VISL CG3 is a neat tool for running constraint grammars (CGs) for things such as morphological disambiguation or syntactic parsing. Grammars of this formalism have been developed for a great many endangered Uralic languages boosting their NLP. And these CGs are actually easily available in UralicNLP for Python programmers.
Even for UralicNLP, a tool called vislcg3 needs to be installed on your machine, and it might be a tricky task if you cannot find the correct binaries for your operating system. Therefore I tailored this guide.
Omorfi is inarguably an amazing tool for processing Finnish morphology both in analysis and generation. However, using it might be quite a challenge for the users who are not too (H)FST savvy. 😅That is one of the motivations for my UralicNLP library
the purpose of which is to provide an easy Python interface for a multitude NLP tools for Uralic languages.
If you are interested in generating Finnish with a computer (NLG), you have probably already run into the problem of the complex morphology and syntax of Finnish. In addition to knowing how to inflect words, you have to take agreement into account. That for example, the verb agrees with the subject's number and person: minä syön, sinä syöt and so on. And there's more: case governance has to be solved too. A verb takes its direct object in a certain case, for example, you would say uneksin autosta but näen auton. Such is the problem of natural language generation. 🤷🏼♂️
You are in luck, I have resolved this issue and created a kick-ass python library called syntax maker. Just for you, my friend, free to use. Are you ready to unleash the power of NLG? 😊😊 (more…)