Semi-related note… displayport cables can cause a no-boot condition too. I think it was the existence of Pin#1. I had to duct tape that one pin and my computer finally booted up.

Bought a switch just for this series. Well worth.

I wish I can play Xenoblade 2 for the first time again.

Just playing with scenarios but I imagine something similar to Salton Sea and its evaporating toxic lake.

https://www.youtube.com/watch?v=eC3Fl7Bt4qQ

Nasa has a video up now

I haven’t watched one of these in years now.

Which runs/races are y’all looking forward to?

Saudi Arabia is going to love this news.

https://theguardian.com/environment/2023/nov/27/revealed-saudi-arabia-plan-poor-countries-oil

Valve seems okay with TF2 mods on the older engine… See https://tf2classic.com/

I feel like the TF2Classic ran into dmca issues earlier in their dev cycle as well.

Edit: yes they did https://twitter.com/tf2classic/status/1436328611485818880

It seems like the argument is that at the lower price bracket, stepper motors offer higher performance than what a equivalently priced servo+encoder+controller combo can perform.

I felt like what I was reading in this thread wasn’t matching up with that I see out in industry… concerns about ‘price’ didn’t come up until your post.

Diamond turning machines are inherently low torque, low speed, AND nanoscale operations which uses servos for driving its respective axis. See precitech -youtube and in stark comparison Roeder’s 5axis optical mold machining. Wire EDM’s were all driven by servo motors until linear motors became popular. Even those famous JingDiao test samples are made on machines driven by servos.

Steppers have a higher precision to a servos higher speed and torque (but torque that’s not constant.)

Just trying to understand this. Then how come all CNC precision machines use a servo instead of a stepper? I mean there are some ridiculously accurate machines that can position itself over and over varying under a micron (<.001mm) but the manufacturers choose servo over stepper. Is it for the sake of holding torque that servos have to be used over steppers?

Wrapping up everything that is left to do on my first run through Xenoblade 3. All unique monsters get. All but one colony max affinity get. All X gems get. Not maxing out hero levels.

Then post-game stuff and start future redeemed DLC.

Open new files in tabs doesn’t seem to work in the windows version. Bummed out about that.

https://bugs.kde.org/show_bug.cgi?id=427953

Hmmm… Kind of surprised there isn’t an ARG to go along with this.

Engineers wants features held to less than 10 microns. Big parts on ‘easy’ materials.

Their idea of making parts is tossing it into any and all CNC machinery and automatically get good parts. That is rarely ever the case with tight tolerance parts.

Just curious… what does Starrett have that Tesla will need?

Starrett isn’t known for quality precision metrology.

Bilateral tolerancing is a Machinist’s first introduction to tolerancing so it’s no surprise to run that as default. And I suppose GD&T is not heavily used where you are.

If you’re given a parallelism tolerance of 10 micron are you assuming that to be ±10 micron? True position? Angularity of 5 thou? Etc… The only feature control that could be interpreted as bilateral by default is profile and it’s still communicated by its total tolerance.

Simple ± tolerancing isn’t the industry standard anymore. And if Tesla prints are anything like spaceX ones… It’s basically all GD&T and minimal title block tolerances.

The total tolerance is .0004". In equally disposed bilateral tolerancing it will be ±.0002".

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I see a two post height gauge as well.

Kbin doesn’t have a easy way to enter into your subscribed ‘magazines’. The two options involve link hunting. see…https://kbin.social/m/kbinMeta/t/32492/Seeing-Subscribed-Magazines

That’s all that it took to get me to migrate to Lemmy.