>>33
do you mean a program for automating the transformation of technical engravings to mechanical objects?
maybe not directly but molds are pretty practical
i wont say such a analog computer existed for spitting out the objects in line by taking material input for an antikythera mechanism let alone automatically assembled it
but yet does this consider what the scope of an classical analog computer is
ill say the problem still exists between the pilot seat and computer
Running such a program on an analog computer does not sound practical
any automation for pushing out more ships that can easily navigate for the compilers is practical at that time
even if it would take 5 different analog computers to more easily assemble an antikythera mechanism it be an improvement over using 100s of manual engineer labor
which apparently does not count as classical computation
do you mean by acemdica
acemdica considers the field of classical analog computers vary controversial even your reaction could be a latent side effect of it
is abacus acoustic
lets look at a more modern theory of percussive acoustics
a abacus can either have vibrating membranes or be considered solid bodied falling under membranophones and idiophones
now the question is for acoustics does this instrument make inharmonic or harmonic overtones
ill assume in practice due to the abacus not being designed as a instrument it cant reach the proper harmonic rising
however a abacus high quality enough in the wrong ways could possibly with the correct operator reach the proper harmonic rising to become the instrument one is used to