s.addMsgHandler("/b10s/blob", blob_handler)
s.addMsgHandler("/b10s/haar", haar_handler)
# just checking which handlers we have added
print "Registered Callback-functions are :"
for addr in s.getOSCAddressSpace():
print addr
# Start OSCServer
print "\nStarting OSCServer. Use ctrl-C to quit."
st = threading.Thread(target=s.serve_forever)
st.start()
sc.start(spew=1)
# sine = sc.Synth( "sine" )
Latch = sc.Synth("Latch")
try:
while True:
now = time.time()
if (now - lastLoop > LOOP_PERIOD):
lastLoop = now
Latch.rate = xb * 20 + 1
# sine.freq = xb*600+120
#sine.amp = yb*2+1
time.sleep(LOOP_PERIOD / 2)
except KeyboardInterrupt:
print "\nClosing OSCServer."
s.close()
Latch.free()
import sc
import time
print 'hello world........'
# we need to tell python where the scserver application lives, this
# changes between platforms and systems. You might need to edit it.
# exedir = 'usr/local' # where does scsynth live?
# sc.start(exedir, verbose=1, spew=1 )
sc.start(verbose=1, spew=1, startscsynth=1)
sine = sc.Synth("sine")
sine.freq = 444
##sc.Synth( "sine" ).freq = 444 # <<<< in fact you could do this in this case
time.sleep(5) # stay here for 5 secs while sine plays
sine.free()
sc.quit()
print 'seeya world! ...........'
import sc
import time, os
# we need to tell python where the scserver application lives, this
# changes between platforms and systems. You might need to edit it.
# exedir = 'usr/local' # where does scsynth live?
# sc.start(exedir, verbose=1, spew=1 )
sc.start(spew=1, verbose=1, startscsynth=0)
player2 = sc.Synth("StereoPlayer")
player2.bufnum = sc.loadSnd("aaa.wav", wait=True)
print "loading bufnum with ID", player2.bufnum
time.sleep(8)
player = sc.Synth("StereoPlayer")
player.bufnum = sc.loadSnd("numeros.wav", wait=True)
print "loading bufnum with ID", player.bufnum
time.sleep(8) # wait while both sounds play
sc.unloadSnd(player.bufnum)
sc.unloadSnd(player2.bufnum)
player.free()
player2.free()
sc.quit()
print 'quiting'
import sc
import time, random
seed = random.Random()
sc.start(verbose=1, spew=1)
s = sc.sc.server ###################
PMCrotale = sc.Synth("PMCrotale")
PMCrotale.freq = 400
timeout = time.time() + 10 # 10 secs
while time.time() < timeout:
time.sleep(0.5) # loop every half sec
PMCrotale.midi = seed.randint(40, 90)
PMCrotale.tono = 10
PMCrotale.free()
sc.quit()
print 'seeya world! ...........'
NOTE that stereo synthdefs take TWO chanels, so if you set out to 2. it will take 2 and 3 to
play the stereo. Be careful not to use chanels that are already taken by some other synthdef
0 and 1 are the default sound out chanels, setting a synthdef out to 0 means directing its sound
output to the sound card . Sound in from sounds card should be 5 and 6
"""
# we need to tell python where the scserver application lives, this
# changes between platforms and systems. You might need to edit it.
# exedir = '/usr/bin' # where does scsynth live?
# sc.start( exedir, verbose=1, spew=0 )
sc.start()
# sampler player
player = sc.Synth("StereoPlayer")
player.bufnum = sc.loadSnd("numeros.wav", wait=True)
player.rate = 0 # stopped now
print "loading bufnum with ID", player.bufnum
# delay
delay = sc.Synth("xiiDelay2x2")
delay.feedback = 0 # init paramenters that we will manipulate in this script
delay.fxlevel = 0
# octave
octave = sc.Synth("xiiOctave2x2")
octave.pitch1 = 0.1
octave.pitch2 = 1
octave.fxlevel = 1 # processed sound
octave.level = 0 # clean sound
import sc
import time, random
seed = random.Random()
sc.start(verbose=1, spew=1)
s = sc.sc.server
pulse = sc.Synth("pulseTest")
pulse = ampHz = 0.4
timeout = time.time() + 10 # 10 secs
while time.time() < timeout:
time.sleep(0.5)
pulse.fund(20)
pulse.maxPartial(9)
pulse.width(0.8)
pulse.free()
sc.quit()
print "cerrando"
import sc
import time
print 'hello world........'
# we need to tell python where the scserver application lives, this
# changes between platforms and systems. You might need to edit it.
# exedir = 'usr/local' # where does scsynth live?
# sc.start(exedir, verbose=1, spew=1 )
sc.start(verbose=1, spew=1)
sine = sc.Synth("sineSynth")
sine.freq = 444
##sc.Synth( "sine" ).freq = 444 # <<<< in fact you could do this in this case
time.sleep(5) # stay here for 5 secs while sine plays
sine.free()
sc.quit()
print 'seeya world! ...........'
seed = random.Random()
# we need to tell python where the scserver application lives, this
# changes between platforms and systems. You might need to edit it.
# exedir = 'usr/local' # where does scsynth live?
# sc.start( exedir, verbose=0, spew=0 )
sc.start()
mygroup = sc.Group()
print 'created new group with ID ', mygroup.groupID
playerlist = []
for s in xrange(3):
player = sc.Synth("StereoPlayer", addTargetID=mygroup.groupID)
## outbus=0, bufnum=0, amp=1, pan=0, mute=1, start=0, end=1, rate=1, fps=12, index=0;
player.bufnum = 0 # need to declare here the vars we will be manipulating later
player.amp = 1
player.pan = 0
player.rate = 1
playerlist.append(player) ##
mygroup.bufnum = sc.loadSnd("numeros.wav") ## all share same sound bufnum
mygroup.outbus = 0 # all use same bus
print "loading bufnum with ID", player.bufnum
timeout = time.time() + 10 # secs
while time.time() < timeout: