def test_reduce_to_tetrads(self):
true_red_wo_bass = chords(['N', 'A:min', 'A:min7', 'F:dim', 'F:maj',
'C:maj', 'G:maj7', 'G:aug'])
reduced_wo_bass = reduce_to_tetrads(self.det['chord'], keep_bass=False)
self.assertTrue((reduced_wo_bass == true_red_wo_bass).all())
reduced_w_bass = reduce_to_tetrads(self.det['chord'], keep_bass=True)
self.assertTrue((reduced_w_bass == self.det['chord']).all())
# test some further mappings
src = chords(['A:maj9', 'Cb:9', 'E:min9/9', 'E:min9/b7'])
trg = chords(['A:maj7', 'Cb:7', 'E:min7', 'E:min7/b7'])
self.assertTrue((reduce_to_tetrads(src, keep_bass=True) == trg).all())
def test_reduce_to_tetrads(self):
true_red_wo_bass = chords([
'N', 'A:min', 'A:min7', 'F:dim', 'F:maj', 'C:maj', 'G:maj7',
'G:aug'
])
reduced_wo_bass = reduce_to_tetrads(self.det['chord'], keep_bass=False)
self.assertTrue((reduced_wo_bass == true_red_wo_bass).all())
reduced_w_bass = reduce_to_tetrads(self.det['chord'], keep_bass=True)
self.assertTrue((reduced_w_bass == self.det['chord']).all())
# test some further mappings
src = chords(['A:maj9', 'Cb:9', 'E:min9/9', 'E:min9/b7'])
trg = chords(['A:maj7', 'Cb:7', 'E:min7', 'E:min7/b7'])
self.assertTrue((reduce_to_tetrads(src, keep_bass=True) == trg).all())
def test_reduce_to_triads(self):
true_red_wo_bass = chords(['N', 'A:min', 'A:min', 'F:dim', 'F:maj',
'C:maj', 'G:maj', 'G:aug'])
reduced_wo_bass = reduce_to_triads(self.det['chord'], keep_bass=False)
self.assertTrue((reduced_wo_bass == true_red_wo_bass).all())
true_red_w_bass = chords(['N', 'A:min', 'A:min', 'F:dim', 'F:maj',
'C:maj/3', 'G:maj', 'G:aug'])
reduced_w_bass = reduce_to_triads(self.det['chord'], keep_bass=True)
self.assertTrue((reduced_w_bass == true_red_w_bass).all())
# test some further mappings
src = chords(['A:hdim7', 'B:min6/5', 'C:sus4/4', 'G:(1,5,b7)'])
trg = chords(['A:dim', 'B:min/5', 'C:sus4/4', 'G:(1,5)'])
self.assertTrue((reduce_to_triads(src, keep_bass=True) == trg).all())
def test_reduce_to_triads(self):
true_red_wo_bass = chords([
'N', 'A:min', 'A:min', 'F:dim', 'F:maj', 'C:maj', 'G:maj', 'G:aug'
])
reduced_wo_bass = reduce_to_triads(self.det['chord'], keep_bass=False)
self.assertTrue((reduced_wo_bass == true_red_wo_bass).all())
true_red_w_bass = chords([
'N', 'A:min', 'A:min', 'F:dim', 'F:maj', 'C:maj/3', 'G:maj',
'G:aug'
])
reduced_w_bass = reduce_to_triads(self.det['chord'], keep_bass=True)
self.assertTrue((reduced_w_bass == true_red_w_bass).all())
# test some further mappings
src = chords(['A:hdim7', 'B:min6/5', 'C:sus4/4', 'G:(1,5,b7)'])
trg = chords(['A:dim', 'B:min/5', 'C:sus4/4', 'G:(1,5)'])
self.assertTrue((reduce_to_triads(src, keep_bass=True) == trg).all())
def test_chords(self):
# test whether the chords() function creates a proper array of
# chords
labels = ['F', 'C:maj', 'D:(1,b3,5)', 'Bb:maj7']
for lbl, crd in zip(labels, chords(labels)):
self.assertChordEqual(chord(lbl), crd)
def test_chords(self):
# test whether the chords() function creates a proper array of
# chords
labels = ['F', 'C:maj', 'D:(1,b3,5)', 'Bb:maj7']
for lbl, crd in zip(labels, chords(labels)):
self.assertChordEqual(chord(lbl), crd)