def do_acomp(self):
edges = find_edges(self, lambda((u, v)):self.edge_label((u, v)) == "acomp" and u.isPredicate)
for predNode,acompNode in edges:
neighbors = predNode.neighbors()
subjs = multi_get(neighbors,subject_dependencies)
if len(subjs)!=1:
# self.types.add("debug")
pass
else:
if (predNode.text[0].word in self.modalVerbs) or (predNode.features.get("Lemma","") in self.modalVerbs):
subj = subjs[0]
self.del_edge((predNode,acompNode))
self.add_edge((acompNode,subj),label=domain_label)
acompNode.isPredicate=True
self.del_edge((predNode,subj))
duplicate_all_incidents(gr=self, source=predNode, target=acompNode)
self.add_edge((acompNode,predNode),label=SOURCE_LABEL)
if (len(self.neighbors(predNode))==0) and (len(predNode.text)==1) and (predNode.text[0].word in contractions):
self.del_node(predNode)
else:
self.types.add("acomp_as_modal")
else:
self.types.add("acomp_as_mwe")
merge_nodes(gr=self, node1=predNode, node2=acompNode)
def do_acomp(self):
edges = find_edges(
self, lambda ((u, v)): self.edge_label(
(u, v)) == "acomp" and u.isPredicate)
for predNode, acompNode in edges:
neighbors = predNode.neighbors()
subjs = multi_get(neighbors, subject_dependencies)
if len(subjs) != 1:
# self.types.add("debug")
pass
else:
if (predNode.text[0].word
in self.modalVerbs) or (predNode.features.get(
"Lemma", "") in self.modalVerbs):
subj = subjs[0]
self.del_edge((predNode, acompNode))
self.add_edge((acompNode, subj), label=domain_label)
acompNode.isPredicate = True
self.del_edge((predNode, subj))
duplicate_all_incidents(gr=self,
source=predNode,
target=acompNode)
self.add_edge((acompNode, predNode), label=SOURCE_LABEL)
if (len(self.neighbors(predNode)) == 0) and (len(
predNode.text) == 1) and (predNode.text[0].word
in contractions):
self.del_node(predNode)
else:
self.types.add("acomp_as_modal")
else:
self.types.add("acomp_as_mwe")
merge_nodes(gr=self, node1=predNode, node2=acompNode)
def _merge(self):
edges = find_edges(self, lambda (u,v):(self.edge_label((u,v)) in join_labels) or (self.edge_label((u,v))=="conj_and" and u.features.get("conjType",[""])[0]=='&'))
for u, v in edges:
conjType = u.features.get("conjType",False)
if conjType:
conjType = conjType[0] #only the words
matching = [w for w in u.surface_form if w.word == conjType]
if matching:
w = matching[0]
else:
w = Word(index = u.maxIndex()+1,word=conjType)
u.text.append(w)
merge_nodes(self, u, v)
return True
return False