def test_query_satt(germaparl):
corpus = Corpus(germaparl['corpus_name'],
registry_path=germaparl['registry_path'])
dump = corpus.query_s_att('p_type', {'interjection'})
conc = dump.concordance(form='simple')
print(conc)
def test_query_satt_easy(brexit):
corpus = Corpus(brexit['corpus_name'],
registry_path=brexit['registry_path'])
dump = corpus.query_s_att('np')
conc = dump.concordance(form='simple')
print(conc)
dump.correct_anchors({3: +1, 4: -1})
lines = dump.concordance(form='slots', slots={"name": [1, 2], "party": [3, 4]})
copymd(lines)
# COLLOCATES
dump = corpus.query('[lemma="SPD"]', context=10, context_break='s')
collocates = dump.collocates()
copymd(collocates)
collocates = dump.collocates(['lemma', 'pos'], order='log_likelihood')
copymd(collocates)
# SUBCORPORA
dump = corpus.query('"SPD" expand to s')
dump = corpus.query_s_att("s")
# dump = corpus.query_s_att("np")
copymd(corpus.query('[lemma="sagen"]').breakdown(), cut_off=None)
corpus.query_s_att("text_party", values={"CDU", "CSU"}, name="Union")
corpus.activate_subcorpus("Union")
copymd(corpus.query('[lemma="sagen"]').breakdown(), cut_off=None)
corpus.activate_subcorpus()
print(corpus.subcorpus)
copymd(corpus.show_nqr())
# KEYWORDS
dump = corpus.query_s_att("text_party", values={"CDU", "CSU"}, name="Union")
copymd(dump.keywords(order="log_likelihood"))
copymd(dump.keywords(['lemma', 'pos'], order="log_likelihood"))
