def adnominalAdjunct(person=None, gender=None, number=None, function='S',
kind=None, S=None, position='pos'):
L = []
if kind == 'noun':
if percent(20):
if percent(50):
# menino feio
# bola feia
adjective = wf.getNominal('adjective', gender, number, S)
L.append(adjective)
else:
if percent(40):
# menino que correu
# bola que caiu
L = [wf.getRelativePronoun(gender, number, None),
verbPhrase(person, gender, number, S=S)]
elif percent(50):
# menino que a mãe ama
# bola que o menino chutou
L = [wf.getRelativePronoun(gender, number, None),
clause(tran='vtd', OD=S)]
else:
# menino de quem a mãe gosta
# bola da qual o menino gosta
that_clause = clause(tran='vti', OI=S)
preposition = wf.getPreposition(
that_clause.info['preposition'], gender,
number, None)
L = [
preposition,
wf.getRelativePronoun(
gender, number, S
),
that_clause
]
elif kind == 'personal_pronoun' and function == 'S':
if percent(20):
# eu que corri
L = [wf.getRelativePronoun(gender, number, None),
verbPhrase(person, gender, number, S=S)]
if L:
return Tree('adnominal adjunct', L, {})
else:
return None
def prepositionalPhrase(preposition=None, person=None, gender=None,
number=None, function='S', kind=None, S=None):
if person is None:
if S and verify_semantics(S, 'PESSOA'):
person = aleatory('person')
else:
person = '3'
if kind is None:
if person != '3' or percent(15):
kind = 'personal_pronoun'
else:
kind = 'noun'
np = nounPhrase(person, gender, number, function, kind, S)
next = np.info['next']
L = [np]
p = wf.getPreposition(preposition, gender, number, next)
L = [Tree("preposition", [p])] + L
return Tree('prepositional phrase', L, {'head': np.info['head']})