def test_simple_four_four_even(self):
'''1|1 -> 8|8 -> 4|4 + 4|4
'''
duration = Duration(1, 1)
new_durations = bifurcate_duration(duration, even='allowed')
test = [Duration(2, 4), Duration(2, 4)]
self.assertEqual(new_durations, test)
def test_simple_four_four_even(self):
'''1|1 -> 8|8 -> 4|4 + 4|4
'''
duration = Duration(1, 1)
new_durations = bifurcate_duration(duration, even='allowed')
test = [Duration(2, 4), Duration(2, 4)]
self.assertEqual(new_durations, test)
def test_simple_four_four_default(self):
''' 1|1 -> 8|8 -> 5|8 + 3|8
'''
duration = Duration(1, 1)
new_durations = bifurcate_duration(duration)
test = [Duration(5, 8), Duration(3, 8)]
self.assertEqual(new_durations, test)
def test_simple_four_four_default(self):
''' 1|1 -> 8|8 -> 5|8 + 3|8
'''
duration = Duration(1, 1)
new_durations = bifurcate_duration(duration)
test = [Duration(5, 8), Duration(3, 8)]
self.assertEqual(new_durations, test)
def test_return_type(self):
duration = Duration(1, 2)
new_durations = bifurcate_duration(duration)
self.assertIsInstance(new_durations, (list, Duration))
def test_seven_eight_default(self):
duration = Duration(7, 8)
new_durations = bifurcate_duration(duration)
test = [Duration(2, 4), Duration(3, 8)]
self.assertEqual(new_durations, test)
def test_five_four_default(self):
duration = Duration(5, 4)
new_durations = bifurcate_duration(duration)
test = [Duration(3, 4), Duration(2, 4)]
self.assertEqual(new_durations, test)
float(stages[1][0] + stages[1][1] + stages[1][2]),
float(stages[2][0] + stages[2][1] + stages[2][2] + stages[2][3]),
float(stages[3][0] + stages[3][1] + stages[3][2]),
float(stages[4][0] + stages[4][1]),
]
# print(stage_durations)
number_of_stages = len(stages)
# bifurcate abjad.Durations | division(subdivision(subdivision2,),))
divisions = []
for stage in stages:
subdivisions = []
for duration in stage:
bifurcated_subdivisions = bifurcate_duration(duration)
subdivisions.append(bifurcated_subdivisions)
divisions.append(subdivisions)
# tally measures per section and subsection indices
measures_per_stage = []
for division in divisions:
number_of_measures = 0
for subdivision in division:
for _ in subdivision:
number_of_measures += 1
measures_per_stage.append(number_of_measures)
# make time signatures from resulting divisions
time_signatures = []
for division in divisions:
def test_return_type(self):
duration = Duration(1, 2)
new_durations = bifurcate_duration(duration)
self.assertIsInstance(new_durations, (list, Duration))
def test_seven_eight_default(self):
duration = Duration(7, 8)
new_durations = bifurcate_duration(duration)
test = [Duration(2, 4), Duration(3, 8)]
self.assertEqual(new_durations, test)
def test_five_four_default(self):
duration = Duration(5, 4)
new_durations = bifurcate_duration(duration)
test = [Duration(3, 4), Duration(2, 4)]
self.assertEqual(new_durations, test)