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# Copyright (C) 2005-2008 by Pieter Palmers |
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# Copyright (C) 2008 by Jonathan Woithe |
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# |
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# This file is part of FFADO |
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# FFADO = Free Firewire (pro-)audio drivers for linux |
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# |
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# FFADO is based upon FreeBoB. |
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# |
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# This program is free software: you can redistribute it and/or modify |
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# it under the terms of the GNU General Public License as published by |
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# the Free Software Foundation, either version 2 of the License, or |
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# (at your option) version 3 of the License. |
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# |
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# This program is distributed in the hope that it will be useful, |
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# but WITHOUT ANY WARRANTY; without even the implied warranty of |
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the |
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# GNU General Public License for more details. |
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# |
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# You should have received a copy of the GNU General Public License |
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# along with this program. If not, see <http://www.gnu.org/licenses/>. |
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# |
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from qt import * |
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from mixer_motuui import * |
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class MotuMixer(MotuMixerUI): |
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def __init__(self,parent = None,name = None,modal = 0,fl = 0): |
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MotuMixerUI.__init__(self,parent,name,modal,fl) |
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# public slot: channel/mix faders |
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def updateFader(self, a0): |
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sender = self.sender() |
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vol = 128-a0 |
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print "setting %s channel/mix fader to %d" % (self.ChannelFaders[sender][0], vol) |
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self.hw.setDiscrete(self.ChannelFaders[sender][0], vol) |
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|
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# public slot: channel pan |
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def updatePan(self, a0): |
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sender = self.sender() |
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pan = a0 |
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print "setting %s channel pan to %d" % (self.ChannelPans[sender][0], pan) |
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self.hw.setDiscrete(self.ChannelPans[sender][0], pan) |
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|
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# public slot: generic binary switch |
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def updateBinarySwitch(self, a0): |
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sender = self.sender() |
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val=a0 |
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print "setting %s switch to %d" % (self.BinarySwitches[sender][0], val) |
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self.hw.setDiscrete(self.BinarySwitches[sender][0], val) |
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|
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# public slot: mix destination control |
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def updateMixDest(self, a0): |
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sender = self.sender() |
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dest=a0 |
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print "setting %s mix destination to %d" % (self.MixDests[sender][0], dest) |
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self.hw.setDiscrete(self.MixDests[sender][0], dest) |
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# public slots: mix output controls |
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def set_mix1_dest(self,a0): |
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self.setMixDest('mix1', a0) |
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def setSelector(self,a0,a1): |
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name=a0 |
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state = a1 |
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print "setting %s state to %d" % (name, state) |
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self.hw.setDiscrete(self.SelectorControls[name][0], state) |
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def init(self): |
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print "Init MOTU mixer window" |
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self.ChannelFaders={ |
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self.mix1ana1_fader: ['/Mixer/Mix1/Ana1_fader'], |
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self.mix1ana2_fader: ['/Mixer/Mix1/Ana2_fader'], |
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self.mix1ana3_fader: ['/Mixer/Mix1/Ana3_fader'], |
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self.mix1ana4_fader: ['/Mixer/Mix1/Ana4_fader'], |
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self.mix1ana5_fader: ['/Mixer/Mix1/Ana5_fader'], |
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self.mix1ana6_fader: ['/Mixer/Mix1/Ana6_fader'], |
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self.mix1ana7_fader: ['/Mixer/Mix1/Ana7_fader'], |
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self.mix1ana8_fader: ['/Mixer/Mix1/Ana8_fader'], |
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self.mix1_fader: ['/Mixer/Mix1/Mix_fader'], |
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} |
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self.ChannelPans={ |
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self.mix1ana1_pan: ['/Mixer/Mix1/Ana1_pan'], |
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self.mix1ana2_pan: ['/Mixer/Mix1/Ana2_pan'], |
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self.mix1ana3_pan: ['/Mixer/Mix1/Ana3_pan'], |
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self.mix1ana4_pan: ['/Mixer/Mix1/Ana4_pan'], |
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self.mix1ana5_pan: ['/Mixer/Mix1/Ana5_pan'], |
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self.mix1ana6_pan: ['/Mixer/Mix1/Ana6_pan'], |
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self.mix1ana7_pan: ['/Mixer/Mix1/Ana7_pan'], |
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self.mix1ana8_pan: ['/Mixer/Mix1/Ana8_pan'], |
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} |
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self.BinarySwitches={ |
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self.mix1ana1_mute: ['/Mixer/Mix1/Ana1_mute'], |
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self.mix1ana2_mute: ['/Mixer/Mix1/Ana2_mute'], |
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self.mix1ana3_mute: ['/Mixer/Mix1/Ana3_mute'], |
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self.mix1ana4_mute: ['/Mixer/Mix1/Ana4_mute'], |
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self.mix1ana5_mute: ['/Mixer/Mix1/Ana5_mute'], |
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self.mix1ana6_mute: ['/Mixer/Mix1/Ana6_mute'], |
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self.mix1ana7_mute: ['/Mixer/Mix1/Ana7_mute'], |
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self.mix1ana8_mute: ['/Mixer/Mix1/Ana8_mute'], |
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self.mix1_mute: ['/Mixer/Mix1/Mix_mute'], |
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self.mix1ana1_solo: ['/Mixer/Mix1/Ana1_solo'], |
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self.mix1ana2_solo: ['/Mixer/Mix1/Ana2_solo'], |
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self.mix1ana3_solo: ['/Mixer/Mix1/Ana3_solo'], |
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self.mix1ana4_solo: ['/Mixer/Mix1/Ana4_solo'], |
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self.mix1ana5_solo: ['/Mixer/Mix1/Ana5_solo'], |
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self.mix1ana6_solo: ['/Mixer/Mix1/Ana6_solo'], |
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self.mix1ana7_solo: ['/Mixer/Mix1/Ana7_solo'], |
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self.mix1ana8_solo: ['/Mixer/Mix1/Ana8_solo'], |
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self.ana5_level: ['/Mixer/Control/Ana5_level'], |
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self.ana6_level: ['/Mixer/Control/Ana6_level'], |
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self.ana7_level: ['/Mixer/Control/Ana7_level'], |
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self.ana8_level: ['/Mixer/Control/Ana8_level'], |
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self.ana5_boost: ['/Mixer/Control/Ana5_boost'], |
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self.ana6_boost: ['/Mixer/Control/Ana6_boost'], |
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self.ana7_boost: ['/Mixer/Control/Ana7_boost'], |
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self.ana8_boost: ['/Mixer/Control/Ana8_boost'], |
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} |
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self.MixDests={ |
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self.mix1_dest: ['/Mixer/Mix1/Mix_dest'], |
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self.phones_src: ['/Mixer/Control/Phones_src'], |
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self.optical_in_mode: ['/Mixer/Control/OpticalIn_mode'], |
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self.optical_out_mode: ['/Mixer/Control/OpticalOut_mode'], |
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} |
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self.SelectorControls={ |
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} |
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# Other mixer variables |
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self.is_streaming = 0 |
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self.sample_rate = 0 |
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def initValues(self): |
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# Is the device streaming? |
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self.is_streaming = self.hw.getDiscrete('/Mixer/Info/IsStreaming') |
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print "device streaming flag: %d" % (self.is_streaming) |
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# Retrieve other device settings as needed |
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self.sample_rate = self.hw.getDiscrete('/Mixer/Info/SampleRate') |
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print "device sample rate: %d" % (self.sample_rate) |
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self.has_mic_inputs = self.hw.getDiscrete('/Mixer/Info/HasMicInputs') |
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print "device has mic inputs: %d" % (self.has_mic_inputs) |
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self.has_aesebu_inputs = self.hw.getDiscrete('/Mixer/Info/HasAESEBUInputs') |
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print "device has AES/EBU inputs: %d" % (self.has_aesebu_inputs) |
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self.has_spdif_inputs = self.hw.getDiscrete('/Mixer/Info/HasSPDIFInputs') |
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print "device has SPDIF inputs: %d" % (self.has_spdif_inputs) |
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# Customise the UI based on device options retrieved |
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if (self.has_mic_inputs): |
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# Mic input controls displace AES/EBU since no current device |
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# has both. |
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self.mix1_aes_group.setTitle("Mic inputs") |
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# FIXME: when implmented, will mic channels just reuse the AES/EBU |
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# dbus path? If not we'll have to reset the respective values in |
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# the control arrays (self.ChannelFaders etc). |
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else: |
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if (not(self.has_aesebu_inputs)): |
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self.mix1_aes_group.setEnabled(False) |
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if (not(self.has_spdif_inputs)): |
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self.mix1_spdif_group.setEnabled(False) |
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# Some controls must be disabled if the device is streaming |
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if (self.is_streaming): |
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print "Disabling controls which require inactive streaming" |
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self.optical_in_mode.setEnabled(False) |
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self.optical_out_mode.setEnabled(False) |
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# Some channels aren't available at higher sampling rates |
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if (self.sample_rate > 96000): |
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print "Disabling controls not present above 96 kHz" |
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self.mix1_adat_group.setEnabled(False) |
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self.mix1_aes_group.setEnabled(False) |
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self.mix1_spdif_group.setEnabled(False) |
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if (self.sample_rate > 48000): |
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print "Disabling controls not present above 48 kHz" |
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self.mix1_adat58_group.setEnabled(False) |
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# Now fetch the current values into the respective controls. Don't |
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# bother fetching controls which are disabled. |
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for ctrl, info in self.ChannelFaders.iteritems(): |
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if (not(ctrl.isEnabled())): |
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continue |
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vol = 128-self.hw.getDiscrete(info[0]) |
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print "%s channel fader is %d" % (info[0] , vol) |
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ctrl.setValue(vol) |
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QObject.connect(ctrl, SIGNAL('valueChanged(int)'), self.updateFader) |
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for ctrl, info in self.ChannelPans.iteritems(): |
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if (not(ctrl.isEnabled())): |
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continue |
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pan = self.hw.getDiscrete(info[0]) |
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print "%s channel pan is %d" % (info[0] , pan) |
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ctrl.setValue(pan) |
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QObject.connect(ctrl, SIGNAL('valueChanged(int)'), self.updatePan) |
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for ctrl, info in self.BinarySwitches.iteritems(): |
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if (not(ctrl.isEnabled())): |
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continue |
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val = self.hw.getDiscrete(info[0]) |
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print "%s switch is %d" % (info[0] , val) |
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ctrl.setChecked(val) |
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QObject.connect(ctrl, SIGNAL('toggled(bool)'), self.updateBinarySwitch) |
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for ctrl, info in self.MixDests.iteritems(): |
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if (not(ctrl.isEnabled())): |
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continue |
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dest = self.hw.getDiscrete(info[0]) |
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print "%s mix destination is %d" % (info[0] , dest) |
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ctrl.setCurrentItem(dest) |
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QObject.connect(ctrl, SIGNAL('activated(int)'), self.updateMixDest) |
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for name, ctrl in self.SelectorControls.iteritems(): |
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state = self.hw.getDiscrete(ctrl[0]) |
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print "%s state is %d" % (name , state) |
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ctrl[1].setCurrentItem(state) |
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# FIXME: If optical mode is not ADAT, disable ADAT controls here. |
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# It can't be done earlier because we need the current values of the |
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# ADAT channel controls in case the user goes ahead and enables the |
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# ADAT optical mode. |
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