# # Copyright (C) 2005-2008 by Pieter Palmers # # This file is part of FFADO # FFADO = Free Firewire (pro-)audio drivers for linux # # FFADO is based upon FreeBoB. # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 2 of the License, or # (at your option) version 3 of the License. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . # from qt import * from mixer_audiofire_stripui import * from mixer_audiofire_settingsui import * class AudioFireMixer(QWidget): def __init__(self,parent = None,name = None,fl = 0): QWidget.__init__(self,parent,name,fl) def init(self): print "Init AudioFire mixer window" def updateMatrixButton(self,a0): sender = self.sender() if a0: state = 1 else: state = 0 print "set %s %d %d to %d" % ( self.MatrixButtonControls[sender][0], self.MatrixButtonControls[sender][1], self.MatrixButtonControls[sender][2], state) self.hw.setMatrixMixerValue(self.MatrixButtonControls[sender][0], self.MatrixButtonControls[sender][1], self.MatrixButtonControls[sender][2], state) def updateMatrixRotary(self,a0): sender = self.sender() vol = a0 print "set %s %d %d to %d" % ( self.MatrixRotaryControls[sender][0], self.MatrixRotaryControls[sender][1], self.MatrixRotaryControls[sender][2], vol) self.hw.setMatrixMixerValue(self.MatrixRotaryControls[sender][0], self.MatrixRotaryControls[sender][1], self.MatrixRotaryControls[sender][2], vol) def updateMatrixVolume(self,a0): sender = self.sender() vol = 0x01000000-a0 print "set %s %d %d to %d" % ( self.MatrixVolumeControls[sender][0], self.MatrixVolumeControls[sender][1], self.MatrixVolumeControls[sender][2], vol) self.hw.setMatrixMixerValue(self.MatrixVolumeControls[sender][0], self.MatrixVolumeControls[sender][1], self.MatrixVolumeControls[sender][2], vol) def updateVolume(self,a0): sender = self.sender() vol = 0x01000000-a0 print "set %s to %d" % ( self.VolumeControls[sender][0], vol) self.hw.setContignuous(self.VolumeControls[sender][0], vol) def updateSelector(self,a0): sender = self.sender() if a0: state = 1 else: state = 0 print "set %s to %d" % ( self.SelectorControls[sender][0], state) self.hw.setDiscrete(self.SelectorControls[sender][0], state) def updateTrigger(self): sender = self.sender() print "trigger %s" % (self.TriggerControls[sender][0]) self.hw.setDiscrete(self.TriggerControls[sender][0], 1) def updateSPDIFmodeControl(self,a0): sender = self.sender() if a0: state = 1 else: state = 0 if state: print "set %s to %d" % ( self.SPDIFmodeControls[sender][0], self.SPDIFmodeControls[sender][1]) self.hw.setDiscrete(self.SPDIFmodeControls[sender][0], self.SPDIFmodeControls[sender][1]) def buildMixer(self): print "Building mixer" self.MatrixButtonControls={} self.MatrixRotaryControls={} self.MatrixVolumeControls={} self.VolumeControls={} self.SelectorControls={} self.SPDIFmodeControls={} self.TriggerControls={} nb_pys_out = self.hw.getDiscrete("/HwInfo/PhysicalAudioOutCount") nb_pys_in = self.hw.getDiscrete("/HwInfo/PhysicalAudioInCount") outputtabslayout = QHBoxLayout( self ) outputtabs = QTabWidget(self) outputtabslayout.addWidget( outputtabs, 1 ) for outpair in range(nb_pys_out/2): tab = QWidget( outputtabs ) tablayout = QHBoxLayout( tab ) grpMonitor = QGroupBox(tab,"grpMonitor") tablayout.addWidget(grpMonitor) grpPlayback = QGroupBox(tab,"grpPlayback") tablayout.addWidget(grpPlayback) grpOutput = QGroupBox(tab,"grpOutput") tablayout.addWidget(grpOutput) grpMonitor.setTitle("Monitor") grpPlayback.setTitle("Playback") grpOutput.setTitle("Output") # monitor controls grpMonitor.setColumnLayout(0,Qt.Vertical) grpMonitor.layout().setSpacing(6) grpMonitor.layout().setMargin(11) grpMonitorLayout = QHBoxLayout(grpMonitor.layout()) output_id = outpair * 2 for inpair in range(nb_pys_in/2): # create GUI elements strip = AfMonitorWidget( grpMonitor ) grpMonitorLayout.addWidget( strip, 1 ) input_id = inpair*2 strip.lblName.setText("IN %d/%d" % (input_id+1, input_id+2)) # add the elements to the control structure self.MatrixButtonControls[strip.btnMute0] = ['/Mixer/MonitorMute', input_id, output_id] self.MatrixButtonControls[strip.btnMute1] = ['/Mixer/MonitorMute', input_id + 1, output_id + 1] self.MatrixButtonControls[strip.btnSolo0] = ['/Mixer/MonitorSolo', input_id, output_id] self.MatrixButtonControls[strip.btnSolo1] = ['/Mixer/MonitorSolo', input_id + 1, output_id + 1] self.MatrixRotaryControls[strip.rotPan0] = ['/Mixer/MonitorPan', input_id, output_id] self.MatrixRotaryControls[strip.rotPan1] = ['/Mixer/MonitorPan', input_id + 1, output_id + 1] self.MatrixVolumeControls[strip.sldGain0] = ['/Mixer/MonitorGain', input_id, output_id] self.MatrixVolumeControls[strip.sldGain1] = ['/Mixer/MonitorGain', input_id + 1, output_id + 1] # playback grpPlayback.setColumnLayout(0,Qt.Vertical) grpPlayback.layout().setSpacing(6) grpPlayback.layout().setMargin(11) grpPlaybackLayout = QHBoxLayout(grpPlayback.layout()) strip = AfMonitorWidget( grpPlayback ) grpPlaybackLayout.addWidget(strip, 1) strip.lblName.setText("Playback %d/%d" % (output_id+1, output_id+2)) self.VolumeControls[strip.sldGain0] = ["/Mixer/PC%dGain" % (output_id)] self.VolumeControls[strip.sldGain1] = ["/Mixer/PC%dGain" % (output_id+1)] self.SelectorControls[strip.btnMute0] = ["/Mixer/PC%dMute" % (output_id)] self.SelectorControls[strip.btnMute1] = ["/Mixer/PC%dMute" % (output_id+1)] self.SelectorControls[strip.btnSolo0] = ["/Mixer/PC%dSolo" % (output_id)] self.SelectorControls[strip.btnSolo1] = ["/Mixer/PC%dSolo" % (output_id+1)] # fix up mixer strip gui strip.rotPan0.hide() strip.rotPan1.hide() # output grpOutput.setColumnLayout(0,Qt.Vertical) grpOutput.layout().setSpacing(6) grpOutput.layout().setMargin(11) grpOutputLayout = QHBoxLayout(grpOutput.layout()) strip = AfMonitorWidget( grpOutput ) grpOutputLayout.addWidget(strip, 1) strip.lblName.setText("Output %d/%d" % (output_id+1, output_id+2)) self.VolumeControls[strip.sldGain0] = ["/Mixer/OUT%dGain" % (output_id)] self.VolumeControls[strip.sldGain1] = ["/Mixer/OUT%dGain" % (output_id+1)] self.SelectorControls[strip.btnMute0] = ["/Mixer/OUT%dMute" % (output_id)] self.SelectorControls[strip.btnMute1] = ["/Mixer/OUT%dMute" % (output_id+1)] self.SelectorControls[strip.btnSolo0] = ["/Mixer/OUT%dNominal" % (output_id)] self.SelectorControls[strip.btnSolo1] = ["/Mixer/OUT%dNominal" % (output_id+1)] # fix up mixer strip gui strip.btnSolo0.setText("Pad") strip.btnSolo1.setText("Pad") strip.rotPan0.hide() strip.rotPan1.hide() # add the tab outputtabs.addTab( tab, "OUT %d/%d" % (output_id+1, output_id+2)) # add an input config tab tab = QWidget( outputtabs ) tablayout = QHBoxLayout( tab ) for inpair in range(nb_pys_in): # create GUI elements print "strip" grpInput = QGroupBox(tab,"grpInput") tablayout.addWidget(grpInput) grpInput.setTitle("IN %d" % (inpair+1)) grpInput.setColumnLayout(0,Qt.Horizontal) grpInput.layout().setSpacing(6) grpInput.layout().setMargin(11) grpInputLayout = QVBoxLayout(grpInput.layout()) label = QLabel( grpInput ) grpInputLayout.addWidget( label ) label.setText("frienlyname %d" % (inpair+1)) label.setAlignment(QLabel.AlignCenter) btn = QPushButton( grpInput ) grpInputLayout.addWidget( btn ) btn.setText("Pad") btn.setToggleButton( True ) self.SelectorControls[btn] = ["/Mixer/IN%dNominal" % (inpair)] spacer = QSpacerItem(1,1,QSizePolicy.Minimum,QSizePolicy.Expanding) grpInputLayout.addItem(spacer) outputtabs.addTab( tab, "INPUT") # add an settings tab tab = QWidget( outputtabs ) tablayout = QHBoxLayout( tab ) outputtabs.addTab( tab, "SETTINGS") settings = AfSettingsWidget( tab ) has_sw_phantom = self.hw.getDiscrete("/HwInfo/PhantomPower") if has_sw_phantom: self.SelectorControls[settings.btnPhantom] = ["/PhantomPower"] else: settings.btnPhantom.hide() self.TriggerControls[settings.btnSaveSettings] = ["/SaveSettings"] self.TriggerControls[settings.btnIdentify] = ["/Identify"] self.SPDIFmodeControls[settings.btnConsumer] = ["/SpdifMode", 0] self.SPDIFmodeControls[settings.btnProfessional] = ["/SpdifMode", 1] def initValues(self): print "Init values" for ctrl, info in self.MatrixVolumeControls.iteritems(): vol = self.hw.getMatrixMixerValue(self.MatrixVolumeControls[ctrl][0], self.MatrixVolumeControls[ctrl][1], self.MatrixVolumeControls[ctrl][2]) print "%s volume is %d" % (ctrl.name() , 0x01000000-vol) ctrl.setValue(0x01000000-vol) # connect the UI element QObject.connect(ctrl,SIGNAL('valueChanged(int)'),self.updateMatrixVolume) for ctrl, info in self.MatrixButtonControls.iteritems(): state = self.hw.getMatrixMixerValue(self.MatrixButtonControls[ctrl][0], self.MatrixButtonControls[ctrl][1], self.MatrixButtonControls[ctrl][2]) print "%s state is %d" % (ctrl.name() , state) if state: ctrl.setOn(True) else: ctrl.setOn(False) # connect the UI element QObject.connect(ctrl,SIGNAL('stateChanged(int)'),self.updateMatrixButton) for ctrl, info in self.MatrixRotaryControls.iteritems(): vol = self.hw.getMatrixMixerValue(self.MatrixRotaryControls[ctrl][0], self.MatrixRotaryControls[ctrl][1], self.MatrixRotaryControls[ctrl][2]) print "%s value is %d" % (ctrl.name(), vol) ctrl.setValue(vol) # connect the UI element QObject.connect(ctrl,SIGNAL('valueChanged(int)'),self.updateMatrixRotary) for ctrl, info in self.VolumeControls.iteritems(): vol = self.hw.getContignuous(self.VolumeControls[ctrl][0]) print "%s volume is %d" % (ctrl.name() , 0x01000000-vol) ctrl.setValue(0x01000000-vol) # connect the UI element QObject.connect(ctrl,SIGNAL('valueChanged(int)'),self.updateVolume) for ctrl, info in self.SelectorControls.iteritems(): state = self.hw.getDiscrete(self.SelectorControls[ctrl][0]) print "%s state is %d" % (ctrl.name() , state) if state: ctrl.setOn(True) else: ctrl.setOn(False) # connect the UI element QObject.connect(ctrl,SIGNAL('stateChanged(int)'),self.updateSelector) for ctrl, info in self.TriggerControls.iteritems(): # connect the UI element QObject.connect(ctrl,SIGNAL('clicked()'),self.updateTrigger) for ctrl, info in self.SPDIFmodeControls.iteritems(): state = self.hw.getDiscrete(self.SPDIFmodeControls[ctrl][0]) print "%s state is %d" % (ctrl.name() , state) if state == self.SPDIFmodeControls[ctrl][1]: ctrl.setOn(True) else: ctrl.setOn(False) # connect the UI element QObject.connect(ctrl,SIGNAL('stateChanged(int)'),self.updateSPDIFmodeControl)