def no_test_scale_wgpluck(self):
notes = gen.get_notes_following_spline(get(td.T, location='Madrid'),
td.T, cnc.SCALES["major"],
n.find("D"))
plucker = orchestra.wgpluck(instrument_number=1, function_number=1)
score = [
"f 1 0 16384 10 1"
] # wgpluck requires an excite function https://csound.github.io/docs/manual/wgpluck.html
for i in range(0, len(notes)):
score.append("i1 %s 1 30000 %s.%02d" %
(i, notes[i].octave, notes[i].semitones))
output.write_and_play(output.get_csd([plucker], score))
def no_test_scale_wgpluck2(self):
""" wgpluck seems to sound a bit better, so let's mothball this for a while"""
notes = gen.get_notes_following_spline(get(td.T, location='Madrid'),
td.T, cnc.SCALES["major"],
n.find("D"))
plucker = orchestra.wgpluck2(instrument_number=1)
score = []
for i in range(0, len(notes)):
score.append("i1 %s 1.25 30000 %s.%02d" %
(i, notes[i].octave, notes[i].semitones))
output.write_and_play(output.get_csd([plucker], score))
def notest_transpose(self):
for i in (n.find("D"), n.find("B")):
c = n.find("A").clone()
log.debug("=" * 20)
log.debug("Original %s" % c)
t.transpose([c],i)
log.debug("Transposed %s sem: %s" % (i,c))
for i in (n.find("A"),n.find("E"),n.find("C")):
c = n.find("B").clone()
log.debug("=" * 20)
log.debug("Original %s" % c)
t.transpose([c],i)
log.debug("Transposed %s sem: %s" % (i,c))
major = cnc.SCALES["major"]
stream = []
for i in range(-3,2):
for j in major:
stream.append(t.extend([j.clone()],i))
log.debug(stream)
def notest_notes_following_spline(self):
""" Generate a stream of notes from a extended scale
that follow the movement of one or several parameters"""
gen.get_notes_following_spline(get('Madrid',cc.T),cc.T,cnc.SCALES["major"], n.find("D"))