def prepare(ds):
errs = 0
wl = Wordlist(ds.raw('bds.tsv'))
W = {}
for k in wl:
value = wl[k, 'value']
tokens = wl[k, 'tokens']
doc = wl[k, 'doculect']
if value:
morphemes = []
for a, b in _get_slices(wl[k, 'tokens']):
ipa = ''.join(tokens[a:b])
morphemes += [ipa]
ipa = ' '.join(morphemes)
clpa = ds.transform(ipa, 'CLPA')
struc = ds.transform(ipa, 'Structure')
try:
assert len(clpa.split(' ')) == len(struc.split(' '))
except:
errs += 1
print(errs, clpa, struc)
if '«' in clpa:
errs += 1
print(errs, ipa, clpa, struc)
W[k] = [
doc, wl[k, 'concept'], wl[k, 'concepticon_id'], value, clpa,
struc, wl[k, 'partial_ids']
]
W[0] = [
'doculect', 'concept', 'concepticon_id', 'value', 'segments',
'structure', 'cogids'
]
ds.write_wordlist(Wordlist(W))
def get_inventories(wordlist, segments='tokens'):
assert segments in wordlist.header
D = {t : defaultdict(list) for t in wordlist.taxa}
for taxon in wordlist.taxa:
for idx in wordlist.get_list(taxon=taxon, flat=True):
tokens = wordlist[idx, segments]
print(' '.join(tokens))
slices = _get_slices(tokens)
for jdx, (sA, sB) in enumerate(slices):
i, m, n, f, t = sinopy.parse_chinese_morphemes(tokens[sA:sB])
pos = '{0}:{1}'.format(idx, jdx)
if i != '-':
D[taxon]['initial', i] += [pos]
if m != '-':
D[taxon]['medial', m] += [pos]
if n != '-':
D[taxon]['nucleus', n] += [pos]
if f != '-':
D[taxon]['final', f] += [pos]
if t != '-':
D[taxon]['tone', t] += [pos]
I = [('ID', 'DOCULECT', 'CONTEXT', 'VALUE', 'OCCURRENCES', 'CROSSREF')]
idx = 1
for t in wordlist.taxa:
for (s, v), occ in sorted(D[t].items(), key=lambda x: (x[0][0], x[0][1],
len(x[1]))):
I += [(str(idx), t, s, v, len(occ), ' '.join(occ))]
return I
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
from lingpy import *
from lingpy.compare.partial import _get_slices
wl = Wordlist('bds.tsv')
segments = set()
for k in wl:
tokens = wl[k, 'tokens']
#print(k, ' '.join(tokens))
#if '(' in tokens:
# print(k)
# input()
if ''.join(tokens):
slices = _get_slices(tokens)
for a, b in slices:
this = tokens[a:b]
classes = tokens2class(this, 'cv')
if classes[0].lower() == 'c':
ini, final = tokens[a:b][0], tokens[a:b][1:]
segments.update([(' '.join(ini), 'i'), (' '.join(final), 'f')])
else:
segments.add((' '.join(this), 'f'))
for seg in segments:
print(''.join(seg[0].split(' ')), '\t', seg[1])
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 slice_word(word):
for a, b in _get_slices(word):
yield word[a:b]
