def shotgunfast():
sequencer = Sequencer(dna) # Sequencer for the clone library
dna_slices = sequencer.sequence_all()
reads = []
for block in dna_slices: # QUICK'N'DIRTY
for kmer in block:
reads.append(kmer)
ld = float(levenshteinDistance(dna, C_Shotgun.perform(reads)))
l = float(len(dna))
s[-1].sfast_acc += ((l - ld) / l) * 100
def compiler_test():
mmls = ("t115o5l8f2r8cfa>c<ar8fgr8ggr8d4r8gfr8ef2r8cfa>c<ar8fg-r8g-g-r8f1r8",
"t115o4l8a2r8aa>cfcr8<ab-r8b-b-r8b-4r8b-b-r8b-a2r8aa>cfcr8<ab-r8b-b-r8a1r8",
"t115o2l16v6f.r32f.r32f.r32f.r32r4f.r32f.r32f.r32f.r32r4"
"f.r32f.r32f.r32f.r32r4f.r32f.r32f.r32f.r32r4"
"f.r32f.r32f.r32f.r32r4f.r32f.r32f.r32f.r32r4"
"f.r32f.r32f.r32f.r32r8f1r8")
mml_compiler = MMLCompiler()
sequences = [mml_compiler.to_sequence(mml) for mml in mmls]
tones = [Tone(), Tone(), SquareWaveOscillator()]
seq = Sequencer()
seq.add_track(0, "track_0", tones[0], tones[0])
seq.add_track(1, "track_1", tones[1], tones[1])
seq.add_track(2, "track_3", tones[2], tones[2])
seq.add_sequence(0, sequences[0])
seq.add_sequence(1, sequences[1])
seq.add_sequence(2, sequences[2])
sink = WaveFileSink(output_file_name="output.wav")
clock = Clock()
renderer = Renderer(clock=clock, source=seq, sink=sink)
renderer.do_rendering()
def main():
mml_compiler = MMLCompiler()
music_sequence = mml_compiler.to_sequence(MML)
osc = SquareWaveOscillator()
sequencer = Sequencer()
sequencer.add_track(0, "tone1", osc, osc)
sequencer.add_sequence(0, music_sequence)
sink = WaveFileSink(output_file_name="output.wav")
clock = Clock()
renderer = Renderer(clock=clock, source=sequencer, sink=sink)
renderer.do_rendering()
def generateWavFile(yPosArray, tempo, volume):
yPosMin = min(yPosArray)
my_compiler = MyCompiler(yPosMin, tempo=tempo, volume=volume)
sequencer = Sequencer()
tone1 = Tone()
sequencer.add_track(0, "manual", tone1, tone1)
sequence = my_compiler.get_sequence(yPosArray)
sequencer.add_sequence(0, sequence)
sink = WaveFileSink(output_file_name=outputWavFileName)
clock = Clock()
renderer = Renderer(clock=clock, source=sequencer, sink=sink)
renderer.do_rendering()
def __init__(self):
if Config.FAKE_MODE == False:
self.BPi = BleuettePi(Config.SERIAL_DEV)
else:
self.BPi = BleuettePi(SerialFake)
self.Sequencer = Sequencer(self.BPi.Servo)
self.Drive = Drive(self.Sequencer)
def get_sequencer(options): movement = get_movement(options) movement.blocks = [] movement.instruments = [] set_ensemble(options, movement) set_instrument(options, movement) blocks = get_blocks(options) visual = get_visualization(options) for block in blocks: set_ensemble(options, block) set_block_options(options,block) movement.add_block(block) set_progressions(options, movement) load_fluidsynth(options) if movement.instruments == []: raise OptionError, "No instruments or ensemble selected." for x in movement.instruments: x.no_fluidsynth = options.no_fluidsynth seq = Sequencer(movement) seq.verbose = options.verbose seq.no_fluidsynth = options.no_fluidsynth seq.output_file = options.midifile if visual != None: seq.paint_function = visual.paint_screen seq.tick_function = visual.tick seq.update_function = visual.update_screen return seq
def main():
mml_compiler1 = MMLCompiler()
mml_compiler2 = MMLCompiler()
mml_compiler3 = MMLCompiler()
music_sequence1 = mml_compiler1.to_sequence(MML1)
music_sequence2 = mml_compiler2.to_sequence(MML2)
music_sequence3 = mml_compiler3.to_sequence(MML3)
osc1 = SquareWaveOscillator()
osc2 = SquareWaveOscillator()
osc3 = SquareWaveOscillator()
sequencer = Sequencer()
sequencer.add_track(0, "tone1", osc1, osc1) # 一つ目のoscが周波数をかえる先(オシレーター)、２つ目はデータを取り出す元(通常ならばアンプとかミキサー）
sequencer.add_track(1, "tone2", osc2, osc2)
sequencer.add_track(2, "tone3", osc3, osc3)
sequencer.add_sequence(0, music_sequence1)
sequencer.add_sequence(1, music_sequence2)
sequencer.add_sequence(2, music_sequence3)
sink = WaveFileSink(output_file_name="output.wav")
clock = Clock()
renderer = Renderer(clock=clock, source=sequencer, sink=sink)
renderer.do_rendering()
from SoundFile import SoundFile
from Sequencer import Sequencer
if __name__ == "__main__":
x = 1
o = 0
sf1 = SoundFile("../sound/drums/1-kick/kick-allaboutyou-1.wav")
sq1 = Sequencer(sf1, [x, o, o, o, x, o, o, o])
sq1.play(5)
sf2 = SoundFile("../sound/drums/4-hihat/closedhh-allaboutyou.wav")
sq2 = Sequencer(sf2, [x, o, x, o, x, o, x, o])
sq2.play(5)
sf3 = SoundFile("../sound/drums/3-snare/snare-allaboutyou.wav")
sq3 = Sequencer(sf3, [o, o, o, o, x, o, o, o])
sq3.play(5)
from SoundFile import SoundFile
from Sequencer import Sequencer
if __name__ == "__main__":
# the path to your sound file
sound = SoundFile("hello.wav")
# sequencer takes a SoundFile as an argument; a list with the sequence; and the tempo in beats per minute (default 120)
seq = Sequencer(sound,[1])
# number of times to play. 0 = infinite. CTRL+C to quit program.
seq.play(1)
sequenceLeftDemoCircle.SetDelay(0.2)
sequenceRightDemoCircle = SequenceLightSingle( pinMapping.GetAllPinsOfGroupInOrder('RIGHTSTICK') )
sequenceLeftDemoCircle.SetDelay(0.1)
sequenceDemo = SequenceGroup()
sequenceDemo.Add(sequenceLeftDemoCircle)
sequenceDemo.Add(sequenceRightDemoCircle)
sequenceDemo.SetDelay(0.1)
marqueeOn = SequenceFlicker( pinMapping.GetAllPinsOfGroup('MARQUEE') )
marqueeFade = SequenceFadeUp( pinMapping.GetAllPinsOfGroup('MARQUEE') )
sequenceGame = SequenceFadeUp( pinMapping.GetAllPinsOfGroup('PANEL') )
sequenceGame.SetTarget(1.0)
sequenceFan = SequenceFadeUp( pinMapping.GetAllPinsOfGroup('FAN') )
sequencer = Sequencer( devices )
sequencer.Add( sequenceDemo )
marqueeFade.SetTarget(1.0)
sequencer.Add( marqueeFade )
#sequencer.Add( marqueeOn )
sequencer.start()
ledwiz.ClearPins(False)
class HttpHandler:
def __init__(self):
self.ledhttp = LedHttp(self)
def StartServer(self):
self.ledhttp.StartServer()
from SoundFile import SoundFile
from Sequencer import Sequencer
if __name__ == "__main__":
# in simplified music notation, usually x = sound, o = no sound
x = 1
o = 0
# the path to your sound file
sf1 = SoundFile("../sound/drums/1-kick/kick-allaboutyou-1.wav")
# sequencer takes a SoundFile as an argument; a list with the sequence; and the tempo in beats per minute (default 120)
sq1 = Sequencer(sf1,[x,o,o,o,], 120)
# number of times to play. 0 = infinite
sq1.play(5)
# have fun!