def extract_dependency_rules(self, relation):
"""
extract dependency rules
:param relation:
:return:
"""
res1 = defaultdict(int)
res2 = defaultdict(int)
DepTree.get_dependency_rules(res1, relation.arg1_leaves, False, True)
DepTree.get_dependency_rules(res2, relation.arg2_leaves, False, True)
feat_vec = []
for k in self.dep_dict:
a1 = k in res1
a2 = k in res2
if a1: feat_vec.append(k + ":1")
if a2: feat_vec.append(k + ":2")
if a1 and a2: feat_vec.append(k + ":12")
return feat_vec
def extract_dependency_rules(self, relation):
"""
extract dependency rules
:param relation:
:return:
"""
res1 = defaultdict(int)
res2 = defaultdict(int)
DepTree.get_dependency_rules(res1, relation.arg1_leaves, False, True)
DepTree.get_dependency_rules(res2, relation.arg2_leaves, False, True)
feat_vec = []
for k in self.dep_dict:
a1 = k in res1
a2 = k in res2
if a1: feat_vec.append(k + ":1")
if a2: feat_vec.append(k + ":2")
if a1 and a2: feat_vec.append(k + ":12")
return feat_vec
def get_dependency_rule(self, rule_dict, with_leaf=False, with_label=True):
DepTree.get_dependency_rules(rule_dict, self.arg1_leaves, with_leaf,
with_label)
DepTree.get_dependency_rules(rule_dict, self.arg2_leaves, with_leaf,
with_label)
def get_dependency_rule(self, rule_dict, with_leaf=False, with_label=True):
DepTree.get_dependency_rules(rule_dict, self.arg1_leaves, with_leaf, with_label)
DepTree.get_dependency_rules(rule_dict, self.arg2_leaves, with_leaf, with_label)