def get_symbtr_data(txt_file, mu2_file):
extractor = DataExtractor()
txt_data = extractor.extract(txt_file)[0]
mu2_header = Mu2Reader.read_header(mu2_file)[0]
return extractor.merge(txt_data, mu2_header, verbose=False)
def get_symbtr_data(txt_file, mu2_file):
extractor = DataExtractor()
txt_data = extractor.extract(txt_file)[0]
mu2_header = Mu2Reader.read_header(mu2_file)[0]
return extractor.merge(txt_data, mu2_header, verbose=False)
def test_with_full_input():
"""
Tests the result with complete information available, i.e. mbid, phrase
annotation and user provided segmentation
"""
# inputs
scorename = 'kurdilihicazkar--sarki--agiraksak--ehl-i_askin--tatyos_efendi'
txt_filename = os.path.join(_curr_folder, 'data', scorename + '.txt')
mbid = 'b43fd61e-522c-4af4-821d-db85722bf48c'
auto_seg_file = os.path.join(_curr_folder, 'data', scorename + '.autoSeg')
auto_seg_bounds = json.load(open(auto_seg_file, 'r'))['boundary_noteIdx']
mu2_filename = os.path.join(_curr_folder, 'data', scorename + '.mu2')
# initialize the extractor
extractor = DataExtractor(extract_all_labels=False,
melody_sim_thres=0.75,
lyrics_sim_thres=0.75,
save_structure_sim=True,
get_recording_rels=False,
print_warnings=True)
# extract txt_data
txt_data, is_data_valid = extractor.extract(
txt_filename,
symbtr_name=scorename,
mbid=mbid,
segment_note_bound_idx=auto_seg_bounds)
# extract mu2 header metadata
mu2_header, header_row, is_header_valid = Mu2Reader.read_header(
mu2_filename, symbtr_name=scorename)
# merge
data = DataExtractor.merge(txt_data, mu2_header)
is_valid = is_data_valid and is_header_valid
# compare with a previously saved result
score_data_file = os.path.join(_curr_folder, 'data', scorename + '.json')
saved_data = json.load(open(score_data_file))
assert saved_data == data, u"{0:s}: the result is different".format(
scorename)
assert is_valid, "The data is not valid (or the validations failed.)"
def test_with_full_input():
"""
Tests the result with complete information available, i.e. mbid, phrase
annotation and user provided segmentation
"""
# inputs
scorename = 'kurdilihicazkar--sarki--agiraksak--ehl-i_askin--tatyos_efendi'
txt_filename = os.path.join(_curr_folder, 'data', scorename + '.txt')
mbid = 'b43fd61e-522c-4af4-821d-db85722bf48c'
auto_seg_file = os.path.join(_curr_folder, 'data', scorename + '.autoSeg')
auto_seg_bounds = json.load(open(auto_seg_file, 'r'))['boundary_noteIdx']
mu2_filename = os.path.join(_curr_folder, 'data', scorename + '.mu2')
# initialize the extractor
extractor = DataExtractor(
extract_all_labels=False, melody_sim_thres=0.75, lyrics_sim_thres=0.75,
save_structure_sim=True, get_recording_rels=False, print_warnings=True)
# extract txt_data
txt_data, is_data_valid = extractor.extract(
txt_filename, symbtr_name=scorename, mbid=mbid,
segment_note_bound_idx=auto_seg_bounds)
# extract mu2 header metadata
mu2_header, header_row, is_header_valid = Mu2Reader.read_header(
mu2_filename, symbtr_name=scorename)
# merge
data = DataExtractor.merge(txt_data, mu2_header)
is_valid = is_data_valid and is_header_valid
# compare with a previously saved result
score_data_file = os.path.join(_curr_folder, 'data', scorename + '.json')
saved_data = json.load(open(score_data_file))
assert saved_data == data, u"{0:s}: the result is different".format(
scorename)
assert is_valid, "The data is not valid (or the validations failed.)"
