def __str__(self):
res = pprint(" ".join(self.prep), PREPOSITION)
if self.gn:
for s in self.gn:
res += pprint(str(s).replace("\n", "\n\t"), INDIRECT_OBJECT)
return res
def __str__(self):
res = pprint(" ".join(self.prep), PREPOSITION)
if self.gn:
for s in self.gn:
res += pprint(str(s).replace("\n", "\n\t"), INDIRECT_OBJECT)
return res
def __str__(self):
res = level_marker() + pprint(self.data_type, SENTENCE_TYPE)
res += pprint(self.aim, SENTENCE_AIM) # 'aim' may be None
if self.sn:
sn = ""
for s in self.sn:
sn = str(s).replace("\n", "\n\t") + "\n"
res += pprint(sn, SUBJECT)
if self.sv:
for s in self.sv:
res += str(s).replace("\n", "\n\t") + "\n"
#res += "This sentence is " + ("fully resolved." if self.resolved() else "not fully resolved.")
if self.isvalid():
res = pprint(res, SENTENCE)
else:
res = pprint(res, AGRAMMATICAL_SENTENCE)
return res
def __str__(self):
res = level_marker() + pprint(self.data_type, SENTENCE_TYPE)
res += pprint(self.aim, SENTENCE_AIM) # 'aim' may be None
if self.sn:
sn = ""
for s in self.sn:
sn = str(s).replace("\n", "\n\t") + "\n"
res += pprint(sn, SUBJECT)
if self.sv:
for s in self.sv:
res += str(s).replace("\n", "\n\t") + "\n"
#res += "This sentence is " + ("fully resolved." if self.resolved() else "not fully resolved.")
if self.isvalid():
res = pprint(res, SENTENCE)
else:
res = pprint(res, AGRAMMATICAL_SENTENCE)
return res
def __str__(self):
res = pprint(" ".join(self.vrb_main), VERB) + pprint(
self.vrb_tense, TENSE)
if self.advrb:
res += pprint(" ".join(self.advrb), ADVERBIAL)
if self.vrb_adv:
res += pprint(" ".join(self.vrb_adv), VERBAL_ADVERBIAL)
if self.d_obj:
for cmpl in self.d_obj:
res += '\t' + pprint(
str(cmpl).replace("\n", "\n\t"), DIRECT_OBJECT) + "\n"
if self.i_cmpl:
for cmpl in self.i_cmpl:
res += '\t' + str(cmpl).replace("\n", "\n\t") + "\n"
if self.vrb_sub_sentence:
for vrb_sub_s in self.vrb_sub_sentence:
res += '\t' + pprint(
str(vrb_sub_s).replace("\n", "\n\t"), SUB_SENTENCE) + "\n"
if self.sv_sec:
for vrb_sec_s in self.sv_sec:
res += '\t' + pprint(
str(vrb_sec_s).replace("\n", "\n\t"),
SECONDARY_VERBAL_GROUP) + "\n"
res = pprint(
res,
AFFIRMATIVE if self.state == VerbalGroup.affirmative else NEGATIVE)
res = pprint(res, RESOLVED) if self.resolved() else pprint(
res, NOT_RESOLVED)
return pprint(res, VERBAL_GROUP)
def __str__(self):
res = level_marker()
if self._conjunction != 'AND':
res += pprint(self._conjunction, CONJUNCTION)
if self._quantifier != 'ONE':
res += pprint(self._quantifier, QUANTIFIER)
if self._resolved:
res += pprint(self.id, ID)
res = pprint(res, RESOLVED)
else:
if self.det:
res += pprint(" ".join(self.det), DETERMINER)
for k in self.adj:
if k[1]:
res += pprint(" ".join(k[1]), ADJECTIVE_QUALIFIER)
res += pprint(k[0], ADJECTIVE)
if self.noun:
res += pprint(", ".join(self.noun), NOUN)
if self.noun_cmpl:
for s in self.noun_cmpl:
res += pprint(str(s).replace("\n", "\n\t"), NOUN_CMPLT)
if self.relative:
for rel in self.relative:
res += pprint(str(rel).replace("\n", "\n\t"), RELATIVE_GRP)
return pprint(res, NOMINAL_GROUP)
def __str__(self):
res = pprint(" ".join(self.vrb_main), VERB) + pprint(self.vrb_tense, TENSE)
if self.advrb:
res += pprint(" ".join(self.advrb), ADVERBIAL)
if self.vrb_adv:
res += pprint(" ".join(self.vrb_adv), VERBAL_ADVERBIAL)
if self.d_obj:
for cmpl in self.d_obj:
res += '\t' + pprint(str(cmpl).replace("\n", "\n\t"), DIRECT_OBJECT) + "\n"
if self.i_cmpl:
for cmpl in self.i_cmpl:
res += '\t' + str(cmpl).replace("\n", "\n\t") + "\n"
if self.vrb_sub_sentence:
for vrb_sub_s in self.vrb_sub_sentence:
res += '\t' + pprint(str(vrb_sub_s).replace("\n", "\n\t"), SUB_SENTENCE) + "\n"
if self.sv_sec:
for vrb_sec_s in self.sv_sec:
res += '\t' + pprint(str(vrb_sec_s).replace("\n", "\n\t"), SECONDARY_VERBAL_GROUP) + "\n"
res = pprint(res, AFFIRMATIVE if self.state == VerbalGroup.affirmative else NEGATIVE)
res = pprint(res, RESOLVED) if self.resolved() else pprint(res, NOT_RESOLVED)
return pprint(res, VERBAL_GROUP)
def __str__(self):
res = level_marker()
if self._conjunction != 'AND':
res += pprint(self._conjunction, CONJUNCTION)
if self._quantifier != 'ONE':
res += pprint(self._quantifier, QUANTIFIER)
if self._resolved:
res += pprint(self.id, ID)
res = pprint(res, RESOLVED)
else:
if self.det:
res += pprint(" ".join(self.det), DETERMINER)
for k in self.adj:
if k[1]:
res += pprint(" ".join(k[1]), ADJECTIVE_QUALIFIER)
res += pprint(k[0], ADJECTIVE)
if self.noun:
res += pprint(", ".join(self.noun), NOUN)
if self.noun_cmpl:
for s in self.noun_cmpl:
res += pprint(str(s).replace("\n", "\n\t"), NOUN_CMPLT)
if self.relative:
for rel in self.relative:
res += pprint(str(rel).replace("\n", "\n\t"), RELATIVE_GRP)
return pprint(res, NOMINAL_GROUP)