def dep_nsubjpass(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
if not library.add_to_obj_list(token, target_token, variables, predicates,
num_of_terms):
library.make_predicate(predicates, target_token, target_token, None,
token)
def dep_relcl(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
if library.get_predicate(token, predicates) is None:
library.make_predicate(predicates, token, token, token.head)
else:
library.add_to_subj_list(token.head, token, variables, predicates,
num_of_terms)
def dep_pcomp(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
prep_token = token.head
prep_head = prep_token.head
if prep_head.dep_ is "xcomp":
prep_head = library.until_not("xcomp", prep_head)
if library.get_predicate(prep_token, predicates) is None:
library.make_mono_predicate(token, predicates)
library.make_predicate(predicates, prep_token, prep_head, token)
def dep_advmod(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
if not library.get_predicate(token, predicates):
if token.tag_ == "WRB":
cond_tokens.append(token)
library.make_predicate(predicates, token, token.head)
else:
dep_modifier(token, variables, predicates, cond_tokens,
passive_tokens, num_of_terms, isa_tokens)
def dep_dobj(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
if target_token.dep_ is "xcomp":
target_token = library.until_not("xcomp", target_token)
if not library.add_to_obj_list(token, target_token, variables, predicates,
num_of_terms):
library.make_predicate(predicates, target_token, target_token, None,
token)
library.make_mono_predicate(token, predicates)
def dep_modifier(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
if not library.get_predicate(token, predicates):
target_token = token.head
if target_token.dep_ in dep_modifiers:
while target_token.dep_ in dep_modifiers:
target_token = target_token.head
elif target_token.dep_ is "xcomp":
target_token = library.until_not("xcomp", target_token)
library.make_mono_predicate(target_token, predicates)
library.make_predicate(predicates, token, target_token)
def dep_csubjpass(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
if target_token.dep_ is "aux" or target_token.dep_ is "auxpass":
target_token = target_token.head
token_predicate = library.get_predicate(token, predicates)
target_predicate = library.get_predicate(target_token, predicates)
if target_predicate is not None:
target_predicate.subj_token_list = token_predicate.subj_token_list
else:
library.make_predicate(predicates, target_token, target_token,
token_predicate.subj_token_list)
def dep_compound(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
if target_token.dep_ is "poss":
library.make_predicate(predicates, token, target_token)
elif target_token.dep_ is "conj":
conj_head = library.until_not("conj", token.head)
if conj_head.dep_ in dep_modifiers:
conj_head_predicate = library.get_predicate(conj_head, predicates)
library.make_predicate(predicates, token.head,
conj_head_predicate.dep_token, None, None,
token)
else:
dep_modifier(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens)
def dep_oprd(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
target_predicate = library.get_predicate(target_token, predicates)
if target_token in passive_tokens: #LA FALLA STA IN DUE VERBI AL PASSIVO UNITI DA UNA CONGIUNZIONE
if not library.get_predicate(
token, predicates) and target_predicate.obj_token_list != []:
library.make_predicate(predicates, token,
target_predicate.obj_token_list[0])
else:
if not library.get_predicate(
token, predicates) and target_predicate.subj_token_list != []:
library.make_predicate(predicates, token,
target_predicate.subj_token_list[0])
def dep_conj(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
token_predicate = library.get_predicate(token, predicates)
target_predicate = library.get_predicate(target_token, predicates)
conj_head = library.until_not("conj", token)
if conj_head.dep_ is "xcomp":
if not library.add_to_prefix(conj_head.head, token, predicates):
head_predicate = library.get_predicate(
library.until_not("xcomp", conj_head), predicates)
library.make_predicate(predicates, token, token,
head_predicate.subj_token_list, None, None,
conj_head.head) #MANCA UNA SUFFIX LIST
elif conj_head.dep_ == "ROOT" or conj_head.dep_ is "relcl" or conj_head.dep_ is "advcl" or conj_head.tag_ in library.pos_verbs: #NON PUò CONSIDERARE I CASI COME "TRUMP HAS BEEN JUDGED GUILTY AND TAKEN TO PRISON" O "TRUMP HAS BEEN JUDGED GUILTY AND NOW IS IN PRISON" (PROVARE AD USARE IL TAG_ DEL VERBO)
for cond_token in cond_tokens:
cond_predicate = library.get_predicate(cond_token, predicates)
if cond_predicate.dep_token == conj_head:
library.make_predicate(predicates, cond_token, token)
break
if token_predicate is not None:
if target_token in passive_tokens and token_predicate.obj_token_list == [] and token_predicate.subj_token_list == []:
token_predicate.obj_token_list = target_predicate.obj_token_list
elif target_token not in passive_tokens and token not in passive_tokens and token_predicate.subj_token_list == []:
token_predicate.subj_token_list = target_predicate.subj_token_list
else:
if target_token in passive_tokens:
library.make_predicate(predicates, token, token, None,
target_predicate.obj_token_list)
else:
library.make_predicate(predicates, token, token,
target_predicate.subj_token_list, None)
elif conj_head.dep_ is "attr" or target_token.dep_ is "nsubj" or target_token.dep_ is "nsubjpass" or target_token.dep_ is "dobj" or target_token.dep_ is "acomp":
library.add_to_same_var_list(target_token, token, variables,
predicates, num_of_terms)
elif conj_head.dep_ in dep_modifiers:
if not library.get_predicate(token, predicates):
target_predicate = library.get_predicate(target_token, predicates)
library.make_predicate(predicates, token,
target_predicate.dep_token)
elif conj_head.dep_ is "pobj":
prep_token = conj_head.head
if prep_token.dep_ is "agent":
prep_head = prep_token.head
library.add_to_subj_list(token, prep_head, variables, predicates,
num_of_terms)
def dep_pobj(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
if token.dep_ is "conj":
pobj_token = library.until_not("conj", token)
prep_token = pobj_token.head
else:
prep_token = token.head
if prep_token.dep_ is "prt":
target_token = prep_token.head
if target_token.dep_ is "xcomp":
target_token = library.until_not("xcomp", target_token)
if not library.add_to_obj_list(token, target_token, variables,
predicates, num_of_terms):
library.make_predicate(predicates, target_token, target_token,
None, token)
library.make_mono_predicate(token, predicates)
else:
if prep_token.dep_ is "conj":
prep_head = library.until_not("conj", prep_token)
prep_head = prep_head.head
else:
prep_head = prep_token.head
if prep_head.dep_ is "appos":
prep_head = library.until_not("appos", prep_head)
elif prep_head.dep_ is "xcomp":
prep_head = library.until_not("xcomp", prep_head)
#elif prep_head.dep_ is "conj":
# prep_head = library.until_not("conj", prep_head)
if prep_token.dep_ is "agent":
library.add_to_subj_list(token, prep_head, variables, predicates,
num_of_terms)
while prep_head.dep_ is "conj" and prep_head.head in passive_tokens:
library.add_to_subj_list(token, prep_head.head, variables,
predicates, num_of_terms)
prep_head = prep_head.head
elif library.get_predicate(prep_token, predicates) is None:
library.make_mono_predicate(token, predicates)
library.make_mono_predicate(prep_head, predicates)
library.make_predicate(predicates, prep_token, prep_head, token)
def dep_nsubj(token, variables, predicates, cond_tokens, passive_tokens,
num_of_terms, isa_tokens):
target_token = token.head
if target_token.dep_ is not "parataxis":
if target_token.dep_ is "ccomp":
if not library.add_to_subj_list(token, target_token, variables,
predicates, num_of_terms):
library.make_predicate(predicates, target_token, target_token,
token)
elif target_token.dep_ is "relcl":
if not library.add_to_subj_list(target_token.head, target_token,
variables, predicates,
num_of_terms):
library.make_predicate(predicates, target_token, target_token,
target_token.head)
else:
if not library.add_to_subj_list(token, target_token, variables,
predicates, num_of_terms):
library.make_predicate(predicates, target_token, target_token,
token)
library.make_mono_predicate(token, predicates)