AOO works fine on Linux ARM64 devices, so Android shouldn't be a problem. Personally, I haven't tried it yet. I definitely want to add an Android example because mobile devices are a great use case.
NDK doesn't support GNU/Linux userspace APIs other than what is required for ISO C and ISO C++ standard libraries implementation, plus Android NDK specific APIs.
Everything else from traditional GNU/Linux userspace is a matter of luck if it happens to work across devices, or updates, because it is not part of the oficial NDK APIs.
Fortunately, AOO has an option for building a stripped down version (`AOO_NET=OFF`) without internal networking, mainly for embedded devices. Then it's just pure standard C++. The downside is that you can't use the connection server.
I definitely need to test on Android and maybe I need to add some extra hooks. Thanks!
uh-huh. that was easy in a very complicated sort of way. are they working to simplify this so it becomes some sort of standard idiom? or is there another way?
Isn't there some math which crosses over between what Lidar is showing vs what photogrammetry provides from overlapping photograph images -> providing depth corrected/adjusted/ground-truthing of images?
Glaciers have been melting for many thousands of years. If a trend line were drawn from the time they started melting, you'd find that, given no additional earth changing events, eventually, the glaciers would totally melt. So .... the irreversible tipping point has existed for quite some time.
Anecdata, but the glaciers where I grew up have all but disappeared in the last 20 years, instead of ~100s of years.
I used to be able to walk to the river canyon behind my childhood home and touch actual glacier ice hanging off the walls. That glacier is now gone from view, receded miles back into the ice field.
Most of the glaciers I could see growing up in the mountains surrounding town have suffered the same fate, diminished in size, no longer visible.
