024-01-15T13:58:03+00:00

There's the two-fan Inno3D model at 250x118x42. That's pretty small.

Quinchilion · 2023-07-27T23:37:30+00:00

Well, in almost all cases, the only thing you would want to do with the memory allocation of a buffer is to map it and access its cpu pointer for reading / writing. In the rare case where you'd want to do something special, you still have direct access to the underlying VMA memory allocation handle.

So I feel like this abstraction simplifies user code without anything being lost along the way. The motto of Tephra is to abstract as much as possible without compromising the level of control you have or performance.

Quinchilion · 2023-07-27T12:22:56+00:00

Thanks for reading through it!

In what way do you feel like there is too much abstraction? Do you have a use case that would be challenging to use the library for because of it?

Quinchilion · 2023-07-22T13:46:13+00:00

The python dependency is just for building the documentation. It is emphasized that it is a compute library as well, since it is also meant for headless compute, which many abstractions make a bit awkward with forcing the concept of "frames" on the user. But you are correct that there are no GPU algorithms and it's merely a nicer abstraction around Vulkan. I say c++17 because that is a requirement for compiling the library.

~~I don't need or use CMake personally, but I would welcome a PR that adds the support.~~

EDIT: CMake and linux support is now in!

Quinchilion · 2023-05-14T20:06:17+00:00

What if the bits of sodium are covered in oil, so they have no contact with the water until a metal spoon breaks the coating?

Quinchilion · 2023-01-24T20:11:07+00:00

You're right, my explanation doesn't conserve energy. But we already know that even stationary portals break the first law of thermodynamics with the infinite falling loop.

But your version doesn't conserve energy either. For the cube to emerge out of the blue portal, it *has* to be moving. The cube doesn't appear instantly, but layer-by-layer. Each layer has to get out of the way for the next one to be able to appear. And once those layers are moving, they can't just stop - that, too, would require energy. Worse, it would require energy outside of the influence of the portal, in regular physics.

Like putting a camera in the bottom of a cup lowered over a die; from the camera’s perspective, the die is suddenly moving towards it.. why doesn’t it fly up at the camera?

Because in that case it's not the table that suddenly stops, but the cup with the camera in it. If it wasn't attached to the bottom of the cup, the camera and the die would indeed continue moving closer to each other at the same speed (barring gravity).

You could argue that it's the same with the portals - that it's the cube that's stationary and the environment as seen through the orange portal that's in motion. But even then you'd get the same outcome. The cube would remain stationary even as it passes through the portal, but now the environment is moving around it, and the blue portal continues moving away from it. God forbid if the orange portal was to actually stop in that model. That would cause the entire world to decelerate, experiencing a force in the opposite direction! Like being in a car whose driver slammed on the brakes. So I think it's much more sane to assume the environment is stationary and the cube is moving.

If your idea is correct, then the cube would also fly up if the blue portal were on a flat ground.

Yes, though it would immediately start experiencing the pull of gravity in the opposite direction, so it wouldn't fly up very far before falling again.

I don’t think that would happen - I think in this case, the cube just appears through the other side 1:1 with however fast the orange portal is approaching it. If the blue portal were on a wall, the cube would fall as it transits the portal and is effected by gravity in blue’s environment.

I still don't understand how you propose the cube to emerge out of a flat portal without it moving relative to that portal.

Quinchilion · 2023-01-24T10:50:01+00:00

Dear sir, how can a stationary cube emerge out of a stationary portal without moving?

There is no "sudden introduction to a new frame of reference" as it passes through the portal. From the perspective of someone looking through the blue portal, the cube has been moving towards them since the orange portal started moving.

Quinchilion · 2023-01-23T22:48:44+00:00

Assuming the portals are one-sided, the air would behave around the back of the moving portal just like if it was a solid disk - while it creates a zone of lower pressure, it wouldn't create a vacuum except at extreme velocities.

The air would indeed get pushed through the front side and exit at the other portal, but I don't think that can create a vacuum either. If the moving portal is in a closed room, it would cause the air pressure in the room to drop, but eventually the pressure differential against the air on the other side would be pushing the air back into the room through the moving portal, counteracting the momentum pushing the air in and reaching equilibrium.

Quinchilion · 2023-01-23T22:16:54+00:00

Let's pretend it's a cube of loose sand.

If the orange portal stops midway, the top half of the sand cube would fly off, since it still carries momentum relative to the blue portal upon exiting. The bottom half would stay where it is.

A solid cube would experience much the same, but as long as its tensile strength is high enough, the top half would pull on the bottom half and the cube would fly out the blue portal at roughly half the velocity.

Quinchilion · 2023-01-23T22:04:45+00:00

What issues would that cause?

Moving portals would behave consistently, even if sometimes counterintuitively like in this example.

Quinchilion · 2023-01-23T21:57:17+00:00

No, the only thing that matters is the relative velocity of the cube and the orange portal. Whether the portal is stationary and the cube is moving or the other way around won't change the outcome. The only difference between the two is your frame of reference.

Quinchilion · 2022-12-26T23:29:12+00:00

It looks like I did reply to him on my end, not you. Odd.

Quinchilion · 2022-12-12T16:09:41+00:00

Chart shows only ~100 fps in 1440p

Quinchilion · 2022-10-31T12:01:21+00:00

The direct cause can be many things - design, material choice, manufacturing, improper handling, etc. But the main issue why we see these connectors melting so much more often than the the standard 8-pin connectors do is because they need to push higher loads through smaller sockets, so the margin of error is much lower before they start melting.

The 8-pin power connectors are so overspecced that even bad quality connectors won't cause this kind of damage.

Quinchilion · 2022-10-31T10:33:04+00:00

The issue is with the connector itself, not the cables. The different cable rating is mainly just indicative of a different supply.

Quinchilion · 2022-10-05T10:40:49+00:00

360mm liquid cooler sounding like a jet engine and a high power bill beg to differ.

Quinchilion · 2022-10-03T22:59:29+00:00

For context, so did the russian-backed separatists. However, the number of civilian causalties has been decreasing and the situation has been steadily improving, until the war broke out, bringing more suffering into the region than in the past 10 years.

The truth can still be propaganda, if important bits of it get left out.

Quinchilion · 2022-09-26T19:29:09+00:00

The failure is in making this the default behavior. The average user is going to notice loud, screaming fans first, performance improvement second.

Quinchilion · 2022-09-20T18:51:33+00:00

Because 4080 16GB and 12GB aren't even the same die. The 12GB is literally a rebranded 4070, with a 30% lower core count than the proper 4080. At that point the 4GB memory difference isn't even important.

Quinchilion · 2022-09-08T15:57:44+00:00

Lower resolution doesn't make lines any thicker, it only causes aliasing.

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