def run():
vo_alphabet = voy.get_alphabet()
turk_alphabet = turk.get_alphabet()
vo_words = voy.get_first_page_normal().split(".")
log.debug("Voynich words from 1st page: %s", vo_words)
turk_words = turk.get_words()[:100]
log.debug("Get %d turkish words", len(turk_words))
def dist(s1, s2):
return 100 - fuzz.ratio(s1, s2)
def calculate(tralph):
tr = Translator(vo_alphabet, tralph)
words_translated = [tr.trans(w) for w in vo_words]
return text_distance(words_translated, turk_words, dist)
log.info("Generate population...")
population = []
for i in range(100):
population.append(string_mutator(turk_alphabet, len(turk_alphabet)))
log.info("Population generated")
gm = GenMaster(population)
for i in range(100):
log.info("Start %d generation calculation", i)
gm.generation(calculate)
log.info("Calculation terminated")
log.debug("%d generation is: %s", i, gm.population)
tr = Translator(vo_alphabet, gm.population[0])
translated = " ".join([tr.trans(w) for w in vo_words])
log.info("Translated text: %s", translated)
log.info("Final generation is: %s", gm.population)
def calculate(tralph):
tr = Translator(vo_alphabet, tralph)
words_translated = [tr.trans(w) for w in vo_words]
return text_distance(words_translated, turk_words, dist)
def test_translate_equals(self):
tr = Translator("abc", "def")
self.assertEqual("deefd", tr.trans("abbca"))
def test_translate_longer(self):
tr = Translator("abc", "d")
self.assertEqual("d???d", tr.trans("abbca"))