The whole point is that non-Chromium browsers might lose functionality on a significant portion of major websites. Imagine if Amazon, Netflix, and Youtube suddenly stopped working in Firefox. How many Firefox users would tolerate that?
Sure, they're against it, but if it gets implemented by Chrome and by many major websites, they won't have a choice but to implement it as well. Otherwise, their browser just won't work and people will have to use Chromium browsers or nothing at all.
It's not the supports that are the problem, it's the second wall inside. The red walls are the outer walls, and the green ones are the inner walls. There's an outer wall on the inside of the inner walls. Basically the part with the tree support in the middle is considered outside by the slicer. Instead of having a second set of walls plus tree supports, there should just be infill.
The model I'm trying to print is a figure. The legs have an outer wall with infill, and then another inner wall with no infill but supports. Same for the chest area. This is what it looks like in Cura
I haven’t seen too many positives regarding Radeon on Linux
Funny you say that, because Linux users have a lot of hate for Nvidia due to its poor support and closed-source drivers, and lots of love for AMD with it's great support and open source drivers.
It's not "unrooting" it's just preventing your OS from being replaced. It's an easy change for anyone with physical access to the device who can get past the lock screen, but can't be done by accident. So you won't be accidentally installing malicious software that will reinstall your OS, for example.
The unlock/lock and install can be done through a website, but it requires your phone to be plugged in to a computer, and you can enable/disable unlocking through the developer menu in the phone's settings.
If you're on GrapheneOS, you get the option to block an app's network access when you install it. So you can use whatever keyboard you want and it can't call home.
Higher refresh rates make a bigger difference when physically larger portions of the screen are changing at once, and when there's fast movement on the screen. That's why it has a more noticeable effect on FPS games, where the entire screen changes when you move the mouse, and when you want to quickly move your aim to specific points. It's much more noticeable on a large display than it is on a phone screen, for example.
Someone gave Sonic human teeth