def common_main(script_name, files, argv):
assert len(
argv
) >= 2, "Usage: python {} folder [filename1] [filename2]...".format(
script_name)
folder = argv[1]
if len(argv) == 3:
filenames = argv[2:]
else:
filenames = None
if not os.path.exists(folder):
os.mkdir(folder)
for name, value in files.items():
if value.stream is not None and (filenames is None
or name in filenames):
print "Writing " + value.filename
with open(os.path.join(folder, value.filename), 'wb') as f:
audiogen.sampler.write_wav(
f, envelope(envelope(sound(), value.stream),
constant(0.01)))
print "Done"
else:
print "Skipping " + value.filename
return 0
def a30a():
return envelope(
sound(),
itertools.chain(
linear(0, 90, 2),
repeatlist(
itertools.chain(repeatlist(linear(90, 40, 0.9), 4),
flat(90, 3)), 6)))
def a47a():
return envelope(
sound(),
itertools.chain(
repeatlist(itertools.chain(
flat(100, 1),
flat(0, 1),
), 15)))
def a44a():
return envelope(
sound(),
itertools.chain(
linear(0, 90, 1),
repeatlist(
itertools.chain(repeatlist(linear(90, 40, 1), 4), flat(90, 4),
flat(0, 2)), 3)))
def a21a():
return envelope(
sound(),
itertools.chain(
repeatlist(
itertools.chain(
sine_wave(0.5, 8, 80, 0),
flat(20, 2),
), 6), ))
def a23a():
return envelope(
sound(),
itertools.chain(
linear(0, 80, 1),
repeatlist(itertools.chain(
flat(80, 0.5),
flat(0, 0.5),
), 30)))
def a40a():
return envelope(
sound(),
itertools.chain(
linear(0, 80, 1),
repeatlist(itertools.chain(
flat(80, 3),
flat(0, 2),
), 6)))
def a7a():
return envelope(
sound(),
itertools.chain(
linear(0, 65, 1.5),
sine_wave(15.5, 1, 90, 40),
dip(3, 65, 30),
sine_wave(15.5, 1, 90, 40),
))
def a33a():
return envelope(
sound(),
itertools.chain(
linear(0, 70, 1),
repeatlist(
itertools.chain(
sine_wave(4.25, .7, 90, 50),
flat(90, 3),
), 6)))
def a13a():
return envelope(
sound(),
itertools.chain(
linear(0, 65, 1),
repeatlist(
itertools.chain(
sine_wave(5, 1, 90, 40),
sine_wave(7, .5, 90, 40),
), 6)))
def a2a():
return envelope(
sound(),
itertools.chain(
linear(0, 45, 2),
sine_wave(2.5, 3, 60, 30),
dip(4, 45, 15),
sine_wave(2.5, 3, 60, 30),
dip(4, 45, 15),
))
def a16a():
return envelope(
sound(),
itertools.chain(
linear(0, 70, 1),
repeatlist(
itertools.chain(
sine_wave(4, .7, 90, 50),
sine_wave(3, 1.5, 90, 50),
), 5)))
def a6a():
return envelope(
sound(),
itertools.chain(
linear(0, 60, 2),
repeatlist(
itertools.chain(
sine_wave(4.5, 1, 80, 40),
dip(2, 60, 40),
), 7)))
def a41a():
return envelope(
sound(),
itertools.chain.from_iterable([
linear(0, 90, 1),
repeatlist(itertools.chain(
flat(90, 4),
flat(0, 1),
), 6)
]))
def a3a():
return envelope(
sound(),
itertools.chain(
linear(0, 45, 2),
repeatlist(
itertools.chain(
sine_wave(3.5, 1.5, 60, 30),
dip(3, 45, 15),
), 8)))
def a102a():
return envelope(
sound(),
itertools.chain(
repeatlist(
itertools.chain(
repeatlist(itertools.chain(
flat(100, 0.8),
flat(0, 0.2),
), 5), flat(100, 5)), 10)))
def a4a():
return envelope(
sound(),
itertools.chain(
linear(0, 60, 2),
repeatlist(
itertools.chain(
sine_wave(3.5, 1.5, 80, 40),
dip(3, 60, 30),
), 5),
))
def a18a():
return envelope(
sound(),
itertools.chain(
linear(0, 60, 1),
repeatlist(
itertools.chain(
sine_wave(4.75, .7, 90, 30),
flat(0, 5),
), 6),
))
def a27a():
return envelope(
sound(),
itertools.chain(
linear(0, 50, 2),
repeatlist(
itertools.chain(
sine_wave(5.5, .7, 80, 20),
flat(0, 3),
), 7),
))
def a37a():
return envelope(
sound(),
itertools.chain(
linear(0, 90, 3),
repeatlist(
itertools.chain(
flat(90, 3),
linear(90, 30, 2),
linear(30, 90, 2),
), 5)))
def a38a():
return envelope(
sound(),
itertools.chain(
linear(0, 90, 3),
repeatlist(
itertools.chain(
flat(90, 4),
linear(90, 50, 1.5),
linear(50, 90, 1.5),
), 5)))
def a36a():
return envelope(
sound(),
itertools.chain(
linear(0, 80, 3),
repeatlist(
itertools.chain(
flat(80, 2),
linear(80, 20, 2),
flat(20, 2),
linear(20, 80, 2),
), 5)))
def a101a():
return envelope(
sound(),
itertools.chain(
flat(0, 0.5),
repeatlist(
itertools.chain(
flat(100, 0.5),
flat(0, 0.3),
flat(100, 0.8),
flat(0, 0.3),
), 70)))
def a51a():
return envelope(
sound(),
itertools.chain(
linear(0, 70, 1),
repeatlist(
itertools.chain(
sine_wave(4.5, 1, 100, 70),
linear(70, 0, 0.5),
flat(0, 3),
linear(0, 70, 0.5),
), 4)))
def a39a():
return envelope(
sound(),
itertools.chain(
linear(0, 100, 3),
repeatlist(
itertools.chain(
flat(100, 3),
linear(100, 30, 2.5),
flat(30, 0.5),
linear(30, 100, 2.5),
), 5)))
def a9a():
return envelope(
sound(),
itertools.chain(
linear(0, 65, 1),
sine_wave(8.5, .8, 90, 40),
flat(0, 3),
sine_wave(8.5, .8, 90, 40),
flat(0, 3),
sine_wave(8.5, .8, 90, 40),
flat(0, 3),
sine_wave(8.5, .8, 90, 40),
flat(0, 3),
sine_wave(8.5, .8, 90, 40),
flat(0, 3),
))
def a11a():
return envelope(
sound(),
itertools.chain(
linear(0, 65, 1),
sine_wave(6.25, .7, 90, 40),
flat(90, 3),
flat(0, 3),
sine_wave(6.25, .7, 90, 40),
flat(90, 3),
flat(0, 3),
sine_wave(6.25, .7, 90, 40),
flat(90, 3),
flat(0, 3),
sine_wave(6.25, .7, 90, 40),
flat(90, 3),
flat(0, 3),
sine_wave(6.25, .7, 90, 40),
flat(90, 3),
flat(0, 3),
))
def a12a():
return envelope(
sound(),
itertools.chain(
linear(0, 65, 1),
sine_wave(6, .8, 90, 40),
sine_wave(7, .5, 90, 40),
flat(0, 2),
sine_wave(6, .8, 90, 40),
sine_wave(7, .5, 90, 40),
flat(0, 2),
sine_wave(6, .8, 90, 40),
sine_wave(7, .5, 90, 40),
flat(0, 2),
sine_wave(6, .8, 90, 40),
sine_wave(7, .5, 90, 40),
flat(0, 2),
sine_wave(6, .8, 90, 40),
sine_wave(7, .5, 90, 40),
flat(0, 2),
sine_wave(6, .8, 90, 40),
sine_wave(7, .5, 90, 40),
flat(0, 2),
))
def a8a():
return envelope(
sound(), itertools.chain(linear(0, 65, 1), sine_wave(50, .9, 90, 40)))
def calibration():
return envelope(sound(), itertools.chain(linear(0, 100, 10), flat(100,
50)))