def SetFirstTrack(self, Value): self.FirstTrackT[self.FirstTrack] = (Value + mixer.trackCount()) % mixer.trackCount() s = utils.Zeros(self.FirstTrackT[self.FirstTrack], 2, ' ') self.UpdateColT() self.SendAssignmentMsg(s) device.hardwareRefreshMixerTrack(-1)
def _find_data(self):
prefix = self._get_pattern_name()
name = mixer.getTrackName(mixer.trackCount() - 1)
if name.startswith(prefix):
line = name[len(prefix):]
self._last_state = line
return line
return ''
def UpdateLEDs(self): if device.isAssigned(): r = transport.isRecording() b = 0 for m in range(0, mixer.trackCount()): if mixer.isTrackArmed(m): b = 1 + int(r) break device.midiOutNewMsg((0x73 << 8) + midi.TranzPort_OffOnBlinkT[b], 16)
def set_mixer_track_route(n):
if type(n) is str and n.isdigit():
n = int(n)
currTrack = mixer.trackNumber()
for dest in range(mixer.trackCount()):
active = mixer.getRouteSendActive(currTrack, dest)
if active:
mixer.setRouteTo(currTrack, dest, 0)
mixer.setRouteTo(currTrack, n, 1)
mixer.getRouteSendActive(currTrack, n)
print("set_mixer_track_route:", n)
def OnUpdateTargetMixerTrack(self, delta):
max_track_idx = mixer.trackCount() - 2 # One of the track is a control track
prev_track = channels.getTargetFxTrack(channels.selectedChannel())
target_track = self.circular(0, max_track_idx, prev_track + delta)
# Remember to unset the name of the previous pointed to track.
mixer.setTrackNumber(target_track, midi.curfxMinimalLatencyUpdate)
mixer.linkTrackToChannel(midi.ROUTE_ToThis)
channel_idx = self._channel_with_route_to_mixer_track(prev_track)
if channel_idx < 0:
mixer.setTrackName(prev_track, '')
elif mixer.getTrackName(prev_track) == mixer.getTrackName(target_track):
mixer.setTrackName(prev_track, channels.getChannelName(channel_idx))
if target_track == 0:
mixer.setTrackName(target_track, '')
def UpdateColT(self): f = self.FirstTrackT[self.FirstTrack] CurID = mixer.getTrackPluginId(mixer.trackNumber(), 0) for m in range(0, len(self.ColT)): self.ColT[m].KnobPressEventID = -1 # mixer if m == 8: self.ColT[m].TrackNum = -2 self.ColT[m].BaseEventID = midi.REC_MainVol self.ColT[m].SliderEventID = self.ColT[m].BaseEventID self.ColT[m].SliderName = 'Master Vol' else: self.ColT[m].TrackNum = midi.TrackNum_Master + ((f + m) % mixer.trackCount()) self.ColT[m].BaseEventID = mixer.getTrackPluginId(self.ColT[m].TrackNum, 0) self.ColT[m].SliderEventID = self.ColT[m].BaseEventID + midi.REC_Mixer_Vol s = mixer.getTrackName(self.ColT[m].TrackNum) self.ColT[m].SliderName = s + ' - Vol' self.ColT[m].KnobEventID = -1 self.ColT[m].KnobResetEventID = -1 self.ColT[m].KnobResetValue = midi.FromMIDI_Max >> 1 self.ColT[m].KnobName = '' self.ColT[m].KnobMode = 1 # parameter, pan, volume, off self.ColT[m].KnobCenter = -1 self.ColT[m].KnobEventID = self.ColT[m].BaseEventID + midi.REC_Mixer_Pan self.ColT[m].KnobResetEventID = self.ColT[m].KnobEventID self.ColT[m].KnobName = mixer.getTrackName( self.ColT[m].TrackNum) + ' - ' + 'Pan' # self.Flip knob & slider if self.Flip: self.ColT[m].KnobEventID, self.ColT[m].SliderEventID = utils.SwapInt(self.ColT[m].KnobEventID, self.ColT[m].SliderEventID) s = self.ColT[m].SliderName self.ColT[m].SliderName = self.ColT[m].KnobName self.ColT[m].KnobName = s self.ColT[m].KnobMode = 2 self.ColT[m].KnobCenter = -1 self.ColT[m].KnobResetValue = round(12800 * midi.FromMIDI_Max / 16000) self.ColT[m].KnobResetEventID = self.ColT[m].KnobEventID self.ColT[m].LastValueIndex = 48 + m * 6 self.ColT[m].Peak = 0 self.ColT[m].ZPeak = False self.UpdateCol(m)
def OnEncoderTempoIncreased(self, control, event):
if self.controls.isButtonShiftPressed:
transport.globalTransport(midi.FPT_TempoJog, 10)
elif ui.getFocused(midi.widChannelRack):
idx = channels.channelNumber(1)
print(idx)
if idx == -1:
channels.selectChannel(0, 1)
elif idx < channels.channelCount() - 1:
channels.deselectAll()
channels.selectChannel(idx + 1, 1)
elif ui.getFocused(midi.widPlaylist):
idx = patterns.patternNumber()
if idx < patterns.patternCount(
): # TODO figure out why patternNumber starts at one instead of zero!
patterns.jumpToPattern(idx + 1)
elif ui.getFocused(midi.widMixer):
idx = mixer.trackNumber()
if idx < mixer.trackCount():
mixer.setTrackNumber(idx + 1)
def updateLEDs(self):
if device.isAssigned():
# play button
if transport.isPlaying() and transport.getLoopMode():
self.updateLED(CONTROLS.BUTTONS.PLAY, COLORS.RGB.GREEN,
ANIMATIONS.BLINKING.QUARTER)
elif transport.isPlaying():
self.updateLED(CONTROLS.BUTTONS.PLAY, COLORS.RGB.ORANGE,
ANIMATIONS.BLINKING.QUARTER)
else:
self.updateLED(CONTROLS.BUTTONS.PLAY)
# record button
if transport.isRecording():
self.updateLED(CONTROLS.BUTTONS.RECORD, COLORS.RGB.RED)
else:
self.updateLED(CONTROLS.BUTTONS.RECORD)
# double loop [song/pattern] button
if transport.getLoopMode():
self.updateLED(CONTROLS.BUTTONS.DOUBLE_LOOP)
else:
self.updateLED(CONTROLS.BUTTONS.DOUBLE_LOOP, COLORS.BW.WHITE)
# metronome button
if ui.isMetronomeEnabled():
self.updateLED(CONTROLS.BUTTONS.METRONOME, COLORS.BW.WHITE)
else:
self.updateLED(CONTROLS.BUTTONS.METRONOME)
# device [channel rack] button
if ui.getFocused(midi.widChannelRack):
self.updateLED(CONTROLS.BUTTONS.DEVICE, COLORS.BW.WHITE)
else:
self.updateLED(CONTROLS.BUTTONS.DEVICE)
# mix [mixer] button
if ui.getFocused(midi.widMixer):
self.updateLED(CONTROLS.BUTTONS.MIX, COLORS.BW.WHITE)
else:
self.updateLED(CONTROLS.BUTTONS.MIX)
# clip [playlist] button
if ui.getFocused(midi.widPlaylist):
self.updateLED(CONTROLS.BUTTONS.CLIP, COLORS.BW.WHITE)
else:
self.updateLED(CONTROLS.BUTTONS.CLIP)
# browse [browser] button
# if ui.getFocused(midi.widBrowser):
# self.updateLED(CONTROLS.BUTTONS.BROWSE, COLORS.BW.WHITE)
# else:
# self.updateLED(CONTROLS.BUTTONS.BROWSE)
# layout button
if ui.getFocused(midi.widPlaylist):
if self.playlist.layout == LAYOUTS.PLAYLIST.PATTERNS:
self.updateLED(CONTROLS.BUTTONS.LAYOUT, COLORS.BW.WHITE)
else:
self.updateLED(CONTROLS.BUTTONS.LAYOUT)
# quantize/snap button
if ui.getSnapMode() != 3:
self.updateLED(CONTROLS.BUTTONS.QUANTIZE, COLORS.BW.WHITE)
else:
self.updateLED(CONTROLS.BUTTONS.QUANTIZE)
# numbered upper buttons
for idx, button in enumerate(CONTROLS.BUTTONS_UPPER, 1):
if ui.getFocused(midi.widMixer):
if (idx == self.mixer.encodersTarget):
self.updateLED(button, COLORS.RGB.WHITE)
else:
self.updateLED(button)
elif ui.getFocused(midi.widChannelRack):
if (idx == self.channels.encodersTarget):
self.updateLED(button, COLORS.RGB.ORANGE)
else:
self.updateLED(button)
elif ui.getFocused(midi.widPlaylist):
if (idx == self.playlist.encodersTarget):
self.updateLED(button, COLORS.RGB.GREEN)
else:
self.updateLED(button)
else:
self.updateLED(button)
# pads
for idx, pad in enumerate(CONTROLS.PADS_64):
self.updateLED(pad, 0)
if ui.getFocused(midi.widMixer):
idx += 1 # do not include the master track (0)
if idx < mixer.trackCount():
self.updateLED(
pad, getClosestColor(mixer.getTrackColor(idx)))
if mixer.isTrackSelected(
idx) and not mixer.isTrackEnabled(idx):
self.updateLED(pad, COLORS.RGB.GREEN)
self.updateLED(pad, COLORS.RGB.RED,
ANIMATIONS.BLINKING.HALF)
elif mixer.isTrackSelected(idx):
self.updateLED(pad, COLORS.RGB.GREEN)
self.updateLED(
pad, getClosestColor(mixer.getTrackColor(idx)),
ANIMATIONS.PULSING.HALF)
elif not mixer.isTrackEnabled(idx):
self.updateLED(pad, COLORS.RGB.RED,
ANIMATIONS.PULSING.HALF)
elif ui.getFocused(midi.widChannelRack):
if idx < channels.channelCount():
self.updateLED(
pad,
getClosestColor(channels.getChannelColor(idx)))
if channels.isChannelSelected(
idx) and not channels.isChannelMuted(
idx): # NOTE asked this bug to be fixed!
self.updateLED(pad, COLORS.RGB.GREEN)
self.updateLED(pad, COLORS.RGB.RED,
ANIMATIONS.BLINKING.HALF)
elif channels.isChannelSelected(idx):
self.updateLED(pad, COLORS.RGB.GREEN)
self.updateLED(
pad,
getClosestColor(channels.getChannelColor(idx)),
ANIMATIONS.PULSING.HALF)
elif not channels.isChannelMuted(
idx): # NOTE asked this bug to be fixed!
self.updateLED(pad, COLORS.RGB.RED,
ANIMATIONS.PULSING.HALF)
elif ui.getFocused(midi.widPlaylist):
idx += 1 # NOTE asked this bug to be fixed!
if idx <= patterns.patternCount():
# self.updateLED(pad, getClosestColor(patterns.getPatternColor(idx)))
# if patterns.isPatternSelected(idx) and not patterns.isPatternEnabled(idx):
# self.updateLED(pad, COLORS.RGB.GREEN)
# self.updateLED(pad, COLORS.RGB.RED, ANIMATIONS.BLINKING.HALF)
# elif patterns.isPatternSelected(idx):
# self.updateLED(pad, COLORS.RGB.GREEN)
# self.updateLED(pad, getClosestColor(patterns.getPatternColor(idx)), ANIMATIONS.PULSING.HALF)
# elif not patterns.isPatternEnabled(idx):
# self.updateLED(pad, COLORS.RGB.RED, ANIMATIONS.PULSING.HALF)
if (idx == patterns.patternNumber()):
# self.updateLED(pad, getClosestColor(patterns.getPatternColor(idx)))
self.updateLED(pad, COLORS.RGB.GREEN)
self.updateLED(pad, COLORS.RGB.RED,
ANIMATIONS.PULSING.HALF)
else:
self.updateLED(
pad,
getClosestColor(patterns.getPatternColor(idx)))
def _set_data(self, line):
mixer.setTrackName(mixer.trackCount() - 1,
self._get_pattern_name() + line)
def moveSelectedMixerTrack(self, offset):
selected_track = (mixer.trackNumber() + offset) % mixer.trackCount()
mixer.setTrackNumber(selected_track)
return selected_track
def mixer_track_right(unused_param_value):
"""Next mixer track"""
select = (mixer.trackNumber() + 1) % (mixer.trackCount() - 1)
mixer.setTrackNumber(select, midi.curfxScrollToMakeVisible)
mixerTreshold = 0.15
selectedTrack = mixer.getTrackInfo(3)
LEDmode = 2
# set to 0 to disable this if the very slight input lag bothers you
selectFeedbackDuration = 0
# when disabled, the solo buttons can be mapped to 'Link to controller' functions in FL Studio
useNormalSolo = True
# CONSTANTS
potInput = 176
buttonPress = midi.MIDI_NOTEON
buttonRelease = midi.MIDI_NOTEOFF
minimumAPIVersion = 7
realTrackCount = mixer.trackCount() - 2
# Environment variables
trackOffset = 1
soloStates = [0, 0, 0, 0, 0, 0, 0, 0]
def constrain(number, max, trueMax):
return number * max / trueMax
def constrainPan(number):
if number >= panDeadZoneLow and number <= panDeadZoneHigh:
return 0
else:
return constrain(number, 2, 127) - 1.0
