Both Latin and Chinese have been modified by the technology used to write them.

When carved in stone the lines are much straighter. When written with brush or pen they became semi-cursive. When printing was introduced, they became grid-like and regular.

What westerners who are passingly familiar would think of as the standard Chinese typeface - the strict square grid with straight-line characters - arises in part from printing technology. Easy to carve that into wood blocks, and easy to line up the slots into a grid.

Latin was similarly morphed to fit into the realities of printing in the 1500s. And is still being morphed. Notice how numbers 123... are in-line and at the same height as the letters. That's a very modern convention, typewriter and computer influence on our orthography. Traditionally digits were more likely to appear as subscript, off-centre.

Conversely, English has a joined form(cursive) that is nearly dead because mechanical text assistance devices (first typewriters, now computers) work much better with the block form. While sad in a cultural loss sort of way the joined form only really makes sense when the text is hand written.

I am not familiar with the history of Arabic typography, but I sort of assume there was an archaic block form and their current joined form is the result of many centuries of encoding hand writing practice. advanced enough that falling back to a block form is impossible with the side effect of making simple mechanical text formatting also impossible.

As for Chinese derived characters. we currently are able to jam them awkwardly into our alphabet optimized structures(one code per character) but I wonder if a Chinese native encoding would look different. Would it make sense to try and represent the sub-characters present in each Chinese character in the encoding? I suspect not, Chinese works, but it also does not appear amiable to simple mechanical assistance.