def write_file():
channels = ((x for x in sound), )
write_wavefile('/tmp/test.wav', channels, len(sound), 1, 2, 22050)
def play_melody(volume, timbre, *sounds):
print "Playing", sounds
for sound in sounds:
freq = tones.get(sound[0])
if freq: sound[0] = freq
stream(volume * get_samples(timbre, *sound))
def cleanup():
p.terminate()
print "PyAudio terminated."
if __name__ == "__main__":
if len(sys.argv) > 1:
melodies = []
stream = lambda x: melodies.append(x) and x
main()
melodies = np.concatenate(melodies)
channels = ((imap(float, np.nditer(melodies)), ) for c in range(2))
write_wavefile(channels)
else:
orig_stream = stream
stream = stream.write
main()
orig_stream.stop_stream()
orig_stream.close()
atexit.register(cleanup)
from Sompyler.synthesizer.oscillator import CORE_PRIMITIVE_OSCILLATORS
import numpy as np
import matplotlib.pyplot as plt
from sine2wav import write_wavefile
cpo = CORE_PRIMITIVE_OSCILLATORS()
iseq = np.arange(22050)
noisegen = cpo['noise']
for i in (20, 100, 150, 300, 350, 700, 1400, 2800, 5600, 11200, 16500, 20000):
print "Write noise file of " + str(i) + "Hz ..."
r = noisegen(i, iseq)
channels = (np.nditer(r), )
write_wavefile('/tmp/testb' + ('%05d' % i) + '.wav', channels, len(r), 1,
2, 22050)
# plt.plot(iseq, r)
# plt.show()
def write_file(sound, filename):
print "Writing", filename
normalize_amplitude(sound)
channels = ((x for x in sound), )
write_wavefile(filename, channels, len(sound), 1, 2, 22050)
def write_file(fname):
channels = ((x for x in sound),)
write_wavefile(fname, channels, len(sound), 1, 2, 22050)
print "Successfully written", fname, " – Please play with an appropriate command."