def test_txt(self):
for sf, true_act, true_res in zip([sample_file, sample2_file],
self.activations, self.results):
# save activations as txt file
run_save(self.bin, sf, tmp_act, args=['--sep', ' '])
act = Activations(tmp_act, sep=' ', fps=100)
self.assertTrue(np.allclose(act, true_act, atol=1e-5))
# reload from file
run_load(self.bin, tmp_act, tmp_result, args=['--sep', ' '])
self._check_results(load_chords(tmp_result), true_res)
def test_binary(self):
for sf, true_act, true_res in zip([sample_file, sample2_file],
self.activations, self.results):
# save activations as binary file
run_save(self.bin, sf, tmp_act)
act = Activations(tmp_act)
self.assertTrue(np.allclose(act, true_act, atol=1e-5))
self.assertEqual(act.fps, true_act.fps)
# reload from file
run_load(self.bin, tmp_act, tmp_result)
self._check_results(load_chords(tmp_result), true_res)
def setUp(self):
self.bin = pj(program_path, "DCChordRecognition")
self.activations = [
Activations(pj(ACTIVATIONS_PATH, af))
for af in ['sample.deep_chroma.npz', 'sample2.deep_chroma.npz']
]
self.results = [
load_chords(pj(DETECTIONS_PATH, df))
for df in ['sample.dc_chord_recognition.txt',
'sample2.dc_chord_recognition.txt']
]
def setUp(self):
self.bin = pj(program_path, "DCChordRecognition")
self.activations = [
Activations(pj(ACTIVATIONS_PATH, af))
for af in ['sample.deep_chroma.npz', 'sample2.deep_chroma.npz']
]
self.results = [
load_chords(pj(DETECTIONS_PATH, df))
for df in ['sample.dc_chord_recognition.txt',
'sample2.dc_chord_recognition.txt']
]
def test_txt(self):
for sf, true_act, true_res in zip([sample_file, sample2_file],
self.activations,
self.results):
# save activations as txt file
run_program([self.bin, '--save', '--sep', ' ', 'single', sf,
'-o', tmp_act])
act = Activations(tmp_act, sep=' ', fps=100)
self.assertTrue(np.allclose(act, true_act, atol=1e-5))
# reload from file
run_program([self.bin, '--load', '--sep', ' ', 'single', tmp_act,
'-o', tmp_result])
self._check_results(load_chords(tmp_result), true_res)
def test_binary(self):
for sf, true_act, true_res in zip([sample_file, sample2_file],
self.activations,
self.results):
# save activations as binary file
run_program([self.bin, '--save', 'single', sf, '-o', tmp_act])
act = Activations(tmp_act)
self.assertTrue(np.allclose(act, true_act, atol=1e-5))
self.assertEqual(act.fps, true_act.fps)
# reload from file
run_program([self.bin, '--load', 'single', tmp_act,
'-o', tmp_result])
self._check_results(load_chords(tmp_result), true_res)
def test_txt(self):
for sf, true_act, true_res in zip([sample_file, sample2_file],
self.activations, self.results):
# save activations as txt file
run_program([
self.bin, '--save', '--sep', ' ', 'single', sf, '-o', tmp_act
])
act = Activations(tmp_act, sep=' ', fps=100)
self.assertTrue(np.allclose(act, true_act, atol=1e-5))
# reload from file
run_program([
self.bin, '--load', '--sep', ' ', 'single', tmp_act, '-o',
tmp_result
])
self._check_results(load_chords(tmp_result), true_res)
def test_run(self):
for sf, true_res in zip([sample_file, sample2_file], self.results):
run_program([self.bin, 'single', sf, '-o', tmp_result])
self._check_results(load_chords(tmp_result), true_res)
def test_run(self):
for sf, true_res in zip([sample_file, sample2_file], self.results):
run_single(self.bin, sf, tmp_result)
self._check_results(load_chords(tmp_result), true_res)
def test_run(self):
for sf, true_res in zip([sample_file, sample2_file], self.results):
run_program([self.bin, 'single', sf, '-o', tmp_result])
self._check_results(load_chords(tmp_result), true_res)
