# Useful pyo example lines
# Randomly choose from a list.
# rnd = Choice(choice=freqs, freq=[3,4])
# Call after a time
# a = CallAfter(callback, 2, [300,301])
# Call repeatedly after intervals
# p = Pattern(callback, .125)
# Convert midi not to frequency
# freqs = midiToHz([60,62,64,65,67,69,71,72])
SERVER = None
seq = sequences_in_file("assets/sequences/patience_full.fasta").next()
def play_music():
note_length = float(1.0/10)
envelope = Adsr(attack=note_length/4,
decay=note_length/4,
sustain=note_length/4,
release=note_length/4,
dur=note_length,
mul=.5)
# we want this in the outer scope
wave = None
# Useful pyo example lines
# Randomly choose from a list.
# rnd = Choice(choice=freqs, freq=[3,4])
# Call after a time
# a = CallAfter(callback, 2, [300,301])
# Call repeatedly after intervals
# p = Pattern(callback, .125)
# Convert midi not to frequency
# freqs = midiToHz([60,62,64,65,67,69,71,72])
SERVER = None
seq = sequences_in_file("assets/sequences/kampy_full.fasta").next()
def play_music():
note_length = 1/16
envelope = Adsr(attack=note_length/4,
decay=note_length/4,
sustain=note_length/4,
release=note_length/4,
dur=note_length,
mul=.5)
wave = SineLoop(1000, feedback=0.1, mul=envelope).out()
def each_note():
nucleo = seq.next()
wave.freq = nucleotide_to_hz(nucleo)
