CASIO Graph 90+E

[gomefun2]

I'm not too familiar with how python libraries work. But I think the calculator can probably use custom made libraries.

I think to create a custom library, you would just create a .py file on a computer then put it in the same folder as your project on the calculator. Then you could call the file by using import.

I'm not sure if you could do graphics this way, but I'm reasonably sure that other custom libraries could be created doing this.

Anyway, because documentation is lacking (as far as I can tell), and because some people have inquired, here is a list of the libraries included on the calculator:

Built-in (standard library):
abs(), and, as, bin(), break, class, complex(,), continue, def, def:, def:return, del, divmod(,), elif, else, except, False, finally, float(), for, for:, for:range(), for:range(,), for:range(,,), from, global, hex(), if, if:, if:else, if:elif, if.and:else, if.or:else, import, in, input(), int(), is, lambda, len(), max(), min(), None, nonlocal, not, oct(), or, pass, pow(,), print, raise, range(), return, round(), sorted(), str(), sum(), True, try, type(), while, while:, with, yield, ().imag, ().real

Math Library:
acos(), asin(), atan(), atan2(,), ceil(), cos(), cosh(), exp(), fabs(), floor(), fmod(,), frexp(), from math import*, import math, ldexp(,), log(), log10(), math., math.e, math.pi, modf(), pow(,), sin(), sinh(), sqrt(), tan(), tanh()

Random Library:
choice(), from random import*, getrandbits(), import random, randint(,), random(), random., randrange(), seed(), uniform(,)

Symbols:
e, +, -,*,**,/,%,&,|,^,~,<,>,<=,>=,==,!,(,),[,],{,},,,:,.,;,=,',",#,\,!,_