Comment by xen0

Thanks for pointing out what I was missing.

Please consider a variable `List{int}[3] x`, this is an array of 3 List{int} containing List{int}. If we do `x[1]` we will get an element of List{int}, from the middle element in the array. If we then further index this with [5], like `x[1][5]` we will get the 5th element of that list.

I get that motivation. In C++ it's an odd case that where `std::vector<int> x[4]` is "reversed" in a sense compared to `int x[4][100]`. And this quirk is shared with other languages (Java, C#).

But in my experience, mixing generic datatypes like this with arrays is quite rare, and multi-dimensional array like structures with these types is often specified via nesting (`std::vector<std::vector>>`) which avoids confusion.

The argument re. pointers is more convincing though.