def get_graph(definition="Дерево", n=0):
global tree
if n < 3:
definition_text = get_definition(definition)
open('/tmp/rez.txt', 'a').write("=\n%s\n=\n" % definition_text)
keywords = get_keywords(definition_text)
keywords = filter_keywords(keywords, set(['гео', 'фам']))
for word in keywords:
if word != definition and len(word) > 3:
tree.update({(definition, word): 1})
get_graph(word, n + 1)
def get_graph(word="Дерево", n=3):
count = 0
word = word.lower()
if n > 0:
definition = get_definition(word)
open('/tmp/rez.txt', 'a').write("=\n%s\n=\n" % definition)
for word_i in unwiki(filter_keywords(get_keywords(definition))):
if word_i != word and not is_stop_word(word_i):
count += 1
if get_graph(word_i, n - 1):
try:
tree[(word, word_i)] += 1
except KeyError:
tree.update({(word, word_i): 1})
return count
def get_graph(definition="Дерево", n=0):
global tree
print(n, definition, file=sys.stderr)
if n < 3:
definition_text = get_definition(definition)
open('/tmp/rez.txt', 'a').write("=\n%s\n=\n" % definition_text)
keywords = get_keywords(definition_text)
keywords = filter_keywords(keywords, set(['гео', 'фам']),
set([r'англ', r"displaystyle.*"]))
for word in keywords:
if word != definition and len(word) > 3:
tree.update({(definition, word): 1})
get_graph(word, n + 1)