m = Metro(beat_time, poly=1).play()
m2 = Metro(Sig(long)*2).play()
# Generate Adsr envelopes (see shell.py)
shells = [
ShellAdsr(dur=beat_time.value, dur_fact=.4, num=p.len),
ShellAdsr(dur=beat_time.value, dur_fact=.8, num=p.len)
]
# Generate the envelope manager (see shell.py)
env = ShellManager(shell=shells[1])
sin = SuperSaw(freq=p.getPitches(), mul=env.getShell())
mix = Pan(sin).out()
freqs=p.getFreqs()
bender = Bender(p, pos=[0], target_freq=[freqs[1]], seg_type='lin', dur=[1.05], go_back_dur=[0.75], go_back=True)
count = 0
def play_me4():
global count
if (count%5==4):
beat_time.setValue(long)
env.setShellDur(beat_time.value)
if (count%5==0):
beat_time.setValue(short)
env.setShellDur(beat_time.value)
m = Metro(beat_time, poly=1).play()
m2 = Metro(Sig(long) * 2).play()
# Generate Adsr envelopes (see shell.py)
shells = [
ShellAdsr(dur=beat_time.value, dur_fact=.4, num=p.len),
ShellAdsr(dur=beat_time.value, dur_fact=.8, num=p.len)
]
# Generate the envelope manager (see shell.py)
env = ShellManager(shell=shells[1])
sin = SuperSaw(freq=p.getPitches(), mul=env.getShell())
mix = Pan(sin).out()
freqs = p.getFreqs()
bender = Bender(p,
pos=[0],
target_freq=[freqs[1]],
seg_type='lin',
dur=[1.05],
go_back_dur=[0.75],
go_back=True)
count = 0
def play_me4():
global count
if (count % 5 == 4):
beat_time.setValue(long)
