def score_event(self, eventType, pvals, absp2mode=0):
"""Send a score event to csound"""
if self._client_addr:
print("Not supported for client interface. Use send_score()")
return
if not use_ctypes:
print("score_event() not available without ctypes.")
n = len(pvals)
if self._myfltsize == 8:
pfields = csnd6.doubleArray(n)
else:
pfields = csnd6.floatArray(n)
for i in xrange(n):
pfields[i] = pvals[i]
self._cs.ScoreEvent(absp2mode, eventType, n, pfields)
def score_event(self, eventType, pvals, absp2mode=0):
"""Send a score event to csound"""
if self._client_addr:
print("Not supported for client interface. Use send_score()")
return
if not use_ctypes:
print("score_event() not available without ctypes.")
n = len(pvals)
if self._myfltsize == 8:
pfields = csnd6.doubleArray(n)
else:
pfields = csnd6.floatArray(n)
for i in xrange(n):
pfields[i] = pvals[i]
self._cs.ScoreEvent(absp2mode, eventType, n, pfields)
disp.draw(sig, time_interval * cs.GetSr())
def __init__(self, data):
self.data = data
# create & compile instance
cs = csnd6.Csound()
cs.Compile("am.csd")
# create the thread object
perf = csnd6.CsoundPerformanceThread(cs)
# display object
master = Tk()
disp = display.Oscilloscope(master, window_size, perf.Stop, "green", "black")
# samples array
chn = csnd6.floatArray(cs.GetKsmps())
dat = (cs, disp, chn)
tes = Disp(dat)
# set the callback
perf.SetProcessCallback(tes.callb, None)
# play
perf.Play()
# run the display
disp.mainloop()
self.data = data
# create & compile instance
cs = csnd6.Csound()
cs.Compile("am.csd")
# create the thread object
perf = csnd6.CsoundPerformanceThread(cs)
# display object
master = Tk()
disp = display.Oscilloscope(master, window_size, perf.Stop, "green", "black")
# samples array
chn = csnd6.floatArray(cs.GetKsmps())
dat = (cs,disp,chn)
tes = Disp(dat)
# set the callback
perf.SetProcessCallback(tes.callb, None)
# play
perf.Play()
# run the display
disp.mainloop()
