Numerical

This library provides a base class to easily create positional numeral systems that include all of the mathematical operations defined in Python for complex, real, rational, and integral numbers.

You only need to provide a string with the chosen digits (the base of the numeral system is deduced from the number of digits, i.e. the length of the string). E.g.

from numerical import Numerical

class Dudodecimal(Numerical):
    digits = '0123456789AB'

num = Duodecimal('a')
print(repr(num))
#> Duodecimal('A')

Numerical can handle integer or float operands and will attempt to convert any string to the defined numeral system.

from numerical import Duodecimal

assert 10 == Duodecimal(10) == 0b1010 == Duodecimal('a') == 10.0 == DuodecimalXZ('A')

If you include letters among the symbols, they are treated by default as case insensitive (and normalized to the defined case). You can modify this behavior by setting the attribute case_insensitive to False.

from numerical import Numerical

class Dudodecimal(Numerical):
    digits = '0123456789ab'
    case_insensitive = False

Included numeral systems

Base	Class	Symbols
4	Quaternary	0123
5	Quinary	01234
6	Senary	012345
10	Bengali	০১২৩৪৫৬৭৮৯
10	Devanagari	०१२३४५६७८९
11	Undecimal	0123456789a
12	Duodecimal	0123456789ab
12	DuodecimalTE	0123456789te
12	DuodecimalXE	0123456789xe
12	DuodecimalXZ	0123456789xz
12	DuodecimalTurned	0123456789↊↋
20	Vigesimal	0123456789abcdefghij
20	VigesimalJK	0123456789abcdefghjk