If I were you I would by a 2.0 cable just to rule this out. As I see you didn’t got a lot of tips.
Owntracks was one of the nextcloud apps, I used it years ago: https://owntracks.org/
It’s also on fdroid: https://f-droid.org/packages/org.owntracks.android/
I found the nextcloud app it is PhoneTrack:
It has a big list of supported apps: https://github.com/julien-nc/phonetrack/blob/main/doc/user.md
Is this actually good? Or is it just a meme, or like The Room? Or nostalgia or something?
My favourite penguin movie is Farce of the Penguins, but it sounds like a different kind of comedy.
1996
old_maps
Isn’t this still the official boundary?
Yep, it looks like that: https://www.openstreetmap.org/#map=11%2F31.7720%2F35.2277
This map is from data from Facebook. I found some country statistics about Facebook usage per country, and yes it’s much rarely used in Sub-Saharan Africa, so smaller sample size can also play a role:
https://worldpopulationreview.com/country-rankings/facebook-users-by-country
Muslim countries. Sub-Saharan Africa is mostly Christian due to colonization.
You can see the Muslim populations in other parts of Europe: Albanians in Albania, Kosovo and Western half of North Macedonia. In Bosnia the Bosnian parts are more red as well, Northern and Eastern Serbian parts are lighter:
Serbs are Orthodox Christians, Bosniaks are Muslim and the minority Croatians are Roman Catholics historically.
German internal border still visible.
What is the reason for the big divide in Brazil and Argentina? The blue parts have more indigenous descents, while yellow is predominantly European?
The have a paid sdk for businesses, not for endusers, Magic Earth is just a byproduct.
Magic Earth is free for all our end-users but we also have a paid Magic Earth SDK for business partners. For instance Selectric.de (a supplier for navigation solutions for ambulances and fire trucks), Smarter AI (developing ADAS systems) or Absolute Cycling (using the platform on bicycles). For more info on the SDK, you can check magiclane.com.
They also collect anonimized traffic data from users:
We send position data to our traffic provider to generate real-time traffic information. The data is anonymized on the phone, using a changing key (so it’s not linked to you), and it is deleted after 5 minutes.
Both info is from their faq: https://www.magicearth.com/faq-en/
Reasoning from their FAQ:
Will Magic Earth be Open Source?
No; since it is also used commercially (we have a paid Magic Earth SDK for business partners), we cannot make the code public.
What cable do you use? 3840x1080 @ 60Hz is 6.18 Gbit/s. You need at least HDMI 1.3 cable, 1.0 and 1.2 max is 3.96 Gbit/s. If you want higher fps, you will need at least a HDMI 2.0 cable for that resolution.
https://en.wikipedia.org/wiki/HDMI#Refresh_frequency_limits_for_common_resolutions
This can be a reason why smaller resolutions are fine, that data can be transmitted on the cable.
Afaik windows on arm is still very limited, a lot programs still only support x86.
And touch ux on linux is not very convenient, I have a touch laptop and have used it with gnome for years, and it has a lot rough edges. Can a linux enthusiast use it? Sure. Would I recommend it to non computer savvy user? No, they won’t enjoy it.
I tried xfce about a year ago on an old intel atom x86 tablet, it was not usable at all. I read Gnome is the most advanced in touch support, I don’t know how touch friendly is kde nowadays.
So on windows a user would be limited to basic apps, android has much more options.
It’s how federation works, if you are the first from your instance you don’t see posts, after some minutes the 2 servers communicate behind the scenes, and for your second visit everything looks normal. This is per instance, so it seems you were the first from lemmy.ca to click on that community.
What will you do with it? Or is it just a trophy to brag about to your geek friends on the internet?
Where is the source code? Is it closed source? As I see only releases are on github
It definitely shows lake names, it’s just limited to specific zoom levels, e.g. here you should see all the names of the Great Lakes: https://www.openstreetmap.org/#map=7%2F45.064%2F-81.758
The source code of the renderer is here: https://github.com/gravitystorm/openstreetmap-carto
And there is an issue about displaying sea and ocean names: https://github.com/gravitystorm/openstreetmap-carto/issues/2278
Rationale from @gravitystorm@m.gravitystorm.co.uk as an issue comment:
We need to be careful with these labels, for a few reasons. Using a single point to represent an ocean is quite an oversimplification! These points are also arbitrarily placed, so mappers could get into endless edit wars about where to put them. Many mappers will use them as “labelling positions” rather than ensuring the position has some kind of geographic basis.
The Arctic Ocean label is a good example. From the overpass screenshot I assume the node is outwith the range we render. Do we want just the bottom half of the label showing?
Normally oceans and sea labels are “hand placed” by cartographers, since the challenge of automating the label placement is so high. But we can solve the technical challenges here; while doing so lets remember not to end up rendering “labelling nodes” by mistake.
Another good reason why it’s a complex topic:
The problem with mapping oceans and seas is verifiability - mapping them as nodes is the simplest way to have the tags, in particular the names in various languages, in the database (which are verifiable). The coordinates are essentially meaningless.
Summary here:
I think we have already established in the above discussion and in #2345 that we do not want to render sea and ocean labels based on mapper placed geometries from the OSM database (either nodes or polygons) and thereby have the map painted by mappers based on subjective preferences and the specifics of the labeling style here and the mercator projection.
IMO there are two decent options:
- render by combining the tagging from place nodes in OSM with hand placed labeling geometries based on cartographic considerations for this style (like done by Label oceans and large seas from a static file #2345). This is feasible for oceans but not for seas due to the number of features. Special consideration should be given to avoiding vandalism in combination with slow low zoom update cycles.
- auto-generate labeling geometries based on place nodes and the (simplified) coastline geometry. This is more challenging but would scale better.
In both variants i would only use place nodes to specifically discourage mappers from pointless polygon drawings. There is simply no case where for a sea or ocean a polygon is the most suitable way to map in OSM.
Video without the “article”: https://www.youtube.com/watch?v=cWnN-FA3zRM
Sourcecode: https://github.com/ading2210/linuxpdf
It’s TinyEMU under the hood:
TinyEMU is a system emulator for the RISC-V and x86 architectures. Its purpose is to be small and simple while being complete.
It has a javascript version, JSLinux, that’s embedded in the pdf. You can run other OS-es in the browser with that, see link. It has X window support, so it should be possible to run a full GUI operating system in a pdf.
Was posted via an article 4 days ago on other communities: https://lemmy.world/post/25524944
https://lemmyverse.link/lemmy.world/post/25524944