def OnInit(self):
if device.isAssigned():
self.sysex(IMPULSE_INIT)
self.encoderSwitcher.set(EncoderMode.Mixer)
self.faderSwitcher.set(FaderMode.Mixer)
self.lcdText(ui.getProgTitle())
device.setHasMeters()
def OnIdle(self): # refresh meters if device.isAssigned(): f = False for m in range(0, len(self.ColT) - 1): self.ColT[m].Tag = utils.Limited(self.ColT[m].Peak, 0, self.MeterMax) self.ColT[m].Peak = 0 if self.ColT[m].Tag == 0: if self.ColT[m].ZPeak: continue else: self.ColT[m].ZPeak = True else: self.ColT[m].ZPeak = f device.midiOutMsg(midi.MIDI_CHANAFTERTOUCH + (self.ColT[m].Tag << 8) + (m << 12)) # temp message if self.TempMsgDirty: self.UpdateTempMsg() self.TempMsgDirty = False if (self.TempMsgCount > 0) & (self.SliderHoldCount <= 0) & (not ui.isInPopupMenu()): self.TempMsgCount -= 1 if self.TempMsgCount == 0: self.UpdateTempMsg()
def OnInit():
"""Function called when script starts"""
if device.isAssigned():
print("Device assigned - ver 1.54")
print(device.getName())
print(f"Port Number: {device.getPortNumber()}")
else:
print("Not assigned - ver 1.54")
def UpdateMeterMode(self): # force vertical (activity) meter mode for free controls page self.CurMeterMode = self.MeterMode if device.isAssigned(): #clear peak indicators for m in range(0, len(self.ColT) - 1): device.midiOutMsg(midi.MIDI_CHANAFTERTOUCH + (0xF << 8) + (m << 12)) # disable all meters for m in range (0, 8): device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x20, m, 0, 0xF7])) # reset stuff if self.CurMeterMode > 0: self.TempMsgCount = -1 else: self.TempMsgCount = 500 // 48 + 1 self.EmptyLastMsgT() self.MeterMax = 0xD + int(self.CurMeterMode == 1) # $D for horizontal, $E for vertical meters self.ActivityMax = 0xD - int(self.CurMeterMode == 1) * 6 # meter split marks if self.CurMeterMode == 0: s2 = ''; for m in range(0, len(self.ColT) - 1): s2 = s2 + ' .' self.SendMsg(s2, 1); else: self.UpdateTextDisplay() if device.isAssigned(): # horizontal/vertical meter mode device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x21, int(self.CurMeterMode > 0), 0xF7])) # enable all meters if self.CurMeterMode == 2: n = 1 else: n = 1 + 2; for m in range(0, 8): device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x20, m, n, 0xF7]))
def UpdateLEDs(self):
if device.isAssigned():
playstatus = [transport.isPlaying()]
recstatus = [transport.isRecording()]
loopstatus = [transport.getLoopMode()]
metrostatus = [ui.isMetronomeEnabled()]
prestatus = [ui.isPrecountEnabled()]
quanstatus = [ui.getSnapMode()]
mutestatusc = [channels.isChannelMuted(0)]
solostatusc = [channels.isChannelSolo(0)]
mutestatusm = [mixer.isTrackEnabled(mixer.trackNumber())]
solostatusm = [mixer.isTrackSolo(mixer.trackNumber())]
for a in playstatus:
if a == 0: #not playing
KompleteDataOut(0x14, 0x01) #stop on
elif a == 1: #playing
KompleteDataOut(0x14, 0x00) #stop off
for b in recstatus:
if b == 0: #not recording
KompleteDataOut(0x12, 0x00)
elif b == 1: #recording
KompleteDataOut(0x12, 0x01)
for c in loopstatus:
if c == 0: #loop mood
KompleteDataOut(0x16, 0x00)
elif c == 1: #playlist mode
KompleteDataOut(0x16, 0x01)
for d in metrostatus:
if d == 0: #metro off
KompleteDataOut(0x17, 0x00)
elif d == 1: #metro on
KompleteDataOut(0x17, 0x01)
for e in prestatus:
if e == 0: #pre count on
KompleteDataOut(0x13, 0x00)
elif e == 1: #pre count off
KompleteDataOut(0x13, 0x01)
for f in quanstatus:
if f == 3: #quantize off
KompleteDataOut(0x22, 0x00)
elif f != 1: #quantize on
KompleteDataOut(0x22, 0x01)
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 updateLED(self, control, color=None, animation=0):
if device.isAssigned():
control_type, control_name, control_id, control_note_or_color = control.split(
".")
control_id = int(control_id)
control_note_or_color = int(control_note_or_color)
isRGB = bool(control_note_or_color)
if color is None:
if isRGB:
color = COLORS.RGB.DARK_GRAY
else:
color = COLORS.BW.DARK_GRAY
status = midi.MIDI_CONTROLCHANGE + animation if control_type == "Button" else midi.MIDI_NOTEON + animation
data1 = eval(f"{hex(control_id)} << 8")
data2 = eval(f"{hex(color)} << 16")
device.midiOutMsg(status + data1 + data2)
def UpdateCol(self, Num): data1 = 0 data2 = 0 baseID = 0 center = 0 b = False if device.isAssigned(): sv = mixer.getEventValue(self.ColT[Num].SliderEventID) if Num < 8: # V-Pot center = self.ColT[Num].KnobCenter if self.ColT[Num].KnobEventID >= 0: m = mixer.getEventValue(self.ColT[Num].KnobEventID, midi.MaxInt, False) if center < 0: if self.ColT[Num].KnobResetEventID == self.ColT[Num].KnobEventID: center = int(m != self.ColT[Num].KnobResetValue) else: center = int(sv != self.ColT[Num].KnobResetValue) if self.ColT[Num].KnobMode < 2: data1 = 1 + round(m * (10 / midi.FromMIDI_Max)) else: data1 = round(m * (11 / midi.FromMIDI_Max)) if self.ColT[Num].KnobMode > 3: data1 = (center << 6) else: data1 = data1 + (self.ColT[Num].KnobMode << 4) + (center << 6) else: Data1 = 0 device.midiOutNewMsg(midi.MIDI_CONTROLCHANGE + ((0x30 + Num) << 8) + (data1 << 16), self.ColT[Num].LastValueIndex) # arm, solo, mute device.midiOutNewMsg( ((0x00 + Num) << 8) + midi.TranzPort_OffOnBlinkT[int(mixer.isTrackArmed(self.ColT[Num].TrackNum)) * (1 + int(transport.isRecording()))], self.ColT[Num].LastValueIndex + 1) device.midiOutNewMsg( ((0x08 + Num) << 8) + midi.TranzPort_OffOnT[mixer.isTrackSolo(self.ColT[Num].TrackNum)], self.ColT[Num].LastValueIndex + 2) device.midiOutNewMsg( ((0x10 + Num) << 8) + midi.TranzPort_OffOnT[not mixer.isTrackEnabled(self.ColT[Num].TrackNum)], self.ColT[Num].LastValueIndex + 3) # slider data1 = self.AlphaTrack_LevelToSlider(sv) data2 = data1 & 127 data1 = data1 >> 7 device.midiOutNewMsg(midi.MIDI_PITCHBEND + Num + (data2 << 8) + (data1 << 16), self.ColT[Num].LastValueIndex + 5) Dirty = False
def OnDeInit(self):
if device.isAssigned():
for m in range(0, 8):
device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x20, m, 0, 0xF7]))
if ui.isClosing():
self.SendMsg(ui.getProgTitle() + ' session closed at ' + time.ctime(time.time()), 0)
else:
self.SendMsg('')
self.SendMsg('', 1)
self.SendAssignmentMsg(' ')
self.EmptyLastMsgT()
print('OnDeInit ready')
def OnInit(self):
self.FirstTrackT[0] = 1
self.FirstTrack = 0
self.SmoothSpeed = 469
self.Clicking = True
device.setHasMeters()
for m in range (0, len(self.FreeCtrlT)):
self.FreeCtrlT[m] = 8192 # default free faders to center
if device.isAssigned():
for x in range(0, 8):
device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x0C, 1, 0xF7]))
self.SetBackLight(2) # backlight timeout to 2 minutes
self.UpdateClicking()
self.UpdateMeterMode()
self.SetPage()
self.OnSendTempMsg('Linked to ' + ui.getProgTitle() + ' (' + ui.getVersion() + ')', 2000);
print('OnInit ready')
def SetBackLight(self, Minutes): # set backlight timeout (0 should switch off immediately, but doesn't really work well) if device.isAssigned(): device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x0B, Minutes, 0xF7]))
def UpdateClicking(self): # switch self.Clicking for transport buttons if device.isAssigned(): device.midiOutSysex(bytes([0xF0, 0x00, 0x00, 0x66, 0x15, 0x0A, int(self.Clicking), 0xF7]))
def OnRefresh(self, flags):
if device.isAssigned():
print("On Refresh")
i = mixer.trackNumber()
Volume = mixer.getTrackVolume(i)
sVol = self.scaleValue(Volume, 1, 127)
self.UpdateKnobs(self.KNOB.VOL, sVol)
self.UpdateLEDs(self.KNOB.VOL, self.COLOR.BRIGHT_GREEN,
self.ANI.SOLID)
Pan = 1 + (mixer.getTrackPan(i))
sPan = self.scaleValue(Pan, 2, 127)
self.UpdateKnobs(self.KNOB.PAN, sPan)
if mixer.isTrackSolo(i):
self.UpdateLEDs(self.BTN.SOLO, self.COLOR.GREEN_YELLOW,
self.ANI.PULSE)
else:
if (Pan < 1):
self.UpdateLEDs(self.KNOB.PAN, self.COLOR.YELLOW,
self.ANI.SOLID)
elif (Pan > 1):
self.UpdateLEDs(self.KNOB.PAN, self.COLOR.RED,
self.ANI.SOLID)
else:
self.UpdateLEDs(self.KNOB.PAN, self.COLOR.BRIGHT_GREEN,
self.ANI.SOLID)
if mixer.isTrackEnabled(i):
self.UpdateLEDs(self.BTN.MUTE, self.COLOR.BRIGHT_GREEN,
self.ANI.SOLID)
else:
self.UpdateLEDs(self.BTN.MUTE, self.COLOR.GREEN_YELLOW,
self.ANI.PULSE)
if mixer.isTrackArmed(i):
self.UpdateLEDs(self.KNOB.VOL, self.COLOR.RED, self.ANI.PULSE)
color = mixer.getTrackColor(i)
if transport.isPlaying():
self.UpdateLEDs(self.BTN.PLAY, self.COLOR.GREEN,
self.ANI.PULSE)
self.UpdateLEDs(self.BTN.STOP, self.COLOR.GREEN,
self.ANI.SOLID)
else:
self.UpdateLEDs(self.BTN.PLAY, self.COLOR.DARK_BLUE,
self.ANI.SOLID)
self.UpdateLEDs(self.BTN.STOP, self.COLOR.DARK_BLUE,
self.ANI.SOLID)
if transport.isRecording():
self.UpdateLEDs(self.BTN.RECORD, self.COLOR.RED,
self.ANI.PULSE)
else:
self.UpdateLEDs(self.BTN.RECORD, self.COLOR.YELLOW,
self.ANI.SOLID)
if transport.getLoopMode():
self.UpdateLEDs(self.BTN.LOOP_MODE, self.COLOR.BRIGHT_GREEN,
self.ANI.SOLID)
else:
self.UpdateLEDs(self.BTN.LOOP_MODE, self.COLOR.LIGHT_ORANGE,
self.ANI.SOLID)
def UpdateMixer_Sel(self): if device.isAssigned(): for m in range(0, len(self.ColT) - 1): device.midiOutNewMsg(((0x18 + m) << 8) + midi.TranzPort_OffOnT[self.ColT[m].TrackNum == mixer.trackNumber()], self.ColT[m].LastValueIndex + 4)
def Reset(self):
if device.isAssigned():
device.midiOutMsg(0xB0)
device.midiOutMsg(0x0300B0)
def SendAssignmentMsg(self, Msg): s_ansi = Msg + chr(0) #AnsiString(Msg); if device.isAssigned(): for m in range(1, 3): device.midiOutMsg(midi.MIDI_CONTROLCHANGE + ((0x4C - m) << 8) + (ord(s_ansi[m]) << 16))
def OnDeInit(self):
if device.isAssigned():
self.sysex(IMPULSE_DEINIT)
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)))