def test_two_octaves(idiot_temp):
expected_freq_lo = [440.0 / 2 * i for i in idiot_temp]
expected_freq_hi = [440.0 * i for i in idiot_temp]
expected_freq = expected_freq_lo + expected_freq_hi
assert len(expected_freq) == 24 # obvious, but making sure no simply bugs in test itself
actual_freq = temperanotes.frequencies(temperament = idiot_temp, notes_low = 12, notes_high = 12, key = 'A', base_freq = 440.0, key_freq = 'A')
assert actual_freq == expected_freq
def test_one_octave_and_one_note_per_direction(idiot_temp):
expected_freq_lo = [440.0 / 2 * i for i in idiot_temp]
expected_freq_hi = [440.0 * i for i in idiot_temp]
expected_freq = [440.0 / 4 * idiot_temp[-1]] + expected_freq_lo + expected_freq_hi + [440.0 * 2]
assert len(expected_freq) == 24 + 2 # obvious, but making sure no simply bugs in test itself
actual_freq = temperanotes.frequencies(temperament = idiot_temp, notes_low = 13, notes_high = 13, key = 'A', base_freq = 440.0, key_freq = 'A')
assert actual_freq == expected_freq
def test_one_octave_and_half_per_direction(idiot_temp):
expected_freq_lolo = [440.0 / 4 * i for i in idiot_temp]
expected_freq_lo = [440.0 / 2 * i for i in idiot_temp]
expected_freq_hi = [440.0 * i for i in idiot_temp]
expected_freq_hihi = [440.0 * 2 * i for i in idiot_temp]
expected_freq = expected_freq_lolo[6:] + expected_freq_lo + expected_freq_hi + expected_freq_hihi[:6]
assert len(expected_freq) == 48 - 12 # obvious, but making sure no simply bugs in test itself
actual_freq = temperanotes.frequencies(temperament = idiot_temp, notes_low = 18, notes_high = 18, key = 'A', base_freq = 440.0, key_freq = 'A')
assert actual_freq == expected_freq
def test_one_octave_and_one_note(idiot_temp):
expected_freq = [440.0 * i for i in idiot_temp] + [440.0 * 2]
assert len(expected_freq) == 13 # obvious, but making sure no simply bugs in test itself
actual_freq = temperanotes.frequencies(temperament = idiot_temp, notes_low = 0, notes_high = 13, key = 'A', base_freq = 440.0, key_freq = 'A')
assert actual_freq == expected_freq
def test_lower_octave(idiot_temp):
expected_freq = [440.0 / 2 * i for i in idiot_temp]
actual_freq = temperanotes.frequencies(temperament = idiot_temp, notes_low = 12, notes_high = 0, key = 'A', base_freq = 440.0, key_freq = 'A')
assert actual_freq == expected_freq
def test_normal_octave_in_C(idiot_temp):
# when starting from C,
# A is the 10th semitone of the chromatic scale, i.e. idiot_temp[9]
expected_freq = [440.0 / idiot_temp[9] * i for i in idiot_temp]
actual_freq = temperanotes.frequencies(temperament = idiot_temp, notes_low = 0, notes_high = 12, key = 'C', base_freq = 440.0, key_freq = 'A')
assert actual_freq == expected_freq