naevaTheRat

Seems more related to air movement maybe than depletion of ozone. Still, the possibility is a bummer

Obviously giant creature war breeding is the goal. Any great candidates that are from good biomes for taming?

Do cavern invaders still cause save corruption/become completely unmanageable?

Also since it's been a long time I'm thinking of setting a lower population limit and taking my time. Do any of you have recommended settings for enemy invasions etc based in a ~50 dwarf cap?

I've got a refurbed thinkpad yoga in the mail. It's a stylus oriented laptop so I need to change the software I use to be more clicky.

For years I've favoured stuff like netctl, xrandr, xbacklight etc etc over GUI alternatives and usually gone for very minimal WM setups (e.g. dwm).

For obvious reasons this would be actual hell with a stylus in tablet mode, but it's been around 15 years since I last had a clicky linux setup and I'm really lost as to how to set one up on arch. What do you folks recommend for laptops?

EDIT: update for wayward souls. Went with plasma, less works nicely out of the box but gnome hung occasionally on a 2019 yoga x1. There's a lot about plasma I would say is annoying but configuring it is vastly easier than gnome.

Silly title aside what do you do to warm up and if you do any stretching for mobility after a run what are they?

I confess to being extremely lazy. My idea of a warm up is just running a bit easier than normal and the only stretch I do is foam roll my calves and stretch out the old hams on a wall.

Every time I look up articles you get insane fitness blogs regurgitating the same 3 page "easy" routine that you absolutely must do all of or you will definitely die.

So what do actual other human beings do? Come, share your wisdom or commiserate in haphazardness.

This should be an interesting case to watch. It seems on it's face something utterly inhumane and so it will be important to know whether it is considered legitimate.

I started running about a year ago. No specific goals just for fun, was making good progress till I got up to being able to run about 7 km 5 days a week no problem.

Unfortunately a series of health problems lead to getting really out of condition and I'm dealing with some knee tendonitis due to irresponsibility when doing strength training.

Now I'm gasping after 3 km and having to carefully pace myself to avoid aggravating the knee while I build it back up.

On one hand I know that a lot of the long term adaption isn't totally gone, that I'm not starting from zero. When I started I would throw up after running a block.

On the other hand it's demotivating as fuck putting in so much effort to hobble through stuff that recently was relaxing.

I'm obviously not the first person or the last to deal with this so I'm asking if you could share times when you've dealt with recovering and what kept you going.

See attached photo for the results of the bed levelling test using superslicer's calibration test.

This is using the uhhh mriscoc firmware after heating to thermal equilibrium, tramming to tolerance, doing a 9x9 mesh which found a high point at the super messed up bottom left corner (higher than tramming result? but slightly further out).

I have M420 S1 in my custom gcode, and for insanity's sake checked the gcode of the part and it's in the custom block and start block.

Any ideas what's going on? every other section is okay, although back right is a bit distant.

EDIT 2023-07-11T08:27(UTC): So after some shenanigans the current findings are summarised as following:

• Z travel speed during probing needs to be slow
• multiple probing (3 samples) creates reproducible meshes and tramming wizard results
• Trying to enable the mesh via G29 A ; Activate UBL \n G29 L0 ; Load mesh in slot 0 \n G29 J ; Correct for skew didn't seem to work. Replacing that whole block with M420 L0 S1 makes the Z axis move during XY translation (from which I infer the mesh is loaded and being used correctly vs my printer is possessed)
• The above would seem to me to indicate the marlin documentation is wrong? as it suggests using G29 L# and G29 A respectively.

As of the time of update, that lower right corner is proving troubling, still. I think it's an issue with the location of the probe and interpolation results vs actual geometry of the bed. By that I mean, if we define down on your screen as positive X and right on your screen as positive Y the probe is located at MX, -NY vs the print head, thus the extreme location cannot be sampled. If the bed geometry is not smooth at that extreme then the automated fill in of my 9x9 grid might be wrong. I will attempt manually leveling that section and see if that helps

EDIT the second:

I'm going insane. Will take some photos in the morning but mesh values in the left front of the bed are wildly different from actual height.

Building the mesh with the probe will report a sort of hill in the centre going to low corners, the front left will report something like -0.3mm (although the mesh display only shows -0.2 mm editing the value shows it's lower) but if I go into the edit mode and manually probe that location it'll crash into the bed hard.

Setting it for light dragging on paper akin to the sort felt in the centre of the bed where values are accurate will have the mesh height at ~0.1 mm. A 0.3 mm difference? what the fuuuuuuuck?

EDIT: 2023-07-13T08+00:00: I figured it out. Thanks for your advice and patience. I will add pictures of the meshes at various stages to this post at a later date to assist any other wanderer in madness in identifying and solving the same problem.

In essence neither X or Y were square, the probe being offset in both X and Y created the problem. Because of the gantry construction it would be non trivial to square the XZ gantry to the Y axis so instead I verified that Y was not twisted and instead squared X to the best of my ability and precision tools.

Then I printed this part: https://www.printables.com/model/255096-sprite-extruder-ender-s1-pluspro-cr-touch-mount-fo to which my eternal gratitude goes out to a Mr S Grindset for providing in order to move the probe to be colinear with the print head in X. Ensuring that any error due to Y not being square is even for the probe and print head.

Now it is pretty good! Auto leveling works well enough to get "pretty even" layers, certainly none of the nasty ripples and ploughing I was experiencing.