Spectral distribution.

So close

This is a work of art

The sad state of my phone’s display

Excellent!

I was grepping chromium’s code looking for anything like Firefox 's webcompat plugin a few days ago. Lmk if you need any support finding evidence in source code.

Correction: no something’s not right it didn’t work for me. Looks like it’s almost working in nix-on-droid, but something is causing code server to crash.

Yep

Or run an X11 app and connect the GUI, but id argue the web interface is more usable on Android.

let me??? Termux has userland covered.

If you can, I recommend waiting until you can replace the fan. Maybe this fits?:

https://www.amazon.com/Husqvarna-Fan-black-1a646083070-Replaces-414415-583350101/dp/B00TD59K9K/

Have you discovered why the tensioner failed?

If you haven’t already, considered getting new belts.

That ain’t right 😹

Maybe try contacting klipper people https://github.com/Klipper3d/klipper/blob/master/docs/Contact.md

Or file an issue if you think it’s a bug.

How are you currently serving publicly?

This is going to sound stupid, but don’t forget to activate bed levelling after performing the leveling measurements. Maybe this is a stupid idea but I put M29 L1 and M29 A at the start of my gcode to load the ubl slot 1 mesh and activate it. Before getting ubl I used M420 S.

I spent way too much time frustrated by bad prints before I learned that leveling wasn’t active.

Can we just not use metaphor for everything? It’s like building a new car only out of old parts people are familiar with. 😹

But it does rebuild all the libraries every time does it not?

Lol rust winamp clone let’s gooooo

🤣

Better call my ISP and ask for a reassignment

Uh oh I have that same IP address

Time for astronomy to destroy Elon Musk

And now we have free threads so I can’t say at least you don’t have normal concurrency problems 🤣

Cool! The only advice I have for that is make sure it’s not plugged into the display connector 😹 I’ve wasted a good amount of time doing that myself.

I think the confusing part is that the rule is presented without the problem it solves.

The problem is when you take two vectors in 3d and want to find the vector orthogonal (perpendicular) to both, you have 2 valid choices.

The right hand rule is a way to pick the same one every time if you always label the two vectors you start with consistently i.e. make your thumb vector 1, pointer vector 2, then your middle finger points the direction of a perpendicular vector that matches the handedness of the hand you used.

This matters anywhere a vector cross product is used in physics, like calculating what direction an electron feels force when moving through a magnetic field. The physics doesn’t change, but you’ll have negatives in different places when comparing results calculated with a right handed convention (coordinate system) with a left handed convention.

When checking the handedness of your coordinate system, you point your thumb and pointer finger in the positive direction of any two dimensions then check if your middle finger points in the positive direction of the third dimension.