semvec/pypi-packages huggingface dataset:
w2n2w 0.3.1
Convert words to numbers and back again
License: MIT
Requires Python: >=3.6
Keywords: numbers,convert,words

# w2n2w

Convert words to numbers and back again.  
Compatible with Python 3.6 and up.


## Why is this a thing?

There was one repo called [word2number](https://github.com/akshaynagpal/w2n) by [Akshay Nagpal](https://github.com/akshaynagpal) which converted words to numbers.
There was another repo called [num2word](https://github.com/MUKESHSIHAG/python_library_num2word) by [MUKESHSIHAG](https://github.com/MUKESHSIHAG) which converted numbers to words.  
To my knowledge there wasn't one that did both (also word2number appears un-maintained).  
So I forked and re-wrote word2number and here we are.


## What does it do?

Converts number words like "forty three" to integers/floats.

```python
import w2n2w
print(w2n2w.word_to_num('forty three'))
> 43
print(w2n2w.word_to_num('twenty-two point nine one'))
> 22.91
print(w2n2w.word_to_num(('one hundred and twenty three million'
                         ' four hundred and fifty six thousand'
                         ' seven hundred and eighty nine')))
> 123456789
print(w2n2w.word_to_num('negative twelve'))
> -12
print(w2n2w.word_to_num('12 thousand and thirty 8'))
> 12038
print(w2n2w.word_to_num('seventy first'))
> 71
```

It can also convert numbers into words

```python
import w2n2w
from pprint import pprint
print(w2n2w.num_to_word(1234))
> 'one thousand two hundred and thirty four'
# use pprint here to make long line more readable
pprint(w2n2w.num_to_word(123456789))
> ('one hundred and twenty three million four hundred and fifty six thousand '
>  'seven hundred and eighty nine')
print(w2n2w.num_to_word(1.52))
> 'one point five two'
print(w2n2w.num_to_word(-0.999))
> 'negative zero point nine nine nine'
print(w2n2w.num_to_word(0))
> 'zero'
```

In theory this library can handle any real number (positive or negative) but for numbers greater than or equal to one undecillion (10^36) you will start to face issues, as these numbers are represented in terms of the highest order of magnitude this library knows.  
So 10^36 is represented as `10^33 * 1000` or 'one thousand decillion'.

## Things to bear in mind

Some examples may produce unexpected behaviour.

```python
import w2n2w
print(w2n2w.word_to_num('one two three'))
> 6
print(w2n2w.word_to_num('thousandth'), w2n2w.word_to_num('one thousandth'))
> 1000, 0.001
print(w2n2w.word_to_num('third'), w2n2w.word_to_num('one third'))
> 3, 0.3333333333333
print(w2n2w.word_to_num('forty seventh'), w2n2w.word_to_num('forty sevenths'))
> 47, 5.7142857142857135
```