def soundSend():
#Generators for each of the pitches. Need to adjust numbers
#zeroGen = (audiogen.util.crop(audiogen.tone(1000), .2))
#oneGen = (audiogen.util.crop(audiogen.tone(2000), .2))
#controlGen = (audiogen.util.crop(audiogen.tone(3000), .2))
#audiogen.sampler.play(zeroGen)
# open file with secret message
with open(sys.argv[2], 'rb') as f, nullPrint():
byte = f.read(1)
mask = 1
char = 'a'
#wait for the other side to start
time.sleep(1)
# process 1 byte at a time
while len(byte) > 0:
bit = 0
# convert ascii into decimal equivalent
byte = ord(byte)
# convert decimal byte into binary bits
# play corresponding tone for each bit
for i in reversed(range(8)):
bit = (mask & (byte >> i))
if bit == 0:
audiogen.sampler.play(
audiogen.util.crop(audiogen.tone(1000), .2), True)
else:
audiogen.sampler.play(
audiogen.util.crop(audiogen.tone(2000), .2), True)
byte = f.read(1)
# play tone signaling eof
audiogen.sampler.play(audiogen.util.crop(audiogen.tone(3000), .4),
True)
def sound():
"""
base sound to use
:return: sine wave at 150Hz
"""
return tone(150)
import audiogen
from audiogen import *
import sys
if __name__ == "__main__":
audiogen.sampler.write_wav(sys.stdout, audiogen.tone(440))
def play(freq):
time = 0.5
n = audiogen.sampler.play(audiogen.tone(freq), blocking=False)
time.sleep(time)
n.close()
import audiogen audiogen.sampler.play(audiogen.tone(20000))
def tone_for(seconds):
tone = audiogen.crop(audiogen.util.volume(audiogen.tone(HERTZ), -3),
seconds)
return tone
"""
Solfeggio Frequencies
"""
import audiogen
chakras = {'first':'174','second':'285','third':'396','fourth':'417','fifth':'528','sixth':'639','seventh':'741','eigth':'852','nineth':'963'}
for chakra in chakras:
try:
audiogen.sampler.play(audiogen.tone(int(chakras.get(chakra,""))))
except:
pass
def tone_for(seconds): tone = audiogen.crop(audiogen.util.volume(audiogen.tone(HERTZ), -3), seconds) return tone
import audiogen
from audiogen import *
import sys
if __name__ == "__main__":
audiogen.sampler.write_wav(sys.stdout, audiogen.tone(440))
#!/usr/bin/python
import audiogen
import sys
from audiogen.util import constant
#audiogen.sampler.write_wav(sys.stdout, audiogen.tone(440))
audiogen.sampler.play(
audiogen.util.mixer((audiogen.tone(50), audiogen.tone(52)), [
(constant(0.3), constant(0.3)),
]))
import audiogen audiogen.sampler.play(audiogen.tone(440))
import audiogen
from note_freqs import getFreq
print getFreq('F#4')
print getFreq('E4')
import time
# This is using the old method:
audiogen.sampler.play(audiogen.tone(getFreq('F#4')))
# from davy wybiral's script we can do the same thing using waveforms:
# but how exactly??