Testing the fediverse:creator meta tag on my blog.
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Testing the fediverse:creator meta tag on my blog.
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Testing the fediverse:creator meta tag on my blog.
It works! Even looking at the post via mastodon.social.
This is really neat!
Now I just have to remember all the different domains I've registered.
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It works! Even looking at the post via mastodon.social.
This is really neat!
Now I just have to remember all the different domains I've registered.
@stefan also shows up here at vmst.io
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@stefan also shows up here at vmst.io
@vmstan Nice, thank you for confirming!
Definitely much better approach than needing your site to be approved by each server separately. And you have a lot more control as a creator. Brilliant execution.
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@vmstan Nice, thank you for confirming!
Definitely much better approach than needing your site to be approved by each server separately. And you have a lot more control as a creator. Brilliant execution.
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@foxy @vmstan I was referring to the original announcement of this feature:
"the feature will only show up for links to moderator-approved websites"
https://blog.joinmastodon.org/2024/07/highlighting-journalism-on-mastodon/
If I remember correctly, your site had to first be trending, and from there it had to be approved by a server's moderator. For each server separately.
But with the current system, we all define which sites can list us as authors and this information federates across all servers. Hope this makes sense!
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@foxy @vmstan I was referring to the original announcement of this feature:
"the feature will only show up for links to moderator-approved websites"
https://blog.joinmastodon.org/2024/07/highlighting-journalism-on-mastodon/
If I remember correctly, your site had to first be trending, and from there it had to be approved by a server's moderator. For each server separately.
But with the current system, we all define which sites can list us as authors and this information federates across all servers. Hope this makes sense!
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@foxy @vmstan Ah, okay, got it.
It may not be officially documented yet, I've seen it mostly just discussed online.
Tagging @andypiper. (Hope you don't mind!)
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@foxy @vmstan Ah, okay, got it.
It may not be officially documented yet, I've seen it mostly just discussed online.
Tagging @andypiper. (Hope you don't mind!)
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@andypiper I was struggling to add attribution to my site, and couldn't find anything more “official" than this thread.
Server- and client-side caching didn’t help either. In the end, I found the domain settings by accident, and now it works.Is there a page that lists all the steps required to make it work more easily?
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@andypiper I was struggling to add attribution to my site, and couldn't find anything more “official" than this thread.
Server- and client-side caching didn’t help either. In the end, I found the domain settings by accident, and now it works.Is there a page that lists all the steps required to make it work more easily?
@sense oh! yikes, this is pretty old and no, I don't think this is documented properly yet.
One challenge is that we don't have an obvious place in the (developer/admin) docs for this to be added; and user-facing support pages are something we hope to work on soon.
All of that is to say - I'm sorry that this was confusing, I'm glad you found the place to configure it in your account settings, and I have now made a formal note that we need to write this up. https://github.com/mastodon/documentation/issues/1847
Gli ultimi otto messaggi ricevuti dalla Federazione
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Apparently some people are only finding out about systemd being corporate crap NOW?
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@view LOL
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@eniko You can use SIMD ops for that too but the biggest problem for SW rendering is sampling+edge cull. AVX2 has gather-load ops (to pull texture data from spread-out locations) and conditional store ops (to avoid storing outside of the tri edge), which make it much less problematic.
There are writeups out there for how to compute barycentric coordinates for each pixel, which will let you interpolate the coordinates+matrices of each vert. Beyond that it's the same as using shaders.
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Building a Robot Partner to Play Air Hockey With
Air hockey is one of those sports that’s both incredibly fun, but also incredibly frustrating as playing it by yourself is a rather lonely and unfulfilling experience. This is where an air hockey playing robot like the one by [Basement Builds] could come in handy. After all, after you finished building an air hockey table from scratch, how hard could it be to make a robot that merely moves the paddle around to hit the puck with?
An air hockey table is indeed not extremely complicated, being mostly just a chamber that has lots of small holes on the top through which the air is pushed. This creates the air layer on which the puck appears to float, and allows for super-fast movement. For this part countless chamfered holes were drilled to get smooth airflow, with an inline 12VDC duct fan providing up to 270 CFM (~7.6 m3/minute).
Initially the robot used a CoreXY gantry configuration, which proved to be unreliable and rather cumbersome, so instead two motors were used, each connected to its own gearbox. These manipulate the paddle position by changing the geometry of the arms. Interestingly, the gearbox uses TPU for its gears to absorb any impacts and increase endurance as pure PLA ended up falling apart.
The position of the puck is recorded by an overhead camera, from where a Python script – using the OpenCV library running on a PC – determines how to adjust the arms, which is executed by Arduino C++ code running on a board attached to the robot. All of this is available on GitHub, which as the video makes clear is basically cheating as you don’t get to enjoy doing all the trigonometry and physics-related calculating and debugging fun.
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@xgranade the polycrisis works to the advantage of the people who think they can profit from it,
until it doesn’t
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@eniko @TomF Only for directional lights, yeah. This is the same technique that the "doing 3D on the Gameboy Color" article that was doing the rounds a while back was using, except they were using hardware palettes as the indices and pre-baking the entire scene as one big normal texture.
