nyan

It's kind of a shame that it's the 407 and not the 402 that's the toll road. Of course, even fewer people would get the joke there.

Standard procedure would be for the bill to go through several rewrites until the PM decides to do the Cabinet shuffle (the most boring dance in history) and the current Public Safety minister is moved to a different portfolio. Without a champion, the bill will then linger in committee until Parliament is prorogued (or dissolved for an election), which will then kill it. Or at least, that would be the ideal outcome at this point.

For example, Logseq has a fancy text field that can bring up a submenu if you type two left brackets. Something like this is pretty specific to Logseq (or at least certain notes apps) and this would be much harder to replicate in a native app.

Not something I would consider terribly hard to implement, but it would depend on the toolkit. A function for getting the text in a textbox and a callback to alert you to the fact that the user is typing is something I would expect to find in any modern GUI toolkit.

Although, to be fair, there are likely some costumers among Bambu's customers, since 3D printing cosplay props is definitely a Thing.

Pretty sure you can be charged with something if you do it on purpose and just leave it there. Littering, maybe.

Actually, it would probably be more appropriate for the municipal website to display the location of any vehicles he owns, and what speed they're travelling at if they're in motion, at all times. Sauce for the goose is sauce for the gander, and all that. Automated software that watches the page and tickets him every time he exceeds the speed limit is optional, but recommended. Additional intrusive software on his phone that tickets him if he uses it while driving is also optional but recommended.

The A150 is too small to mount the rotary—you need at least an A250, but there were no longer any of the midsize units available by the time I hit the kickstarter and I didn't have the space for the A350, so I opted for the smallest model.

Embarassingly, I've used it mostly as a 3D printer. The blue diode laser originally shipped with the unit is a decent etcher but too weak to cut through anything very thick (best I've heard of anyone managing was 1/4" of wood, and that took a lot of passes and patience on their part), and it has some limitations on what materials it will handle (I'd have to scour the forum for details, because it's been a while). I didn't buy the more powerful laser that later became available as an add-on. Unless their software has improved a lot since the last version I downloaded, you'll need 3rd party software to make the most of it.

I never actually tried milling with it because of potential dust removal issues, but according to reports it once again suffers here from being a compromise device with limited software. The frame isn't quite as rigid as a dedicated CNC, the bits are Dremel-sized and a bit fragile due to that, and the provided software I have won't, for instance, handle what should be simple tasks like drilling all-vertical holes or doing multiple passes with different-sized bits. Unlike the laser, I can't recall any reports of anyone using alternative CAM software for the CNC, but it's been a couple of years since I last looked.

In the end it's kind of like a Swiss Army knife: great if you have limited space (my issue) and just want to try stuff out, but if you can manage it you're better off with dedicated machines for each function.

Unless they've changed in the past few years, most parts are proprietary and will have to come from Snapmaker or their resellers. Swaps are usually at the module level. So the flexibility in parts sourcing is much lower than your Ender 3. On the plus side, they're usually good about honouring warranties.

Nozzles with other aperture sizes are available from Snapmaker for the U1. It's possible that the nozzles are a standard size (my older Snapmaker 2 uses the same nozzles as your Ender 3), but I can't find a specification anywhere.

TL;DR: If your priority is varied parts sourcing for longevity, maybe look at a different manufacturer.

I do see that page referencing their app, so it could go either way, depending on whether their app is a mandatory part of the pathway.

It looks like you can control it with vanilla Orcaslicer. See the last post in this Snapmaker forum thread, for instance. It may or may not be willing to take gcode through the USB port—the specs indicate it has one.

It looks to me like they're continuing in their usual direction of fairly open software on mostly proprietary hardware.

You'd have to indicate "I also support these optional bits" for this to really work, which would lead to truly massive headers.

I prefer the idea of slapping people who put up pages that cater to Chrome rather than reading and following the standards upside the head with a large dead fish. People who write faulty WYSIWYG web design software get smacked once for every bad site deployed with their help.

The first one that comes to mind is Qt (the widget toolkit). While I'm not sure the current owners still do this, Trolltech offered the earlier versions under both the GPL and a commercial license that I think included paid support. I assume any sales under the commercial license were to companies who wanted to include it in their closed-source software.

As the owner of a Snapmaker2 A150 (that is, one of their second-gen multifunction devices, fairly old now), I can say that my experience with it has been decent enough. It speaks a lightly modified Marlin dialect and can be run completely offline. New firmware requires user permission. They did release the source for the firmware and for their custom slicer (not worth it), and some of the more adventurous owners did manage to flash it with modified firmware. There were a few complaints at the time about the hardware not being as open as people had hoped, mostly because of custom connectors and the like.

Hardware-quality-wise, it was kneecapped by needing to be solid enough for CNC, so it's slower and heavier than a purpose-built printer would need to be, but the prints are of decent enough quality for a device of its age and type.