def test_synoname_dist_abs(self):
"""Test abydos.distance.Synoname.dist_abs."""
# Base cases
self.assertEqual(self.cmp.dist_abs('', ''), 1)
self.assertEqual(Synoname(tests=['exact']).dist_abs('', ''), 1)
self.assertEqual(Synoname(tests=[]).dist_abs('', ''), 13)
self.assertEqual(
Synoname(tests=['nonsense-test']).dist_abs('', ''), 13
)
# Test input formats
self.assertEqual(
self.cmp.dist_abs(
('Brueghel II (the Younger)', 'Pieter', 'Workshop of'),
('Brueghel II (the Younger)', 'Pieter', 'Workshop of'),
),
1,
)
self.assertEqual(
self.cmp.dist_abs(
'Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1,
)
self.assertEqual(
self.cmp.dist_abs(
'22#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'44#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1,
)
# approx_c tests
self.assertEqual(
self.cmp.dist_abs(
(
'Master of Brueghel II (the Younger)',
'Pieter',
'Workshop of',
),
('Brueghel I (the Elder)', 'Pieter', 'Workshop of'),
),
13,
)
self.assertEqual(
self.cmp.dist_abs(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
10,
)
class SynonameTestCases(unittest.TestCase):
"""Test Synoname functions.
abydos.distance.Synoname
"""
cmp = Synoname()
def test_synoname_strip_punct(self):
"""Test abydos.distance.Synoname._synoname_strip_punct."""
# Base case
self.assertEqual(self.cmp._synoname_strip_punct(''), '') # noqa: SF01
self.assertEqual(
self.cmp._synoname_strip_punct('abcdefg'), 'abcdefg' # noqa: SF01
)
self.assertEqual(
self.cmp._synoname_strip_punct("a'b-c,d!e:f%g"), # noqa: SF01
'abcdefg',
)
def test_synoname_word_approximation(self):
"""Test abydos.distance.Synoname._synoname_word_approximation."""
# Base case
self.assertEqual(
self.cmp._synoname_word_approximation('', ''), 0 # noqa: SF01
)
self.assertEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'di Domenico di Bonaventura',
'di Tomme di Nuto',
'Cosimo',
'Luca',
),
0.4,
)
self.assertEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'Antonello da Messina',
'Messina',
'',
'Antonello da',
{
'gen_conflict': False,
'roman_conflict': False,
'src_specials': [(35, 'b'), (35, 'c')],
'tar_specials': [(35, 'b'), (35, 'c')],
},
),
0,
)
self.assertEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'louis ii',
'louis ii',
'sr jean',
'sr pierre',
{
'gen_conflict': False,
'roman_conflict': False,
'src_specials': [(49, 'b'), (68, 'd'), (121, 'b')],
'tar_specials': [(49, 'b'), (68, 'd'), (121, 'b')],
},
),
0,
)
self.assertEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'louis ii',
'louis ii',
'il giovane',
'sr cadet',
{
'gen_conflict': False,
'roman_conflict': False,
'src_specials': [
(46, 'a'),
(49, 'b'),
(52, 'a'),
(68, 'd'),
],
'tar_specials': [
(8, 'a'),
(49, 'b'),
(68, 'd'),
(121, 'a'),
],
},
),
1,
)
self.assertAlmostEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'louis ii',
'louis ii',
'ste.-geo ste.',
'ste.-jo ste.',
{
'gen_conflict': False,
'roman_conflict': False,
'src_specials': [
(49, 'b'),
(68, 'd'),
(127, 'b'),
(127, 'X'),
],
'tar_specials': [
(49, 'b'),
(68, 'd'),
(127, 'b'),
(127, 'X'),
],
},
),
2 / 3,
)
self.assertAlmostEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'louis ii',
'louis',
'ste.-geo ste.',
'',
{
'gen_conflict': False,
'roman_conflict': False,
'src_specials': [
(49, 'b'),
(68, 'd'),
(127, 'b'),
(127, 'X'),
],
'tar_specials': [],
},
),
0,
)
self.assertAlmostEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'lou ii', 'louis', 'louis iv', 'ste.', {}
),
0,
)
self.assertEqual(
self.cmp._synoname_word_approximation( # noqa: SF01
'ren',
'loren ste.',
'',
'',
{
'tar_specials': [(68, 'd'), (127, 'X')],
'src_specials': [(0, '')],
},
),
1,
)
def test_synoname_dist_abs(self):
"""Test abydos.distance.Synoname.dist_abs."""
# Base cases
self.assertEqual(self.cmp.dist_abs('', ''), 1)
self.assertEqual(Synoname(tests=['exact']).dist_abs('', ''), 1)
self.assertEqual(Synoname(tests=[]).dist_abs('', ''), 13)
self.assertEqual(
Synoname(tests=['nonsense-test']).dist_abs('', ''), 13
)
self.assertEqual(Synoname(ret_name=True).dist_abs('', ''), 'exact')
# Test input formats
self.assertEqual(
self.cmp.dist_abs(
('Brueghel II (the Younger)', 'Pieter', 'Workshop of'),
('Brueghel II (the Younger)', 'Pieter', 'Workshop of'),
),
1,
)
self.assertEqual(
self.cmp.dist_abs(
'Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1,
)
self.assertEqual(
self.cmp.dist_abs(
'22#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'44#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1,
)
# approx_c tests
self.assertEqual(
self.cmp.dist_abs(
(
'Master of Brueghel II (the Younger)',
'Pieter',
'Workshop of',
),
('Brueghel I (the Elder)', 'Pieter', 'Workshop of'),
),
13,
)
self.assertEqual(
self.cmp.dist_abs(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
10,
)
# Types 1-12
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Brueghel', 'Pieter', '')
),
'exact',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel II', 'Pieter', ''), ('Brueghel I', 'Pieter', '')
),
'no_match',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Breghel', 'Pieter', ''), ('Brueghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Breghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Piter', ''), ('Brueghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Brueghel', 'Piter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brughel', 'Pieter', ''), ('Breghel', 'Pieter', '')
),
'substitution',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Breughel', 'Peter', ''), ('Breughel', 'Piter', '')
),
'substitution',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Breughel', 'Pieter', '')
),
'transposition',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Peiter', ''), ('Brueghel', 'Pieter', '')
),
'transposition',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel:', 'Pieter', ''), ('Brueghel', 'Pi-eter', '')
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel,', 'Pieter', ''), ('Brueghel', 'Pieter...', '')
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Seu rat', 'George Pierre', ''),
('Seu-rat', 'George-Pierre', ''),
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Picasso', '', ''), ('Picasso', 'Pablo', '')
),
'no_first',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R.', ''), ('Pereira', 'Irene Rice', '')
),
'initials',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I.', ''), ('Pereira', 'Irene Rice', '')
),
'initials',
)
self.assertNotEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R.', ''), ('Pereira', 'I. Smith', '')
),
'initials',
)
self.assertNotEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R. S.', ''), ('Pereira', 'I. S. R.', '')
),
'initials',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('de Goya', 'Francisco', ''),
('de Goya y Lucientes', 'Francisco', ''),
),
'extension',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Seurat', 'George', ''), ('Seurat', 'George-Pierre', '')
),
'extension',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Gericault', 'Theodore', ''),
('Gericault', 'Jean Louis Andre Theodore', ''),
),
'inclusion',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Dore', 'Gustave', ''),
('Dore', 'Paul Gustave Louis Christophe', ''),
),
'inclusion',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Rosetti', 'Dante Gabriel', ''),
('Rosetti', 'Gabriel Charles Dante', ''),
),
'word_approx',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('di Domenico di Bonaventura', 'Cosimo', ''),
('di Tomme di Nuto', 'Luca', ''),
),
'no_match',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R.', ''), ('Pereira', 'I. Smith', '')
),
'word_approx',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Antonello da Messina', '', ''),
('Messina', 'Antonello da', ''),
),
'confusions',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pietter', ''), ('Bruegghel', 'Pieter', '')
),
'char_approx',
)
# Test wrapper
self.assertEqual(
synoname(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
10,
)
def test_synoname_dist(self):
"""Test abydos.distance.Synoname.dist."""
# Base cases
self.assertAlmostEqual(self.cmp.dist('', ''), 1 / 14)
self.assertAlmostEqual(
self.cmp.dist(
'22#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'44#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1 / 14,
)
self.assertAlmostEqual(
self.cmp.dist(
(
'Master of Brueghel II (the Younger)',
'Pieter',
'Workshop of',
),
('Brueghel I (the Elder)', 'Pieter', 'Workshop of'),
),
13 / 14,
)
self.assertAlmostEqual(
self.cmp.dist(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
10 / 14,
)
def test_synoname_sim(self):
"""Test abydos.distance.Synoname.sim."""
# Base cases
self.assertAlmostEqual(self.cmp.sim('', ''), 13 / 14)
self.assertAlmostEqual(
self.cmp.sim(
'22#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'44#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
13 / 14,
)
self.assertAlmostEqual(
self.cmp.sim(
(
'Master of Brueghel II (the Younger)',
'Pieter',
'Workshop of',
),
('Brueghel I (the Elder)', 'Pieter', 'Workshop of'),
),
1 / 14,
)
self.assertAlmostEqual(
self.cmp.sim(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
4 / 14,
)
def test_synoname_dist_abs(self):
"""Test abydos.distance.Synoname.dist_abs."""
# Base cases
self.assertEqual(self.cmp.dist_abs('', ''), 1)
self.assertEqual(Synoname(tests=['exact']).dist_abs('', ''), 1)
self.assertEqual(Synoname(tests=[]).dist_abs('', ''), 13)
self.assertEqual(
Synoname(tests=['nonsense-test']).dist_abs('', ''), 13
)
self.assertEqual(Synoname(ret_name=True).dist_abs('', ''), 'exact')
# Test input formats
self.assertEqual(
self.cmp.dist_abs(
('Brueghel II (the Younger)', 'Pieter', 'Workshop of'),
('Brueghel II (the Younger)', 'Pieter', 'Workshop of'),
),
1,
)
self.assertEqual(
self.cmp.dist_abs(
'Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1,
)
self.assertEqual(
self.cmp.dist_abs(
'22#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
'44#Brueghel II (the Younger)#Pieter#' + 'Workshop of',
),
1,
)
# approx_c tests
self.assertEqual(
self.cmp.dist_abs(
(
'Master of Brueghel II (the Younger)',
'Pieter',
'Workshop of',
),
('Brueghel I (the Elder)', 'Pieter', 'Workshop of'),
),
13,
)
self.assertEqual(
self.cmp.dist_abs(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
10,
)
# Types 1-12
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Brueghel', 'Pieter', '')
),
'exact',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel II', 'Pieter', ''), ('Brueghel I', 'Pieter', '')
),
'no_match',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Breghel', 'Pieter', ''), ('Brueghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Breghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Piter', ''), ('Brueghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Brueghel', 'Piter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brughel', 'Pieter', ''), ('Breghel', 'Pieter', '')
),
'substitution',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Breughel', 'Peter', ''), ('Breughel', 'Piter', '')
),
'substitution',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pieter', ''), ('Breughel', 'Pieter', '')
),
'transposition',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Peiter', ''), ('Brueghel', 'Pieter', '')
),
'transposition',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel:', 'Pieter', ''), ('Brueghel', 'Pi-eter', '')
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel,', 'Pieter', ''), ('Brueghel', 'Pieter...', '')
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Seu rat', 'George Pierre', ''),
('Seu-rat', 'George-Pierre', ''),
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Picasso', '', ''), ('Picasso', 'Pablo', '')
),
'no_first',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R.', ''), ('Pereira', 'Irene Rice', '')
),
'initials',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I.', ''), ('Pereira', 'Irene Rice', '')
),
'initials',
)
self.assertNotEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R.', ''), ('Pereira', 'I. Smith', '')
),
'initials',
)
self.assertNotEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R. S.', ''), ('Pereira', 'I. S. R.', '')
),
'initials',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('de Goya', 'Francisco', ''),
('de Goya y Lucientes', 'Francisco', ''),
),
'extension',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Seurat', 'George', ''), ('Seurat', 'George-Pierre', '')
),
'extension',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Gericault', 'Theodore', ''),
('Gericault', 'Jean Louis Andre Theodore', ''),
),
'inclusion',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Dore', 'Gustave', ''),
('Dore', 'Paul Gustave Louis Christophe', ''),
),
'inclusion',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Rosetti', 'Dante Gabriel', ''),
('Rosetti', 'Gabriel Charles Dante', ''),
),
'word_approx',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('di Domenico di Bonaventura', 'Cosimo', ''),
('di Tomme di Nuto', 'Luca', ''),
),
'no_match',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Pereira', 'I. R.', ''), ('Pereira', 'I. Smith', '')
),
'word_approx',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Antonello da Messina', '', ''),
('Messina', 'Antonello da', ''),
),
'confusions',
)
self.assertEqual(
Synoname(ret_name=True).dist_abs(
('Brueghel', 'Pietter', ''), ('Bruegghel', 'Pieter', '')
),
'char_approx',
)
# Test wrapper
self.assertEqual(
synoname(
('Master of Brueghel II', 'Pieter', 'Workshop of'),
('Master known as the Brueghel II', 'Pieter', 'Workshop of'),
),
10,
)
def test_synoname_sim_type(self):
"""Test abydos.distance.Synoname.sim_type."""
self.assertEqual(self.cmp.sim_type('', ''), 1)
self.assertEqual(Synoname(tests=['exact']).sim_type('', ''), 1)
self.assertEqual(Synoname(tests=[]).sim_type('', ''), 13)
self.assertEqual(
Synoname(tests=['nonsense-test']).sim_type('', ''), 13
)
self.assertEqual(Synoname(ret_name=True).sim_type('', ''), 'exact')
# Types 1-12
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Pieter', ''), ('Brueghel', 'Pieter', '')
),
'exact',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel II', 'Pieter', ''), ('Brueghel I', 'Pieter', '')
),
'no_match',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Breghel', 'Pieter', ''), ('Brueghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Pieter', ''), ('Breghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Piter', ''), ('Brueghel', 'Pieter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Pieter', ''), ('Brueghel', 'Piter', '')
),
'omission',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brughel', 'Pieter', ''), ('Breghel', 'Pieter', '')
),
'substitution',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Breughel', 'Peter', ''), ('Breughel', 'Piter', '')
),
'substitution',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Pieter', ''), ('Breughel', 'Pieter', '')
),
'transposition',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Peiter', ''), ('Brueghel', 'Pieter', '')
),
'transposition',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel:', 'Pieter', ''), ('Brueghel', 'Pi-eter', '')
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel,', 'Pieter', ''), ('Brueghel', 'Pieter...', '')
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Seu rat', 'George Pierre', ''),
('Seu-rat', 'George-Pierre', ''),
),
'punctuation',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Picasso', '', ''), ('Picasso', 'Pablo', '')
),
'no_first',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Pereira', 'I. R.', ''), ('Pereira', 'Irene Rice', '')
),
'initials',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Pereira', 'I.', ''), ('Pereira', 'Irene Rice', '')
),
'initials',
)
self.assertNotEqual(
Synoname(ret_name=True).sim_type(
('Pereira', 'I. R.', ''), ('Pereira', 'I. Smith', '')
),
'initials',
)
self.assertNotEqual(
Synoname(ret_name=True).sim_type(
('Pereira', 'I. R. S.', ''), ('Pereira', 'I. S. R.', '')
),
'initials',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('de Goya', 'Francisco', ''),
('de Goya y Lucientes', 'Francisco', ''),
),
'extension',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Seurat', 'George', ''), ('Seurat', 'George-Pierre', '')
),
'extension',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Gericault', 'Theodore', ''),
('Gericault', 'Jean Louis Andre Theodore', ''),
),
'inclusion',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Dore', 'Gustave', ''),
('Dore', 'Paul Gustave Louis Christophe', ''),
),
'inclusion',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Rosetti', 'Dante Gabriel', ''),
('Rosetti', 'Gabriel Charles Dante', ''),
),
'word_approx',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('di Domenico di Bonaventura', 'Cosimo', ''),
('di Tomme di Nuto', 'Luca', ''),
),
'no_match',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Pereira', 'I. R.', ''), ('Pereira', 'I. Smith', '')
),
'word_approx',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Antonello da Messina', '', ''),
('Messina', 'Antonello da', ''),
),
'confusions',
)
self.assertEqual(
Synoname(ret_name=True).sim_type(
('Brueghel', 'Pietter', ''), ('Bruegghel', 'Pieter', '')
),
'char_approx',
)