def test_mfcc(self):
path = get_file_path("sample.wav")
y = audioread(path)[0]
y_filtered = transform.mfcc(y)
tc.assert_equal(y_filtered.shape, (291, 13))
tc.assert_isreal(y_filtered)
def test_mfcc(self):
path = get_file_path("sample.wav")
y = audioread(path)[0]
yFilterd = transform.ssc(y)
tc.assert_equal(yFilterd.shape, (294, 26))
tc.assert_isreal(yFilterd)
def test_fbank(self):
path = get_file_path("sample.wav")
y = audioread(path)[0]
feature = transform.fbank(y)
tc.assert_equal(feature.shape, (240, 23))
tc.assert_isreal(feature)
tc.assert_array_greater_equal(feature, 0)
def setUp(self):
path = get_file_path("sample.wav")
self.x = audioread(path)[0]
def test_write_read_int(self):
audiowrite((signal*int16_max).astype(numpy.int), path, threaded=False)
read_data = audioread(path)[0]
nptest.assert_almost_equal(signal, read_data, decimal=3)
def test_write_read_float(self):
audiowrite(signal, path, threaded=False)
read_data = audioread(path)[0]
nptest.assert_almost_equal(signal, read_data, decimal=3)