def _build_language(builder, language, path, start, count):
"""Build a language vector from a range of lines at the given path."""
v = langrv.build(builder, "")
def process_line(line):
langrv.merge(v, langrv.build(builder, line))
_for_lines(path, start, count, process_line)
return v
def _build_language(builder, language, path, start, count):
"""Build a language vector from a range of lines at the given path."""
v = langrv.build(builder, "")
def process_line(line):
langrv.merge(v, langrv.build(builder, line))
_for_lines(path, start, count, process_line)
# print(langrv.save(builder, v))
return v
def _classify(builder, language_vectors, text):
"""Classify the given text (single string) under the given map of language vectors."""
text_vector = langrv.build(builder, text)
return max(language_vectors.keys(),
key=lambda language: langrv.score(language_vectors[language], text_vector))
def process_line(line):
langrv.merge(v, langrv.build(builder, line))
def _classify(builder, language_vectors, text):
"""Classify the given text (single string) under the given map of language vectors."""
text_vector = langrv.build(builder, text)
return max(language_vectors.keys(),
key=lambda language: langrv.score(language_vectors[language],
text_vector))
def process_line(line):
langrv.merge(v, langrv.build(builder, line))