def accept_derivation(self, bundle):
for node in nodes(bundle.derivation):
if node.is_leaf(): continue
if is_coordination(node):
ccs = list(where(lambda kid: kid.tag == 'CC', node.kids))
for cc in ccs:
self.conjs[base_tag(node.tag)][cc.lex] += 1
self.inverse[cc.lex][base_tag(node.tag)] += 1
def accept_derivation(self, bundle):
for node in nodes(bundle.derivation):
if node.is_leaf(): continue
if is_coordination(node):
ccs = list(where(lambda kid: kid.tag == 'CC', node.kids))
for cc in ccs:
self.conjs[base_tag(node.tag)][cc.lex] += 1
self.inverse[cc.lex][base_tag(node.tag)] += 1
def accept_derivation(self, bundle):
for node in nodes(bundle.derivation):
if node.is_leaf(): continue
if is_coordination(node):
def get_tag(kid):
if kid.tag in ('CC', 'PU'): return kid.lex
else: return kid.tag
print ' '.join(get_tag(kid) for kid in node)
def accept_derivation(self, bundle):
for node in nodes(bundle.derivation):
if node.is_leaf(): continue
if is_coordination(node):
def get_tag(kid):
if kid.tag in ('CC', 'PU'): return kid.lex
else: return kid.tag
print ' '.join(get_tag(kid) for kid in node)
