FinnSyll 1.0.0

Finnish syllabifier and compound segmenter

## FinnSyll

FinnSyll is a Python library that syllabifies words according to Finnish syllabification principles. It is also equipped with a Finnish compound splitter. More details/docs to come.

### Installation

`$ pip install FinnSyll`

### Basic usage

First, instantiate a `FinnSyll` object.

` >>> from finnsyll import FinnSyll >>> f = FinnSyll() `

To syllabify: ` >>> f.syllabify('runoja') ['ru.no.ja'] # internal syllable boundaries are indicated with '.' `

To segment compounds: ` >>> f.split('sosiaalidemokraattien') 'sosiaali=demokraattien' # internal word boundaries are indicated with '=' `

### Optional arguments

The syllabifier can be customized along two different parameters: variation and compound splitting.

####variation

Instantiating a `FinnSyll` object with `variation=True` (default) will allow the syllabifier to return multiple syllabifications if variation is predicted. When `variation=True`, the syllabifier will return a list. Setting `variation` to `False` will cause the syllabifier to return a string containing the first predicted syllabification.

Variation: ` >>> f = FinnSyll(variation=True) >>> f.syllabify('runoja') ['ru.no.ja'] >>> f.syllabify('vapaus') ['va.pa.us', 'va.paus'] `

No variation: ` >>> f = FinnSyll(variation=False) >>> f.syllabify('runoja') 'ru.no.ja' >>> f.syllabify('vapaus') 'va.pa.us' `

#### split_compounds

When instantiating a `FinnSyll` object with `split_compounds=True` (default), the syllabifier will first attempt to split the input into constituent words before syllabifying it. This forces the syllabifier to insert a syllable boundary in between identified constituent words. The syllabifier will skip this step if `split_compounds` is set to `False`.

Compound splitting: ` >>> f = FinnSyll(split_compounds=True) >>> f.syllabify('rahoituserien') # rahoitus=erien ['ra.hoi.tus.e.ri.en'] `

No compound splitting: ` >>> f = FinnSyll(split_compounds=False) >>> f.syllabify('rahoituserien') ['ra.hoi.tu.se.ri.en'] # incorrect `