class MainWindow(QtGui.QMainWindow):
def __init__(self, parent=None):
super(MainWindow, self).__init__(parent)
self.midiOutputDevicesDict = {}
self.midiInputDevicesDict = {}
self.onValue = 64
self.offValue = 0
#control change values
self.dialDict = {'resonanceDial': 48, 'cutoffDial': 49, 'lfoRateDial': 50, 'lfoDepthDial': 51,
'envAmountDial': 52, 'glideAmountDial' : 53, 'oscPWMDial': 54, 'oscDetuneDial' :55,
'filterDecaySlider': 58, 'filterAttackSlider' :59, 'ampDecaySlider' :60, 'ampAttackSlider': 61}
self.buttonDict = {'oscFMOn':[65, self.onValue], 'oscFMOff':[65, self.offValue], 'lfoRandomOn':[66, self.onValue],
'lfoRandomOff':[66, self.offValue], 'lfoSquareOn':[67, self.onValue],
'lfoTriangleOn':[67, self.offValue], 'lpOn':[68, self.offValue],'hpOn':[68, self.onValue],
'distortionOn':[69, self.onValue], 'distortionOff':[69, self.offValue],
'lfoOn':[70, self.onValue], 'lfoOff':[70, self.offValue], 'lfoOscOn':[71, self.onValue],
'lfoFilterOn':[71, self.offValue], 'antiAliasOn':[72, self.onValue], 'antiAliasOff':[72, self.offValue],
'oscBOctaveOn':[73, self.onValue], 'oscBOctaveOff':[73, self.offValue],'oscBOn':[74, self.onValue],
'oscBOff':[74, self.offValue], 'oscBWaveSquare':[75, self.onValue], 'oscBWaveTri':[75, self.offValue],
'envSustainOn':[76, self.onValue], 'envSustainOff':[76, self.offValue], 'oscANoiseOn':[77, self.onValue],
'oscANoiseOff':[77, self.offValue],'pwmSweepOn':[78, self.onValue], 'pwmSweepOff':[78, self.offValue],
'oscAPWMOn':[79, self.onValue], 'oscASawOn':[79, self.offValue]}
self.buttonBoxDict = {'oscAWaveBox':'oscAWaveGroup', 'oscANoiseBox':'oscANoiseGroup', 'oscBEnableBox':'oscBEnableGroup',
'oscBWaveBox':'oscBWaveGroup', 'oscBOctaveBox':'oscBOctaveGroup', 'oscFMBox':'oscFMGroup',
'lfoEnableBox':'lfoEnableGroup', 'lfoDestBox':'lfoDestGroup', 'lfoWaveBox':'lfoWaveGroup',
'lfoRandomBox':'lfoRandomGroup', 'filterModeBox':'filterModeGroup', 'distortionBox':'distortionGroup',
'antiAliasBox':'antiAliasGroup', 'envSustainBox':'envSustainGroup', 'pwmSweepBox':'pwmSweepGroup',
'oscAWaveBox':'oscAWaveGroup'}
self.ui = Ui_MainWindow()
self.ui.setupUi(self)
self.windowHandler = MainWindowHandler(self.dialDict, self.buttonDict)
self.settings = QtCore.QSettings('MeeblipControl', 'MeeblipControl')
#connect signals and slots
for dial, cc, in self.dialDict.iteritems():
currentDial = getattr(self.ui, dial)
currentDial.setRange(0,127)
dialChanged = partial(self.windowHandler.dialChanged, mainWindowInstance=self, cc=cc)
currentDial.valueChanged.connect(dialChanged)
currentDial.setContextMenuPolicy(QtCore.Qt.CustomContextMenu)
currentDial.customContextMenuRequested.connect(partial(self.windowHandler.contextMenu, mainWindowInstance=self, widgetName=dial))
for button, buttonList in self.buttonDict.iteritems():
currentButton = getattr(self.ui, button)
buttonFunc = partial(self.windowHandler.buttonChanged, mainWindowInstance=self, value=buttonList[1], cc=buttonList[0], button=currentButton)
currentButton.toggled.connect(buttonFunc)
for buttonGroupBox in self.buttonBoxDict.keys():
currentGroup = getattr(self.ui, buttonGroupBox)
currentGroup.setContextMenuPolicy(QtCore.Qt.CustomContextMenu)
currentGroup.customContextMenuRequested.connect(partial(self.windowHandler.contextMenu, mainWindowInstance=self,
widgetName=buttonGroupBox))
class _MidiInput(QtCore.QThread):
dataReceivedSignal = QtCore.pyqtSignal(int, int)
midiExceptionSignal = QtCore.pyqtSignal(str)
def __init__(self, mainWindow, mainWindowHandler, parent=None):
super(_MidiInput, self).__init__(parent)
self.mainWindow = mainWindow
self.mainWindowHandler = mainWindowHandler
def run(self):
while True:
if self.mainWindowHandler.midiSelectedInputDevicesDict:
try:
self.mainWindowHandler.midiInputMutex.lock()
for inputDevice in self.mainWindowHandler.midiSelectedInputDevicesDict.values():
if inputDevice.poll():
data = inputDevice.read(1)
channel = (data[0][0][0] & 0xF) + 1
if channel == self.mainWindowHandler.midiInputChannel:
status = data[0][0][0] & 0xF0
cc = data[0][0][1]
#if a CC message arrives and is mapped
if status == 0xB0 and cc in self.mainWindowHandler.currentPatch.patchMIDIMapDict:
value = data[0][0][2]
self.dataReceivedSignal.emit(cc, value)
else:
if self.mainWindowHandler.midiSelectedOutputDevice:
self.mainWindowHandler.midiSelectedOutputDevice.write(data)
except midi.MidiException as e:
self.midiExceptionSignal.emit(unicode(e))
finally:
self.mainWindowHandler.midiInputMutex.unlock()
self.usleep(200) #don't hog the processor in the polling loop!
#initialize MIDI, start listening for incoming MIDI data
midi.init()
self.getMIDIDevices()
self.midiInputThread = _MidiInput(self, self.windowHandler)
self.midiInputThread.dataReceivedSignal.connect(self.midiInputCallback)
self.midiInputThread.midiExceptionSignal.connect(lambda e: QtGui.QMessageBox.warning(self, "MIDI Error", unicode(e)))
self.midiInputThread.start()
self.ui.action_Save.setEnabled(False)
self.restoreSettings(self.windowHandler)
self.windowHandler.new(self)
def midiInputCallback(self, cc, value):
widgetName = self.windowHandler.currentPatch.patchMIDIMapDict[cc]
if widgetName in self.dialDict:
getattr(self.ui, widgetName).setValue(value)
self.windowHandler.dialChanged(value, self, self.dialDict[widgetName])
elif widgetName in self.buttonBoxDict:
buttonGroup = getattr(self.ui, self.buttonBoxDict[widgetName])
checkedButton = buttonGroup.checkedButton()
checkedButtonName = str(checkedButton.objectName())
if value >= self.onValue and self.buttonDict[checkedButtonName][1] == self.offValue:
for button in buttonGroup.buttons():
if button != checkedButton:
button.toggle()
elif value < self.onValue and self.buttonDict[checkedButtonName][1] == self.onValue:
for button in buttonGroup.buttons():
if button != checkedButton:
button.toggle()
def getMIDIDevices(self):
midiOutputDevices = []
midiInputDevices = []
for index in xrange(0, midi.get_count()):
device = midi.get_device_info(index)
deviceName = device[1]
if device[3] == 1 and device[4] == 0: #if the device is an output and not opened
setattr(self, deviceName, QtGui.QAction(QtGui.QIcon(''), deviceName, self))
deviceWidget = getattr(self, deviceName)
deviceWidget.setCheckable(True)
midiOutputDevices.append(deviceWidget)
self.midiOutputDevicesDict[deviceWidget] = index
elif device[2] == 1 and device[4] == 0: #if devices is an input and not opened
deviceName = device[1]
setattr(self, deviceName, QtGui.QAction(QtGui.QIcon(''), deviceName, self))
deviceWidget = getattr(self, deviceName)
deviceWidget.setCheckable(True)
midiInputDevices.append(deviceWidget)
self.midiInputDevicesDict[deviceWidget] = index
if midiOutputDevices:
self.ui.midiOutputDevicesMenu = self.ui.menubar.addMenu("&Midi Output Device")
self.ui.midiOutputDevicesMenu.addActions(midiOutputDevices)
if midiInputDevices:
self.ui.midiInputDevicesMenu = self.ui.menubar.addMenu("&Midi Input Devices")
self.ui.midiInputDevicesMenu.addActions(midiInputDevices)
for device in midiOutputDevices:
outputFunction = partial(self.windowHandler.midiOutputSelect, mainWindowInstance=self, device=device)
device.triggered.connect(outputFunction)
for device in midiInputDevices:
inputFunction = partial(self.windowHandler.midiInputSelect, mainWindowInstance=self, device=device)
device.triggered.connect(inputFunction)
def restoreSettings(self, mainWindowHandler):
mainWindowHandler.midiInputChannel = self.settings.value('midiInputChannel').toInt()[0]
if not mainWindowHandler.midiInputChannel:
self.midiInputChannel = 1
self.midiOutputChannel = self.settings.value('midiOutputChannel').toInt()[0]
if not mainWindowHandler.midiOutputChannel:
mainWindowHandler.midiOutputChannel = 1
registryInputDeviceList = []
for inputDeviceHash in self.settings.value('midiInputDevices', []).toList():
inputDeviceHash = str(inputDeviceHash.toString())
for deviceWidget, index in self.midiInputDevicesDict.iteritems():
deviceName = midi.get_device_info(index)[1]
deviceHash = hashlib.md5(deviceName).hexdigest()
if deviceHash == inputDeviceHash:
deviceWidget.setChecked(True)
self.windowHandler.midiInputSelect(self, deviceWidget)
registryInputDeviceList.append(deviceHash)
self.settings.setValue('midiInputDevices', registryInputDeviceList)
#update the registry so unplugged devices aren't
#reselected when plugged back in at some later time
outputDeviceHash = str(self.settings.value('midiOutputDevice').toString())
registryOutputDevice = None
for deviceWidget, index in self.midiOutputDevicesDict.iteritems():
deviceName = midi.get_device_info(index)[1]
deviceHash = hashlib.md5(deviceName).hexdigest()
if deviceHash == outputDeviceHash:
deviceWidget.setChecked(True)
self.windowHandler.midiOutputSelect(self, deviceWidget)
registryOutputDevice = deviceHash
self.settings.setValue('midiOutputDevice', registryOutputDevice)
@QtCore.pyqtSignature("")
def on_action_MIDI_Channel_triggered(self):
self.windowHandler.menuOptions(self)
@QtCore.pyqtSignature("")
def on_action_Save_as_triggered(self):
self.windowHandler.saveAs(self)
@QtCore.pyqtSignature("")
def on_action_Load_triggered(self):
self.windowHandler.load(self)
@QtCore.pyqtSignature("")
def on_action_Save_triggered(self):
self.windowHandler.save(self)
@QtCore.pyqtSignature("")
def on_action_New_triggered(self):
self.windowHandler.new(self)
@QtCore.pyqtSignature("")
def on_action_Export_patch_as_MIDI_triggered(self):
self.windowHandler.midiExport(self)
@QtCore.pyqtSignature("")
def on_action_Import_MIDI_patch_triggered(self):
self.windowHandler.midiImport(self)
def __init__(self, parent=None):
super(MainWindow, self).__init__(parent)
self.midiOutputDevicesDict = {}
self.midiInputDevicesDict = {}
self.onValue = 64
self.offValue = 0
#control change values
self.dialDict = {'resonanceDial': 48, 'cutoffDial': 49, 'lfoRateDial': 50, 'lfoDepthDial': 51,
'envAmountDial': 52, 'glideAmountDial' : 53, 'oscPWMDial': 54, 'oscDetuneDial' :55,
'filterDecaySlider': 58, 'filterAttackSlider' :59, 'ampDecaySlider' :60, 'ampAttackSlider': 61}
self.buttonDict = {'oscFMOn':[65, self.onValue], 'oscFMOff':[65, self.offValue], 'lfoRandomOn':[66, self.onValue],
'lfoRandomOff':[66, self.offValue], 'lfoSquareOn':[67, self.onValue],
'lfoTriangleOn':[67, self.offValue], 'lpOn':[68, self.offValue],'hpOn':[68, self.onValue],
'distortionOn':[69, self.onValue], 'distortionOff':[69, self.offValue],
'lfoOn':[70, self.onValue], 'lfoOff':[70, self.offValue], 'lfoOscOn':[71, self.onValue],
'lfoFilterOn':[71, self.offValue], 'antiAliasOn':[72, self.onValue], 'antiAliasOff':[72, self.offValue],
'oscBOctaveOn':[73, self.onValue], 'oscBOctaveOff':[73, self.offValue],'oscBOn':[74, self.onValue],
'oscBOff':[74, self.offValue], 'oscBWaveSquare':[75, self.onValue], 'oscBWaveTri':[75, self.offValue],
'envSustainOn':[76, self.onValue], 'envSustainOff':[76, self.offValue], 'oscANoiseOn':[77, self.onValue],
'oscANoiseOff':[77, self.offValue],'pwmSweepOn':[78, self.onValue], 'pwmSweepOff':[78, self.offValue],
'oscAPWMOn':[79, self.onValue], 'oscASawOn':[79, self.offValue]}
self.buttonBoxDict = {'oscAWaveBox':'oscAWaveGroup', 'oscANoiseBox':'oscANoiseGroup', 'oscBEnableBox':'oscBEnableGroup',
'oscBWaveBox':'oscBWaveGroup', 'oscBOctaveBox':'oscBOctaveGroup', 'oscFMBox':'oscFMGroup',
'lfoEnableBox':'lfoEnableGroup', 'lfoDestBox':'lfoDestGroup', 'lfoWaveBox':'lfoWaveGroup',
'lfoRandomBox':'lfoRandomGroup', 'filterModeBox':'filterModeGroup', 'distortionBox':'distortionGroup',
'antiAliasBox':'antiAliasGroup', 'envSustainBox':'envSustainGroup', 'pwmSweepBox':'pwmSweepGroup',
'oscAWaveBox':'oscAWaveGroup'}
self.ui = Ui_MainWindow()
self.ui.setupUi(self)
self.windowHandler = MainWindowHandler(self.dialDict, self.buttonDict)
self.settings = QtCore.QSettings('MeeblipControl', 'MeeblipControl')
#connect signals and slots
for dial, cc, in self.dialDict.iteritems():
currentDial = getattr(self.ui, dial)
currentDial.setRange(0,127)
dialChanged = partial(self.windowHandler.dialChanged, mainWindowInstance=self, cc=cc)
currentDial.valueChanged.connect(dialChanged)
currentDial.setContextMenuPolicy(QtCore.Qt.CustomContextMenu)
currentDial.customContextMenuRequested.connect(partial(self.windowHandler.contextMenu, mainWindowInstance=self, widgetName=dial))
for button, buttonList in self.buttonDict.iteritems():
currentButton = getattr(self.ui, button)
buttonFunc = partial(self.windowHandler.buttonChanged, mainWindowInstance=self, value=buttonList[1], cc=buttonList[0], button=currentButton)
currentButton.toggled.connect(buttonFunc)
for buttonGroupBox in self.buttonBoxDict.keys():
currentGroup = getattr(self.ui, buttonGroupBox)
currentGroup.setContextMenuPolicy(QtCore.Qt.CustomContextMenu)
currentGroup.customContextMenuRequested.connect(partial(self.windowHandler.contextMenu, mainWindowInstance=self,
widgetName=buttonGroupBox))
class _MidiInput(QtCore.QThread):
dataReceivedSignal = QtCore.pyqtSignal(int, int)
midiExceptionSignal = QtCore.pyqtSignal(str)
def __init__(self, mainWindow, mainWindowHandler, parent=None):
super(_MidiInput, self).__init__(parent)
self.mainWindow = mainWindow
self.mainWindowHandler = mainWindowHandler
def run(self):
while True:
if self.mainWindowHandler.midiSelectedInputDevicesDict:
try:
self.mainWindowHandler.midiInputMutex.lock()
for inputDevice in self.mainWindowHandler.midiSelectedInputDevicesDict.values():
if inputDevice.poll():
data = inputDevice.read(1)
channel = (data[0][0][0] & 0xF) + 1
if channel == self.mainWindowHandler.midiInputChannel:
status = data[0][0][0] & 0xF0
cc = data[0][0][1]
#if a CC message arrives and is mapped
if status == 0xB0 and cc in self.mainWindowHandler.currentPatch.patchMIDIMapDict:
value = data[0][0][2]
self.dataReceivedSignal.emit(cc, value)
else:
if self.mainWindowHandler.midiSelectedOutputDevice:
self.mainWindowHandler.midiSelectedOutputDevice.write(data)
except midi.MidiException as e:
self.midiExceptionSignal.emit(unicode(e))
finally:
self.mainWindowHandler.midiInputMutex.unlock()
self.usleep(200) #don't hog the processor in the polling loop!
#initialize MIDI, start listening for incoming MIDI data
midi.init()
self.getMIDIDevices()
self.midiInputThread = _MidiInput(self, self.windowHandler)
self.midiInputThread.dataReceivedSignal.connect(self.midiInputCallback)
self.midiInputThread.midiExceptionSignal.connect(lambda e: QtGui.QMessageBox.warning(self, "MIDI Error", unicode(e)))
self.midiInputThread.start()
self.ui.action_Save.setEnabled(False)
self.restoreSettings(self.windowHandler)
self.windowHandler.new(self)
def __init__(self, parent=None):
super(MainWindow, self).__init__(parent)
self.midiOutputDevicesDict = {}
self.midiInputDevicesDict = {}
self.midiPassthruDevicesDict = {}
self.midiEnable = 0
self.onValue = 64
self.offValue = 0
#control change values
self.dialDict = {
'lfo2Freq_Dial': 14, # LFO2FREQ = MIDICC + $0E ; Knob 1 14 ; 0..255 (PULSE_KNOB)
'pwmDepth_Dial': 15, # PWMDEPTH = MIDICC + $0F ; Knob 2 15 ; 0..255 (=LFO2LEVEL)
'fmDepth_Dial': 16, # FMDEPTH = MIDICC + $10 ; Knob 3 16 ; 0..255
'midiKnob4_Dial': 17, # MIDI_KNOB_4 = MIDICC + $11 ; Knob 4 17 ; 0..255
'midiKnob5_Dial': 18, # MIDI_KNOB_5 = MIDICC + $12 ; Knob 5 18 ; 0..255
'midiKnob6_Dial': 19, # MIDI_KNOB_6 = MIDICC + $13 ; Knob 6 19 ; 0..255
'mixerBalance_Dial': 20, # MIXER_BALANCE = MIDICC + $14 ; Knob 7 20 ; -128..+127
'masterVolume_Dial': 21, # MASTER_VOLUME = MIDICC + $15 ; Knob 8 21 ; 0..255
'dcfAttackTime_Slider': 22, # ATTACKTIME2 = MIDICC + $16 ; _Slider 1 22 ; DCF envelope
'dcfDecayTime_Slider': 23, # DECAYTIME2 = MIDICC + $17 ; _Slider 2 23
'dcfSustainLevel_Slider': 24, # SUSTAINLEVEL2 = MIDICC + $18 ; _Slider 3 24
'dcfReleaseTime_Slider': 25, # RELEASETIME2 = MIDICC + $19 ; _Slider 4 25
'dcaAttackTime_Slider': 26, # ATTACKTIME = MIDICC + $1A ; _Slider 5 26 ; DCA envelope
'dcaDecayTime_Slider': 27, # DECAYTIME = MIDICC + $1B ; _Slider 6 27
'dcaSustainLevel_Slider': 28, # SUSTAINLEVEL = MIDICC + $1C ; _Slider 7 28
'dcaReleaseTime_Slider': 29, # RELEASETIME = MIDICC + $1D ; _Slider 8 29
# 'sw1': 44, # SW1 = MIDICC + $2C ; Reserved
# 'sw2': 45, # SW2 = MIDICC + $2D ; Reserved
# 'sw3': 46, # SW3 = MIDICC + $2E ; Reserved
# 'sw4': 47, # SW4 = MIDICC + $2F ; Reserved
'resonanceDial': 48, # RESONANCE = MIDICC + $30
'cutoffDial': 49, # CUTOFF = MIDICC + $31
'lfoRateDial': 50, # LFOFREQ = MIDICC + $32
'lfoDepthDial': 51, # PANEL_LFOLEVEL = MIDICC + $33
'envAmountDial': 52, # VCFENVMOD = MIDICC + $34
'glideAmountDial': 53, # PORTAMENTO = MIDICC + $35
'oscPWMDial': 54, # PULSE_KNOB = MIDICC + $36 ; (=LFO2FREQ)
'oscDetuneDial': 55, # OSC_DETUNE = MIDICC + $37
# X = MIDICC + $38 ; Undefined
# X = MIDICC + $39 ; Undefined
'filterDecaySlider': 58, # KNOB_DCF_DECAY = MIDICC + $3A
'filterAttackSlider': 59, # KNOB_DCF_ATTACK = MIDICC + $3B
'ampDecaySlider': 60, # KNOB_AMP_DECAY = MIDICC + $3C
'ampAttackSlider': 61} # KNOB_AMP_ATTACK = MIDICC + $3D
# X = MIDICC + $3E ; Undefined
# X = MIDICC + $3F ; Undefined
self.buttonDict = { # S_KNOB_SHIFT = MIDICC + $40
'oscFMOn': [65, self.onValue], 'oscFMOff': [65, self.offValue], # S_OSC_FM = MIDICC + $41
'lfoRandomOn': [66, self.onValue], 'lfoRandomOff': [66, self.offValue], # S_LFO_RANDOM = MIDICC + $42
'lfoSquareOn': [67, self.onValue], 'lfoTriangleOn': [67, self.offValue], # S_LFO_WAVE = MIDICC + $43
'lpOn': [68, self.offValue],'hpOn': [68, self.onValue], # S_FILTER_MODE = MIDICC + $44
'distortionOn': [69, self.onValue], 'distortionOff': [69, self.offValue], # S_DISTORTION = MIDICC + $45
'lfoOn': [70, self.onValue], 'lfoOff': [70, self.offValue], # S_LFO_ENABLE = MIDICC + $46
'lfoOscOn': [71, self.onValue], 'lfoFilterOn': [71, self.offValue], # S_LFO_DEST = MIDICC + $47
'antiAliasOn': [72, self.onValue], 'antiAliasOff': [72, self.offValue], # S_ANTI_ALIAS = MIDICC + $48
'oscBOctaveOn': [73, self.onValue], 'oscBOctaveOff': [73, self.offValue], # S_OSCB_OCT = MIDICC + $49
'oscBOn': [74, self.onValue], 'oscBOff': [74, self.offValue], # S_OSCB_ENABLE = MIDICC + $4A
'oscBWaveSquare': [75, self.onValue], 'oscBWaveTri': [75, self.offValue], # S_OSCB_WAVE = MIDICC + $4B
'envSustainOn': [76, self.onValue], 'envSustainOff': [76, self.offValue], # S_SUSTAIN = MIDICC + $4C
'oscANoiseOn': [77, self.onValue], 'oscANoiseOff': [77, self.offValue], # S_OSCA_NOISE = MIDICC + $4D
'pwmSweepOn': [78, self.onValue], 'pwmSweepOff': [78, self.offValue], # S_PWM_SWEEP = MIDICC + $4E
'oscAPWMOn': [79, self.onValue], 'oscASawOn': [79, self.offValue], # S_OSCA_WAVE = MIDICC + $4F
'switch30On': [80, self.onValue], 'switch30Off': [80, self.offValue], # S_MIX_RING = MIDICC + $50
'switch31On': [81, self.onValue], 'switch31Off': [81, self.offValue], # S_VELOCITY = MIDICC + $51
'switch32On': [82, self.onValue], 'switch32Off': [82, self.offValue], # S_DCA_MODE = MIDICC + $52
'switch33On': [83, self.onValue], 'switch33Off': [83, self.offValue], # S_DCA_OPEN = MIDICC + $53
'switch34On': [84, self.onValue], 'switch34Off': [84, self.offValue], # S_TRANSPOSE = MIDICC + $54
'switch35On': [85, self.onValue], 'switch35Off': [85, self.offValue], # S_MODWHEEL_ENA = MIDICC + $55
'switch36On': [86, self.onValue], 'switch36Off': [86, self.offValue], # S_LFO_KBD_SYNC = MIDICC + $56
'switch37On': [87, self.onValue], 'switch37Off': [87, self.offValue], # S_DCF_KBD_TRACK = MIDICC + $57
'switch40On': [88, self.onValue], 'switch40Off': [88, self.offValue], # S_USER_4_0 = MIDICC + $58
'switch41On': [89, self.onValue], 'switch41Off': [89, self.offValue], # S_USER_4_1 = MIDICC + $59
'switch42On': [90, self.onValue], 'switch42Off': [90, self.offValue], # S_ARP_ENABLE = MIDICC + $5A
'switch43On': [91, self.onValue], 'switch43Off': [91, self.offValue], # S_ARP_REPEAT = MIDICC + $5B
'switch44On': [92, self.onValue], 'switch44Off': [92, self.offValue], # S_USER_4_4 = MIDICC + $5C
'switch45On': [93, self.onValue], 'switch45Off': [93, self.offValue], # S_USER_4_5 = MIDICC + $5D
'switch46On': [94, self.onValue], 'switch46Off': [94, self.offValue], # S_LFO2_WAVE = MIDICC + $5E
'switch47On': [95, self.onValue], 'switch47Off': [95, self.offValue]} # S_LFO2_RANDOM = MIDICC + $5F
self.buttonBoxDict = {
'oscAWaveBox': 'oscAWaveGroup',
'oscANoiseBox': 'oscANoiseGroup',
'oscBEnableBox': 'oscBEnableGroup',
'oscBWaveBox': 'oscBWaveGroup',
'oscBOctaveBox': 'oscBOctaveGroup',
'oscFMBox': 'oscFMGroup',
'lfoEnableBox': 'lfoEnableGroup',
'lfoDestBox': 'lfoDestGroup',
'lfoWaveBox': 'lfoWaveGroup',
'lfoRandomBox': 'lfoRandomGroup',
'filterModeBox': 'filterModeGroup',
'distortionBox': 'distortionGroup',
'antiAliasBox': 'antiAliasGroup',
'envSustainBox': 'envSustainGroup',
'pwmSweepBox': 'pwmSweepGroup',
'oscAWaveBox': 'oscAWaveGroup',
'switch30Box': 'switch30Group',
'switch31Box': 'switch31Group',
'switch32Box': 'switch32Group',
'switch33Box': 'switch33Group',
'switch34Box': 'switch34Group',
'switch35Box': 'switch35Group',
'switch36Box': 'switch36Group',
'switch37Box': 'switch37Group',
'switch40Box': 'switch40Group',
'switch41Box': 'switch41Group',
'switch42Box': 'switch42Group',
'switch43Box': 'switch43Group',
'switch44Box': 'switch44Group',
'switch45Box': 'switch45Group',
'switch46Box': 'switch46Group',
'switch47Box': 'switch47Group' }
# ---------------------------------------------------------------------------
#
# ---------------------------------------------------------------------------
self.ui = Ui_MainWindow()
self.ui.setupUi(self)
self.windowHandler = MainWindowHandler(self.dialDict, self.buttonDict)
self.settings = QtCore.QSettings('MeeblipControl', 'MeeblipControl')
#connect signals and slots
for dial, cc, in self.dialDict.iteritems():
currentDial = getattr(self.ui, dial)
currentDial.setRange(0,127)
dialChanged = partial(self.windowHandler.dialChanged, mainWindowInstance=self, cc=cc)
currentDial.valueChanged.connect(dialChanged)
currentDial.setContextMenuPolicy(QtCore.Qt.CustomContextMenu)
currentDial.customContextMenuRequested.connect(partial(self.windowHandler.contextMenu, mainWindowInstance=self, widgetName=dial))
for button, buttonList in self.buttonDict.iteritems():
currentButton = getattr(self.ui, button)
buttonFunc = partial(self.windowHandler.buttonChanged, mainWindowInstance=self, value=buttonList[1], cc=buttonList[0], button=currentButton)
currentButton.toggled.connect(buttonFunc)
for buttonGroupBox in self.buttonBoxDict.keys():
currentGroup = getattr(self.ui, buttonGroupBox)
currentGroup.setContextMenuPolicy(QtCore.Qt.CustomContextMenu)
currentGroup.customContextMenuRequested.connect(partial(self.windowHandler.contextMenu, mainWindowInstance=self,
widgetName=buttonGroupBox))
# ---------------------------------------------------------------------------
#
# ---------------------------------------------------------------------------
class _MidiInput(QtCore.QThread):
dataReceivedSignal = QtCore.pyqtSignal(int, int, int)
midiExceptionSignal = QtCore.pyqtSignal(str)
def __init__(self, mainWindow, mainWindowHandler, parent=None):
super(_MidiInput, self).__init__(parent)
self.mainWindow = mainWindow
self.mainWindowHandler = mainWindowHandler
def run(self):
while True:
if self.mainWindowHandler.midiSelectedInputDevicesDict:
try:
self.mainWindowHandler.midiInputMutex.lock()
for inputDeviceIndex in self.mainWindowHandler.midiSelectedInputDevicesDict.keys():
inputDevice = self.mainWindowHandler.midiSelectedInputDevicesDict[ inputDeviceIndex]
if inputDevice.poll():
data = inputDevice.read(1)
channel = (data[0][0][0] & 0xF) + 1
# check for midi passthru
enable_midi = 0
if self.mainWindowHandler.midiSelectedPassthruDevicesDict:
for passthruDeviceIndex in self.mainWindowHandler.midiSelectedPassthruDevicesDict.keys():
if passthruDeviceIndex == inputDeviceIndex :
enable_midi = 1
if channel == self.mainWindowHandler.midiInputChannel:
status = data[0][0][0] & 0xF0
cc = data[0][0][1]
#if a CC message arrives and is mapped
if status == 0xB0 and cc in self.mainWindowHandler.currentPatch.patchMIDIMapDict:
value = data[0][0][2]
self.dataReceivedSignal.emit(cc, value, enable_midi)
else:
if self.mainWindowHandler.midiSelectedOutputDevice and enable_midi != 0:
self.mainWindowHandler.midiSelectedOutputDevice.write(data)
# here we got an exception when closing application
# Traceback (most recent call last):
# File "..\source\meeblipControl.py", line 209, in run
# except midi.MidiException as e:
# close failed in file object destructor:
# Error in sys.excepthook:
except midi.MidiException as e:
self.midiExceptionSignal.emit(unicode(e))
finally:
self.mainWindowHandler.midiInputMutex.unlock()
self.usleep(200) #don't hog the processor in the polling loop!
# ---------------------------------------------------------------------------
#
# ---------------------------------------------------------------------------
#initialize MIDI, start listening for incoming MIDI data
midi.init()
self.getMIDIDevices()
self.midiInputThread = _MidiInput(self, self.windowHandler)
self.midiInputThread.dataReceivedSignal.connect(self.midiInputCallback)
self.midiInputThread.midiExceptionSignal.connect(lambda e: QtGui.QMessageBox.warning(self, "MIDI Error", unicode(e)))
self.midiInputThread.start()
self.ui.action_Save.setEnabled(False)
self.restoreSettings(self.windowHandler)
self.midiEnable = 1
self.windowHandler.new(self)
self.windowHandler.load_default(self, "default.mee")