bool isRestricted(uint8_t* /* data */) { return true; } // Might catch a few false positives
and
popup("This is a restricted model. If you are not in the state of New York, please flash the international firmware ([link]) to print restricted parts.");
It can also handle STL, step and all kinds of other formats.
You left out the higher entity that takes away a significant portion of the snow that was accumulated at regular intervals.
It doesn't need to ruin the metaphor, though:
The sun could do that job. It could also explain the fact that the portion that's taken differs depending on where on earth you are creating the snowball.
This appears to be even more of a problem with EVs and their regenerative breaking and I wonder whether this could not be easily fixed by software: "Breaks were not used recently or car did not move in some time? ⟹ Temporarily disable regenerative breaking for a few minutes until the break pads can be assumed to be clear again."
I'll rephrase. Learn about the basic container data structures like linked list, vector, set, map, hash, tree, queue, heap.
Study time complexity of insertion, deletion, search, etc. in these data structures. Then you will understand when to use which. Big O notation is used to express time complexity for expected runtime of the operations.
This calender-thing really seems to resonate with people!
I built something similar but more versatile, where you can either display images or feed the display with whatever information you want remotely. And it runs on a battery for a whole year:
bool isRestricted(uint8_t* /* data */) { return true; } // Might catch a few false positives
and
popup("This is a restricted model. If you are not in the state of New York, please flash the international firmware ([link]) to print restricted parts.");
It can also handle STL, step and all kinds of other formats.