I just set it so it never grabs focus and remembers its location. That was when I click to another tab the PiP window doesn’t take over focus from the browser.

A couple features in Arc I would like to see coome to this, but it runs on Linux so I am dailying it on my real computer. So far it has been great and a couple KDE tweaks even made PiP work fantastic.

This is not even true, they rewrote the engine to support native 64-bit precision to let them fit large spaces, they didn’t just make everything small. They basically employ all the people that used to make Cryengine since Crytek went out of business, so the engine they are building is actually pretty good.

Yea he definitely doesn’t, they are prototypes and cost $10k to make and are only available as a private demo.

They are AR, it is the Orion prototype.

What is so wrong with people being excited about a language they like? I have always found the Rust community extremely welcoming and caring.

Rust is named after the fungus, not oxidized metal

I currently am compiling Arch for Arm manually using some third party packages to run in distrobox on Asahi Linux (M1 Mac Fedora based distro). Hopefully this should mean I won’t need the manual compile step anymore, and hopefully we start seeing more general Arm support for more Linux apps.

What are you signing into where you need a password but don’t have internet?

So far I have only really scratch built backprop. And had severe performance problems with Burn trying to do something it probably wasn’t built to do. Once I get further in makemore I should have a better idea.

Been working through Andrej Karpathy’s ML lectures in Rust. The backprop one went pretty well, but I had to learn how to do type indirection and interior mutabilty because of the backprop graph structure. I’m now on the makemore lecture, but having a lot of trouble building the bi-gram model in Burn (the rust native ML framework), because it seems like directly incrementing the tensor values is insanely slow. His example that takes like 10 seconds to run in Python takes two and a half minutes in Rust with Burn, so trying to figure out how to optimize or speed that up.

It literally isn’t though, the graph is labeled and the article explains it in further detail, this is a graph of the percent of income each income group pays in taxes. You explination doesn’t even make sense, the numbers of all the groups don’t add up to 100%.

It is, lol. But it is literally this, passport js has existed for over 12 years.

Elon has literally said exactly this so many times. I think it is probably possible to make a car drive with just vision, but you make the task monumentally harder by not having things that ground you in reality, ie. lidar.

It’s camera pass-through, so while it is the same idea as hololens (overlaying windows on reality). The hololens would actually be a safer thing to wear while driving, given it fully transparent. There are not screens blocking your vision with camera feeds overlayed on top.

They are not, can’t even get an appointment until after the 5th. Currently they are first come first serve.

If my understanding of the DMA is correct, and I think it is given this blurb from the DMA website “Fines of up to 10% of the company’s total worldwide annual turnover, or up to 20% in the event of repeated infringements.” The fines will be colossal.

Tesla’s a really expensive to repair, so even minor accidents often get claimed with insurance. So if you look at incident rate by insurance claims, you would expect them to be disproportionately reported.

Look into Fedora Silverblue, immutable filesystem OSes have come a long way. Things like Toolbx allow you to install packages in sub-systems similar to WSL and flatpaks make all the grapical applications avaliable. Plus package installation doesn’t pollute your base install with packages making the OS increasingly unstable.

Oh, ok yea that makes sense. I definitely see the benefits to the Portal, for the right person.