def button_cb(self, path, args):
# Anti-rebond
diff = time() * 1000 - self.timestamp
if diff < self.timeout:
return
self.timestamp = time() * 1000
if _engine.current_subscene() == 9 and args[0] < 12:
_engine.switch_scene(args[0])
_engine.switch_subscene(1)
# if args[0] == 1: # Rustine car acte 0 sur screen 14 !!!
# _engine.output_event(_event.ProgramEvent('PBseq24', _util.NoDataOffset(1), 127))
# else:
# _engine.output_event(_event.ProgramEvent('PBseq24', _util.NoDataOffset(1), seq24PageMap[args[0]]))
# _engine.output_event(_event.CtrlEvent('PBTapeutape', _util.NoDataOffset(0), 0, args[0]-1))
else:
if args[0] == 12:
_engine.switch_subscene(9)
if args[0] < 12:
_engine.output_event(_event.ProgramEvent('PBCtrlOut', _util.NoDataOffset(1), args[0]))
if _engine.current_subscene() == 8 and args[0] > 17:
_engine.switch_subscene(args[0]-17)
else:
if args[0] == 24:
_engine.switch_subscene(8)
if args[0] < 24 and args[0] > 12:
_engine.output_event(_event.ProgramEvent('PBCtrlOut', _util.NoDataOffset(1), args[0]))
def _panic_bypass():
# send all notes off (CC #123) and sustain off (CC #64) to all output
# ports and on all channels
for p in _engine.out_ports():
for c in range(16):
_engine.output_event(_event.CtrlEvent(p, _util.offset(c), 123, 0))
_engine.output_event(_event.CtrlEvent(p, _util.offset(c), 64, 0))
def __arpeggiate(self):
pattern = self.__applyPatternDirection()
activeNotes = self.__getActiveNotes()
for note, value in activeNotes.iteritems():
if self.__ticks % floor(
self.__tickFactor / self.__resolution) == 0:
newNote = self.__generatePatternNote(
note, pattern[value['patternStep']]
) if pattern[value['patternStep']] != '.' else 'is silence'
if isinstance(newNote, int):
print 'port %s channel %i tick %i pattern step %s new note %s' % (
self.__outPort, self.__outChannel, self.__ticks,
pattern[value['patternStep']], str(newNote))
output_event(
NoteOnEvent(
self.__outPort, self.__outChannel, newNote,
randrange(70, 127)
if self.__randomVelocity else value['velocity']))
if value['patternStep'] + 1 >= len(pattern):
self.__notes[note]['patternStep'] = 0
self.__setPatternNotesOff()
else:
self.__notes[note]['patternStep'] += 1
return
def __setPatternNotesOff(self, note=None):
pattern = self.__applyPatternDirection()
activeNotes = self.__getActiveNotes()
offNote = None
if note is None:
for _note, value in activeNotes.iteritems():
if pattern[value['patternStep']] != '.':
offNote = self.__generatePatternNote(
_note, pattern[value['patternStep']])
output_event(
NoteOffEvent(self.__outPort, self.__outChannel,
offNote))
else:
for step in pattern:
if step != '.':
offNote = self.__generatePatternNote(note, step)
output_event(
NoteOffEvent(self.__outPort, self.__outChannel,
offNote))
if isinstance(offNote, int):
print 'port %s channel %i setting note %i off' % (
self.__outPort, self.__outChannel, offNote)
return
def processOSC(self, path, *args):
s = path.upper().split('/')
if s[1] == 'MIDI':
mtype = s[2]
if self.events.has_key(mtype):
output_event(self.events[mtype](self.midiPorts['out'][0], *args[0]))
def _panic_bypass():
# send all notes off (CC #123) and sustain off (CC #64) to all output
# ports and on all channels
for p in _engine.out_ports():
for c in range(16):
_engine.output_event(
_event.CtrlEvent(p, _util.NoDataOffset(c), 123, 0))
_engine.output_event(
_event.CtrlEvent(p, _util.NoDataOffset(c), 64, 0))
def sendMidi(self, path, args):
value = int(max(0, min(1, args[0])) * 127)
if path[len(oscPrefix):] in self.patch and oscPrefix in path:
output_event(
CtrlEvent('Midi2oscOut', 1, self.patch[path[len(oscPrefix):]],
value))
elif oscPrefix + '/CC/' in path:
output_event(
CtrlEvent('Midi2oscOut', 1, self.patch[path[len(oscPrefix):]],
value))
def sendMidi(self, path, args):
value = int(max(0,min(1,args[0]))*127)
if path[len(oscPrefix):] in self.patch and oscPrefix in path:
output_event(CtrlEvent('Midi2oscOut',1,self.patch[path[len(oscPrefix):]],value))
elif oscPrefix+'/CC/' in path:
output_event(CtrlEvent('Midi2oscOut',1,self.patch[path[len(oscPrefix):]],value))
