# e-Linguistics Toolkit: Termset
#
# Copyright (C) 2008 ELTK Project
# Author: Scott Farrar <*****@*****.**>
# URL: <http://purl.org/linguistics/eltk>
# For license information, see LICENSE.TXT
"""
Termset is the Python data structure equivalent of ``termset graphs`` which are logical components of the GOLD Community Model. Put simply, they contain term-concept mappings, e.g., "PST"--gold:PastTense. A termset contains a set of scientific 'terms' used as part of an annotation system, usually the standard terms from a particular linguistic theory or community of practice. A term is a specific string representing a concept within some scientific domain. Terms may have a standard orthographic representation such as "past tense" or an abbreviation such as "PST".
"""
from eltk.kb.KBComponent import KBComponent
from eltk.reader.LinkedDataReader import LinkedDataReader
from eltk.config import ELTK_HOME
reader = LinkedDataReader()
GOLD_graph = reader.parseGraph(ELTK_HOME+'/examples/inputfiles/gold-2008.owl')
GOLD = reader.buildPyModel()
class Termset(KBComponent):
"""
Termset is the class representing a termset.
"""
def getTermMeaning(self,term_string):
"""
Given some abbreviation, e.g., 'PST', or full form, e.g., 'past tense', return the GOLD URI indicated by that string.
:param term_string: the string representation (abbreviation or full form) of the term
IGT line 3
See <eltk/examples/inputfiles/MorphosyntaxExamples.txt>
"""
from os.path import abspath
from eltk.reader.Reader import Reader
from eltk.reader.LinkedDataReader import LinkedDataReader
from eltk.reader.TermsetReader import TermsetReader
from eltk.utils.functions import *
from eltk.kb.KBComponent import *
from eltk.config import ELTK_HOME
reader = LinkedDataReader()
GOLD_graph = reader.parseGraph(ELTK_HOME+'/examples/inputfiles/gold-2008.owl')
GOLD = reader.buildPyModel()
class LeipzigReader(Reader):
"""
The reader for text in Leipzig IGT format (txt).
"""
def __init__(self,termset=None):
self.termset = termset
return results
if __name__=='__main__':
#for testing
from eltk.reader.LinkedDataReader import LinkedDataReader
from eltk.config import ELTK_HOME
from rdflib.URIRef import URIRef
reader = LinkedDataReader()
GOLD_graph = reader.parseGraph(ELTK_HOME+'/examples/inputfiles/gold-2009.owl')
#x = getBaseClasses(GOLD_graph,URIRef('http://purl.org/linguistics/gold/CommonNoun'))
#print x
#comments = getComments(GOLD_graph,'http://purl.org/linguistics/gold/CommonNoun')
for c in comments:
print c
#
#for class members
cls.individuals = getClassIndividuals(graph,uri)
return cls
if __name__=='__main__':
#for testing
from eltk.reader.LinkedDataReader import LinkedDataReader
from eltk.config import ELTK_HOME
from rdflib.URIRef import URIRef
reader = LinkedDataReader()
GOLD_graph = reader.parseGraph(ELTK_HOME+'/examples/inputfiles/gold-2009.owl')
#x = getBaseClasses(GOLD_graph,URIRef('http://purl.org/linguistics/gold/CommonNoun'))
#print x
#comments = getComments(GOLD_graph,'http://purl.org/linguistics/gold/CommonNoun')
for c in comments:
print c
