Which is kind of a shame, to be honest. I would dare say that even x86 assembly is less complicated to understand than many of these libraries, where time is spent trying to memorize their semantics rather than understanding how data is modified and how systems communicate with each other.

It is true that a lot of platform specific nastiness and complicated math occurs in some of these libraries which is not necessary for a user to learn. But for those desiring to learn "what's happening under the hood", the code should not make an effort to needlessly obscure this from them by way of complicated syntax, poor interface design, academic naming practices, and big unwieldy spaghetti classes.