Credit to Ferdinand Jamitzky for the hack that makes this possible.
Currently there are 315 operators. That is too many to list in great detail when I'd rather add more. Please read the code.
If you want to see the function for one and can't use an IDE to go to the code definition, you can use .help() on the operator and it will return its function, and for some it will return more help (which i am also slowly working on)
Operators defined with OpTwo take in two inputs input_one % operator % input_two and can use <<, >>, |, %, and @.
All operators can take in inputs as a function. Simply call Z.pwr([1, 2, 3], [4, 5, 6]) or N.types(["string", 1, 2, [54, 32, 10]]) to call it just as if you used it as an operator.
>>> [4, 5, 6, 8] | Z.pwr | [2, 4, 3, 2]
[16, 625, 216, 64]
>>> 4 ** 2
16
>>> 5 ** 4
625
>>> 6 ** 3
216
>>> 8 ** 2
64
Operators defined with Op take in one input input % operator or operator % input and can use <<, >>, <, >, |, %, and @.
>>> [1, 2, 3, ["5", 5]] % N.types
[<class 'int'>, <class 'int'>, <class 'int'>, <class 'list'>]
>>> type(1)
<class 'int'>
>>> type(2)
<class 'int'>
>>> type(3)
<class 'int'>
>>> type(["5", 5])
<class 'list'>
- Curries one function and one input
N.curry_l N.curry_r
- Evaluates one function and one input
N.eval_l N.eval_r
- Curries a list of functions and a list of inputs
Z.curry_l Z.curry_r
- Evaulates a list of functions and a list of inputs
Z.eval_l Z.eval_r
- Curries a function and a list of inputs
I.curry_l_sf I.curry_r_sf
- Evaulates a function and a list of inputs
I.eval_l_sf I.eval_r_sf - single function
- Curries a list of functions and an input
I.curry_l_mf I.curry_r_mf
- Evaulates a list of functions and an input
I.eval_l_mf I.eval_r_mf - multi function
- Takes no input, evaluates fully curried function
N.eval_ni
- Takes no input, evaluates fully curried functions
Z.eval_ni I.eval_ni (same)