def next(self, length):
self.note.reset()
self.duration.reset()
self.velocity.reset()
try:
self.rest.reset()
except Exception as e:
print e
print 'no rest to reset'
seq = OSequence()
total_length = 0
while total_length < length:
next = self.note.next()
next_duration = self.duration.next()
next_rest = self.rest.next()
if total_length+next_duration+next_rest > length:
#if there isn't time for this note, fill the rest of the time with silence
#print "fill"+str(total_length)
duration_left = length - total_length
next.update({DURATION_64: duration_left, OFFSET_64: total_length, "velocity": 0})
else:
#print "add"+str(total_length)
next.update({DURATION_64: next_duration, OFFSET_64: total_length, "velocity": self.velocity.next()})
total_length += next_duration+next_rest
seq.append(next)
#print 'made it'
self.last = seq
return self.last
class SebastianHandler(BaseHandler):
def header(self, format, num_tracks, division):
self.division = division
self.tracks = [None] * num_tracks
def track_start(self, track_num):
self.current_sequence = OSequence()
self.tracks[track_num] = self.current_sequence
def note(self, offset, channel, midi_pitch, duration):
offset_64 = 16 * offset // self.division
duration_64 = 16 * duration // self.division
point = Point({OFFSET_64: offset_64, MIDI_PITCH: midi_pitch, DURATION_64: duration_64})
self.current_sequence.append(point)
class SebastianHandler(BaseHandler):
def header(self, format, num_tracks, division):
self.division = division
self.tracks = [None] * num_tracks
def track_start(self, track_num):
self.current_sequence = OSequence()
self.tracks[track_num] = self.current_sequence
def note(self, offset, channel, midi_pitch, duration):
offset_64 = 16 * offset // self.division
duration_64 = 16 * duration // self.division
point = Point({
OFFSET_64: offset_64,
MIDI_PITCH: midi_pitch,
DURATION_64: duration_64
})
self.current_sequence.append(point)
down_degrees = [6, 4, 3, 2, 1, 2, 3, 4]
final_degree = [1]
sections = [
(up_degrees, 4, range(14)),
(down_degrees, 4, range(13, -2, -1)),
(final_degree, 32, range(1)),
]
hanon_1 = OSequence()
for section in sections:
pattern, duration_64, offset = section
for o in offset:
for note in pattern:
hanon_1.append({"degree": note + o, DURATION_64: duration_64})
hanon_1 = hanon_1 | degree_in_key_with_octave(Key("C", major_scale), 4) | midi_pitch()
hanon_rh_1 = hanon_1
hanon_lh_1 = hanon_1 | transpose(-12)
seq = hanon_lh_1 // hanon_rh_1
if __name__ == "__main__":
f = open("hanon.mid", "w")
s = SMF([seq])
s.write(f)
f.close()
down_degrees = [6, 4, 3, 2, 1, 2, 3, 4]
final_degree = [1]
sections = [
(up_degrees, 4, range(14)),
(down_degrees, 4, range(13, -2, -1)),
(final_degree, 32, range(1)),
]
hanon_1 = OSequence()
for section in sections:
pattern, duration_64, offset = section
for o in offset:
for note in pattern:
hanon_1.append({"degree": note + o, DURATION_64: duration_64})
hanon_1 = hanon_1 | degree_in_key_with_octave(Key("C", major_scale),
4) | midi_pitch()
hanon_rh_1 = hanon_1
hanon_lh_1 = hanon_1 | transpose(-12)
seq = hanon_lh_1 // hanon_rh_1
if __name__ == "__main__":
f = open("hanon.mid", "w")
s = SMF([seq])
s.write(f)
f.close()
