def processMuteSolo(track, command):
if command.value == 0: return
if mixer.isTrackSolo(track):
mixer.soloTrack(track)
command.actions.appendAction("Unsolo track " + str(track))
return
mixer.muteTrack(track)
if command.is_double_click:
mixer.soloTrack(track)
command.actions.appendAction("Solo track " + str(track))
else:
if mixer.isTrackMuted(track):
command.actions.appendAction("Mute track " + str(track))
else:
command.actions.appendAction("Unmute track " + str(track))
def mixerMuteSoloHandler(action: str, targetTrack: int, selectedTrack: int):
""" Handles the way mixer and solo commands are sent from S-Series keyboards.
### Parameters
- action: MUTE or SOLO.
- targetTrack: From 0 to 7, the track that the user is trying to mute or solo from the ones showing on the device's mixer.
- selectedTrack: The currently selected track that is used to calculate the track group.
"""
# Uses the function to know which track group the current track belongs to and truncates the value to get the exact number
trackGroup = math.trunc(1 / 8 * selectedTrack)
# Multiplies the trackGroup to 8 to get the index of the first track that has to be shown
trackFirst = trackGroup * 8
# Adjusts the correct property of the right track
if action == "MUTE":
mixer.muteTrack(trackFirst + targetTrack)
if action == "SOLO":
mixer.soloTrack(trackFirst + targetTrack)
def OnMidiMsg(self, event):
#print('senderId', event.senderId)
if (event.midiId == midi.MIDI_CONTROLCHANGE):
if (event.midiChan == 0):
event.inEv = event.data2
if event.inEv >= 0x40:
event.outEv = -(event.inEv - 0x40)
else:
event.outEv = event.inEv
# knobs
if event.data1 in [0x10, 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17]:
r = utils.KnobAccelToRes2(event.outEv) #todo outev signof
Res = r * (1 / (40 * 2.5))
self.SetKnobValue(event.data1 - 0x10, event.outEv, Res)
event.handled = True
else:
event.handled = False # for extra CCs in emulators
else:
event.handled = False # for extra CCs in emulators
elif event.midiId == midi.MIDI_PITCHBEND: # pitch bend (faders)
if event.midiChan <= 8:
event.inEv = event.data1 + (event.data2 << 7)
event.outEv = (event.inEv << 16) // 16383
event.inEv -= 0x2000
if self.ColT[event.midiChan].SliderEventID >= 0:
# slider (mixer track volume)
event.handled = True
mixer.automateEvent(self.ColT[event.midiChan].SliderEventID, self.AlphaTrack_SliderToLevel(event.inEv + 0x2000), midi.REC_MIDIController, self.SmoothSpeed)
# hint
n = mixer.getAutoSmoothEventValue(self.ColT[event.midiChan].SliderEventID)
s = mixer.getEventIDValueString(self.ColT[event.midiChan].SliderEventID, n)
if s != '':
s = ': ' + s
self.OnSendTempMsg(self.ColT[event.midiChan].SliderName + s, 500)
elif (event.midiId == midi.MIDI_NOTEON) | (event.midiId == midi.MIDI_NOTEOFF): # NOTE
if event.midiId == midi.MIDI_NOTEON:
if (event.pmeFlags & midi.PME_FromScript != 0):
if event.data1 == 0x7F:
self.SetFirstTrack(event.data2)
# slider hold
if event.data1 in [0x68, 0x69, 0x70]:
self.SliderHoldCount += -1 + (int(event.data2 > 0) * 2)
if (event.pmeFlags & midi.PME_System != 0):
if (event.data1 == 0x2E) | (event.data1 == 0x2F): # mixer bank
if event.data2 > 0:
self.SetFirstTrack(self.FirstTrackT[self.FirstTrack] - 8 + int(event.data1 == 0x2F) * 16)
elif (event.data1 == 0x30) | (event.data1 == 0x31):
if event.data2 > 0:
self.SetFirstTrack(self.FirstTrackT[self.FirstTrack] - 1 + int(event.data1 == 0x31) * 2)
elif event.data1 == 0x32: # self.Flip
if event.data2 > 0:
self.Flip = not self.Flip
self.UpdateColT()
self.UpdateLEDs()
elif event.data1 in [0x20, 0x21, 0x22, 0x23, 0x24, 0x25, 0x26, 0x27]: # knob reset
if event.data2 > 0:
n = event.data1 - 0x20
self.SetKnobValue(n, midi.MaxInt)
if (event.pmeFlags & midi.PME_System_Safe != 0):
if event.data1 == 0x47: # link selected channels to current mixer track
if event.data2 > 0:
if self.Shift:
mixer.linkTrackToChannel(midi.ROUTE_StartingFromThis)
else:
mixer.linkTrackToChannel(midi.ROUTE_ToThis)
elif (event.data1 >= 0x18) & (event.data1 <= 0x1F): # select mixer track
if event.data2 > 0:
i = event.data1 - 0x18
ui.showWindow(midi.widMixer)
mixer.setTrackNumber(self.ColT[i].TrackNum, midi.curfxScrollToMakeVisible | midi.curfxMinimalLatencyUpdate)
elif (event.data1 >= 0x8) & (event.data1 <= 0xF): # solo
if event.data2 > 0:
i = event.data1 - 0x8
self.ColT[i].solomode = midi.fxSoloModeWithDestTracks
if self.Shift:
Include(self.ColT[i].solomode, midi.fxSoloModeWithSourceTracks)
mixer.soloTrack(self.ColT[i].TrackNum, midi.fxSoloToggle, self.ColT[i].solomode)
mixer.setTrackNumber(self.ColT[i].TrackNum, midi.curfxScrollToMakeVisible)
elif (event.data1 >= 0x10) & (event.data1 <= 0x17): # mute
if event.data2 > 0:
mixer.enableTrack(self.ColT[event.data1 - 0x10].TrackNum)
elif (event.data1 >= 0x0) & (event.data1 <= 0x7): # arm
if event.data2 > 0:
mixer.armTrack(self.ColT[event.data1].TrackNum)
if mixer.isTrackArmed(self.ColT[event.data1].TrackNum):
self.OnSendTempMsg(mixer.getTrackName(self.ColT[event.data1].TrackNum) + ' recording to ' + mixer.getTrackRecordingFileName(self.ColT[event.data1].TrackNum), 2500)
else:
self.OnSendTempMsg(mixer.getTrackName(self.ColT[event.data1].TrackNum) + ' unarmed')
event.handled = True
else:
event.handled = False
else:
event.handled = False
def actionButton(self, event, FoundButton):
#Action to Button (wiht my Index FoundButton[2])
global goTo
global Tog_TP
global Tog_Steps
global StepsPerTick
global lsSPT_Values
global SPT_IDX
snapVal = 7
def goRight(steps):
#Selection go steps to the rigeht sight of Mixer
sEnd = " "
global goTo #Warum hier global und in goSteps nicht?
lastgoTo = goTo
if goTo + NK_NrOf_ControlGr + steps < FL_TR_COUNT_MAX:
goTo = goTo + steps #print("right")
else:
goTo = FL_TR_COUNT_MAX - NK_NrOf_ControlGr
sEnd = "END of Mixer (right)! - " #wird mir goTo nie überschritten
sHi_MixTR_Range = sEnd + "Mix-Tracks " + str(goTo) + "-" + str(
NK_NrOf_ControlGr + goTo - 1) #activ HintMsg Track area
ui.setHintMsg(sHi_MixTR_Range)
if lastgoTo != goTo: resetTrackName(event, lastgoTo)
selectActivArea(goTo)
event.handled = True
def goLeft(steps):
#Selection go steps to the left sight of Mixer
sEnd = " "
global goTo
lastgoTo = goTo
if goTo > steps - 1: goTo = goTo - steps #print("left")
else:
goTo = 0
sEnd = "END of Mixer (left)! - "
sHi_MixTR_Range = sEnd + "Mix-Tracks " + str(goTo) + "-" + str(
NK_NrOf_ControlGr + goTo - 1) #activ HintMsg Track area
ui.setHintMsg(sHi_MixTR_Range)
if lastgoTo != goTo: resetTrackName(event, lastgoTo)
selectActivArea(goTo)
if FoundButton[2] == 2: #8 to left
goLeft(NK_NrOf_ControlGr)
elif FoundButton[2] == 3: #8 to right
goRight(NK_NrOf_ControlGr)
elif FoundButton[2] == 4: #reset
ui.showWindow(midi.widMixer)
resetAllName()
event.handled = True #sonst knallt es
elif FoundButton[2] == 5: #set stepswide
### Könnte ich dazu verwenden um einen Track fest zu zu ordnen
if Tog_Steps and SPT_IDX < len(lsSPT_Values):
SPT_IDX += 1
if SPT_IDX == (len(lsSPT_Values) - 1):
Tog_Steps = not Tog_Steps #max 7 per Ticker, Toggel betwenn Up/down
elif SPT_IDX > 0:
SPT_IDX -= 1
if SPT_IDX == 0: Tog_Steps = not Tog_Steps #max 7 per Ticker
else: print("Error: Step-Counter")
StepsPerTick = lsSPT_Values[SPT_IDX]
ui.setHintMsg("set " + str(lsSPT_Values[SPT_IDX]) + " steps")
event.handled = True
time.sleep(ST_HintMsg)
elif FoundButton[2] == 6: #StepsPerTick) to left
goLeft(StepsPerTick)
elif FoundButton[2] == 7: #StepsPerTick) to right
goRight(StepsPerTick)
elif FoundButton[2] == 8: #TP Rew
if Tog_TP: transport.rewind(2)
else: transport.rewind(0)
Tog_TP = not Tog_TP
event.handled = True
elif FoundButton[2] == 9: #TP FF
if Tog_TP: transport.fastForward(2)
else: transport.fastForward(0)
Tog_TP = not Tog_TP
event.handled = True
elif FoundButton[2] == 10: #TP stop
if Tog_TP: transport.fastForward(2)
transport.stop()
event.handled = True
elif FoundButton[2] == 11: #TP play
transport.start()
event.handled = True
elif FoundButton[2] == 12: #TP rec
if bPrintAction:
print("TP rec ", FoundButton[1], " Wert: ", FoundButton[4])
transport.record()
event.handled = True
elif FoundButton[2] in lsKnob: #Paning
nMixTrIndex = FoundButton[3] - (NK_CC_Knob_First
) #36to43-35=MixTrackIdx in FL
nMixTrPan = (1 / 64) * (FoundButton[4] - 63
) # max Pan. FL=-1.0 - 1.0 (0-127 steps)
FL_Pan = int(mixer.getTrackPan(nMixTrIndex + goTo) * 64)
#Only change the value if the position of the controller matches the FL value. To avoid jumps
if FoundButton[4] - 63 in range(FL_Pan - snapVal,
FL_Pan + snapVal) and Reg_Snap:
mixer.setTrackPan(nMixTrIndex + goTo, nMixTrPan) #Set Paning
if Reg_Snap == False:
mixer.setTrackPan(nMixTrIndex + goTo, nMixTrPan) #Set Paning
selectActivMixTrack(nMixTrIndex + goTo)
event.handled = True
elif FoundButton[2] in lsSld: #Volume
nMixTrIndex = FoundButton[3] - (NK_CC_SLider_First
) #36to43-35=MixTrackIdx in FL
nMixTrVolu = (1 / 127) * FoundButton[
4] # max Vol. FL=1.0 / max Vol. nK2=127, event.data2=Value from nK2-Slider
FL_Vol = int(mixer.getTrackVolume(nMixTrIndex + goTo) * 127)
#Only change the value if the position of the controller matches the FL value. To avoid jumps
if FoundButton[4] in range(FL_Vol - snapVal,
FL_Vol + snapVal) and Reg_Snap:
mixer.setTrackVolume(nMixTrIndex + goTo, nMixTrVolu) #Set Vol
if Reg_Snap == False:
mixer.setTrackVolume(nMixTrIndex + goTo, nMixTrVolu) #Set Vol
selectActivMixTrack(nMixTrIndex + goTo)
event.handled = True
elif FoundButton[2] in lsSoloB: #Solo-Button
nMixTrIndex = FoundButton[3] + NK_Solo_But_First
selectActivMixTrack(nMixTrIndex + goTo)
mixer.soloTrack(nMixTrIndex + goTo) #
event.handled = True
elif FoundButton[2] in lsMuteB: #Mute-Button
nMixTrIndex = FoundButton[3] - (NK_Mute_But_First
) #36to43-35=MixTrackIdx in FL
mixer.muteTrack(nMixTrIndex + goTo) #
selectActivMixTrack(nMixTrIndex + goTo)
event.handled = True
elif FoundButton[2] in lsRecB: #Rec-Button
nMixTrIndex = FoundButton[3] - (NK_Rec_But_First
) #72to73-71=MixTrackIdx in FL
mixer.armTrack(nMixTrIndex + goTo) #
selectActivMixTrack(nMixTrIndex + goTo)
event.handled = True
def mixerToggleSolo(selectedTrackNum): mixer.soloTrack(selectedTrackNum) if mixer.isTrackSolo(selectedTrackNum) == 1: return "Mixer: Solo track: " + getMixerTrackName(selectedTrackNum) else: return "Mixer: Unsolo track: " + getMixerTrackName(selectedTrackNum)
def OnMidiIn(self, event):
#tbuttons
if (event.data1 == playb):
transport.start() #play
self.UpdateLEDs()
if (event.data1 == recb):
transport.record() #record
self.UpdateLEDs()
if (event.data1 == stopb):
transport.stop() #stop
self.UpdateLEDs()
if (event.data1 == loopb):
transport.setLoopMode() #loop/pattern mode
self.UpdateLEDs()
if (event.data1 == metrob): # metronome/button
transport.globalTransport(midi.FPT_Metronome, 110)
self.UpdateLEDs()
if (event.data1 == tempob):
transport.stop() #tap tempo
if (event.data1 == quantizeb):
transport.globalTransport(midi.FPT_Snap, 48) #snap toggle
if (event.data1 == squantizeb):
ui.snapMode(1) #snap toggle
if (event.data1 == srecb):
transport.globalTransport(midi.FPT_CountDown,
115) #countdown before recordin
#if (event.data1 == sstopb):
# transport.globalTransport(midi.FPT_F12, 71) #clear all windows
if (event.data1 == undob):
general.undoUp() #undo
if (event.data1 == sundob):
general.undo() #redo
if (event.data1 == squantizeb):
transport.globalTransport(midi.FPT_SnapMode, 49,
event.pmeFlags) #snap toggle
self.UpdateLEDs()
if (event.data1 == tempob):
transport.globalTransport(midi.FPT_TapTempo, 106) #tap tempo
#4D controller
if (event.data1 == knobe):
transport.globalTransport(midi.FPT_Enter, 80) #enter
if (event.data1 == knobsp) & (event.data2
== right): #4d encoder spin right
ui.jog(1)
elif (event.data1 == knobsp) & (event.data2
== left): #4d encoder spin left
ui.jog(-1)
if (event.data1 == knoblr) & (event.data2
== right): #4d encoder push right
transport.globalTransport(midi.FPT_Right, 1)
elif (event.data1 == knoblr) & (event.data2
== left): #4d encoder push left
transport.globalTransport(midi.FPT_Left, 1)
if (event.data1 == knobud) & (event.data2 == up): #4d encoder push up
transport.globalTransport(midi.FPT_Up, 1)
elif (event.data1 == knobud) & (event.data2
== down): #4d encoder push down
transport.globalTransport(midi.FPT_Down, 1)
#8 volume knobs for mixer & channel rack, 8 tracks at a time
volinc = .005 #volume increments
paninc = .01 # pan increments
if ui.getFocused(0) == 1: #mixer volume control
if (event.data1 == muteb):
mixer.enableTrack(mixer.trackNumber()) #mute
if (event.data1 == solob):
mixer.soloTrack(mixer.trackNumber()) #solo
# VOLUME CONTROL
#knob 1
if (event.data1 == knob1):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 0,
mixer.getTrackVolume(mixer.trackNumber()) + 0 -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 0,
mixer.getTrackVolume(mixer.trackNumber()) + 0 +
volinc) # volume values go up
#knob 2
if (event.data1 == knob2):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 1,
mixer.getTrackVolume(mixer.trackNumber() + 1) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 1,
mixer.getTrackVolume(mixer.trackNumber() + 1) +
volinc) # volume values go up
#knob 3
if (event.data1 == knob3):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 2,
mixer.getTrackVolume(mixer.trackNumber() + 2) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 2,
mixer.getTrackVolume(mixer.trackNumber() + 2) +
volinc) # volume values go up
#knob 4
if (event.data1 == knob4):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 3,
mixer.getTrackVolume(mixer.trackNumber() + 3) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 3,
mixer.getTrackVolume(mixer.trackNumber() + 3) +
volinc) # volume values go up
#knob5
if (event.data1 == knob5):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 4,
mixer.getTrackVolume(mixer.trackNumber() + 4) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 4,
mixer.getTrackVolume(mixer.trackNumber() + 4) +
volinc) # volume values go up
#knob 6
if (event.data1 == knob6):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 5,
mixer.getTrackVolume(mixer.trackNumber() + 5) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 5,
mixer.getTrackVolume(mixer.trackNumber() + 5) +
volinc) # volume values go up
#knob 7
if (event.data1 == knob7):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 6,
mixer.getTrackVolume(mixer.trackNumber() + 6) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 6,
mixer.getTrackVolume(mixer.trackNumber() + 6) +
volinc) # volume values go up
#knob 8
if (event.data1 == knob8):
if event.data2 == 127:
mixer.setTrackVolume(
mixer.trackNumber() + 7,
mixer.getTrackVolume(mixer.trackNumber() + 7) -
volinc) # volume values go down
elif event.data2 == 1:
mixer.setTrackVolume(
mixer.trackNumber() + 7,
mixer.getTrackVolume(mixer.trackNumber() + 7) +
volinc) # volume values go up
# PAN CONTROL
#sknob 1
if (event.data1 == sknob1):
if event.data2 == 127:
mixer.setTrackPan(mixer.trackNumber() + 0,
mixer.getTrackPan(mixer.trackNumber()) +
0 - paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(mixer.trackNumber() + 0,
mixer.getTrackPan(mixer.trackNumber()) +
0 + paninc) # volume values go up
#sknob 2
if (event.data1 == sknob2):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 1,
mixer.getTrackPan(mixer.trackNumber() + 1) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 1,
mixer.getTrackPan(mixer.trackNumber() + 1) +
paninc) # volume values go up
#sknob 3
if (event.data1 == sknob3):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 2,
mixer.getTrackPan(mixer.trackNumber() + 2) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 2,
mixer.getTrackPan(mixer.trackNumber() + 2) +
paninc) # volume values go up
#sknob 4
if (event.data1 == sknob4):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 3,
mixer.getTrackPan(mixer.trackNumber() + 3) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 3,
mixer.getTrackPan(mixer.trackNumber() + 3) +
paninc) # volume values go up
#sknob5
if (event.data1 == sknob5):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 4,
mixer.getTrackPan(mixer.trackNumber() + 4) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 4,
mixer.getTrackPan(mixer.trackNumber() + 4) +
paninc) # volume values go up
#sknob 6
if (event.data1 == sknob6):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 5,
mixer.getTrackPan(mixer.trackNumber() + 5) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 5,
mixer.getTrackPan(mixer.trackNumber() + 5) +
paninc) # volume values go up
#sknob 7
if (event.data1 == sknob7):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 6,
mixer.getTrackPan(mixer.trackNumber() + 6) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 6,
mixer.getTrackPan(mixer.trackNumber() + 6) +
paninc) # volume values go up
#sknob 8
if (event.data1 == sknob8):
if event.data2 == 127:
mixer.setTrackPan(
mixer.trackNumber() + 7,
mixer.getTrackPan(mixer.trackNumber() + 7) -
paninc) # volume values go down
elif event.data2 == 1:
mixer.setTrackPan(
mixer.trackNumber() + 7,
mixer.getTrackPan(mixer.trackNumber() + 7) +
paninc) # volume values go up
elif ui.getFocused(0) == 0: # channel rack
if (event.data1 == muteb):
channels.muteChannel(channels.channelNumber()) #mute
if (event.data1 == solob):
channels.soloChannel(channels.channelNumber()) #solo
# VOLUME CONTROL
#knob 1
if (event.data1 == knob1):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 0,
channels.getChannelVolume(channels.channelNumber() + 0)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 0,
channels.getChannelVolume(channels.channelNumber() + 0)
+ volinc) # volume values go up
#knob 2
if (event.data1 == knob2):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 1,
channels.getChannelVolume(channels.channelNumber() + 1)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 1,
channels.getChannelVolume(channels.channelNumber() + 1)
+ volinc) # volume values go up
#knob 3
if (event.data1 == knob3):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 2,
channels.getChannelVolume(channels.channelNumber() + 2)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 2,
channels.getChannelVolume(channels.channelNumber() + 2)
+ volinc) # volume values go up
#knob 4
if (event.data1 == knob4):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 3,
channels.getChannelVolume(channels.channelNumber() + 3)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 3,
channels.getChannelVolume(channels.channelNumber() + 3)
+ volinc) # volume values go up
#knob 5
if (event.data1 == knob5):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 4,
channels.getChannelVolume(channels.channelNumber() + 4)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 4,
channels.getChannelVolume(channels.channelNumber() + 4)
+ volinc) # volume values go up
#knob 6
if (event.data1 == knob6):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 5,
channels.getChannelVolume(channels.channelNumber() + 5)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 5,
channels.getChannelVolume(channels.channelNumber() + 5)
+ volinc) # volume values go up
#knob 7
if (event.data1 == knob7):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 6,
channels.getChannelVolume(channels.channelNumber() + 6)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 6,
channels.getChannelVolume(channels.channelNumber() + 6)
+ volinc) # volume values go up
#knob 8
if (event.data1 == knob8):
if event.data2 == 127:
channels.setChannelVolume(
channels.channelNumber() + 7,
channels.getChannelVolume(channels.channelNumber() + 7)
- volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelVolume(
channels.channelNumber() + 7,
channels.getChannelVolume(channels.channelNumber() + 7)
+ volinc) # volume values go up
# PAN CONTROL
#sknob 1
if (event.data1 == sknob1):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 0,
channels.getChannelPan(channels.channelNumber() + 0) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 0,
channels.getChannelPan(channels.channelNumber() + 0) +
volinc) # volume values go up
#sknob 2
if (event.data1 == sknob2):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 1,
channels.getChannelPan(channels.channelNumber() + 1) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 1,
channels.getChannelPan(channels.channelNumber() + 1) +
volinc) # volume values go up
#sknob 3
if (event.data1 == sknob3):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 2,
channels.getChannelPan(channels.channelNumber() + 2) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 2,
channels.getChannelPan(channels.channelNumber() + 2) +
volinc) # volume values go up
#sknob 4
if (event.data1 == sknob4):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 3,
channels.getChannelPan(channels.channelNumber() + 3) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 3,
channels.getChannelPan(channels.channelNumber() + 3) +
volinc) # volume values go up
#sknob 5
if (event.data1 == sknob5):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 4,
channels.getChannelPan(channels.channelNumber() + 4) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 4,
channels.getChannelPan(channels.channelNumber() + 4) +
volinc) # volume values go up
#sknob 6
if (event.data1 == sknob6):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 5,
channels.getChannelPan(channels.channelNumber() + 5) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 5,
channels.getChannelPan(channels.channelNumber() + 5) +
volinc) # volume values go up
#sknob 7
if (event.data1 == sknob7):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 6,
channels.getChannelPan(channels.channelNumber() + 6) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 6,
channels.getChannelPan(channels.channelNumber() + 6) +
volinc) # volume values go up
#sknob 8
if (event.data1 == sknob8):
if event.data2 == 127:
channels.setChannelPan(
channels.channelNumber() + 7,
channels.getChannelPan(channels.channelNumber() + 7) -
volinc) # volume values go down
elif event.data2 == 1:
channels.setChannelPan(
channels.channelNumber() + 7,
channels.getChannelPan(channels.channelNumber() + 7) +
volinc) # volume values go up
def OnMidiIn(event):
""" Wrapper for the OnMidiIn thread. """
# Play button
if event.data1 == nihia.buttons.get("PLAY"):
event.handled = True
transport.start()
# Restart button
elif event.data1 == nihia.buttons.get("RESTART"):
event.handled = True
transport.setLoopMode()
# Record button
elif event.data1 == nihia.buttons.get("REC"):
event.handled = True
transport.record()
# Count-In button
elif event.data1 == nihia.buttons.get("COUNT_IN"):
event.handled = True
# Defines the standard behaviour (just to toggle "Countdown before recording" on/off)
if COUNT_IN_BEHAVIOUR == 0:
transport.globalTransport(midi.FPT_CountDown, 1)
# Defines behaviour of the button if the user chooses the Maschine-alike behaviour
if COUNT_IN_BEHAVIOUR == 1:
# Toggles recording on if it isn't enabled already
if transport.isRecording() == 0:
transport.record()
# Toggles countdown before recording on if it isn't enabled already
if ui.isPrecountEnabled() == 0:
transport.globalTransport(midi.FPT_CountDown, 1)
# Stops playback if FL Studio is playing
if transport.isPlaying() == True:
transport.stop()
# Then turns playback on again. This time record and countdown before recording will be activated
transport.start()
# Stop button
elif event.data1 == nihia.buttons.get("STOP"):
event.handled = True
transport.stop()
# Clear button
# This one in other DAWs (in Maschine, specifically) this button is meant to clear the MIDI clip you're
# on so you can record again on it without having to use a mouse to delete all of the notes on the clip before
# recording again
#
# However, since the MIDI API on FL Studio doesn't allow control over the piano roll specifically, for now it will only just
# emulate the delete button (which does the same)
elif event.data1 == nihia.buttons.get("CLEAR"):
event.handled = True
ui.delete()
# Loop button (toggles loop recording on/off)
elif event.data1 == nihia.buttons.get("LOOP"):
event.handled = True
transport.globalTransport(midi.FPT_LoopRecord, 1)
# Metronome button
elif event.data1 == nihia.buttons.get("METRO"):
event.handled = True
transport.globalTransport(midi.FPT_Metronome, 1)
# Tempo button
elif event.data1 == nihia.buttons.get("TEMPO"):
event.handled = True
transport.globalTransport(midi.FPT_TapTempo, 1)
# Undo button
elif event.data1 == nihia.buttons.get("UNDO"):
event.handled = True
general.undoUp()
# Redo button
elif event.data1 == nihia.buttons.get("REDO"):
event.handled = True
general.undo()
# Quantize button
# TODO: Not imlpemented yet in FL Studio MIDI API
#
# Instead, it changes between FL windows
# TODO: The code is correctly written, but the ui.showWindow() method has a bug that causes the Piano roll and Browser windows not to
# appear when invoked. It has been said it should be fixed in a future update.
# -----------------------------------------------------------------------------------------------------------------------------------
# if event.data1 == nihia.buttons.get("QUANTIZE"):
# global window
# window += 1
# if window <= 4:
# ui.showWindow(window)
# print("if reached")
# elif window > 4:
# window = 0
# ui.showWindow(window)
# -----------------------------------------------------------------------------------------------------------------------------------
#
# Alternative implementation: Emulate the Fn buttons
elif event.data1 == nihia.buttons.get("QUANTIZE"):
event.handled = True
global window2
window2 += 1
# Normal behaviour if the action ID is between the desired range
if window2 <= 68 and window2 != 67:
transport.globalTransport(window2, 1)
# Skips the 67 value which calls the full screen plugin picker and calls the mixer instead
elif window2 == 67:
window2 += 1
transport.globalTransport(window2, 1)
# Once window value is out of range, it sets it again to the first value in range
elif window2 > 68:
window2 = 64
transport.globalTransport(window2, 1)
# Automation button
# Enables and disables the recording automation events
# TODO: Not implemented yet in FL Studio MIDI API
#
# Instead, it shows the full-screen plugin browser
elif event.data1 == nihia.buttons.get("AUTO"):
event.handled = True
transport.globalTransport(midi.FPT_F8, 1)
# Mute button - A-Series
elif event.data1 == nihia.buttons.get("MUTE_SELECTED"):
event.handled = True
mixer.muteTrack(mixer.trackNumber())
# Solo button - A-Series
elif event.data1 == nihia.buttons.get("SOLO_SELECTED"):
event.handled = True
mixer.soloTrack(mixer.trackNumber())
# Mute button - S-Series
elif event.data1 == nihia.buttons.get("MUTE"):
event.handled = True
mixerMuteSoloHandler("MUTE", event.data2, mixer.trackNumber())
# Solo button - S-Series
elif event.data1 == nihia.buttons.get("SOLO"):
event.handled = True
mixerMuteSoloHandler("SOLO", event.data2, mixer.trackNumber())
# 4D Encoder +
elif event.data1 == nihia.buttons.get(
"ENCODER_GENERAL") and event.data2 == nihia.buttons.get("PLUS"):
event.handled = True
# Mixer navigation (right)
if ui.getFocused(midi.widMixer) == True:
ui.right()
# Playback jogging
elif (ui.getFocused(midi.widPianoRoll) == True) or (ui.getFocused(
midi.widPlaylist) == True):
transport.setSongPos(
transport.getSongPos(midi.SONGLENGTH_S) + 1, midi.SONGLENGTH_S)
# General navigation
else:
ui.down()
# 4D Encoder -
elif event.data1 == nihia.buttons.get(
"ENCODER_GENERAL") and event.data2 == nihia.buttons.get("MINUS"):
event.handled = True
# Mixer navigation
if ui.getFocused(midi.widMixer) == True:
ui.left()
elif (ui.getFocused(midi.widPianoRoll) == True) or (ui.getFocused(
midi.widPlaylist) == True):
transport.setSongPos(
transport.getSongPos(midi.SONGLENGTH_S) - 1, midi.SONGLENGTH_S)
# General navigation
else:
ui.up()
# 4D Encoder + (selected track volume)
elif event.data1 == nihia.buttons.get(
"ENCODER_VOLUME_SELECTED") and event.data2 == nihia.buttons.get(
"PLUS"):
event.handled = True
mixer.setTrackVolume(mixer.trackNumber(),
mixer.getTrackVolume(mixer.trackNumber()) + 0.01)
# 4D Encoder - (selected track volume)
elif event.data1 == nihia.buttons.get(
"ENCODER_VOLUME_SELECTED") and event.data2 == nihia.buttons.get(
"MINUS"):
event.handled = True
mixer.setTrackVolume(mixer.trackNumber(),
mixer.getTrackVolume(mixer.trackNumber()) - 0.01)
# 4D Encoder + (selected track pan)
elif event.data1 == nihia.buttons.get(
"ENCODER_PAN_SELECTED") and event.data2 == nihia.buttons.get(
"PLUS"):
event.handled = True
mixer.setTrackPan(mixer.trackNumber(),
mixer.getTrackPan(mixer.trackNumber()) + 0.01)
# 4D Encoder + (selected track pan)
elif event.data1 == nihia.buttons.get(
"ENCODER_PAN_SELECTED") and event.data2 == nihia.buttons.get(
"MINUS"):
event.handled = True
mixer.setTrackPan(mixer.trackNumber(),
mixer.getTrackPan(mixer.trackNumber()) - 0.01)
# 4D Encoder up
elif event.data1 == encoderHandler(
"Y") and event.data2 == nihia.buttons.get("UP"):
event.handled = True
ui.up()
# 4D Encoder down
elif event.data1 == encoderHandler(
"Y") and event.data2 == nihia.buttons.get("DOWN"):
event.handled = True
ui.down()
# 4D Encoder (using FPT because ui.left doesn't work on the playlist)
elif event.data1 == encoderHandler(
"X") and event.data2 == nihia.buttons.get("LEFT"):
event.handled = True
if ui.getFocused(midi.widMixer) == True:
# This one doesn't move the mixer view as you get to the border
# ----------------------------------------------------
# mixer.setTrackNumber(mixer.trackNumber() - 1)
# ----------------------------------------------------
ui.left()
else:
ui.left()
# 4D Encoder (using FPT because ui.right doesn't work on the playlist)
elif event.data1 == encoderHandler(
"X") and event.data2 == nihia.buttons.get("RIGHT"):
event.handled = True
if ui.getFocused(midi.widMixer) == True:
# This one doesn't move the mixer view as you get to the border
# ----------------------------------------------------
# mixer.setTrackNumber(mixer.trackNumber() + 1)
# ----------------------------------------------------
ui.right()
else:
ui.right()
# 4D Encoder button
elif event.data1 == nihia.buttons.get("ENCODER_BUTTON"):
event.handled = True
ui.enter()
# 4D Encoder button (shifted)
elif event.data1 == nihia.buttons.get("ENCODER_BUTTON_SHIFTED"):
event.handled = True
transport.globalTransport(midi.FPT_Menu, 1)
# Knobs
# Normal knobs - increase values
elif event.data1 == nihia.knobs.get(
"KNOB_1A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(0, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_2A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(1, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_3A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(2, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_4A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(3, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_5A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(4, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_6A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(5, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_7A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(6, "VOLUME", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_8A") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(7, "VOLUME", "INCREASE", mixer.trackNumber())
# Normal knobs - decrease values
elif event.data1 == nihia.knobs.get(
"KNOB_1A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(0, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_2A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(1, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_3A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(2, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_4A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(3, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_5A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(4, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_6A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(5, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_7A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(6, "VOLUME", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_8A") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(7, "VOLUME", "DECREASE", mixer.trackNumber())
# Shifted knobs - increase values
elif event.data1 == nihia.knobs.get(
"KNOB_1B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(0, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_2B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(1, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_3B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(2, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_4B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(3, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_5B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(4, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_6B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
adjustMixer(5, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_7B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(6, "PAN", "INCREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_8B") and event.data2 == nihia.knobs.get("INCREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(7, "PAN", "INCREASE", mixer.trackNumber())
# Shifted knobs - decrease values
elif event.data1 == nihia.knobs.get(
"KNOB_1B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(0, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_2B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(1, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_3B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(2, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_4B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(3, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_5B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(4, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_6B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
adjustMixer(5, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_7B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(6, "PAN", "DECREASE", mixer.trackNumber())
elif event.data1 == nihia.knobs.get(
"KNOB_8B") and event.data2 == nihia.knobs.get("DECREASE"):
event.handled = True
# Handles track group 15 exception
if math.trunc(1 / 8 * mixer.trackNumber()) == 15:
return
else:
adjustMixer(7, "PAN", "DECREASE", mixer.trackNumber())
def switch_moment(event):
"""handles momentary witch midi events"""
if event.data1 == button["pad_mode_toggle"]: # This Rotates through pad modes - standard, step sequencer, pad to channel
Switch.mode_toggle += 1
if Switch.mode_toggle == 4:
Switch.mode_toggle = 0
print('Pad Mode: ' + mode[Switch.mode_toggle])
ui.setHintMsg(mode[Switch.mode_toggle])
elif event.midiId == 224: # pitch wheel
Switch.pitch_num = event.data2
if Switch.shift_status == True:
print(data.notes_list[int(mapvalues(Switch.pitch_num, 0, 11, 0, 244))])
elif event.data1 == button["play"]:
transport.start()
event.handled = True
elif event.data1 == button["offset_range"]:
Switch.offset_iter += 1
if Switch.offset_iter == 2: # 2 here will limit to 32 steps, knobs. Changing to 4 will allow up to 64 steps, knobs.
Switch.offset_iter = 0
ui.setHintMsg("Offset Range: " + str(Switch.offset_iter))
elif event.data1 == button["stop"]:
print('Stop')
transport.stop()
event.handled = True
elif event.data1 == button["record"]:
print('Record')
transport.record()
event.handled = True
elif event.data1 == button["pattern_down"]:
if ui.getFocused(5):
print("Previous Preset")
ui.previous()
else:
print('Pattern Down')
transport.globalTransport(midi.FPT_PatternJog, -1)
event.handled = True
elif event.data1 == button["pattern_up"]:
if ui.getFocused(5):
print("Next Preset")
ui.next()
else:
print('Pattern Up')
transport.globalTransport(midi.FPT_PatternJog, 1)
event.handled = True
# Set mod wheel to control channels when channels focused and tracks when mixer
elif event.data1 == button["mod_wheel"]:
if ui.getFocused(0):
mixer.setTrackNumber(int(mapvalues(event.data2, 0, 64, 0, 127)))
ui.scrollWindow(midi.widMixer, mixer.trackNumber())
elif ui.getFocused(1):
print("Channel Number: " + str(channels.selectedChannel()))
channels.selectOneChannel(int(round(mapvalues(event.data2, channels.channelCount()-1, 0, 0, 127), 0)))
elif event.data1 == 72:
print(channels.getChannelColor(channels.selectedChannel()))
Switch.color_num += 1
if Switch.color_num == len(colors):
Switch.color_num = 0
if ui.getFocused(1):
channels.setChannelColor(channels.selectedChannel(), colors[Switch.color_num])
elif ui.getFocused(0):
mixer.setTrackColor(mixer.trackNumber(), colors[Switch.color_num])
event.handled = True
elif event.data1 == button["enter"]:
if ui.getFocused(4):
print("Select Browser Item")
ui.selectBrowserMenuItem()
event.handled = True
elif ui.getFocused(1):
print("Mute Channel")
channels.muteChannel(channels.selectedChannel())
elif ui.getFocused(0):
print("Mute Track")
mixer.muteTrack(mixer.trackNumber())
else:
print('enter')
ui.enter()
event.handled = True
elif event.data1 in range(59, 64) and config.PATTERN_JUMP_ON: # Sets jump to pattern
patterns.jumpToPattern(event.data1 - 58)
event.handled = True
elif event.data1 in range(75, 80) and config.PATTERN_JUMP_ON:
patterns.jumpToPattern(event.data1 - 69)
event.handled = True
elif event.data1 == button["solo"]:
print('Solo')
if ui.getFocused(0):
mixer.soloTrack(mixer.trackNumber())
elif ui.getFocused(1):
channels.soloChannel(channels.selectedChannel())
elif event.data1 == button["view_plugin_picker"]:
print('View Plugin Picker')
transport.globalTransport(midi.FPT_F8, 67)
event.handled = True
elif event.data1 == button["song_mode_toggle"]:
print('Toggle Song and Pattern Mode')
transport.setLoopMode()
event.handled = True
elif event.data1 == button["view_playlist"]:
print('View Playlist')
transport.globalTransport(midi.FPT_F5, 65)
event.handled = True
elif event.data1 == button["view_piano_roll"]:
print('View Piano Roll')
transport.globalTransport(midi.FPT_F7, 66)
event.handled = True
elif event.data1 == button["view_channel_rack"]:
print('View Channel Rack')
transport.globalTransport(midi.FPT_F6, 65)
event.handled = True
elif event.data1 == button["view_mixer"]:
print('View Mixer')
transport.globalTransport(midi.FPT_F9, 68)
event.handled = True
# Toggle through step parameter options - pitch, pan etc. No Shift control right now.
elif event.data1 == button["step_parameter"]:
if ui.getFocused(1) and Switch.mode_toggle == 1:
print('Toggle Step Parameter')
Switch.parameter += 1
if Switch.parameter == 7:
Switch.parameter = 0
print(Switch.parameter)
ui.setHintMsg(parameters[Switch.parameter])
elif ui.getFocused(0):
Switch.mixer_num += 1
if Switch.mixer_num == 2:
Switch.mixer_num = 0
print('Mixer Mode: ' + str(Switch.mixer_num))
ui.setHintMsg(mixer_choice[Switch.mixer_num])
event.handled = True
elif event.data1 == button["open_channel_sampler"]:
print('Open Sampler Channel')
channels.showCSForm(channels.channelNumber(), -1)
event.handled = True
elif event.data1 == button["left"]:
print('Left')
ui.left()
event.handled = True
elif event.data1 == button["down"]:
print('Down')
ui.down()
event.handled = True
elif event.data1 == button["right"]:
print('Right')
ui.right()
event.handled = True
elif event.data1 == button["save"]:
print('Save')
transport.globalTransport(midi.FPT_Save, 92)
# If mixer is open and mute mode selected, top row will mute respective track
elif event.data1 == button["undo"]:
print('Undo')
transport.globalTransport(midi.FPT_Undo, 20)
device.midiOutMsg(144, 1, 63, 80)
event.handled = True
elif event.data1 == button["escape"]:
print('Escape')
ui.escape()
event.handled = True
elif event.data1 == button["up"]:
print('Up')
ui.up()
event.handled = True
elif event.data1 == button["rotate_window"]:
print('Rotate Window')
ui.nextWindow()
event.handled = True
elif event.data1 == button["browser"]:
print('Browser')
if Switch.shift_status == False:
if ui.getFocused(4):
ui.hideWindow(4)
event.handled = True
else:
ui.showWindow(4)
ui.setFocused(4)
event.handled = True
elif event.data1 == button["step_rec"]:
if ui.getFocused(0):
mixer.armTrack(mixer.trackNumber())
print("Toggle Track Rec")
else:
transport.globalTransport(midi.FPT_StepEdit, 114)
print('Step Record')
event.handled = True
elif event.data1 == button["quantize"]:
print('quantize')
channels.quickQuantize(channels.channelNumber())
event.handled = True
elif event.data1 == button["link_chan"]:
print('link channel')
mixer.linkTrackToChannel(0)
elif event.data1 == button["rand_steps"]:
print("Random")
print(f'Pitch Bend: {event.pitchBend}')
for i in range(patterns.getPatternLength(patterns.patternNumber())):
channels.setGridBit(channels.channelNumber(), i, 0)
for z in range (patterns.getPatternLength(patterns.patternNumber())):
y = num_gen()
if y > ( Switch.pitch_num * 516):
channels.setGridBit(channels.channelNumber(), z, 1)
else:
pass
event.handled = True
elif event.data1 == button["rand_notes"]:
print("Randomize Notes")
Switch.note_gen()
event.handled = True
def OnMidiMsg(self, event):
print("On Midi Msg")
#print("CC: ", event.controlNum, " Value: ", event.controlVal, " Chan: ", event.midiChan)
i = mixer.trackNumber()
if (event.midiChan == self.CHN.KNOB):
event.handled = False
if event.controlNum == self.KNOB.VOL:
sVol = self.scaleValue(event.controlVal, 127, 1)
mixer.setTrackVolume(mixer.trackNumber(), sVol)
event.handled = True
if event.controlNum == self.KNOB.PAN:
sPan = (self.scaleValue(event.controlVal, 127, 2) - 1)
if (abs(sPan) < 0.008):
sPan = 0
mixer.setTrackPan(mixer.trackNumber(), sPan)
event.handled = True
elif (event.midiChan == self.CHN.BTN):
event.handled = False
if (event.controlNum == self.BTN.PLAY) & (event.controlVal == 127):
transport.start()
event.handled = True
if (event.controlNum == self.BTN.STOP) & (event.controlVal == 127):
transport.stop()
event.handled = True
if (event.controlNum == self.BTN.RECORD) & (event.controlVal
== 127):
transport.record()
event.handled = True
if (event.controlNum == self.BTN.LOOP_MODE) & (event.controlVal
== 127):
transport.setLoopMode()
event.handled = True
if (event.controlNum == self.BTN.MUTE) & (event.controlVal == 127):
mixer.enableTrack(i)
event.handled = True
if (event.controlNum == self.BTN.SOLO) & (event.controlVal == 127):
mixer.soloTrack(i)
event.handled = True
if (event.controlNum == self.BTN.TRACK_ARM) & (event.controlVal
== 127):
mixer.armTrack(i)
event.handled = True
else:
event.handled = False
def solo(self, value=-1, flags=0):
mixer.soloTrack(self.index, value, flags)
def OnMidiMsg(event):
global trackOffset, soloStates
event.handled = False
#print(event.midiId, event.data1, event.data2, event.status, event.note, event.progNum, event.controlNum, event.controlVal)
if event.midiId == potInput:
if event.data1 in faderInputs:
trackNum = faderInputs.index(event.data1) + trackOffset
if trackNum <= realTrackCount:
mixer.setTrackVolume(trackNum,
constrain(event.data2, 0.8, 127))
#print("fader input")
event.handled = True
elif event.data1 == masterFader:
mixer.setTrackVolume(0, constrain(event.data2, 0.8, 127))
#print("master input")
event.handled = True
elif event.data1 in panInputs:
trackNum = panInputs.index(event.data1) + trackOffset
if trackNum <= realTrackCount:
mixer.setTrackPan(trackNum, constrainPan(event.data2))
#print("pan input")
event.handled = True
elif event.data1 == LEDknob:
if event.data2 in LED1s:
print("LEDmode 1")
LED1()
elif event.data2 in LED2s:
print("LEDmode 2")
LED2()
elif event.data2 in LED3s:
print("LEDmode 3")
LED3()
elif event.data2 in LED4s:
print("LEDmode 4")
LED4()
elif event.midiId == buttonPress:
# process input
if event.data1 == bankLeft:
device.midiOutMsg(midi.MIDI_NOTEON + (25 << 8) + (0 << 16))
event.handled = True
if trackOffset > 1:
trackOffset = trackOffset - 8
setTrackData()
#print("left", trackOffset)
elif event.data1 == bankRight:
device.midiOutMsg(midi.MIDI_NOTEON + (26 << 8) + (0 << 16))
event.handled = True
if trackOffset < (realTrackCount - (realTrackCount % 8) + 1):
trackOffset = trackOffset + 8
setTrackData()
#print("right", trackOffset)
elif event.data1 in muteButtons:
trackNum = muteButtons.index(event.data1) + trackOffset
if trackNum <= realTrackCount:
mixer.muteTrack(trackNum)
#print("mute")
event.handled = True
elif event.data1 in soloButtons:
if useNormalSolo:
trackNum = soloButtons.index(event.data1) + trackOffset
if trackNum <= realTrackCount:
mixer.soloTrack(trackNum)
#print("solo")
event.handled = True
else:
index = soloButtons.index(event.data1)
if soloStates[index] == 1:
event.midiId = potInput
event.status = potInput
event.velocity = 0
event.controlVal = 0
soloStates[index] = 0
else:
event.midiId = potInput
event.status = potInput
event.velocity = 127
event.controlVal = 127
soloStates[index] = 1
event.handled = False
updateLEDs()
elif event.data1 in armButtons:
trackNum = armButtons.index(event.data1) + trackOffset
if trackNum <= realTrackCount:
mixer.armTrack(trackNum)
#print("arm")
event.handled = True
elif event.data1 == soloSwitch:
event.handled = True
# visual feedback
elif event.midiId == buttonPress:
event.handled = True
if event.data1 == bankLeft:
device.midiOutMsg(midi.MIDI_NOTEON + (25 << 8) + (127 << 16))
elif event.data1 == bankRight:
device.midiOutMsg(midi.MIDI_NOTEON + (26 << 8) + (127 << 16))