def run(args):
ds = Dataset()
try:
part = Partial(
ds.dir.joinpath('workflow', 'D_Chen_partial.bin.tsv').as_posix())
except:
part = Partial(ds.dir.joinpath('workflow',
'D_Chen_subset.tsv').as_posix(),
segments='tokens')
part.get_partial_scorer(runs=10000)
part.output('tsv',
filename=ds.dir.joinpath('workflow',
'D_Chen_partial.bin').as_posix(),
ignore=[],
prettify=False)
args.log.info('[i] saved the scorer')
finally:
part.partial_cluster(method='lexstat',
threshold=0.55,
ref='cogids',
mode='global',
gop=-2,
cluster_method='infomap')
part.output('tsv',
filename=ds.dir.joinpath('workflow',
'D_Chen_partial').as_posix(),
prettify=False)
def run(args):
ds = Dataset(args)
wl = Wordlist.from_cldf(
str(ds.cldf_specs().dir.joinpath('cldf-metadata.json')))
D = {0: [x for x in wl.columns]}
for idx in wl:
if wl[idx, 'tokens']:
D[idx] = wl[idx]
part = Partial(D, check=True)
part.get_partial_scorer(runs=10000)
part.partial_cluster(method='lexstat',
threshold=0.45,
ref="cogids",
cluster_method='infomap')
alms = Alignments(part, ref='cogids', fuzzy=True)
alms.align()
alms.output('tsv', filename="chin-aligned")
from lingpy import *
from lingpy.compare.partial import Partial
try:
part = Partial('hm-111-17.bin.tsv', segments='segments')
except:
part = Partial('hm-111-17.tsv', segments='segments')
part.get_scorer(runs=10000)
part.output('tsv', filename='hm-111-17.bin')
# manually correct error in data
part.partial_cluster(method='lexstat',
cluster_method='infomap',
threshold=0.6,
ref='cogids')
part.add_entries('note', 'cogid', lambda x: '')
part.add_entries('morphemes', 'cogid', lambda x: '')
part.output('tsv', filename='hm-111-17-t06', ignore='all', prettify=False)
from lingpy import *
from lingpy.compare.partial import Partial
from lingpy.evaluate.acd import partial_bcubes
try:
lexx = LexStat('hm-jerry-scored.bin.tsv', segments='segments')
lex = Partial('../hm-111-17_16feb.tsv', segments='segments')
lex.cscorer = lexx.cscorer
except:
lex = Partial('../hm-111-17_16feb.tsv', segments='segments')
lex.get_scorer(runs=10000)
lex.output('tsv', filename='hm-jerry-scored.bin')
# we test several thresholds
for i in range(2, 8):
lex.partial_cluster(method='lexstat',
cluster_method='infomap',
threshold=i * 0.1,
ref='t' + str(i))
a, b, c = partial_bcubes(lex, 'cogids', 't' + str(i), pprint=False)
print('{0:2} {1:.2f} {2:.2f} {3:.2f}'.format(i, a, b, c))
class Tests(WithTempDir):
def setUp(self):
WithTempDir.setUp(self)
self.part = Partial(test_data('partial_cognates.tsv'),
segments='segments')
self.part2 = Partial(test_data('partial_cognates-scored.tsv'),
segments='segments')
def test__get_slices(self):
a = _get_slices(list('ba²te²'))
b = _get_slices(list('ba²te²'), split_on_tones=False)
assert a[0][1] == 3
assert b[0][1] == 6
def test_get_partial_matrices(self):
for method in ['upgma', 'single', 'complete', 'ward', 'mcl']:
matrix = list(
self.part._get_partial_matrices(cluster_method=method,
concept="bird"))[0]
assert isinstance(matrix[0][0], (float, int))
if lingpy.algorithm.extra.igraph:
for concept, tracer, matrix in self.part._get_partial_matrices(
cluster_method='infomap'):
assert isinstance(concept, text_type)
assert [x[0] for x in tracer]
def test_partial_cluster(self):
assert_raises(ValueError,
self.part.partial_cluster,
cluster_method='upgmu')
self.part.partial_cluster(
method='sca', threshold=0.45, cluster_method='infomap'\
if lingpy.algorithm.extra.igraph else 'upgma',
ref='parts1')
self.part.partial_cluster(method='sca',
threshold=0.45,
cluster_method='mcl',
ref='parts2')
self.part.partial_cluster(method='sca',
threshold=0.45,
cluster_method='upgma',
ref='parts3')
self.part2.partial_cluster(method='lexstat',
threshold=0.6,
cluster_method='single',
post_processing=True,
imap_mode=False,
ref='parts4')
# high threshold to trigger post-processing movement
self.part.partial_cluster(method='sca',
threshold=0.9,
cluster_method='single',
post_processing=True,
imap_mode=False,
ref='parts5')
assert self.part[9, 'parts3'][0] == self.part[10, 'parts3'][0]
assert self.part2[8, 'parts4'][1] == self.part2[10, 'parts4'][1]
def test_add_cognate_ids(self):
self.part.partial_cluster(method='sca',
threshold=0.45,
cluster_method='upgma',
ref='parts3')
self.part.add_cognate_ids('parts3', 'cogs1', idtype='strict')
self.part.add_cognate_ids('parts3', 'cogs2', idtype='loose')
assert self.part[9, 'cogs1'] == self.part[10, 'cogs1']
assert_raises(ValueError,
self.part.add_cognate_ids,
'parts3',
'cogs1',
idtype='dummy')
class Tests(WithTempDir):
def setUp(self):
WithTempDir.setUp(self)
self.part = Partial(test_data('partial_cognates.tsv'), segments='segments')
self.part2 = Partial(test_data('partial_cognates-scored.tsv'),
segments='segments')
def test_get_partial_matrices(self):
for method in ['upgma', 'single', 'complete', 'ward', 'mcl']:
matrix = list(self.part._get_partial_matrices(cluster_method=method,
concept="bird"))[0]
assert isinstance(matrix[0][0], (float, int))
if lingpy.algorithm.extra.igraph:
for concept, tracer, matrix in self.part._get_partial_matrices(
cluster_method='infomap'):
assert isinstance(concept, text_type)
assert [x[0] for x in tracer]
def test_partial_cluster(self):
assert_raises(ValueError, self.part.partial_cluster, cluster_method='upgmu')
self.part.partial_cluster(
method='sca', threshold=0.45, cluster_method='infomap'\
if lingpy.algorithm.extra.igraph else 'upgma',
ref='parts1')
self.part.partial_cluster(
method='sca', threshold=0.45, cluster_method='mcl',
ref='parts2')
self.part.partial_cluster(
method='sca', threshold=0.45, cluster_method='upgma',
ref='parts3')
self.part2.partial_cluster(
method='lexstat', threshold=0.6, cluster_method='single',
post_processing=True, imap_mode=False, ref='parts4')
# high threshold to trigger post-processing movement
self.part.partial_cluster(
method='sca', threshold=0.9, cluster_method='single',
post_processing=True, imap_mode=False, ref='parts5')
assert self.part[9, 'parts3'][0] == self.part[10, 'parts3'][0]
assert self.part2[8, 'parts4'][1] == self.part2[10, 'parts4'][1]
def test_add_cognate_ids(self):
self.part.partial_cluster(
method='sca', threshold=0.45, cluster_method='upgma',
ref='parts3')
self.part.add_cognate_ids('parts3', 'cogs1', idtype='strict')
self.part.add_cognate_ids('parts3', 'cogs2', idtype='loose')
assert self.part[9,'cogs1'] == self.part[10, 'cogs1']
assert_raises(ValueError, self.part.add_cognate_ids, 'parts3', 'cogs1', idtype='dummy')
if not 'loose_cogid' in lex.header:
lex.add_cognate_ids('partialids', 'loose_cogid', 'loose')
for i in range(1,20):
print("Analyzing {0} with t={1}...".format(f, i))
t = 0.05 * i
ts = '{0:.2f}'.format(t).replace('0.','')
for m in methods:
msf = 'f_'+m
for cm in cluster_methods:
ms = '{0}_{1}_{2}'.format('p', m, cm)
msf = '{0}_{1}_{2}'.format('f', m, cm)
msp = ms +'_'+ts
lex.partial_cluster(method=m, cluster_method=cm, threshold=t, ref=msp)
# get loose and strict cognate ids for this method
lex.add_cognate_ids(msp, ms+'_strict'+'_'+ts, 'strict')
lex.add_cognate_ids(msp, ms+'_loose'+'_'+ts, 'loose')
# get the bcubes
for mode in ['strict', 'loose']:
msm = ms+'_'+mode+'_'+ts
p, r, fs = bcubes(lex, mode+'_cogid', msm,
pprint=False)
pprint_result(f, msm, ts, p, r, fs)
ccubes += [[msm, f, t, ts, p, r, fs]]
p, r, fs = partial_bcubes(lex, 'partialids', msp, pprint=False)
pprint_result(f, msp, ts, p, r, fs)
ccubes += [[msp, f, t, ts, p, r, fs]]
from lingpy import *
from lingpy.compare.partial import Partial
from sys import argv
if 'all' in argv:
fname='A_Chen_'
else:
fname='D_Chen_'
try:
part = Partial(fname+'partial.bin.tsv')
except:
part = Partial(fname+'subset.tsv', segments='tokens')
print('[i] loaded the file')
part.get_partial_scorer(runs=10000)
part.output('tsv', filename=fname+'partial.bin', ignore=[], prettify=False)
print('[i] saved the scorer')
finally:
part.partial_cluster(
method='lexstat',
threshold=0.55,
ref='cogids',
mode='global',
gop=-2,
cluster_method='infomap'
)
part.output('tsv', filename=fname+'partial', prettify=False)
lex.add_cognate_ids('partialids', 'loose_cogid', 'loose')
for i in range(1, 20):
print("Analyzing {0} with t={1}...".format(f, i))
t = 0.05 * i
ts = '{0:.2f}'.format(t).replace('0.', '')
for m in methods:
msf = 'f_' + m
for cm in cluster_methods:
ms = '{0}_{1}_{2}'.format('p', m, cm)
msf = '{0}_{1}_{2}'.format('f', m, cm)
msp = ms + '_' + ts
lex.partial_cluster(method=m,
cluster_method=cm,
threshold=t,
ref=msp)
# get loose and strict cognate ids for this method
lex.add_cognate_ids(msp, ms + '_strict' + '_' + ts, 'strict')
lex.add_cognate_ids(msp, ms + '_loose' + '_' + ts, 'loose')
# get the bcubes
for mode in ['strict', 'loose']:
msm = ms + '_' + mode + '_' + ts
p, r, fs = bcubes(lex, mode + '_cogid', msm, pprint=False)
pprint_result(f, msm, ts, p, r, fs)
ccubes += [[msm, f, t, ts, p, r, fs]]
p, r, fs = partial_bcubes(lex, 'partialids', msp, pprint=False)
pprint_result(f, msp, ts, p, r, fs)
ccubes += [[msp, f, t, ts, p, r, fs]]
namespace = (('concept_name', 'concept'), ('language_id', 'doculect'),
('segments', 'tokens'), ('language_glottocode', 'glottolog'),
('concept_concepticon_id', 'concepticon'), ('language_latitude',
'latitude'),
('language_longitude', 'longitude'), ('cognacy', 'cognacy'),
('cogid_cognateset_id', 'cognacy'))
wl = Wordlist.from_cldf('../cldf/cldf-metadata.json',
columns=columns,
namespace=namespace)
D = {0: wl.columns}
for idx in wl:
if wl[idx, 'tokens']:
D[idx] = wl[idx]
part = Partial(D)
part.partial_cluster(method='sca', threshold=0.45, ref='cogids')
alms = Alignments(part, ref='cogids')
alms.align()
alms.add_entries('note', 'form', lambda x: '')
#part.add_entries('cog', 'cognacy', lambda x: x)
#for idx in wl:
# if wl[idx, 'cog'].strip():
# wl[idx, 'cog'] += '-'+wl[idx, 'concept']
# else:
# wl[idx, 'cog'] += str(idx)
#
#wl.renumber('cog')
cogids2cogid(alms)
