These ternary plots are also commonly used for compositional data, e.g. for displaying a property of a three component mixture. Its three components shall always sum up to 100 %, thus the axes are increasing in opposite directions to each other.
So you need to build from source, as I don't see a prebuild version for RISC-V on their Github-page. As your system probably is supposed to be slim, you can try cross building from source on another computer. But if you are interested in doing that, please ask in a separate post, as I've never done that.
Wasn't the problem that itthe backdoor was not present in the source code on GitHub, but was in the source tarball? So as long as one reads the code that one actually builds from should be fine.
That depends on how you have mounted the device, as this is usually not done automatically. As I understand, your system doesn't have a desktop environment.
So the you need to search e.g. the output of sudo dmesg after plugging in the USB stick, there should appear s.th. like /dev/sdb1 or alike. Then you can mount the partition e.g. to /mnt directory
sudo mount /dev/sdb1 /mnt
You anyway can check the output of mount (without arguments) if and where the device was mounted successfully.
Cool. Thank you. I haven't looked into the changelog ever. Obviously this works for quite a while now (~2017?) without moving the deb-file to /var/cache/apt/archives/.
These ternary plots are also commonly used for compositional data, e.g. for displaying a property of a three component mixture. Its three components shall always sum up to 100 %, thus the axes are increasing in opposite directions to each other.