def value_for_text(self, t, rp=default_rp):
parse_trees = rp.parse_trees(t)
tagged_sents = rp.tagged_sentences(t)
sent_indices = []
for i, tree in enumerate(parse_trees):
nps = len(find_subtrees(tree, 'NP'))
words = len([word for word in tagged_sents[i]
if not rp.pos_tagger().tagset.is_punctuation(word)])
sent_indices.append(nps / (words / 1000))
return sum(sent_indices) / len(sent_indices) if sent_indices else 0
def value_for_text(self, t, rp=default_rp):
parse_trees = rp.parse_trees(t)
sent_indices = []
for i, tree in enumerate(parse_trees):
nps = 0
mods = 0
for np in find_subtrees(tree, 'NP'):
mods += len(
[tt for tt in np if tt.label() in ('ART', 'ADJ', 'ADV')])
nps += 1
sent_indices.append(mods / nps)
return sum(sent_indices) / len(sent_indices) if sent_indices else 0
def value_for_text(self, t, rp=default_rp):
parse_trees = rp.parse_trees(t)
sent_indices = []
for i, tree in enumerate(parse_trees):
nps = 0
prons = 0
for np in find_subtrees(tree, 'NP'):
prons += len([tt for tt in np if tt.label() in ('PRS')])
nps += 1
if nps != 0:
sent_indices.append(prons / nps)
return sum(sent_indices) / len(sent_indices) \
if sent_indices else 0
def value_for_text(self, t, rp=default_rp):
parse_trees = rp.parse_trees(t)
sent_indices = []
for i, tree in enumerate(parse_trees):
nps = 0
prons = 0
for np in find_subtrees(tree, 'NP'):
prons += len([tt for tt in np
if tt.label() in ('PRS')])
nps += 1
if nps != 0:
sent_indices.append(prons / nps)
return sum(sent_indices) / len(sent_indices) \
if sent_indices else 0