Difference between revisions of "Conllu Parsing and Searching"

From Apertium
Jump to navigation Jump to search
Line 53: Line 53:
 
== Relationships: The ';' character ==
 
== Relationships: The ';' character ==
   
If you would like '''to search with a relationship'''(i.e nsubj relation to another node that has a noun POS), you would start your search with a ';'. You would then type a deprel tag followed by a colon and then a part of speech. The second term(the one after the ';') can also be the lemma or the word id_name. You would use to search for a word with nsubj relationship with a noun:
+
If you would like '''to search with a relationship'''(i.e nsubj relation to another node that has a noun POS), you would start your search with a ';'. You would then type a deprel tag followed by a colon and then a part of speech. The second term(the one after the ';') can be these tags : lemma or the word id_name. You would use to search for a word with nsubj relationship with a noun:
   
 
<code>python conlluparse.py "text.conllu" ';nsubj:noun'</code> Would output:
 
<code>python conlluparse.py "text.conllu" ';nsubj:noun'</code> Would output:

Revision as of 02:41, 18 December 2017

Parse and Search through a conllu file

Searching is as follows:


Form search: the '<' character

If you want to find a specific word (e.g., you want to find the word "bread" in your ConLL-U file), you create a search with the < symbol followed by the word you want to search for.

For example, the search term python conlluparse.py "text.conllu" '<ести' might return:

Token: 6, Form: ести, Lemma: есті, UPOSTAG: VERB, HEAD: 0, DEPREL: root, # sent_id = story.tagged.txt:44:776, Sentence:  Ол енді ол дыбысты анығырақ ести бастады .

The format of the result is the Token (where in the sentence the match appeared), the lemma, the upostag (part of speech), the HEAD, and the sentence_id.

Tree search: The '{' character

If you would like to search with a tree(i.e you want to search for a word with a HEAD value or word), you create your search with a '{'. Then, between the words you are searching for a relation between add a '>'. You can also use and '<' if you are searching for a word that is a dependent of another word. This, the '<', will find the dependent word. For instance, if you wanted to see when 'have' did action to 'clue' (i.e. I have no clue') you could do it like this:

For example python conlluparse.py "text.conllu" '{have>clue' might output:

Token: 2, Form: have, Lemma: have, UPOSTAG: VERB, HEAD: 0, DEPREL: root, # sent_id = 2, Sentence:  I have no clue .

If you wanted, you could also be more specific or ambigious with your searches. When you specify these arguments, you also need to make sure that you concatenate "Form=" with the word you are searching for. When you have nothing specified on one side, you need to add 'none=none' to that side. For instance if you wanted to find if something was a dependent of 'have', you could do:

{none=none<form=have

When searching with attributes (i.e UPOSTAG), you could do this like:

python conlluparse.py "text.conllu" '{upostag=verb, form=have>form=clue' which may output:

Token: 2, Form: have, Lemma: have, UPOSTAG: VERB, HEAD: 0, DEPREL: root, # sent_id = 2, Sentence:  I have no clue .

You can search with any of these tags - upostag, xpostag, lemma, or deprel. You would do this by just putting the tag name + and '=' and then the actual value. Concatenate the tag an '=' and the value like upostag=noun' or 'lemma=clue' or @.

You can also specify attributes instead of 'form=clue' such as 'upostag=noun'

Token: 2, Form: have, Lemma: have, UPOSTAG: VERB, HEAD: 0, DEPREL: root, # sent_id = 2, Sentence:  I have no clue .

Now, instead, if you search with python conlluparse.py "text.conllu" '{form=clue<none=none' , it will print:

Token: 4, Form: clue, Lemma: clue, UPOSTAG: NOUN, HEAD: 2, DEPREL: obj, # sent_id = 2, Sentence:  I have no clue .

Find Features: The ':' character

If you would like to search for a deprel or upostag and a feature in a word, you would start your search with a ':' and encapsulate your search with '[]'

For instance if you wanted to search for a copula and past feature you would do

python conlluparse.py "text.conllu" ':[cop, past]' which may output:

'Token: 3, Form: болғаныма, Lemma: бол, UPOSTAG: AUX, HEAD: 2, DEPREL: cop, # sent_id = akorda-random.tagged.txt:158:2829, Sentence:  Мен осында болғаныма қуаныштымын қуанышты мын .'

Relationships: The ';' character

If you would like to search with a relationship(i.e nsubj relation to another node that has a noun POS), you would start your search with a ';'. You would then type a deprel tag followed by a colon and then a part of speech. The second term(the one after the ';') can be these tags : lemma or the word id_name. You would use to search for a word with nsubj relationship with a noun:

python conlluparse.py "text.conllu" ';nsubj:noun' Would output:

'Token: 8, Form: жүзімдік, Lemma: жүзімдік, UPOSTAG: NOUN, HEAD: 6, DEPREL: conj, # sent_id = Шымкент.tagged.txt:8:216, Sentence:  Тау етегінде өзен бойындағы алқаптарда егіншілік пен жүзімдік  ал көгалды таулы жайылымдарда - мал шаруашылығы дамыған .'

Examples

python conlluparse.py "text.conllu" ':[cop, past]' This is how you would run the program with the ':' Could output:

'Token: 3, Form: болғаныма, Lemma: бол, UPOSTAG: AUX, HEAD: 2, DEPREL: cop, # sent_id = akorda-random.tagged.txt:158:2829, Sentence:  Мен осында болғаныма қуаныштымын қуанышты мын .'

python conlluparse.py "text.conllu" ';nsubj:noun' This is how you would run the program with the ';' Could output:

'Token: 8, Form: жүзімдік, Lemma: жүзімдік, UPOSTAG: NOUN, HEAD: 6, DEPREL: conj, # sent_id = Шымкент.tagged.txt:8:216, Sentence:  Тау етегінде өзен бойындағы алқаптарда егіншілік пен жүзімдік  ал көгалды таулы жайылымдарда - мал шаруашылығы дамыған .'

python conlluparse.py "text.conllu" '{none=none>form=clue}' This is how you would run the program with the ';' Could output:

Token: 2, Form: have, Lemma: have, UPOSTAG: VERB, HEAD: 0, DEPREL: root, # sent_id = 2, Sentence:  I have no clue .

python conlluparse.py "text.conllu" '<ести' This is how you would run the program with the '<' Could output:

Token: 6, Form: ести, Lemma: есті, UPOSTAG: VERB, HEAD: 0, DEPREL: root, # sent_id = story.tagged.txt:44:776, Sentence:  Ол енді ол дыбысты анығырақ ести бастады .