At least you actually got Xbox Accessories to recognize your controller. I can’t even get it to show up even though it’s clearly connected and recognized as an xbox controller in device manager. Granted, passing the usb port through to a windows vm in order to do this probably isn’t ideal, but I can’t install it on my work computer and I’d really rather not have spyware os installed bare metal on any of my personal machines that I actually daily drive. Even when I decided fuck it I’ll throw it on an old thinkpad, it just refuses to boot the win10/11 installer.
When troubleshooting, it’s nice to be able to ask copilot about the issue in human language and have it actually understand my question (unlike a search engine) and pull from and reference relevant documentation in its answers. Going back and forth with it has saved me several hours of searching for something that I had never even heard of a couple of times.
It’s also great for rewriting things in a specific tone. I can give it a bland/terse/matter-of-fact paragraph and get back a more fun or professional or friendly version that would feel ridiculously cringe if I attempted to write it myself, but the AI makes it work somehow.
At what point when accumulating grains of sand do they become a heap?
There is no rule. It just is whatever it is.
No. There’s plenty of common examples of that suffix being used in a non-sexual non-negative context. For example: someone who enjoys reading books is called a bibliophile, there’s also the youtube channels Computerphile and Numberphile.
Have you added these lines to /etc/bluetooth/main.conf under [
? ]This stack exchange answer says it’s required:
Privacy = device
JustWorksRepairing = always
Class = 0x000100
FastConnectable = true
I’d rather they not give a damn what browser you use as long as it complies with current web standards. That’s kinda the whole point of there being open standards.
All of them. I don’t skip intros and I’ve never understood why anyone does.
a = 1.05
c = 5.2
d = 7.9
r_1 = 1
r_2 = 0.08
h = -6.7
j = 2.5
k = 8
f(y) = cosh(0.5y) (hidden)
(f(t)cos(a) - t*sin(a) - d, f(t)sin(a) + t*cos(a)); -c <= t <= 2π
(-(f(t)cos(a) - t*sin(a) - d), f(t)sin(a) + t*cos(a)); -c <= t <= 2π
(x - h)^2 + (y - j)^2 = r_1^2
(x + h)^2 + (y - j)^2 = r_1^2
(x + h - r_1/k)^2 + (y - j + r_1/k)^2 <= r_2^2
(x - h + r_1/k)^2 + (y - j + r_1/k)^2 <= r_2^2