def test_je_syllables(self):
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('víetnamstríðinu',
'v i j E h t n a m s t r i: D I n Y'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(
['v i ', 'j E h t ', 'n a m ', 's t r i: ', 'D I ', 'n Y '],
res_syllables)
def test_compound_analysis(self):
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('ljósvakamiðlar',
'l j ou: s v a k a m I D l a r'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['l j ou: s ', 'v a ', 'k a ', 'm I D ', 'l a r '],
res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('afbragðsgott', 'a v p r a G s k O h t'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['a v ', 'p r a G s ', 'k O h t '], res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('afmælisbarninu',
'a m ai l I s p a r t n I n Y'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['a ', 'm ai ', 'l I s ', 'p a r t ', 'n I ', 'n Y '],
res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('gjaldeyrisvarasjóð',
'c a l t ei r I s v a r a s j ou: D'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
# self.assertEqual(['c a l t ', 'ei ', 'r I s ', 'v a ', 'r a ', 's j ou: D '], res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('parkinsonssamtökin',
'p_h a r_0 c I n s O n s a m t 9 c I n'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(
['p_h a r_0 ', 'c I n ', 's O n ', 's a m ', 't 9 ', 'c I n '],
res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('aftanákeyrslu',
'a f t a n au c ei r_0 s t l Y'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['a f ', 't a ', 'n au ', 'c ei r_0 s t ', 'l Y '],
res_syllables)
def test_single_syllab(self):
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('baunaspírum', 'b 9Y: n a s p i: r Y m'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
# self.assertEqual(['b 9Y: ', 'n a ', 's p i: ', 'r Y m '], res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('afturhvarf', 'a f t Y r k v a r v'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['a f ', 't Y r ', 'k v a r v '], res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('strandríki', 's t r a n t r i c I'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['s t r a n t ', 'r i ', 'c I '], res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('strandríkja', 's t r a n t r i c a'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['s t r a n t ', 'r i ', 'c a '], res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('strangtrúaðir',
's t r au: N k t r u a D I r'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['s t r au: N k ', 't r u ', 'a ', 'D I r '],
res_syllables)
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry('strangtrúaðra',
's t r au: N k t r u a D r a'))
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = self.get_syllable_arr(syllables)
self.assertEqual(['s t r au: N k ', 't r u ', 'a D ', 'r a '],
res_syllables)
def syllabify(pron_dict_entry):
comp_tree = tree_builder.build_compound_tree(pron_dict_entry)
syllables = []
syllabification.syllabify_tree(comp_tree, syllables)
res_syllables = get_syllable_arr(syllables)
return res_syllables
comp_elems.append(entry_tree.elem.transcript)
if entry_tree.left:
traverse_tree(entry_tree.left, comp_elems)
if entry_tree.right:
traverse_tree(entry_tree.right, comp_elems)
test_file = open('data/compounds_dev_87.txt')
test_data = test_file.readlines()
errors = []
for line in test_data:
word, transcr = line.split('\t')
clean_transcr = transcr.replace(' -', '').strip()
comp_tree = tree_builder.build_compound_tree(
entry.PronDictEntry(word, clean_transcr))
result = []
traverse_tree(comp_tree, result)
splitted = ' - '.join(result).strip()
if splitted != transcr.strip():
errors.append(word + '\t' + transcr.strip() + '\t' + splitted)
print('Errors: ' + str(len(errors)))
print('Error rate: ' + str((len(errors) / len(test_data)) * 100.0) + '%')
with open('compounds_test_results_87.txt', 'w') as f:
f.write('Errors: ' + str(len(errors)) + '\n')
f.write('Error rate: ' + str((len(errors) / len(test_data)) * 100.0) +
'%\n')
for entry in errors: