def LaunchMidinProcess(launchqueue):
launchqueue_get = launchqueue.get
while True:
msg = launchqueue_get()
# Note On
#print msg
if msg[0] == NOTE_ON:
#PadLeds[msg[1]]
#Launch send back note on and off to light up the led.
(x, y) = PadIndex(msg[1])
#print x,y
#print ("Launchpad Button : ", str(msg[1]))
if x < 9:
msg[1] = BhorNoteXY(x, y)
print "Pad Matrix : ", msg[1], msg[2]
midi.NoteOn(msg[1], msg[2])
time.sleep(0.1)
if x == 9:
print "Right Button : ", y
PadRightOn(y, msg[2])
time.sleep(0.1)
PadRightOff(y)
if msg[0] == CONTROLLER_CHANGE:
print "Pad Top Button : ", str(msg[1] - 103)
PadTopOn(msg[1] - 103, msg[2])
time.sleep(0.1)
PadTopOff(msg[1] - 103)
def led(path, tags, args, source):
# tags will contain 'fff'
# args is a OSCMessage with data
# source is where the message came from (in case you need to reply)
#print (source,path,args[0],args[1])
user = ''.join(path.split("/"))
midi.NoteOn(args[0], args[1])
def noteon(path, tags, args, source):
user = ''.join(path.split("/"))
#print ""
#print path,args
#print "note : ", args[0]
#print "velocity : 127"
#print "gstt.tomidi", str(gstt.tomidi)
if gstt.tomidi and args[0] > 11:
print "Note on sending to midi devices"
midi.NoteOn(int(args[0]), 64)
else:
Noteon_Update(int(args[0]))
def send(self, command, kwargs): for key in kwargs: kwargs[key] = int(kwargs[key]) if self.type == 'SERIAL': channel = kwargs['channel'] + 1 if command == 'note_on': note = kwargs['note'] velocity = kwargs['velocity'] msg_type = midi.NoteOn(note, velocity) elif command == 'control_change': control = kwargs['control'] value = kwargs['value'] msg = midi.Message(msg_type, channel=channel) self.conn.write(msg) else: msg = mido.Message(command, **kwargs) self.conn.send(msg)
import midi
midiPort = midi.MidiConnector('/dev/ttyAMA0')
#noteOff = midi.NoteOff(note_number,velocity)
noteOn = midi.NoteOn(63, 40)
#noteOn.note_number = 60
#noteOn.velocity = 40
msg = midi.Message(noteOn, channel=1)
midiPort.write(msg)
def print_data_structures(size):
transition_matrix = create_transition_matrix(size)
probability_matrix = create_zero_matrix(size)
note_dict = create_note_dict(size)
for row in transition_matrix:
#print(row)
pass
for row in probability_matrix:
#print(row)
pass
for key in note_dict.keys():
print(key, note_dict[key])
write_note_dict(note_dict, "NoteDictionary")
note_dict = read_note_dict("NoteDictionary")
print("\n")
add_note_transition(0, 2, note_dict)
add_note_transition(0, 3, note_dict)
add_note_transition(4, 5, note_dict)
for key in note_dict.keys():
print(key, note_dict[key])
new_message = midi.Message(midi.NoteOn(60, 50), 1)