def __call__(self, event, data=None):
mididata, deltatime = event
self._wallclock += deltatime
mm = midi.MidiMessage(mididata)
msg = 'niet'
if mm.maintype() == 'NOTEON':
txt = self.xls.getCell(
-1, mm.octave(),
max(1, 16 * (self.bank) + 1) + mm.note_abs() + 1)
if txt:
msg = {'topic': '/add', 'payload': txt}
elif mm.maintype() == 'NOTEOFF':
txt = self.xls.getCell(
-1, mm.octave(),
max(1, 16 * (self.bank) + 1) + mm.note_abs() + 1)
if txt:
msg = {'topic': '/rm', 'payload': txt}
elif mm.maintype() == 'CC':
# CC 14 = ARPPEGIO SPEED
if mm.values[0] == 12:
msg = {'topic': '/speed', 'payload': str(mm.values[1] * 10)}
# CC 0 = Bank
elif mm.values[0] == 0:
self.bank = mm.values[1]
print('bank', mm.values[1])
# CC 120 / 123 == ALL OFF
if mm.values[0] == 120 or mm.values[0] == 123:
msg = {'topic': '/clear', 'payload': ""}
else:
return
if msg != 'niet':
print('webapp', msg)
sio.emit('mqtt', msg)
def __call__(self, event, data=None):
msg, deltatime = event
self._wallclock += deltatime
mm = midi.MidiMessage(msg)
if mm.maintype() == 'NOTEON' or mm.maintype() == 'CC' or mm.maintype(
) == 'NOTEOFF':
# NOTEON = dmx channel // CC moins 20 = dmx channel
# CC shift -20
note = mm.values[0]
if mm.maintype() == 'CC':
note -= 20
# Set new value
if note >= 0:
if note < FIXTURE_SIZE:
if mm.maintype() == 'NOTEOFF':
# if self.payload[mm._channel][note] != 0:
# self.payload[mm._channel][note] = 0
# self.dirty[mm._channel] = DIRTY_PUSH
pass
else:
if self.payload[mm._channel][note] != mm.values[1] * 2:
self.payload[mm._channel][note] = mm.values[1] * 2
self.dirty[mm._channel] = DIRTY_PUSH
# CLEAR channel
elif note == 127:
self.payload[mm._channel] = bytearray(FIXTURE_SIZE)
self.dirty[mm._channel] = DIRTY_PUSH
# CC 119 / 120 / 123 == ALL OFF
if mm.maintype() == 'CC' and (mm.values[0] == 120 or mm.values[0]
== 119 or mm.values[0] == 123):
self.clear()
self.dirty[mm._channel] = True
def __call__(self, event, data=None):
msg, deltatime = event
self._wallclock += deltatime
mm = midi.MidiMessage(msg)
# FILTERS
if mm.maintype() not in ['NOTEON', 'NOTEOFF', 'CC']:
print('discarded')
return
if mm.maintype() == 'CC':
if mm.values[0] not in [1, 2, 7, 119, 120]:
print('discarded')
return
## QOS
# VOLUME CC 7
if mm.maintype() == 'CC' and mm.values[0] == 7:
qos = 0
# OTHERS
else:
qos = 1
# PAYLOAD
payload = '-'.join([str(v).zfill(3) for v in mm.message[:3]])
if mm.channel() == 16:
self.mqttc.publish('k32/all/midi',
payload=payload,
qos=qos,
retain=False)
print('k32/all/midi', payload, mm.maintype())
else:
self.mqttc.publish('k32/c' + str(mm.channel()) + '/midi',
payload=payload,
qos=qos,
retain=False)
print('k32/c' + str(mm.channel()) + '/midi', payload,
mm.maintype())
def __call__(self, event, data=None):
msg, deltatime = event
self._wallclock += deltatime
mm = midi.MidiMessage(msg)
# print(mm.maintype(), 'chan '+str(mm.channel()), mm.values)
if mm.maintype() in ['NOTEON', 'NOTEOFF']:
# NOTEON 127
if mm.maintype() == 'NOTEON' and mm.note() == 127:
self.mqttc.publish('k32/c' + str(mm.channel()) +
'/titre/clear',
payload="",
qos=1,
retain=False)
print('NOTE 127: k32/c' + str(mm.channel()) + '/titre/clear')
# NOTES TXT from XLS
else:
txt = self.xls.getCell(self.bank[mm.channel()],
mm.channel() + 1,
mm.note() + 2)
if txt:
txt = txt.replace("\n", ";")
txt = txt.replace("\r", "")
sub = txt.split(";")
if len(sub) > 1:
sub1 = ("_").join(sub[1:])
txt = sub[0] + ";" + sub1
if txt.endswith(';'):
txt += "_"
txt += '§' + getMode(txt) + '§' + str(mm.values[1])
if mm.maintype() == 'NOTEON':
if mm.values[1] > 1:
self.mqttc.publish('k32/c' + str(mm.channel()) +
'/titre/text',
payload=txt,
qos=0,
retain=False) #add
print('k32/c' + str(mm.channel()) + '/titre/text',
txt)
else:
self.mqttc.publish('k32/c' + str(mm.channel()) +
'/titre/clear',
payload='',
qos=0,
retain=False) #add
print('k32/c' + str(mm.channel()) + '/titre/clear')
#elif mm.maintype() == 'NOTEOFF':
# self.mqttc.publish('k32/c'+str(mm.channel())+'/titre/clear', payload=txt, qos=0, retain=False) #rm
# print('k32/c'+str(mm.channel())+'/titre/clear', txt)
elif mm.maintype() == 'CC':
# CC 14 = ARPPEGIO SPEED
if mm.values[0] == 12:
self.mqttc.publish('k32/c' + str(mm.channel()) +
'/titre/speed',
payload=str(128 - mm.values[1]),
qos=1,
retain=False)
print('k32/c' + str(mm.channel()) + '/titre/speed',
str(128 - mm.values[1]))
# CC 0 = Bank
elif mm.values[0] == 0:
self.bank[mm.channel()] = mm.values[1]
self.mqttc.publish('k32/all/titre/clear',
payload="",
qos=1,
retain=False)
print('bank', mm.values[1])
# CC 120 / 123 == ALL OFF
if mm.values[0] == 120 or mm.values[0] == 123:
self.mqttc.publish('k32/c' + str(mm.channel()) +
'/titre/clear',
payload="",
qos=1,
retain=False)
print('CC 120/127: k32/c' + str(mm.channel()) + '/titre/clear')