def make_valuation(concepts, read=False, lexicon=False):
"""
Convert a list of ``Concept`` objects into a list of (label, extension) pairs;
optionally create a ``Valuation`` object.
:param concepts: concepts
:type concepts: list(Concept)
:param read: if ``True``, ``(symbol, set)`` pairs are read into a ``Valuation``
:type read: bool
:rtype: list or Valuation
"""
vals = []
for c in concepts:
vals.append((c.prefLabel, c.extension))
if lexicon:
read = True
if read:
from nltk.sem import Valuation
val = Valuation({})
val.update(vals)
# add labels for individuals
val = label_indivs(val, lexicon=lexicon)
return val
else:
return vals
def make_valuation(concepts, read=False, lexicon=False):
"""
Convert a list of ``Concept`` objects into a list of (label, extension) pairs;
optionally create a ``Valuation`` object.
:param concepts: concepts
:type concepts: list(Concept)
:param read: if ``True``, ``(symbol, set)`` pairs are read into a ``Valuation``
:type read: bool
:rtype: list or Valuation
"""
vals = []
for c in concepts:
vals.append((c.prefLabel, c.extension))
if lexicon:
read = True
if read:
from nltk.sem import Valuation
val = Valuation({})
val.update(vals)
# add labels for individuals
val = label_indivs(val, lexicon=lexicon)
return val
else:
return vals
def make_valuation(concepts, read=False, lexicon=False):
"""
Convert a list of C{Concept}s into a list of (label, extension) pairs;
optionally create a C{Valuation} object.
@param concepts: concepts
@type concepts: list of L{Concept}s
@param read: if C{True}, C{(symbol, set)} pairs are read into a C{Valuation}
@type read: C{bool}
@rtype: C{list} or a L{Valuation}
"""
vals = []
for c in concepts:
vals.append((c.prefLabel, c.extension))
if lexicon: read = True
if read:
from nltk.sem import Valuation
val = Valuation({})
val.update(vals)
# add labels for individuals
val = label_indivs(val, lexicon=lexicon)
return val
else:
return vals
def make_valuation(concepts, read=False, lexicon=False):
"""
Convert a list of C{Concept}s into a list of (label, extension) pairs;
optionally create a C{Valuation} object.
:param concepts: concepts
:type concepts: list of L{Concept}s
:param read: if C{True}, C{(symbol, set)} pairs are read into a C{Valuation}
:type read: bool
:rtype: list or a L{Valuation}
"""
vals = []
for c in concepts:
vals.append((c.prefLabel, c.extension))
if lexicon: read = True
if read:
from nltk.sem import Valuation
val = Valuation({})
val.update(vals)
# add labels for individuals
val = label_indivs(val, lexicon=lexicon)
return val
else: return vals
