def lower_panel_shift(self):
# Initialize the rows
top_row = [None] * 8
lower_row = [None] * 8
# Enter
top_row[0] = 'green_low'
top_row[2] = 'green_low'
# Highlight arrows
top_row[1] = 'yellow_low'
lower_row[0] = 'yellow_low'
lower_row[1] = 'yellow_low'
lower_row[2] = 'yellow_low'
# Transport
lower_row[3] = 'yellow_low'
lower_row[4] = 'yellow_low'
lower_row[5] = 'red_low'
lower_row[6] = 'green_low'
lower_row[7] = 'red_low'
if state.play_status:
lower_row[5] = 'red'
if state.play_status:
lower_row[6] = 'green'
if state.play_status:
lower_row[7] = 'red'
# Knob mode
top_row[3] = 'yellow_low'
top_row[4] = 'yellow_low'
top_row[5] = 'yellow_low'
top_row[6] = 'yellow_low'
top_row[7] = 'yellow_low'
if state.knob_mode == 'pan':
top_row[3] = 'yellow'
elif state.knob_mode == 'stereo':
top_row[3] = 'yellow'
if state.knob_mode == 'sends':
top_row[3] = 'yellow'
if state.knob_mode == 'effect':
top_row[3] = 'yellow'
if state.knob_mode == 'eq':
top_row[3] = 'yellow'
# Send the panel
for value, index in zip(top_row, range(24, 32)):
d_translator.light_on(self.midiout_launchcontrol, index, value)
for value, index in zip(lower_row, range(32, 40)):
d_translator.light_on(self.midiout_launchcontrol, index, value)
def hold_cursor_right(self):
d_translator.light_on(self.midiout_launchcontrol, 34, 'amber')
while self.keep_running:
# Get the message
message = self.midiin_launchcontrol.poll()
if message:
# Organize the values
data = message.dict()
if data['note'] == 75 and data['velocity'] == 0:
d_translator.light_on(self.midiout_launchcontrol, 34,
'amber_low')
return
translator.cursor_right(self.midiout_external)
time.sleep(0.1)
def light_next_knob(self):
translator.light_on(self.midiout_launchcontrol, 16 + state.knob_leds,
'amber')
if state.knob_leds == 0:
translator.light_on(self.midiout_launchcontrol, 16 + 7, 'off')
else:
translator.light_on(self.midiout_launchcontrol,
16 + state.knob_leds - 1, 'off')
state.knob_leds += 1
if state.knob_leds == 8:
state.knob_leds = 0
def reset_knob_panel(self):
d_translator.light_on(self.midiout_launchcontrol, 27, 'yellow_low')
d_translator.light_on(self.midiout_launchcontrol, 28, 'yellow_low')
d_translator.light_on(self.midiout_launchcontrol, 29, 'yellow_low')
d_translator.light_on(self.midiout_launchcontrol, 30, 'yellow_low')
d_translator.light_on(self.midiout_launchcontrol, 31, 'yellow_low')
def upper_panel(self):
for value, index in zip(state.channel_focus, range(24, 32)):
d_translator.light_on(self.midiout_launchcontrol, index, value)
def shift(self):
# Light the panel
self.light_right_panel_shift()
self.light_on_device()
self.lower_panel_shift()
while self.keep_running:
# Get the message
message = self.midiin_launchcontrol.poll()
if message:
# Organize the values
data = message.dict()
print("output", data)
if data['type'] in ['note_on', 'note_off']:
# Release shift key
if data['note'] == 105 and data['velocity'] == 127:
return
# Enter
elif data['note'] == 41:
if data['velocity'] == 127:
d_translator.light_on(self.midiout_launchcontrol,
24, 'green')
translator.enter(self.midiout_external)
else:
d_translator.light_on(self.midiout_launchcontrol,
24, 'green_low')
# Tab
elif data['note'] == 43:
if data['velocity'] == 127:
d_translator.light_on(self.midiout_launchcontrol,
26, 'green')
translator.tab(self.midiout_external)
else:
d_translator.light_on(self.midiout_launchcontrol,
26, 'green_low')
# Mute
elif data['note'] == 106 and data['velocity'] == 127:
state.current_window = 'mixer'
self.light_right_panel_shift()
# Solo
elif data['note'] == 107 and data['velocity'] == 127:
state.current_window = 'pattern'
translator.activate_pattern_window(
self.midiout_external)
self.light_right_panel_shift()
# Record Arm
elif data['note'] == 108 and data['velocity'] == 127:
state.current_window = 'browser'
translator.activate_browser_window(
self.midiout_external)
self.light_right_panel_shift()
# Up
elif data['note'] == 42 and data['velocity'] == 127:
self.hold_cursor_up()
# Pan
elif data['note'] == 44 and data['velocity'] == 127:
self.reset_knob_panel()
d_translator.light_on(self.midiout_launchcontrol, 27,
'yellow')
translator.pan(self.midiout_external)
# Stereo
elif data['note'] == 57 and data['velocity'] == 127:
self.reset_knob_panel()
d_translator.light_on(self.midiout_launchcontrol, 28,
'yellow')
translator.stereo(self.midiout_external)
# Sends
elif data['note'] == 58 and data['velocity'] == 127:
self.reset_knob_panel()
d_translator.light_on(self.midiout_launchcontrol, 29,
'yellow')
translator.sends(self.midiout_external)
# Effect
elif data['note'] == 59 and data['velocity'] == 127:
self.reset_knob_panel()
d_translator.light_on(self.midiout_launchcontrol, 30,
'yellow')
translator.effect(self.midiout_external)
# EQ
elif data['note'] == 60 and data['velocity'] == 127:
self.reset_knob_panel()
d_translator.light_on(self.midiout_launchcontrol, 31,
'yellow')
translator.eq(self.midiout_external)
# Down
elif data['note'] == 74 and data['velocity'] == 127:
self.hold_cursor_down()
# Left
elif data['note'] == 73 and data['velocity'] == 127:
self.hold_cursor_left()
# Right
elif data['note'] == 75 and data['velocity'] == 127:
self.hold_cursor_right()
# <<
elif data['note'] == 76:
if data['velocity'] == 127:
d_translator.light_on(self.midiout_launchcontrol,
35, 'amber')
translator.rewind(self.midiout_external)
else:
d_translator.light_on(self.midiout_launchcontrol,
35, 'amber_low')
translator.rewind_off(self.midiout_external)
# >>
elif data['note'] == 89:
if data['velocity'] == 127:
d_translator.light_on(self.midiout_launchcontrol,
36, 'amber')
translator.forward(self.midiout_external)
else:
d_translator.light_on(self.midiout_launchcontrol,
36, 'amber_low')
translator.forward_off(self.midiout_external)
# Stop
elif data['note'] == 90:
if data['velocity'] == 127:
translator.stop(self.midiout_external)
d_translator.light_on(self.midiout_launchcontrol,
37, 'red')
d_translator.light_on(self.midiout_launchcontrol,
38, 'green_low')
else:
d_translator.light_on(self.midiout_launchcontrol,
37, 'red_low')
# Play
elif data['note'] == 91:
if data['velocity'] == 127:
translator.play(self.midiout_external)
d_translator.light_on(self.midiout_launchcontrol,
38, 'green')
d_translator.light_on(self.midiout_launchcontrol,
37, 'red_low')
# Record
elif data['note'] == 92:
if data['velocity'] == 127:
translator.record(self.midiout_external)
if state.rec_status:
d_translator.light_on(
self.midiout_launchcontrol, 39, 'red_low')
else:
d_translator.light_on(
self.midiout_launchcontrol, 39, 'red')
state.rec_status = not state.rec_status
print(state.rec_status)
# Control change
elif data['type'] == 'control_change':
# Preserve fader movement
if data['control'] in self.faders:
# Send the fader movement
translator.move_fader(self.midiout_external,
data['value'], data['control'])
elif data['control'] in self.knobs:
translator.move_knob(self.midiout_external,
data['value'], data['control'])
# Check arrow keys
self.arrow_keys(data)
time.sleep(self.default_timeout)
def knob_leds_off(self):
for i in range(16, 24):
translator.light_on(self.midiout_launchcontrol, i, 'off')
state.knob_leds = 0