class Line7(GenF, gen_e.Line6):
# show_data_type = machines.SegmentData
rhythm_initial_silence = 52
breaks = ID()
breaks.extend( [-3]*18 )
breaks[10] = -3.5
breaks[15] = -1
rhythm_multipliers = machines.RhythmsMultiplied.make_multipliers({
5:0.5,
9:0.5,
14:0.5,
18:0.5,
},default=0.25)
rhythm_times = 2
pitch_displacement = gen_e.Line6.pitch_displacement.copy()
pitch_displacement.flat(38)
pitch_displacement = pitch_displacement + \
machines.FifthDisplacement(
up = ( 11,12,17, 32, 35, 37,38,41, 48),
down=(0,1,2,3, 18, 36, 42,43),
) + \
machines.OctaveDisplacement(
up=(1,2,3, 23, 36, ),
down=(10, 19, 38),
)
# print(pitch_displacement)
def update_data(self, **kwargs):
super().update_data(**kwargs)
if self.__class__.__name__ == "Line7":
self.tag_events("magenta", every_child=True)
class Line3(GenF, gen_e.Line4):
# rhythm_reverse = list(gen_e.Line4.rhythm_reverse)
# rhythm_reverse.remove(7)
rhythm_initial_silence=23
pitch_reverse = gen_e.Line4.pitch_reverse + (19,25)
# show_data_type=machines.EventData
pitch_displacement = machines.FifthDisplacement(
up=( 6,7, 19,20, 22, 24, 26, 30, 58,76),
down=(2,4, 8,9,12, 16, 18, 21, )
) +\
machines.OctaveDisplacement(
up=(1,3,4,9, 12, 16, 21),
down=(5,7, 11, 19, 22, 26)
)
breaks = gen_e.Line4.breaks + ID({
1:5,
3:1,
10:-4,
11:0,
13:-1,
19:-2,
25:-1,
26:1,
})
rhythm_times = 3 # NOTE... 3rd time cuts off... maybe that's Ok
rhythm_multipliers = gen_e.Line4.rhythm_multipliers
rhythm_multipliers[18]=1
clef="treble"
class Line6(GenG, gen_f.Line6):
rhythm_pulses = ID({}, default=0.5)
pitch_displacement = gen_f.Line6.pitch_displacement.copy()
pitch_displacement.flat(2, 3)
pitch_displacement += machines.FifthDisplacement(
up=(17, 22, 28, 46),
down=(0, 1, 2, 3),
) + machines.OctaveDisplacement(
up=(0, 2, 22),
down=(5, 19, 28, 46),
)
class Line6(GenF, gen_e.Line6):
rhythm_initial_silence = 36
# show_data_type = machines.SegmentData
breaks = gen_e.Line6.breaks
breaks[6] = 0.5
breaks[19] = -4
pitch_displacement = gen_e.Line6.pitch_displacement +\
machines.FifthDisplacement(
up = ( 28,29,35,38),
down=(1,3,7,12),
) + \
machines.OctaveDisplacement(
up=(1,3,9,),
down=( 29,47,)
)
class Line4(GenG, gen_f.Line4):
rhythm_pulses = ID({}, default=0.5)
pitch_displacement = gen_f.Line4.pitch_displacement.copy()
pitch_displacement += machines.FifthDisplacement(
up=(14, 17, 18, 22),
down=(0, 1, 2, 3, 4),
) + machines.OctaveDisplacement(
up=(2, 3, 4),
down=(1, 11, 25),
)
print(pitch_displacement)
def update_data(self, **kwargs):
super().update_data(**kwargs)
if self.__class__ is Line4:
self.events[1].tag("\clef bass")
class Line5(GenG, gen_f.Line5):
# rhythm_pulses = ID({}, default=0.5)
rhythm_initial_silence = 24
pitch_displacement = gen_f.Line5.pitch_displacement.copy()
pitch_displacement.flat(33)
pitch_displacement += machines.FifthDisplacement(
up=(8, 10, 11, 34, 40),
down=(0, 2, 3, 6),
) + machines.OctaveDisplacement(
up=(1, 3, 4, 12),
down=(10, 12, 38, 41),
)
respell = None
# print(pitch_displacement)
def update_data(self, **kwargs):
super().update_data(**kwargs)
self.respell_events("flats", 0, 29)
self.respell_events("sharps", 29)
class Line5(GenF, gen_e.Line5):
rhythm_initial_silence = 30
rhythm_multipliers = machines.RhythmsMultiplied.make_multipliers(default=1)
for i,r in gen_e.Line5.rhythm_multipliers.non_default_items():
rhythm_multipliers[i] = r * 2
breaks = gen_e.Line5.breaks.copy()
breaks[1] = -2
pitch_displacement = gen_e.Line5.pitch_displacement +\
machines.FifthDisplacement(
up = ( 3, 11,13,14,15,32,33,34,37,44),
down=(2,5,6,7,9,10, 42),
) + \
machines.OctaveDisplacement(
up=(7,9),
down=(13,14, 32, 35),
)
def update_data(self, **kwargs):
super().update_data(**kwargs)
if self.__class__ is Line5:
self.events[1].tag("\clef bass")
class Line7(GenG, gen_f.Line7):
# rhythm_multipliers = ID({}, default=1)
rhythm_multipliers = gen_f.Line7.rhythm_multipliers
rhythm_multipliers.default = 0.5
# my_short_notes = (2,3,5,6,8,9,11,12,17,18,20,21,23,24,29,30,)
rhythm_pulses = ID({}, default=0.5)
rhythm_times = 4
pitch_displacement = gen_f.Line7.pitch_displacement
pitch_displacement.flat(2)
pitch_displacement += machines.FifthDisplacement(
up=(31, 35, 48, 65, 66, 70, 76),
down=(
2,
12,
),
) + machines.OctaveDisplacement(
up=(
6,
12,
),
down=(7, 34, 65, 71),
)
breaks = gen_f.Line7.breaks
breaks[2] = -4
breaks[3] = -4
breaks[4] = -5.5
breaks[13] = -3
breaks[15] = -5.5
breaks[21] = -2.5
breaks[22] = -1
# breaks[23] = -1 # TO DO... WHY DOESN'T THIS WORK????!!!!
# print(pitch_displacement)
# breaks = gen_f.Line7.breaks
# breaks[1] = -2
# breaks[2] = 0
respell = None
def update_data(self, **kwargs):
super().update_data(**kwargs)
self.respell_events("flats", 0, 32)
self.respell_events("sharps", 31)
class Line2(GenF, gen_e.Line2):
clef = "bass"
# rhythm_multipliers = machines.RhythmsMultiplied.make_multipliers(default=1, limit=40)
pitch_displacement_fifths = machines.FifthDisplacement(down=(0,))
pitch_displacement_fifths.cycle_me(1, cycle=(1,-1,-1,1), times=36)
pitch_displacement_fifths.down(12)
pitch_displacement_fifths.up(34)
pitch_displacement_fifths.flat(45,46,54,56,71,80,82,92,95,104,106,107,116,119,135)
pitch_displacement_octaves = machines.OctaveDisplacement()
pitch_displacement_octaves.cycle_me(1, cycle=(-1,1,0,-1,1,0), times=28)
pitch_displacement_octaves.flat(13)
pitch_displacement_octaves.flat(47)
pitch_displacement = pitch_displacement_fifths + pitch_displacement_octaves
# print(pitch_displacement)
breaks = gen_e.Line1.breaks.copy()
rhythm_initial_silence = 28
for i in breaks.keylist():
breaks[i] = breaks[i] * 2 / 1.5
rhythm_multipliers = gen_e.Line2.rhythm_multipliers.copy()
rhythm_multipliers.default = 1
for i in rhythm_multipliers.keylist():
print(i)
rhythm_multipliers[i] = rhythm_multipliers[i] / 1.5
# pitch_displacement = machines.FifthDisplacement()
# for i,f in gen_e.Line2.pitch_displacement.non_default_items()[::2]:
# pitch_displacement[i]=f
# for i,p in Line3.pitch_displacement.non_default_items():
# for j in range(2):
# pitch_displacement[i + j*27] |= p
def update_data(self, **kwargs):
super().update_data(**kwargs)
if self.__class__ is Line2:
self.events[1].tag("\clef bass")
self.respell_events("flats", 1, 33)
self.respell_events("sharps", 34)
class Line4(GenF, gen_e.Line3):
# show_data_type=machines.SegmentData
rhythm_initial_silence = 28
pitch_displacement = gen_e.Line3.pitch_displacement +\
machines.FifthDisplacement(
up= ( 16,17, 25, 26, 27, 31, 79),
down= (1,4,7, 12, 14, 15, )) +\
machines.OctaveDisplacement(
up= ( 4, 7, 19, ),
down=(1, 17, 28, 56))
pitch_reverse = gen_e.Line3.pitch_reverse + (3,)
breaks = gen_e.Line3.breaks + {
2:-2,
4:-5,
10:4,
}
def update_data(self, **kwargs):
super().update_data(**kwargs)
if self.__class__ is Line4:
self.events[1].tag("\clef bass")
if self.__class__.__name__ == "Line4":
self.tag_events("darkred", every_child=True)
class Line8(Line5):
rhythm_initial_silence = 27
rhythm_pulses = ID({}, default=0.5)
rhythm_multipliers = ID({}, default=1)
pitch_displacement = machines.FifthDisplacement(
up=(8, 10, 13, 25, 37, 38, 44, 45, 55, 64),
down=(0, 1, 2, 3, 4, 42, 47),
)
pitch_displacement += machines.OctaveDisplacement(up=(2, 15, 27, 30, 42),
down=(13, 25, 28, 31, 38,
41, 55))
rhythm_times = 4
respell = None
def update_data(self, **kwargs):
super().update_data(**kwargs)
self.respell_events("flats", 0, 40)
self.respell_events("sharps", 40)
if self.__class__ is Line8:
self.events[1].tag("\clef bass")
if self.__class__.__name__ == "Line8":
self.tag_events("darkblue", every_child=True)