pax_global_header00006660000000000000000000000064152123300510014502gustar00rootroot0000000000000052 comment=1bafe878fe43b5fd258d9f5336bb67e1553bd59e alsa-scarlett-gui-1.0~beta9/000077500000000000000000000000001521233005100160065ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/.github/000077500000000000000000000000001521233005100173465ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/.github/FUNDING.yml000066400000000000000000000000651521233005100211640ustar00rootroot00000000000000liberapay: gdb custom: 'https://www.paypal.me/gdbau' alsa-scarlett-gui-1.0~beta9/.github/ISSUE_TEMPLATE/000077500000000000000000000000001521233005100215315ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/.github/ISSUE_TEMPLATE/issue.md000066400000000000000000000030751521233005100232100ustar00rootroot00000000000000--- name: Issue about: Open an issue for help, to report a bug, or request a feature title: '' labels: '' assignees: '' --- # `alsa-scarlett-gui` Issue Template Thank you for taking the time to contribute to the `alsa-scarlett-gui` project. Before you submit your issue, please ensure you have checked the FAQ and provide the necessary information below. ## Confirmation - [ ] I confirm that I have read the [FAQ](https://github.com/geoffreybennett/alsa-scarlett-gui/blob/master/FAQ.md). ## Issue Category Please select the category that best describes your issue: - [ ] Help Request - [ ] Bug Report - [ ] Feature Request ## Environment Details Please provide the following details about your environment. ### Linux Distribution and Version (paste output from `cat /etc/redhat-release` or `cat /etc/lsb_release` here) - Distribution: - Version: ### Kernel Version (paste output from `uname -r` here) - Kernel version: ### Kernel Messages (paste output from `dmesg | grep -A 5 -B 5 -i focusrite` here) ### Focusrite Interface Series and Model (maybe shown in kernel messages, or paste output from `lsusb -d1235:` if unsure) - Series (e.g., Scarlett 2nd/3rd/4th Gen, Clarett USB, Clarett+): - Model (e.g., Solo, 2i2, 4i4, etc.): ### Audio System (use `ps aux | grep -E "pulseaudio|jackd|pipewire"` to check) - [ ] PulseAudio - [ ] JACK - [ ] PipeWire ## Issue Description Please provide a detailed description of the issue or feature request, including steps to reproduce (if applicable), expected behavior, and actual behavior: --- Thank you for helping improve `alsa-scarlett-gui`! alsa-scarlett-gui-1.0~beta9/.github/workflows/000077500000000000000000000000001521233005100214035ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/.github/workflows/build-debian-package.yml000066400000000000000000000014261521233005100260410ustar00rootroot00000000000000name: Build Debian Package on: workflow_dispatch: inputs: version: description: 'Version to build (e.g., 1.0~rc1)' required: true default: 'test' env: APP_NAME: alsa-scarlett-gui APP_VERSION: ${{ github.event.inputs.version }} jobs: build: runs-on: ubuntu-latest steps: - uses: actions/checkout@v5 - name: Install build dependencies run: | sudo apt-get update sudo apt-get install -y make gcc libgtk-4-dev libasound2-dev libssl-dev - name: Build deb run: make deb VERSION=${{ env.APP_VERSION }} - name: Upload deb as artifact uses: actions/upload-artifact@v4 with: name: deb-package path: ./${{ env.APP_NAME }}_${{ env.APP_VERSION }}.deb alsa-scarlett-gui-1.0~beta9/.github/workflows/build-flatpak-package.yml000066400000000000000000000016341521233005100262420ustar00rootroot00000000000000name: Build flatpak package on: release: branches: '*' types: [published] env: APP_NAME: alsa-scarlett-gui APP_VERSION: ${{ github.event.release.tag_name }} jobs: flatpak: name: "Flatpak" runs-on: ubuntu-latest container: image: bilelmoussaoui/flatpak-github-actions:gnome-47 options: --privileged steps: - uses: actions/checkout@v5 - name: Build flatpak package uses: flatpak/flatpak-github-actions/flatpak-builder@v6 with: bundle: ${{ env.APP_NAME }}.flatpak manifest-path: vu.b4.alsa-scarlett-gui.yml cache-key: flatpak-builder-${{ github.sha }} - name: Rename for release run: mv ${{ env.APP_NAME }}.flatpak ${{ env.APP_NAME }}_${{ env.APP_VERSION }}.flatpak - name: Upload Release Asset uses: softprops/action-gh-release@v2 with: files: ${{ env.APP_NAME }}_${{ env.APP_VERSION }}.flatpak alsa-scarlett-gui-1.0~beta9/.github/workflows/release.yml000066400000000000000000000066471521233005100235630ustar00rootroot00000000000000name: Build Release Packages on: release: types: [published] workflow_dispatch: inputs: version: description: 'Version to build (e.g., 1.0-rc1)' required: true default: 'test' env: APP_NAME: alsa-scarlett-gui APP_VERSION: ${{ github.event.release.tag_name || github.event.inputs.version }} jobs: build-rpm: runs-on: ubuntu-latest container: fedora:latest steps: - name: Install git for checkout run: dnf install -y git - uses: actions/checkout@v5 with: fetch-depth: 0 - name: Trust workspace run: git config --global --add safe.directory "$GITHUB_WORKSPACE" - name: Install build dependencies run: > dnf install -y rpm-build make gcc gtk4-devel alsa-lib-devel openssl-devel - name: Build RPM run: | VERSION=$(echo "${{ env.APP_VERSION }}" | sed 's/-rc/~rc/g') make rpm VERSION="$VERSION" - name: Find and rename RPM id: find-rpm run: | src=$(find ~/rpmbuild/RPMS -name '*.rpm' -not -name '*debug*' | head -1) dst=${{ env.APP_NAME }}-${{ env.APP_VERSION }}.x86_64.rpm cp "$src" "$dst" echo "rpm_path=$dst" >> $GITHUB_OUTPUT - name: Upload RPM as artifact uses: actions/upload-artifact@v4 with: name: rpm-package path: ${{ steps.find-rpm.outputs.rpm_path }} - name: Upload RPM to release if: github.event_name == 'release' uses: softprops/action-gh-release@v2 with: files: ${{ steps.find-rpm.outputs.rpm_path }} build-deb: runs-on: ubuntu-24.04 steps: - uses: actions/checkout@v5 - name: Install build dependencies run: | sudo apt -y update sudo apt -y install make gcc libgtk-4-dev libasound2-dev libssl-dev - name: Build from sources run: make -C src -j$(nproc) VERSION=${{ env.APP_VERSION }} PREFIX=/usr - name: Prepare package workspace run: | mkdir -p deb-workspace/usr/bin \ deb-workspace/usr/share/applications \ deb-workspace/usr/share/icons/hicolor/256x256/apps \ deb-workspace/usr/share/doc/${{ env.APP_NAME }} cp src/alsa-scarlett-gui deb-workspace/usr/bin/ cp src/vu.b4.alsa-scarlett-gui.desktop \ deb-workspace/usr/share/applications/ cp src/img/vu.b4.alsa-scarlett-gui.png \ deb-workspace/usr/share/icons/hicolor/256x256/apps/ cp -r *.md demo docs img deb-workspace/usr/share/doc/${{ env.APP_NAME }}/ - name: Build debian package uses: jiro4989/build-deb-action@v2 with: package: ${{ env.APP_NAME }} package_root: deb-workspace maintainer: geoffreybennett depends: 'libgtk-4-1, libasound2, alsa-utils' version: ${{ env.APP_VERSION }} desc: > Gtk4 GUI for the ALSA controls presented by the Linux kernel Focusrite USB drivers. - name: Upload deb as artifact uses: actions/upload-artifact@v4 with: name: deb-package path: ./${{ env.APP_NAME }}_${{ env.APP_VERSION }}_amd64.deb - name: Upload deb to release if: github.event_name == 'release' uses: softprops/action-gh-release@v2 with: files: ./${{ env.APP_NAME }}_${{ env.APP_VERSION }}_amd64.deb alsa-scarlett-gui-1.0~beta9/.gitignore000066400000000000000000000002671521233005100200030ustar00rootroot00000000000000*.tar.gz *.o .deps .gdb_history /src/alsa-scarlett-gui /src/alsa-scarlett-gui-resources.c /src/tests/test-biquad /src/vu.b4.alsa-scarlett-gui.desktop /.flatpak-builder /flatpak-build alsa-scarlett-gui-1.0~beta9/FAQ.md000066400000000000000000000367201521233005100167470ustar00rootroot00000000000000# FAQ for the ALSA Scarlett Control Panel (`alsa-scarlett-gui`) ## What is this? The ALSA Scarlett Control Panel (`alsa-scarlett-gui`) is an easy-to-use application for adjusting the ALSA controls provided by three Linux kernel drivers for Focusrite USB interfaces: 1. The Scarlett 1st Gen Mixer Driver (for 1st Gen 6i6, 8i6, 18i6, 18i8, 18i20) 2. The Scarlett2 Protocol Driver (for 2nd/3rd Gen interfaces, small 4th Gen, Clarett, and Vocaster) 3. The FCP (Focusrite Control Protocol) Driver (for big 4th Gen interfaces: 16i16, 18i16, 18i20) To check if your kernel is already up-to-date, and how to upgrade if not, see the [Control Panel Installation Prerequisites — Linux Kernel](docs/INSTALL.md). ## Do I need these drivers for my Focusrite interface? For basic audio functionality? No. Focusrite USB interfaces are “plug-and-play” — they are USB Audio Class Compliant, meaning they work out-of-the-box with the standard ALSA USB audio driver (to get full functionality on Scarlett 3rd/4th Gen/Vocaster interfaces, first deactivate MSD mode by holding down the 48V button while powering it on). However, to access the mixer, routing, and hardware-specific features, you’ll need the appropriate driver for your interface model. ## MSD Mode? "MSD Mode" is the "Mass Storage Device Mode" that the Scarlett 3rd and 4th Gen interfaces ship in. If MSD Mode is enabled, you need to disable it and restart your interface to get access to its full functionality. When you plug the interface in, there’ll be a tiny read-only virtual disk that has a link to the Focusrite product registration page; until you turn off MSD Mode not all features of the interface will be available. You can turn off MSD Mode by holding down the 48V button while powering on the interface, or by clicking the button in `alsa-scarlett-gui` and rebooting it. If you do the recommended/required (depending on the model) firmware update, MSD Mode will automatically be turned off. ## What is the purpose of these drivers if they’re not needed for basic audio? These drivers are for users who want more control over their interface. They allow for detailed manipulation of: - Internal audio routing - Hardware-specific settings - Mixer functionality - Level monitoring - Input/output configuration These controls go beyond the basic audio I/O functionality provided by the generic ALSA USB audio driver. ## What interfaces are supported? The ALSA Scarlett Control Panel supports: - **Scarlett 1st Gen**: 6i6, 8i6, 18i6, 18i8, 18i20 - **Scarlett 2nd Gen**: 6i6, 18i8, 18i20 - **Scarlett 3rd Gen**: Solo, 2i2, 4i4, 8i6, 18i8, 18i20 - **Scarlett 4th Gen**: Solo, 2i2, 4i4, 16i16, 18i16, 18i20 - **Clarett USB and Clarett+**: 2Pre, 4Pre, 8Pre - **Vocaster**: One, Two Note: The Scarlett 1st and 2nd Gen small interfaces (Solo, 2i2, 2i4) don’t have any software controls. All the controls are available from the front panel, so they don’t require the specialised drivers or this GUI. ## Where are the options to set the sample rate and buffer size? The ALSA Scarlett Control Panel doesn’t handle audio input/output settings like sample rate and buffer size. These settings are managed by the application using the soundcard, typically a sound server such as PulseAudio, JACK, or PipeWire. The sample rate shown in the control panel is informative only and displays the current rate being used by applications. If it shows “N/A” then no application is using the interface. Note that not all features are available at higher sample rates; refer to the user manual of your interface for more information. ## Why do my settings keep resetting? The settings in the ALSA Scarlett Control Panel are automatically saved in the interface itself (all series except 1st Gen), so they should persist across reboots, power cycles, USB disconnect/reconnect, and even across different computers. This includes all routing, mixing, and other control panel settings. If you find that your settings are reverting whenever you plug your interface in, power it back on, or even if you reset to factory defaults, the most likely cause is the `alsa-state` and `alsa-restore` systemd services. These services save the state of ALSA controls on system shutdown to `/var/lib/alsa/asound.state` and then restore it each time the device is plugged in, potentially overwriting your interface’s stored settings. It can be rather annoying, wondering why your device is unusable or needs to be reconfigured every time you plug it in or turn it on. Presuming that you have no other sound card that needs this ALSA service, then disable and stop these two services and remove the `asound.state` file: ```sh sudo systemctl mask alsa-state sudo systemctl mask alsa-restore sudo systemctl stop alsa-state sudo systemctl stop alsa-restore sudo rm /var/lib/alsa/asound.state ``` You can verify if this is the cause of your issues by: 1. Change some setting that is indicated on the device (the “Inst” setting is a good one to test with). 2. Disconnect USB and notice the state of the setting on the device has not changed. 3. Power cycle the device and notice the state of the setting on the device has not changed. 4. Reconnect USB and notice the state of the setting on the device has changed. If the setting on the device changes at step 4, then the `alsa-state` and `alsa-restore` services are the likely cause of your issues and you should disable them as above. ## Why is there no stereo output? I only see surround options. By default, PulseAudio/PipeWire treats multi-channel interfaces as surround sound devices. To get proper stereo output and individual channel access, select the "Pro Audio" profile: 1. Open `pavucontrol` (PulseAudio Volume Control) 2. Go to the Configuration tab 3. Find your Scarlett/Clarett/Vocaster 4. Change the profile to "Pro Audio" This gives you access to all channels individually instead of mapping them to surround speaker positions. Note: Some desktop sound settings panels (notably GNOME Settings and Linux Mint's) don't handle multi-channel interfaces well. Use `pavucontrol` instead for reliable configuration. ## My desktop audio is coming through my microphone input This typically happens because the default PulseAudio/PipeWire profile maps your interface's channels incorrectly. For example, the Scarlett Solo gets treated as a 4.0 surround device where the "Rear" channels are actually your loopback inputs (desktop audio routed back to recording applications). The fix is the same as above: select the "Pro Audio" profile in `pavucontrol`. This prevents PulseAudio/PipeWire from conflating hardware inputs with loopback channels. If you need loopback (recording desktop audio), use the Routing window in `alsa-scarlett-gui` to explicitly configure which PCM inputs receive which sources. ## My mixer isn't working / no audio passes through The hardware mixer in Scarlett interfaces is disabled at higher sample rates. This is a hardware limitation: - At **single-band** rates (44.1/48 kHz): mixer fully functional - At **dual-band** rates (88.2/96 kHz): mixer available on most models (some have reduced mix buses) - At **quad-band** rates (176.4/192 kHz): mixer entirely unavailable If your sample rate is set high and no audio passes through the mixer, this is expected behaviour. Lower the sample rate, or route audio directly (bypassing the mixer) in the Routing window. The mixer window will show a dimmed overlay message when the mixer is unavailable at the current sample rate. ## My interface shows limited controls or wrong channel count If your interface only shows a few inputs or missing controls, the most likely cause is a firmware version mismatch. This happens when: - You updated firmware on Windows/Mac to a version newer than what the Linux tools support, or - You're running an older version of `alsa-scarlett-gui` or `fcp-server` that doesn't match your firmware **Solution:** Update `alsa-scarlett-gui` (and `fcp-server` if using a Gen 4 large interface) to the latest version. If needed, the GUI will prompt you to update your firmware to a compatible version. For Gen 4 large interfaces, ensure your `fcp-server` version matches the firmware version — they must be from the same release. ## What do I need for a Scarlett 4th Gen 16i16, 18i16, or 18i20? The "big" 4th Gen interfaces use a different driver architecture from all other supported models. You need: 1. **Linux kernel 6.14+** — contains the FCP kernel driver 2. **fcp-server** — the user-space daemon from the [fcp-support](https://github.com/geoffreybennett/fcp-support) repo 3. **Firmware** — from the [scarlett4-firmware](https://github.com/geoffreybennett/scarlett4-firmware) repo, installed to `/usr/lib/firmware/scarlett4` 4. **alsa-scarlett-gui** — version 1.0 or later Verify your setup by checking `dmesg` after plugging in. You should see: ``` Focusrite Control Protocol Driver v6.x.x ready ``` If that message is missing, your kernel doesn't have the FCP driver. Check that you're actually booted into the correct kernel with `uname -r`. ## ALSA UCM errors after a distro update If you see errors mentioning "UCM" (Use Case Manager) after updating your distribution or PipeWire, the issue is likely outdated `alsa-ucm-conf` files shipped by your distro. **Solution:** Install the latest alsa-ucm-conf from https://github.com/geoffreybennett/alsa-ucm-conf — this fork contains the correct UCM2 profiles for Focusrite interfaces. This is not a bug in `alsa-scarlett-gui` or the kernel driver; it's a packaging issue in some distributions. The fix usually arrives in distro updates within a few days of being reported. ## USB connection problems / intermittent failures If your interface intermittently fails to initialise, drops out, or shows errors like `usb_set_interface failed (-71)` in `dmesg`: 1. **Try a different USB cable** — this is the most common cause. On interfaces with a front-panel LED, the LED should turn white during USB setup. If it stays red, the cable or port isn't providing adequate connection. 2. **Use a cable under 2 metres** 3. **Connect directly** — avoid USB hubs where possible 4. **Try a different USB port** — ideally one on its own USB bus 5. **Check USB autosuspend** — some systems aggressively suspend USB devices. Check if `/sys/bus/usb/devices/*/power/control` is set to `auto` for your interface and change it to `on` if so. ## My input gain keeps decreasing by itself This is the Safe Mode feature working as intended. Safe Mode automatically reduces gain when the input signal clips, to prevent distortion in recordings. If you're using the interface for voice calls, streaming, or other non-recording purposes where occasional clipping isn't critical, disable Safe Mode in the main window of `alsa-scarlett-gui`. ## PipeWire/JACK conflicts If you're running JACK alongside PipeWire (or starting JACK manually), it will take exclusive control of your interface, preventing other applications from using it. Modern PipeWire includes full JACK compatibility. The simplest solution is to not start JACK separately — PipeWire provides a JACK-compatible interface that applications can use transparently. Remove or disable any JACK autostart configuration and use PipeWire's built-in JACK support instead. ## An application says it can't open my device Applications that try to open the ALSA device directly (using paths like `plughw:3,0` or `hw:2,0`) will fail if PipeWire already has the device open. **Solution:** Configure the application to use the default audio device (usually shown as "Default" or "PipeWire" in its settings) rather than a specific hardware path. In most applications, this means selecting "default" or "PipeWire" as the audio device. ## Firefox/Wine/games crash or create excessive connections Some applications can't handle interfaces with more than 8 channels, causing crashes or misbehaviour: - **Firefox**: may create a new PipeWire connection every second, flooding your audio graph - **Wine/games**: may crash with channel mask errors when the interface has more than 8 channels **Solution:** Create a virtual stereo device that applications can use instead of the raw multi-channel interface: ```sh pactl load-module module-remap-sink \ sink_name=scarlett-stereo \ master=$(pactl list short sinks | grep -i scarlett | cut -f2) \ channels=2 ``` Or select the "Pro Audio" profile in `pavucontrol` and use PipeWire's built-in routing to present a stereo device to applications. ## The application won't start or shows rendering errors If `alsa-scarlett-gui` fails to start, shows a blank window, or crashes with Vulkan/rendering errors, try setting the GTK4 renderer: ```sh GSK_RENDERER=ngl alsa-scarlett-gui ``` If that works, make it permanent by adding `GSK_RENDERER=ngl` to your environment (e.g. in `~/.bashrc` or a systemd environment file). This is a GTK4/GPU driver issue, not specific to `alsa-scarlett-gui`. ## Flatpak limitations The Flatpak version of `alsa-scarlett-gui` has some limitations due to sandboxing: - **Firmware updates** cannot be performed from the Flatpak version because the sandbox prevents access to the firmware directory. Use the native build for firmware updates. - **Configuration save/load** using `alsactl` format may not work within the Flatpak sandbox. The native `.conf` format works normally. If you only need basic device control (routing, mixer, levels), the Flatpak works fine. For firmware management, build and install natively. ## How do I create virtual audio channels? If you want named stereo outputs (like a "Music" output and a "Voice" output routed to different physical channels), you can create virtual PulseAudio/PipeWire sinks: ```sh # Create a virtual stereo sink mapped to outputs 3-4 pactl load-module module-remap-sink \ sink_name=music-out \ master=alsa_output.usb-Focusrite_Scarlett_18i20-00.pro-output-0 \ channels=2 \ master_channel_map=front-left,front-right \ channel_map=front-left,front-right \ remix=no ``` These virtual sinks then appear in your application audio settings as separate output devices. Use `qpwgraph` or `pw-link` to route them to specific physical outputs on your interface. This is independent of the hardware routing in `alsa-scarlett-gui` — it's PipeWire/PulseAudio-level virtual routing on top of whatever hardware routing you've configured. ## Why does phantom power turn on when I plug in my interface? This is the same `alsa-state`/`alsa-restore` issue described in "Why do my settings keep resetting?" above. The systemd services restore a previously-saved state that had phantom power enabled. This can be a safety concern if you have ribbon microphones or other equipment that can be damaged by unexpected phantom power. Disable the `alsa-state` and `alsa-restore` services as described above. ## Help?! Have you read the User Guide for your interface? It’s available online: https://downloads.focusrite.com/focusrite and contains a lot of helpful/useful/important information about your device. You can skip the “Easy Start” and “Setting up your DAW” sections, but the rest is well worth reading. Even the information about Focusrite Control is useful, although not directly applicable, because it will help you understand more about the possibilities of what you can do with your device. For help with the Scarlett2 and FCP kernel drivers: https://github.com/geoffreybennett/linux-fcp/issues For help with the FCP user-space side: https://github.com/geoffreybennett/fcp-support/issues For help with `alsa-scarlett-gui`: https://github.com/geoffreybennett/alsa-scarlett-gui/issues For general Linux audio help: https://linuxmusicians.com alsa-scarlett-gui-1.0~beta9/LICENSES/000077500000000000000000000000001521233005100172135ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/LICENSES/GPL-2.0.txt000066400000000000000000000442501521233005100207000ustar00rootroot00000000000000Valid-License-Identifier: GPL-2.0 Valid-License-Identifier: GPL-2.0-only Valid-License-Identifier: GPL-2.0+ Valid-License-Identifier: GPL-2.0-or-later SPDX-URL: https://spdx.org/licenses/GPL-2.0.html Usage-Guide: To use this license in source code, put one of the following SPDX tag/value pairs into a comment according to the placement guidelines in the licensing rules documentation. 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(This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 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) any later version. 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 . Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. alsa-scarlett-gui-1.0~beta9/LICENSES/GPL-3.0-or-later.txt000066400000000000000000001035561521233005100224310ustar00rootroot00000000000000GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright © 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. We, the Free Software Foundation, use the GNU General Public License for most of our software; it applies also to any other work released this way by its authors. You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for them if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs, and that you know you can do these things. To protect your rights, we need to prevent others from denying you these rights or asking you to surrender the rights. Therefore, you have certain responsibilities if you distribute copies of the software, or if you modify it: responsibilities to respect the freedom of others. For example, if you distribute copies of such a program, whether gratis or for a fee, you must pass on to the recipients the same freedoms that you received. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. Developers that use the GNU GPL protect your rights with two steps: (1) assert copyright on the software, and (2) offer you this License giving you legal permission to copy, distribute and/or modify it. For the developers' and authors' protection, the GPL clearly explains that there is no warranty for this free software. For both users' and authors' sake, the GPL requires that modified versions be marked as changed, so that their problems will not be attributed erroneously to authors of previous versions. Some devices are designed to deny users access to install or run modified versions of the software inside them, although the manufacturer can do so. This is fundamentally incompatible with the aim of protecting users' freedom to change the software. The systematic pattern of such abuse occurs in the area of products for individuals to use, which is precisely where it is most unacceptable. Therefore, we have designed this version of the GPL to prohibit the practice for those products. If such problems arise substantially in other domains, we stand ready to extend this provision to those domains in future versions of the GPL, as needed to protect the freedom of users. Finally, every program is threatened constantly by software patents. States should not allow patents to restrict development and use of software on general-purpose computers, but in those that do, we wish to avoid the special danger that patents applied to a free program could make it effectively proprietary. To prevent this, the GPL assures that patents cannot be used to render the program non-free. The precise terms and conditions for copying, distribution and modification follow. TERMS AND CONDITIONS 0. Definitions. “This License” refers to version 3 of the GNU General Public License. “Copyright” also means copyright-like laws that apply to other kinds of works, such as semiconductor masks. “The Program” refers to any copyrightable work licensed under this License. Each licensee is addressed as “you”. “Licensees” and “recipients” may be individuals or organizations. To “modify” a work means to copy from or adapt all or part of the work in a fashion requiring copyright permission, other than the making of an exact copy. The resulting work is called a “modified version” of the earlier work or a work “based on” the earlier work. A “covered work” means either the unmodified Program or a work based on the Program. To “propagate” a work means to do anything with it that, without permission, would make you directly or secondarily liable for infringement under applicable copyright law, except executing it on a computer or modifying a private copy. Propagation includes copying, distribution (with or without modification), making available to the public, and in some countries other activities as well. To “convey” a work means any kind of propagation that enables other parties to make or receive copies. Mere interaction with a user through a computer network, with no transfer of a copy, is not conveying. An interactive user interface displays “Appropriate Legal Notices” to the extent that it includes a convenient and prominently visible feature that (1) displays an appropriate copyright notice, and (2) tells the user that there is no warranty for the work (except to the extent that warranties are provided), that licensees may convey the work under this License, and how to view a copy of this License. If the interface presents a list of user commands or options, such as a menu, a prominent item in the list meets this criterion. 1. Source Code. The “source code” for a work means the preferred form of the work for making modifications to it. “Object code” means any non-source form of a work. A “Standard Interface” means an interface that either is an official standard defined by a recognized standards body, or, in the case of interfaces specified for a particular programming language, one that is widely used among developers working in that language. The “System Libraries” of an executable work include anything, other than the work as a whole, that (a) is included in the normal form of packaging a Major Component, but which is not part of that Major Component, and (b) serves only to enable use of the work with that Major Component, or to implement a Standard Interface for which an implementation is available to the public in source code form. A “Major Component”, in this context, means a major essential component (kernel, window system, and so on) of the specific operating system (if any) on which the executable work runs, or a compiler used to produce the work, or an object code interpreter used to run it. The “Corresponding Source” for a work in object code form means all the source code needed to generate, install, and (for an executable work) run the object code and to modify the work, including scripts to control those activities. However, it does not include the work's System Libraries, or general-purpose tools or generally available free programs which are used unmodified in performing those activities but which are not part of the work. For example, Corresponding Source includes interface definition files associated with source files for the work, and the source code for shared libraries and dynamically linked subprograms that the work is specifically designed to require, such as by intimate data communication or control flow between those subprograms and other parts of the work. The Corresponding Source need not include anything that users can regenerate automatically from other parts of the Corresponding Source. The Corresponding Source for a work in source code form is that same work. 2. Basic Permissions. All rights granted under this License are granted for the term of copyright on the Program, and are irrevocable provided the stated conditions are met. This License explicitly affirms your unlimited permission to run the unmodified Program. The output from running a covered work is covered by this License only if the output, given its content, constitutes a covered work. This License acknowledges your rights of fair use or other equivalent, as provided by copyright law. You may make, run and propagate covered works that you do not convey, without conditions so long as your license otherwise remains in force. You may convey covered works to others for the sole purpose of having them make modifications exclusively for you, or provide you with facilities for running those works, provided that you comply with the terms of this License in conveying all material for which you do not control copyright. Those thus making or running the covered works for you must do so exclusively on your behalf, under your direction and control, on terms that prohibit them from making any copies of your copyrighted material outside their relationship with you. Conveying under any other circumstances is permitted solely under the conditions stated below. Sublicensing is not allowed; section 10 makes it unnecessary. 3. Protecting Users' Legal Rights From Anti-Circumvention Law. No covered work shall be deemed part of an effective technological measure under any applicable law fulfilling obligations under article 11 of the WIPO copyright treaty adopted on 20 December 1996, or similar laws prohibiting or restricting circumvention of such measures. When you convey a covered work, you waive any legal power to forbid circumvention of technological measures to the extent such circumvention is effected by exercising rights under this License with respect to the covered work, and you disclaim any intention to limit operation or modification of the work as a means of enforcing, against the work's users, your or third parties' legal rights to forbid circumvention of technological measures. 4. Conveying Verbatim Copies. You may convey verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice; keep intact all notices stating that this License and any non-permissive terms added in accord with section 7 apply to the code; keep intact all notices of the absence of any warranty; and give all recipients a copy of this License along with the Program. You may charge any price or no price for each copy that you convey, and you may offer support or warranty protection for a fee. 5. Conveying Modified Source Versions. You may convey a work based on the Program, or the modifications to produce it from the Program, in the form of source code under the terms of section 4, provided that you also meet all of these conditions: a) The work must carry prominent notices stating that you modified it, and giving a relevant date. b) The work must carry prominent notices stating that it is released under this License and any conditions added under section 7. This requirement modifies the requirement in section 4 to “keep intact all notices”. c) You must license the entire work, as a whole, under this License to anyone who comes into possession of a copy. This License will therefore apply, along with any applicable section 7 additional terms, to the whole of the work, and all its parts, regardless of how they are packaged. This License gives no permission to license the work in any other way, but it does not invalidate such permission if you have separately received it. d) If the work has interactive user interfaces, each must display Appropriate Legal Notices; however, if the Program has interactive interfaces that do not display Appropriate Legal Notices, your work need not make them do so. A compilation of a covered work with other separate and independent works, which are not by their nature extensions of the covered work, and which are not combined with it such as to form a larger program, in or on a volume of a storage or distribution medium, is called an “aggregate” if the compilation and its resulting copyright are not used to limit the access or legal rights of the compilation's users beyond what the individual works permit. Inclusion of a covered work in an aggregate does not cause this License to apply to the other parts of the aggregate. 6. Conveying Non-Source Forms. You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: a) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. b) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. c) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. This alternative is allowed only occasionally and noncommercially, and only if you received the object code with such an offer, in accord with subsection 6b. d) Convey the object code by offering access from a designated place (gratis or for a charge), and offer equivalent access to the Corresponding Source in the same way through the same place at no further charge. You need not require recipients to copy the Corresponding Source along with the object code. If the place to copy the object code is a network server, the Corresponding Source may be on a different server (operated by you or a third party) that supports equivalent copying facilities, provided you maintain clear directions next to the object code saying where to find the Corresponding Source. Regardless of what server hosts the Corresponding Source, you remain obligated to ensure that it is available for as long as needed to satisfy these requirements. e) Convey the object code using peer-to-peer transmission, provided you inform other peers where the object code and Corresponding Source of the work are being offered to the general public at no charge under subsection 6d. A separable portion of the object code, whose source code is excluded from the Corresponding Source as a System Library, need not be included in conveying the object code work. A “User Product” is either (1) a “consumer product”, which means any tangible personal property which is normally used for personal, family, or household purposes, or (2) anything designed or sold for incorporation into a dwelling. In determining whether a product is a consumer product, doubtful cases shall be resolved in favor of coverage. For a particular product received by a particular user, “normally used” refers to a typical or common use of that class of product, regardless of the status of the particular user or of the way in which the particular user actually uses, or expects or is expected to use, the product. A product is a consumer product regardless of whether the product has substantial commercial, industrial or non-consumer uses, unless such uses represent the only significant mode of use of the product. “Installation Information” for a User Product means any methods, procedures, authorization keys, or other information required to install and execute modified versions of a covered work in that User Product from a modified version of its Corresponding Source. The information must suffice to ensure that the continued functioning of the modified object code is in no case prevented or interfered with solely because modification has been made. If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. 7. Additional Terms. “Additional permissions” are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a) Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b) Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c) Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d) Limiting the use for publicity purposes of names of licensors or authors of the material; or e) Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f) Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. All other non-permissive additional terms are considered “further restrictions” within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An “entity transaction” is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A “contributor” is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's “contributor version”. A contributor's “essential patent claims” are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, “control” includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a “patent license” is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To “grant” such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. “Knowingly relying” means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is “discriminatory” if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. 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The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License “or any later version” applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. 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Copyright (C) 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 3 of the License, or (at your option) any later version. 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 . Also add information on how to contact you by electronic and paper mail. If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: Copyright (C) This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an “about box”. You should also get your employer (if you work as a programmer) or school, if any, to sign a “copyright disclaimer” for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . alsa-scarlett-gui-1.0~beta9/LICENSES/LGPL-3.0-or-later.txt000066400000000000000000000164031521233005100225370ustar00rootroot00000000000000GNU LESSER GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. This version of the GNU Lesser General Public License incorporates the terms and conditions of version 3 of the GNU General Public License, supplemented by the additional permissions listed below. 0. Additional Definitions. As used herein, "this License" refers to version 3 of the GNU Lesser General Public License, and the "GNU GPL" refers to version 3 of the GNU General Public License. "The Library" refers to a covered work governed by this License, other than an Application or a Combined Work as defined below. An "Application" is any work that makes use of an interface provided by the Library, but which is not otherwise based on the Library. Defining a subclass of a class defined by the Library is deemed a mode of using an interface provided by the Library. A "Combined Work" is a work produced by combining or linking an Application with the Library. The particular version of the Library with which the Combined Work was made is also called the "Linked Version". The "Minimal Corresponding Source" for a Combined Work means the Corresponding Source for the Combined Work, excluding any source code for portions of the Combined Work that, considered in isolation, are based on the Application, and not on the Linked Version. 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Each version is given a distinguishing version number. If the Library as you received it specifies that a certain numbered version of the GNU Lesser General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that published version or of any later version published by the Free Software Foundation. If the Library as you received it does not specify a version number of the GNU Lesser General Public License, you may choose any version of the GNU Lesser General Public License ever published by the Free Software Foundation. If the Library as you received it specifies that a proxy can decide whether future versions of the GNU Lesser General Public License shall apply, that proxy's public statement of acceptance of any version is permanent authorization for you to choose that version for the Library. alsa-scarlett-gui-1.0~beta9/LICENSES/Linux-syscall-note.txt000066400000000000000000000023511521233005100234670ustar00rootroot00000000000000SPDX-Exception-Identifier: Linux-syscall-note SPDX-URL: https://spdx.org/licenses/Linux-syscall-note.html SPDX-Licenses: GPL-2.0, GPL-2.0+, GPL-1.0+, LGPL-2.0, LGPL-2.0+, LGPL-2.1, LGPL-2.1+, GPL-2.0-only, GPL-2.0-or-later Usage-Guide: This exception is used together with one of the above SPDX-Licenses to mark user space API (uapi) header files so they can be included into non GPL compliant user space application code. To use this exception add it with the keyword WITH to one of the identifiers in the SPDX-Licenses tag: SPDX-License-Identifier: WITH Linux-syscall-note License-Text: NOTE! This copyright does *not* cover user programs that use kernel services by normal system calls - this is merely considered normal use of the kernel, and does *not* fall under the heading of "derived work". Also note that the GPL below is copyrighted by the Free Software Foundation, but the instance of code that it refers to (the Linux kernel) is copyrighted by me and others who actually wrote it. Also note that the only valid version of the GPL as far as the kernel is concerned is _this_ particular version of the license (ie v2, not v2.2 or v3.x or whatever), unless explicitly otherwise stated. Linus Torvalds alsa-scarlett-gui-1.0~beta9/Makefile000066400000000000000000000033071521233005100174510ustar00rootroot00000000000000NAME := alsa-scarlett-gui VERSION := $(shell git describe --abbrev=4 --always --tags | sed 's/-rc/~rc/g; s/-/./g') NAMEVER := $(NAME)-$(VERSION) TAR_FILE := $(NAMEVER).tar TARGZ_FILE := $(TAR_FILE).gz SPEC_FILE := $(NAME).spec default: @echo "alsa-scarlett-gui" @echo @echo "If you want to build and install from source, please try:" @echo " cd src" @echo " make -j$(shell nproc)" @echo " sudo make install" @echo @echo "This Makefile knows about packaging:" @echo " make tar" @echo " make rpm" @echo " make deb" @echo " make arch" tar: $(TARGZ_FILE) $(TARGZ_FILE): git archive --format=tar --prefix=$(NAMEVER)/ HEAD > $(TAR_FILE) sed 's_VERSION$$_$(VERSION)_' < $(SPEC_FILE).template > $(SPEC_FILE) tar --append -f $(TAR_FILE) \ --transform s_^_$(NAMEVER)/_ \ --owner=root --group=root \ $(SPEC_FILE) rm -f $(SPEC_FILE) gzip < $(TAR_FILE) > $(TARGZ_FILE) rm -f $(TAR_FILE) rpm: $(TARGZ_FILE) rpmbuild -tb $(TARGZ_FILE) deb: $(MAKE) -C src VERSION=$(VERSION) PREFIX=/usr mkdir -p deb-build/DEBIAN \ deb-build/usr/bin \ deb-build/usr/share/applications \ deb-build/usr/share/icons/hicolor/256x256/apps \ deb-build/usr/share/doc/$(NAME) cp src/alsa-scarlett-gui deb-build/usr/bin/ cp src/vu.b4.alsa-scarlett-gui.desktop deb-build/usr/share/applications/ cp src/img/vu.b4.alsa-scarlett-gui.png deb-build/usr/share/icons/hicolor/256x256/apps/ cp -r README.md FAQ.md RELEASE-NOTES.md demo docs img deb-build/usr/share/doc/$(NAME)/ sed "s/VERSION/$(VERSION)/g" debian/control > deb-build/DEBIAN/control dpkg-deb --root-owner-group --build deb-build $(NAME)_$(VERSION).deb rm -rf deb-build arch: sed 's/VERSION/$(VERSION)/g' PKGBUILD.template > PKGBUILD alsa-scarlett-gui-1.0~beta9/PKGBUILD.template000066400000000000000000000010701521233005100207420ustar00rootroot00000000000000# Maintainer: Geoffrey D. Bennett pkgname=alsa-scarlett-gui pkgver=VERSION pkgrel=1 pkgdesc='GTK4 GUI for Focusrite Scarlett/Clarett/Vocaster audio interfaces' arch=('x86_64') url="https://github.com/geoffreybennett/$pkgname" license=('GPL3' 'LGPL3') depends=('gtk4' 'alsa-lib' 'openssl') makedepends=('make' 'gcc') source=("$pkgname-$pkgver.tar.gz::$url/archive/refs/tags/$pkgver.tar.gz") sha256sums=('SKIP') build() { cd "$pkgname-$pkgver/src" make PREFIX=/usr } package() { cd "$pkgname-$pkgver/src" make PREFIX=/usr DESTDIR="$pkgdir" install } alsa-scarlett-gui-1.0~beta9/README.md000066400000000000000000000077471521233005100173040ustar00rootroot00000000000000# ALSA Scarlett Control Panel (`alsa-scarlett-gui`) v1.0 beta A Linux control panel for Focusrite Scarlett, Clarett, and Vocaster USB audio interfaces — the equivalent of Focusrite Control / Scarlett MixControl / Vocaster Hub on Linux. Configure routing, mixing, input/output levels, DSP processing, and firmware updates through a graphical interface. This is a beta release — better than 0.5 but not quite 1.0. The docs still need some updating. ## Supported Interfaces - Scarlett 1st Gen 6i6, 8i6, 18i6, 18i8, 18i20 - Scarlett 2nd Gen 6i6, 18i8, 18i20 - Scarlett 3rd Gen Solo, 2i2, 4i4, 8i6, 18i8, 18i20 - Scarlett 4th Gen Solo, 2i2, 4i4, 16i16, 18i16, 18i20 - Clarett 2Pre, 4Pre, 8Pre USB - Clarett+ 2Pre, 4Pre, 8Pre - Vocaster One and Vocaster Two ![Demonstration](img/demo.gif) ## Features - **Drag-and-drop routing** — visual audio routing matrix with real-time signal level glow - **Matrix mixer** — full mixer with per-crosspoint gain dials and post-gain level metering - **DSP controls** — interactive parametric EQ and compressor with draggable response graph (Vocaster) - **Configuration** — custom port names, stereo linking, port visibility, and autogain targets - **Monitor groups** — Main/Alt output groups with per-output source and trim (Gen 4 large) - **Presets** — quick save/load of named configurations, plus file-based save/load - **Level meters** — real-time level display for all routing points - **Firmware updates** — integrated firmware upgrade support ## Documentation Refer to [INSTALL.md](docs/INSTALL.md) for prerequisites, how to build, install, and run. Refer to [USAGE.md](docs/USAGE.md) for general usage information and known issues. Information specific to various models: - [Scarlett 1st Gen 6i6+](docs/iface-1st-gen.md) - [Scarlett 3rd Gen Solo and 2i2](docs/iface-small.md) - [Scarlett 2nd/3rd Gen 4i4+, Clarett USB, and Clarett+](docs/iface-large.md) - [Scarlett 4th Gen Solo, 2i2, 4i4](docs/iface-4th-gen-small.md) - [Scarlett 4th Gen 16i16, 18i16, 18i20](docs/iface-4th-gen-big.md) - [Vocaster One and Two](docs/iface-vocaster.md) Additional documentation: - [Configuration Window](docs/configuration.md) - [Presets and Configuration Files](docs/presets.md) - [DSP Window](docs/dsp.md) (Vocaster) - [Digital I/O Availability](docs/digital-io-availability.md) - [FAQ](FAQ.md) — Troubleshooting and common questions - [Release Notes](RELEASE-NOTES.md) — What's new in each version ## Donations This software — the Linux kernel driver, this control panel, and the documentation — represents over a thousand hours of independent development: reverse-engineering Focusrite's USB protocols, developing and upstreaming the kernel driver, and building a complete replacement for Scarlett MixControl, Focusrite Control, Focusrite Control 2, and Vocaster Hub — often providing more functionality than Focusrite's own software. If you've found it valuable, a donation is a nice way to say thanks: - https://liberapay.com/gdb - https://paypal.me/gdbau - Zelle: g@b4.vu ## License Copyright 2022-2026 Geoffrey D. Bennett 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 3 of the License, or (at your option) any later version. 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 . ## Disclaimer Third Parties Focusrite, Scarlett, Clarett, and Vocaster are trademarks or registered trademarks of Focusrite Audio Engineering Limited in England, USA, and/or other countries. Use of these trademarks does not imply any affiliation or endorsement of this software. alsa-scarlett-gui-1.0~beta9/RELEASE-NOTES.md000066400000000000000000000515521521233005100203060ustar00rootroot00000000000000# Release Notes ## 1.0 This release of alsa-scarlett-gui introduces substantial new features across over 110 commits. **For all supported devices** (except 2nd/3rd Gen Solo/2i2): a configuration window with custom I/O naming and visibility settings, device presets, stereo linking throughout the routing, mixer, and configuration windows, and numerous visual and usability improvements. **For Vocaster**: a full DSP window with parametric EQ and compressor controls, with stereo linking support. **For big 4th Gen interfaces** (16i16, 18i16, 18i20): monitor groups and firmware update support. ## DSP Window A new DSP window (View → DSP, or Ctrl-D) provides control over the digital signal processing available on Vocaster interfaces. Each DSP channel has three processing sections applied in order: pre-compressor filter, compressor, and parametric EQ. The Vocaster One has a single DSP channel; the Vocaster Two has two channels. Channel names default to "Host" and "Guest" but can be customised in the Configuration window — the DSP window headers update to reflect custom names. ### Parametric EQ with Interactive Graph Each filter section (pre-compressor and parametric EQ) includes an interactive frequency response graph: - **Draggable handles** — click and drag the numbered handles directly on the graph to adjust frequency and gain (or frequency and Q for filter types without gain) - **Mouse wheel Q adjustment** — scroll over a handle to adjust Q logarithmically (scroll up for narrower, down for wider) - **Hover highlighting** — hovering over a handle highlights the corresponding filter controls, and vice versa - **Shaded curves** — each filter stage is drawn as a coloured curve with translucent shading between the curve and the 0 dB line - **Text entry fields** — type exact values for frequency, Q, and gain - **Combined response** — a white line shows the combined effect of all stages in the section - **Display range toggle** — click the dB label to switch between ±12 dB and ±24 dB vertical range; auto-selects ±12 when all gains fit, giving finer resolution for typical adjustments - **Grid and labels** — frequency labels from 20 Hz to 20 kHz, dB labels every 6 dB, with fine grid lines at all decade subdivisions ### Filter Types A filter type dropdown with response-shape icons is available for each filter stage. Twelve filter types are available: - Peaking, Low Shelf, High Shelf - Lowpass (12 dB/oct), Highpass (12 dB/oct) - Bandpass, Notch - Gain (simple level adjustment, no frequency shaping) - LP/HP/LS/HS 6 dB/oct (first-order, gentler slope) ### Compressor Visualisation The compressor section displays a transfer curve showing input vs output level. A real-time level dot on the curve shows the current signal position, turning red when the signal clips. The curve updates in real time as you adjust threshold, ratio, knee width, and makeup gain. Attack and release controls set the compressor's timing behaviour. ### DSP Section Presets Each processing section has a Presets button offering quick configurations: - **Pre-Compressor Filter**: None, Rumble Reduction Low, Rumble Reduction High - **Compressor**: Off, Low, Med, High - **Parametric EQ**: Radio, Clean, Warm, Bright ### DSP Enable and Visualisation The channel name button (e.g. "Host") toggles all DSP processing for that channel — when disabled, all curves are dimmed and dashed. Individual filter stages can be enabled or disabled with their checkboxes; bypassed stages are shown dimmed and dashed while the combined response (white line) adjusts to reflect only the active stages. ### DSP Channel Linking On the Vocaster Two, a link button between the two DSP channels lets you apply identical processing to both. When linked, channel 2 controls are hidden and all parameters sync bidirectionally — changes to channel 1 are mirrored to channel 2. The header shows the pair name when linked. Link state persists across sessions. ### Parameter Persistence Filter parameters (type, frequency, Q, gain, and enable state) are persisted across application restarts. When a filter stage is disabled, the hardware discards its parameters — the application saves and restores them so your settings are preserved. ### External Coefficient Updates If biquad coefficients are changed externally (e.g. by another application), the DSP window analyses the new coefficients to determine the filter type and parameters, and updates the controls and graph accordingly. ## Configuration Window A new Configuration window (View → Configuration, or Ctrl-G) provides device customisation organised into tabs. The available tabs depend on your interface's capabilities. The window is resizable, and your selected tab is remembered between sessions. ### Device Name Set a custom name for your interface. The name appears in the window title bar, making it easy to identify multiple interfaces of the same model. ### Device Settings On Clarett interfaces, the Device Settings tab provides an S/PDIF Source control for selecting the digital input source (None, Optical, or RCA). This setting takes effect immediately without requiring a reboot. ### I/O Configuration The I/O Configuration tab lets you customise port names, visibility, and stereo linking across all port types. It is organised into sub-tabs by port type (Analogue, S/PDIF, ADAT, PCM, DSP, Mixer), with your selected sub-tab also remembered between sessions. #### Custom Port Names Every input and output port can be given a custom name. Generic labels (e.g. "Analogue 1") are shown alongside the port, with device-specific default names (e.g. "Mic", "Headphone") shown as placeholder text in the entry field. Custom names propagate throughout the application — routing labels, mixer headers, and DSP window titles all update to reflect your names. #### Show/Hide Ports A checkbox next to each port controls its visibility. Hiding ports that you don't use declutters the routing and mixer windows. Each port type sub-tab has an "all" checkbox in its tab label that toggles visibility for the entire category at once — it shows a mixed state when some ports are visible and others hidden. On the big 4th Gen interfaces (16i16, 18i16, 18i20) which have fixed mixer inputs (permanently connected to specific sources), the Mixer sub-tab splits inputs into columns by port type for easier navigation. #### Stereo Linking A link button (chain icon) between adjacent port pairs lets you pair them as stereo. When linked: - The two individual channels collapse into a single stereo row - A pair name field replaces the individual name entries, with device-specific default pair names (e.g. "Stereo Mic" for DSP 1–2) shown as placeholder text - Enable state is synchronised between the paired channels - The routing window shows a single stereo connection - Mixer controls display averaged gain for the pair For fixed mixer inputs, the link state is read-only and follows the source channel's link state. Linking and unlinking updates all windows immediately. The left channel's settings take priority (routing source, enable state, monitor group assignments); mixer gains are averaged. Any routing that doesn't follow a valid L→L/R→R pattern is cleared to Off. Link state propagates: linking one end of a stereo connection automatically links the other end, and unlinking propagates similarly. On first use with a device, the application analyses existing routing and mixer connections to determine which channels appear to be used as stereo pairs, and initialises link state accordingly. ### Autogain The Autogain tab provides gain faders for configuring the target levels that the Autogain feature aims for. The 4th Gen 2i2/4i4 has Mean and Peak targets; the Vocaster has a Hot target. ### Monitor Groups On 4th Gen 16i16/18i16/18i20 interfaces, the Monitor Groups tab lets you organise analogue outputs into Main and Alt groups. This replaces the limited main/alt speaker switching of earlier big interfaces (which could only swap between line outputs 1–2 and 3–4) with fully flexible output grouping, and also replaces the old HW/SW volume control switch. Each output has: - **Enable** checkbox — include this output in the group - **Source** dropdown — select which input feeds this output when the group is active; shows custom port names and is stereo-aware (stereo-linked outputs only show stereo sources; mono outputs hide stereo sources) - **Trim** fader — per-output level calibration Switch between Main and Alt groups using the Alt button on your interface or the toggle in the main window. The main volume knob controls the outputs in the active group. Outputs that belong only to the inactive group are muted — outputs present in both groups are never muted, they follow whichever group is currently active. This enables use cases like: - **A/B speaker comparison** — assign two sets of speakers to Main and Alt, switch between them with the Alt button; use trim to match their volumes - **Surround monitoring** — put all surround speakers in the Main group for unified volume control from the knob; use trim to calibrate individual speaker levels - **Surround/stereo switching** — surround speakers in Main, stereo pair in Alt, for quick format comparison - **Stereo/mono comparison** — stereo mix in Main, mono mixdown in Alt, for checking mono compatibility - **DAW/direct monitoring switch** — Main from PCM (hearing yourself through the DAW with processing), Alt from a mixer output that combines PCM playback with hardware inputs (zero-latency direct monitoring while still hearing your backing tracks) When outputs are stereo-linked, the Monitor Groups tab shows a single row for the pair with a stereo trim widget. Enable and source settings apply to both channels; selecting a stereo source routes L to L and R to R. ## Routing Window The routing window (View → Routing, or Ctrl-R) has received substantial visual and functional improvements. ### Signal Level Glow Routing lines now display a real-time glow effect that reflects the audio signal level passing through the connection. The glow colour transitions from green (low level) through yellow to red (near clipping), with intensity proportional to the signal level. This makes it easy to see at a glance which connections are carrying audio and at what level. On big 4th Gen interfaces, sources that have signal but are not routed to any output display a circular glow around their socket. (Other interfaces only report levels at sink nodes, so unconnected sources have no level data.) ### Arrow Indicators for Hidden Ports When a routing connection has one visible and one hidden port, an arrow indicator appears at the visible end, showing that audio is flowing to or from a port that is not currently displayed. ### Stereo Linking Adjacent channels that are stereo-linked in the Configuration window are displayed as a single stereo port in the routing window, using a dedicated stereo socket icon that shows the L and R sub-ports. Routing lines for stereo pairs are drawn as two parallel lines (L→L and R→R), each with its own independent glow level. When dragging a connection from a stereo port, two dashed lines follow the cursor. ### Monitor Group Indicators (Big 4th Gen) On 4th Gen 16i16/18i16/18i20 interfaces with monitor groups configured, the routing window shows the effective audio routing rather than just the raw ALSA control values. When speaker switching is active: - Outputs in the active group show their monitor group source as the effective connection, with a green "Main" or red "Alt" label beside the output name - Outputs in the inactive group are shown with strikethrough text and no routing line (they are muted) - Outputs not assigned to either group show their normal individual routing This means the routing display always reflects what you actually hear, regardless of whether the routing comes from individual settings or the monitor group override. ## Mixer Window The mixer window (View → Mixer, or Ctrl-M) has received several visual and functional improvements. ### Signal Level Glow on Labels Mixer input and output labels now display a real-time horizontal glow bar reflecting the signal level at that port. The glow colour transitions from green through yellow to red as the signal approaches 0 dBFS, matching the routing window's glow effect. When channels are stereo-linked, each label shows split L/R glow bars growing outward from the centre — giving independent visual feedback of both channel levels. ### Orientation Legend A corner label in the top-left of the mixer grid displays "Inputs →" and "Outputs ↓", making it clear which axis is which. ### Level Metering on Gain Dials Gain knobs throughout the application now include a signal level meter inside the dial, with peak hold (except 1st Gen, where the kernel driver doesn't support level metering). Main window input/output knobs show the signal level at that point in the chain; mixer knobs show the post-gain level (input signal plus applied gain). This gives immediate visual feedback without needing to open the Levels window. ### Stereo-Aware Controls When channels are stereo-linked (via the Configuration window), the mixer adapts: - Linked inputs or outputs appear as a single stereo fader rather than two separate mono controls - Stereo-to-stereo crosspoints show a single gain control for the L→L and R→R path (averaged), with L→R and R→L crosstalk muted to maintain stereo separation - Level meters show the maximum level across both stereo channels - Labels update to show the stereo pair name ### Custom Port Names Mixer output labels (Mix A, Mix B, etc.) and input labels reflect any custom names set in the Configuration window. Names are ellipsised if they exceed the available space, with the full name shown as a tooltip. Hover over a gain knob to highlight its input and output labels at the edge. ### Dynamic Port Visibility Ports hidden via the Configuration window's show/hide checkboxes are removed from the mixer grid. The layout automatically adjusts so only enabled ports appear, keeping the mixer as compact as possible and relevant to your workflow. ### Mixer Unavailability at High Sample Rates At quad-band sample rates (176.4 or 192 kHz), the hardware mixer is not available. The mixer window indicates this by dimming all controls and displaying an overlay message. Controls remain functional for pre-configuration — adjustments take effect when you return to a supported sample rate. ## Sample Rate and Digital I/O Availability Some ports become unavailable due to hardware bandwidth limits. Unavailable ports are shown with grey strikethrough text and a tooltip explaining the limitation. - **PCM channels** — the number of available channels decreases at higher sample rates - **Digital I/O** (S/PDIF, ADAT) — available port counts depend on the sample rate and the Digital I/O mode or S/PDIF Source setting - **Mixer** — at quad-band rates (176.4/192 kHz), the mixer is entirely unavailable; mixer labels show in strikethrough, and the mixer window dims with an overlay message PCM and mixer availability updates in real time as the sample rate changes. Digital I/O availability behaviour differs by interface: - **Clarett** (4Pre, 8Pre) — the S/PDIF Source setting (None, Optical, RCA) takes effect immediately; availability indicators update in real time. Selecting "Optical" makes ADAT inputs unavailable since the optical port is shared. - **Scarlett** (3rd/4th Gen) — the Digital I/O Mode requires a device reboot to take effect. The GUI shows availability based on the mode that was active at startup. ## Presets A Presets button in the main window provides quick save and load of your device configuration. Presets are stored per device (identified by serial number) in `~/.config/alsa-scarlett-gui/`. ### Saving Presets Click the Presets button and select "Save as Preset..." to save the current device state. Enter a name in the dialog and press Save (or Enter). The preset captures all device settings: routing, mixer levels, custom port names, visibility, stereo linking, monitor groups, and DSP parameters. ### Loading Presets Click the Presets button to see a list of saved presets for the current device. Click a preset name to load it immediately — all windows update to reflect the restored configuration. ### Deleting Presets Each preset in the list has a delete button (×) on the right. Click it to remove the preset file. ## Configuration Save and Load The File menu provides Load Configuration (Ctrl-O) and Save Configuration (Ctrl-S) for saving and loading device settings to arbitrary files. Two formats are supported: - **Native format (.conf)** — saves all device settings including custom names, port visibility, stereo linking, and DSP parameters. This is the default format and the same format used by presets. - **alsactl state format (.state)** — saves ALSA control values in the format used by `alsactl`. This format is also used for interface simulation (File → Interface Simulation, Ctrl-I). The file chooser dialog shows both formats with the native format selected by default. When loading, the application detects the format from the file extension. ## Firmware Update (Big 4th Gen) Firmware update support has been expanded with the multi-step upgrade capability required for big 4th Gen interfaces (16i16/18i16/18i20): 1. **Leapfrog** — a special firmware that can perform ESP updates is uploaded, then the device is rebooted into it 2. **ESP** — after reboot, the ESP firmware is updated (no reboot needed between this and the next step) 3. **Application** — the main application firmware is uploaded, followed by a second reboot to load it The upgrade prompt appears automatically when a newer firmware is available. If the process is interrupted after the leapfrog stage (e.g. by the device rebooting), the application detects the mid-upgrade state and resumes automatically when the device reappears. Progress is displayed in a modal dialog throughout each stage. ## Window State Persistence Window visibility is remembered across sessions — windows that were open when you quit are automatically restored on startup. ## Keyboard Shortcuts All keyboard shortcuts now work from any window. ### File | Shortcut | Action | |----------|--------| | Ctrl-O | Load Configuration | | Ctrl-S | Save Configuration | | Ctrl-I | Interface Simulation | | Ctrl-Q | Exit | ### View | Shortcut | Action | |----------|--------| | Ctrl-R | Routing Window | | Ctrl-M | Mixer Window | | Ctrl-L | Levels Window | | Ctrl-D | DSP Window | | Ctrl-G | Configuration Window | | Ctrl-T | Startup Window | ### Help | Shortcut | Action | |----------|--------| | Ctrl-H | Supported Hardware | | Ctrl-/ | About | Pressing Escape in any subwindow closes it. ## Device Support ### Scarlett Big 4th Gen (16i16, 18i16, 18i20) Full support for big 4th Gen interfaces has been added, including hardware identification, monitor groups, input mute, and output volume/mute/dim controls. These devices require Linux 6.14+, the `fcp-server` daemon from [fcp-support](https://github.com/geoffreybennett/fcp-support), and the firmware from [scarlett4-firmware](https://github.com/geoffreybennett/scarlett4-firmware). See the Firmware Update section for details on the multi-step upgrade process. ### Vocaster Speaker and Headphone Mute Vocaster interfaces now have dedicated mute controls for speaker and headphone outputs in the main window: - **Speaker mute** — a speaker icon button that toggles muting of the speaker output - **Headphone mute** — a headphone icon button for each headphone output (Vocaster Two has multiple headphone outputs) ### Device-Specific Default Port Names The Configuration window's name entry fields show device-specific default port names as placeholder text (e.g. "Mic", "Inst", "Headphone", "Monitor"), replacing the generic "Analogue 1", "PCM 1" labels. ## Local Configuration Storage Custom port names, port visibility, stereo linking, and DSP filter parameters are all stored locally per device (identified by serial number) in `~/.config/alsa-scarlett-gui/`. These settings persist across application restarts and are separate from the device's own firmware state. On first connection, the device's initial state is saved to `.{serial}-init.conf` in the config directory, providing a baseline for comparison or recovery. Resetting the device configuration (via the startup screen's Reset button) also removes this local configuration file, so custom names, visibility, and stereo link settings are reset along with the device. ## Bug Fixes Numerous bug fixes and stability improvements, including fixes to the 4th Gen master volume display, drop-down and popover styling, modal window layering, gain dial redraw, and level meter display for devices with implicit level maps. ## Known Issues - The scarlett2 kernel driver reports incorrect level meter values at dual-band and quad-band sample rates. - Main window controls are not affected by the I/O Configuration settings. alsa-scarlett-gui-1.0~beta9/alsa-scarlett-gui.spec.template000066400000000000000000000016221521233005100240160ustar00rootroot00000000000000Summary: ALSA Scarlett Control Panel Name: alsa-scarlett-gui Version: VERSION Release: 1%{?dist} License: GPLv3+ LGPLv3+ Url: https://github.com/geoffreybennett/alsa-scarlett-gui Source0: https://github.com/geoffreybennett/alsa-scarlett-gui/archive/refs/tags/%{version}.tar.gz?/%{name}-%{version}.tar.gz BuildRequires: pkgconfig(alsa) BuildRequires: pkgconfig(gtk4) BuildRequires: pkgconfig(openssl) %description alsa-scarlett-gui is a Gtk4 GUI for the ALSA controls presented by the Linux kernel Focusrite USB drivers. %prep %setup -q -n %{name}-%{version}/src %build %make_build VERSION=%{version} PREFIX=%{_prefix} %install %make_install PREFIX=%{_prefix} %files %doc ../img ../demo ../docs ../*.md %{_bindir}/alsa-scarlett-gui %{_datadir}/applications/vu.b4.alsa-scarlett-gui.desktop %{_iconsdir}/hicolor/256x256/apps/vu.b4.alsa-scarlett-gui.png alsa-scarlett-gui-1.0~beta9/debian/000077500000000000000000000000001521233005100172305ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/debian/control000066400000000000000000000004041521233005100206310ustar00rootroot00000000000000Package: alsa-scarlett-gui Version: VERSION Section: sound Priority: optional Architecture: amd64 Depends: libgtk-4-1, libasound2, libssl3 Maintainer: Geoffrey D. Bennett Description: GTK4 GUI for Focusrite Scarlett/Clarett/Vocaster audio interfaces alsa-scarlett-gui-1.0~beta9/demo/000077500000000000000000000000001521233005100167325ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/demo/Clarett Plus 2Pre.conf000066400000000000000000000235321521233005100227010ustar00rootroot00000000000000[device] serial=00008355 model=Clarett+ 2Pre [controls] Clock Source Clock Source=Internal Line Out 01 Volume Control Playback Enum=HW Line Out 02 Volume Control Playback Enum=HW Line 03 (Headphones L) Playback Volume=127 Line 03 Mute Playback Switch=false Line Out 03 Volume Control Playback Enum=SW Line 04 (Headphones R) Playback Volume=127 Line 04 Mute Playback Switch=false Line Out 04 Volume Control Playback Enum=SW Mute Playback Switch=false Dim Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Air Capture Switch=false Line In 2 Air Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=S/PDIF 1 PCM 04 Capture Enum=S/PDIF 2 PCM 05 Capture Enum=ADAT 1 PCM 06 Capture Enum=ADAT 2 PCM 07 Capture Enum=ADAT 3 PCM 08 Capture Enum=ADAT 4 PCM 09 Capture Enum=ADAT 5 PCM 10 Capture Enum=ADAT 6 PCM 11 Capture Enum=ADAT 7 PCM 12 Capture Enum=ADAT 8 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Standalone Switch=true Name= Analogue In 1 Name= Analogue In 2 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Clarett Plus 2Pre.state000066400000000000000000002062341521233005100230760ustar00rootroot00000000000000state.C2Pre { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access 'read volatile' type INTEGER count 4 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 comment { access 'read volatile' type INTEGER count 12 range '0 - 36' } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.6 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.7 { iface CARD name 'Firmware Version' value 1993 comment { access read type INTEGER count 1 range '0 - 0' } } control.8 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.9 { iface MIXER name 'Master HW Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.10 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.11 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.13 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.14 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.15 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.16 { iface MIXER name 'Line 03 (Headphones L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.17 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.19 { iface MIXER name 'Line 04 (Headphones R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.20 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.22 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.25 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.26 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.27 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.28 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.29 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.30 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.31 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.32 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.33 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.34 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.35 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.36 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.37 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.38 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.39 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.40 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.41 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.42 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.43 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.44 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.45 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.46 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.47 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.48 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.49 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.50 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.51 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.52 { iface MIXER name 'PCM 03 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.53 { iface MIXER name 'PCM 04 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.54 { iface MIXER name 'PCM 05 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.55 { iface MIXER name 'PCM 06 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.56 { iface MIXER name 'PCM 07 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.57 { iface MIXER name 'PCM 08 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.58 { iface MIXER name 'PCM 09 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.59 { iface MIXER name 'PCM 10 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.60 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.61 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'S/PDIF 1' item.4 'S/PDIF 2' item.5 'ADAT 1' item.6 'ADAT 2' item.7 'ADAT 3' item.8 'ADAT 4' item.9 'ADAT 5' item.10 'ADAT 6' item.11 'ADAT 7' item.12 'ADAT 8' item.13 'Mix A' item.14 'Mix B' item.15 'Mix C' item.16 'Mix D' item.17 'Mix E' item.18 'Mix F' item.19 'Mix G' item.20 'Mix H' item.21 'Mix I' item.22 'Mix J' item.23 'PCM 1' item.24 'PCM 2' item.25 'PCM 3' item.26 'PCM 4' } } control.62 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.242 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 1 value.23 1 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 comment { access 'read volatile' type INTEGER count 34 range '0 - 4095 (step 1)' } } control.243 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.244 { iface MIXER name 'Standalone Switch' value true comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Clarett Plus 4Pre.conf000066400000000000000000000265231521233005100227060ustar00rootroot00000000000000[device] serial=00005517 model=Clarett+ 4Pre [controls] Clock Source Clock Source=Internal Line Out 01 Volume Control Playback Enum=HW Line Out 02 Volume Control Playback Enum=HW Line 03 (Headphones 1 L) Playback Volume=127 Line 03 Mute Playback Switch=false Line Out 03 Volume Control Playback Enum=SW Line 04 (Headphones 1 R) Playback Volume=127 Line 04 Mute Playback Switch=false Line Out 04 Volume Control Playback Enum=SW Line 05 (Headphones 2 L) Playback Volume=127 Line 05 Mute Playback Switch=false Line Out 05 Volume Control Playback Enum=SW Line 06 (Headphones 2 R) Playback Volume=127 Line 06 Mute Playback Switch=false Line Out 06 Volume Control Playback Enum=SW Mute Playback Switch=false Dim Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Air Capture Switch=false Line In 2 Air Capture Switch=false Line In 3 Air Capture Switch=false Line In 4 Air Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Analogue Output 05 Playback Enum=PCM 5 Analogue Output 06 Playback Enum=PCM 6 S/PDIF Output 1 Playback Enum=PCM 7 S/PDIF Output 2 Playback Enum=PCM 8 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Analogue 5 PCM 06 Capture Enum=Analogue 6 PCM 07 Capture Enum=Analogue 7 PCM 08 Capture Enum=Analogue 8 PCM 09 Capture Enum=S/PDIF 1 PCM 10 Capture Enum=S/PDIF 2 PCM 11 Capture Enum=ADAT 1 PCM 12 Capture Enum=ADAT 2 PCM 13 Capture Enum=ADAT 3 PCM 14 Capture Enum=ADAT 4 PCM 15 Capture Enum=ADAT 5 PCM 16 Capture Enum=ADAT 6 PCM 17 Capture Enum=ADAT 7 PCM 18 Capture Enum=ADAT 8 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Standalone Switch=true S/PDIF Source Capture Enum=RCA Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Clarett Plus 4Pre.state000066400000000000000000002513131521233005100230760ustar00rootroot00000000000000state.C4Pre { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 comment { access 'read volatile' type INTEGER count 8 range '0 - 36' } } control.2 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.6 { iface CARD name 'Firmware Version' value 1955 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.8 { iface MIXER name 'Master HW Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.9 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.10 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.11 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.12 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.13 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.15 { iface MIXER name 'Line 03 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.16 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.18 { iface MIXER name 'Line 04 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.19 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.21 { iface MIXER name 'Line 05 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.22 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.24 { iface MIXER name 'Line 06 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.25 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.26 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.27 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.28 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.29 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.30 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.31 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.32 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.33 { iface MIXER name 'Line In 3 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.34 { iface MIXER name 'Line In 4 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.35 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.36 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.37 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.38 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.39 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.40 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.41 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.42 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.43 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.44 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.45 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.46 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.47 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.48 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.49 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.50 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.51 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.52 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.53 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.54 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.55 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.56 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.57 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.58 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.59 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.60 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.61 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.62 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.63 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.64 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.65 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.66 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.67 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.68 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.69 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.70 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.71 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.72 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.73 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.74 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.75 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.76 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.77 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.78 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.79 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.250 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.251 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.252 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.253 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.254 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.255 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.256 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.257 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.258 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.259 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 1 value.27 1 value.28 1 value.29 1 value.30 1 value.31 1 value.32 1 value.33 1 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 comment { access 'read volatile' type INTEGER count 44 range '0 - 4095 (step 1)' } } control.260 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.261 { iface MIXER name 'Standalone Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.262 { iface MIXER name 'S/PDIF Source Capture Enum' value RCA comment { access 'read write' type ENUMERATED count 1 item.0 None item.1 Optical item.2 RCA } } } alsa-scarlett-gui-1.0~beta9/demo/Clarett Plus 8Pre.state000066400000000000000000003344021521233005100231030ustar00rootroot00000000000000state.USB { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.5 { iface MIXER name 'Master HW Playback Volume' value 85 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -4200 } } control.6 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 85 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -4200 } } control.7 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.9 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 85 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -4200 } } control.10 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.11 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.12 { iface MIXER name 'Line 03 Playback Volume' value 81 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -4600 } } control.13 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.15 { iface MIXER name 'Line 04 Playback Volume' value 81 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -4600 } } control.16 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.18 { iface MIXER name 'Line 05 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.19 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.21 { iface MIXER name 'Line 06 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.22 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.24 { iface MIXER name 'Line 07 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.25 { iface MIXER name 'Line 07 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.26 { iface MIXER name 'Line Out 07 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.27 { iface MIXER name 'Line 08 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.28 { iface MIXER name 'Line 08 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.29 { iface MIXER name 'Line Out 08 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.30 { iface MIXER name 'Line 09 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.31 { iface MIXER name 'Line 09 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.32 { iface MIXER name 'Line Out 09 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.33 { iface MIXER name 'Line 10 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.34 { iface MIXER name 'Line 10 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.35 { iface MIXER name 'Line Out 10 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.36 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.37 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.38 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.39 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.40 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.41 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.42 { iface MIXER name 'Line In 3 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.43 { iface MIXER name 'Line In 4 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.44 { iface MIXER name 'Line In 5 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.45 { iface MIXER name 'Line In 6 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.46 { iface MIXER name 'Line In 7 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.47 { iface MIXER name 'Line In 8 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.48 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.49 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.50 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.51 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.52 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.53 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.54 { iface MIXER name 'Analogue Output 07 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.55 { iface MIXER name 'Analogue Output 08 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.56 { iface MIXER name 'Analogue Output 09 Playback Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.57 { iface MIXER name 'Analogue Output 10 Playback Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.58 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 11' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.59 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 12' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.60 { iface MIXER name 'ADAT Output 1 Playback Enum' value 'PCM 13' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.61 { iface MIXER name 'ADAT Output 2 Playback Enum' value 'PCM 14' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.62 { iface MIXER name 'ADAT Output 3 Playback Enum' value 'PCM 15' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.63 { iface MIXER name 'ADAT Output 4 Playback Enum' value 'PCM 16' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.64 { iface MIXER name 'ADAT Output 5 Playback Enum' value 'PCM 17' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.65 { iface MIXER name 'ADAT Output 6 Playback Enum' value 'PCM 18' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.66 { iface MIXER name 'ADAT Output 7 Playback Enum' value 'PCM 19' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.67 { iface MIXER name 'ADAT Output 8 Playback Enum' value 'PCM 20' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.68 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.69 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.70 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.71 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.72 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.73 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.74 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.75 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.76 { iface MIXER name 'Mixer Input 09 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.77 { iface MIXER name 'Mixer Input 10 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.78 { iface MIXER name 'Mixer Input 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.79 { iface MIXER name 'Mixer Input 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.80 { iface MIXER name 'Mixer Input 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.81 { iface MIXER name 'Mixer Input 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.82 { iface MIXER name 'Mixer Input 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.83 { iface MIXER name 'Mixer Input 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.84 { iface MIXER name 'Mixer Input 17 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.85 { iface MIXER name 'Mixer Input 18 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.86 { iface MIXER name 'PCM 01 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.87 { iface MIXER name 'PCM 02 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.88 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.89 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.90 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.91 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.92 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.93 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.94 { iface MIXER name 'PCM 09 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.95 { iface MIXER name 'PCM 10 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.96 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.97 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.98 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.99 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.100 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.101 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.102 { iface MIXER name 'PCM 17 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.103 { iface MIXER name 'PCM 18 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.104 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix A Input 07 Playback Volume' value 161 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 50 } } control.111 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix A Input 17 Playback Volume' value 161 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 50 } } control.121 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.124 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix B Input 18 Playback Volume' value 161 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 50 } } control.140 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.141 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.160 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix E Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.177 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix E Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.179 { iface MIXER name 'Mix E Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.180 { iface MIXER name 'Mix E Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.181 { iface MIXER name 'Mix E Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.182 { iface MIXER name 'Mix E Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.183 { iface MIXER name 'Mix E Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.184 { iface MIXER name 'Mix E Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.185 { iface MIXER name 'Mix E Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.186 { iface MIXER name 'Mix E Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.187 { iface MIXER name 'Mix E Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.188 { iface MIXER name 'Mix E Input 13 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.189 { iface MIXER name 'Mix E Input 14 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.190 { iface MIXER name 'Mix E Input 15 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.191 { iface MIXER name 'Mix E Input 16 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.192 { iface MIXER name 'Mix E Input 17 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.193 { iface MIXER name 'Mix E Input 18 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.194 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix F Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.196 { iface MIXER name 'Mix F Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.197 { iface MIXER name 'Mix F Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.198 { iface MIXER name 'Mix F Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.199 { iface MIXER name 'Mix F Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.200 { iface MIXER name 'Mix F Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.201 { iface MIXER name 'Mix F Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.202 { iface MIXER name 'Mix F Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.203 { iface MIXER name 'Mix F Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.204 { iface MIXER name 'Mix F Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.205 { iface MIXER name 'Mix F Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.206 { iface MIXER name 'Mix F Input 13 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.207 { iface MIXER name 'Mix F Input 14 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.208 { iface MIXER name 'Mix F Input 15 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.209 { iface MIXER name 'Mix F Input 16 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.210 { iface MIXER name 'Mix F Input 17 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.211 { iface MIXER name 'Mix F Input 18 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.212 { iface MIXER name 'Mix G Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.213 { iface MIXER name 'Mix G Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.214 { iface MIXER name 'Mix G Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.215 { iface MIXER name 'Mix G Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.216 { iface MIXER name 'Mix G Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.217 { iface MIXER name 'Mix G Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.218 { iface MIXER name 'Mix G Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.219 { iface MIXER name 'Mix G Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.220 { iface MIXER name 'Mix G Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.221 { iface MIXER name 'Mix G Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.222 { iface MIXER name 'Mix G Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.223 { iface MIXER name 'Mix G Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.224 { iface MIXER name 'Mix G Input 13 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.225 { iface MIXER name 'Mix G Input 14 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.226 { iface MIXER name 'Mix G Input 15 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.227 { iface MIXER name 'Mix G Input 16 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.228 { iface MIXER name 'Mix G Input 17 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.229 { iface MIXER name 'Mix G Input 18 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.230 { iface MIXER name 'Mix H Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.231 { iface MIXER name 'Mix H Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.232 { iface MIXER name 'Mix H Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.233 { iface MIXER name 'Mix H Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.234 { iface MIXER name 'Mix H Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.235 { iface MIXER name 'Mix H Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.236 { iface MIXER name 'Mix H Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.237 { iface MIXER name 'Mix H Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.238 { iface MIXER name 'Mix H Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.239 { iface MIXER name 'Mix H Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.240 { iface MIXER name 'Mix H Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.241 { iface MIXER name 'Mix H Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.242 { iface MIXER name 'Mix H Input 13 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.243 { iface MIXER name 'Mix H Input 14 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.244 { iface MIXER name 'Mix H Input 15 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.245 { iface MIXER name 'Mix H Input 16 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.246 { iface MIXER name 'Mix H Input 17 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.247 { iface MIXER name 'Mix H Input 18 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.248 { iface MIXER name 'Mix I Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.249 { iface MIXER name 'Mix I Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.250 { iface MIXER name 'Mix I Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.251 { iface MIXER name 'Mix I Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.252 { iface MIXER name 'Mix I Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.253 { iface MIXER name 'Mix I Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.254 { iface MIXER name 'Mix I Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.255 { iface MIXER name 'Mix I Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.256 { iface MIXER name 'Mix I Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.257 { iface MIXER name 'Mix I Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.258 { iface MIXER name 'Mix I Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.259 { iface MIXER name 'Mix I Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.260 { iface MIXER name 'Mix I Input 13 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.261 { iface MIXER name 'Mix I Input 14 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.262 { iface MIXER name 'Mix I Input 15 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.263 { iface MIXER name 'Mix I Input 16 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.264 { iface MIXER name 'Mix I Input 17 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.265 { iface MIXER name 'Mix I Input 18 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.266 { iface MIXER name 'Mix J Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.267 { iface MIXER name 'Mix J Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.268 { iface MIXER name 'Mix J Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.269 { iface MIXER name 'Mix J Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.270 { iface MIXER name 'Mix J Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.271 { iface MIXER name 'Mix J Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.272 { iface MIXER name 'Mix J Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.273 { iface MIXER name 'Mix J Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.274 { iface MIXER name 'Mix J Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.275 { iface MIXER name 'Mix J Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.276 { iface MIXER name 'Mix J Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.277 { iface MIXER name 'Mix J Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.278 { iface MIXER name 'Mix J Input 13 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.279 { iface MIXER name 'Mix J Input 14 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.280 { iface MIXER name 'Mix J Input 15 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.281 { iface MIXER name 'Mix J Input 16 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.282 { iface MIXER name 'Mix J Input 17 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.283 { iface MIXER name 'Mix J Input 18 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.284 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 4090 value.3 897 value.4 4095 value.5 512 value.6 4094 value.7 384 value.8 1 value.9 0 value.10 16 value.11 0 value.12 3 value.13 3 value.14 2 value.15 2 value.16 0 value.17 0 value.18 4095 value.19 4095 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 4095 value.27 4095 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 4095 value.41 512 value.42 0 value.43 16 value.44 0 value.45 0 value.46 0 value.47 0 value.48 0 value.49 0 value.50 3 value.51 0 value.52 0 value.53 1 value.54 4095 value.55 4095 comment { access 'read volatile' type INTEGER count 56 range '0 - 4095 (step 1)' } } control.285 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.286 { iface MIXER name 'Standalone Switch' value true comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 1 18i20.state000066400000000000000000002745331521233005100231320ustar00rootroot00000000000000state.USB { control.1 { iface MIXER name 'Extension Unit Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.2 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'S/PDIF Validity' value false comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Validity' value false comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Scarlett 18i20 USB-Sync Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.6 { iface MIXER name 'Extension Unit Switch' index 1 value true comment { access 'read write' type BOOLEAN count 1 } } control.7 { iface MIXER name 'Master Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Master Playback Volume' value 134 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 600 } } control.9 { iface MIXER name 'Master 1 (Monitor) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.10 { iface MIXER name 'Master 1 (Monitor) Playback Volume' value.0 134 value.1 134 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 600 dbvalue.1 600 } } control.11 { iface MIXER name 'Master 1L (Monitor) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.12 { iface MIXER name 'Master 1R (Monitor) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.13 { iface MIXER name 'Master 2 (Line 3/4) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.14 { iface MIXER name 'Master 2 (Line 3/4) Playback Volume' value.0 0 value.1 0 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 dbvalue.1 -12800 } } control.15 { iface MIXER name 'Master 2L (Line 3/4) Source Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.16 { iface MIXER name 'Master 2R (Line 3/4) Source Playback Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.17 { iface MIXER name 'Master 3 (Line 5/6) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.18 { iface MIXER name 'Master 3 (Line 5/6) Playback Volume' value.0 0 value.1 0 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 dbvalue.1 -12800 } } control.19 { iface MIXER name 'Master 3L (Line 5/6) Source Playback Enum' value 'Mix G' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.20 { iface MIXER name 'Master 3R (Line 5/6) Source Playback Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.21 { iface MIXER name 'Master 4 (Line 7/8) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.22 { iface MIXER name 'Master 4 (Line 7/8) Playback Volume' value.0 134 value.1 134 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 600 dbvalue.1 600 } } control.23 { iface MIXER name 'Master 4L (Line 7/8) Source Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.24 { iface MIXER name 'Master 4R (Line 7/8) Source Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.25 { iface MIXER name 'Master 5 (Line 9/10) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.26 { iface MIXER name 'Master 5 (Line 9/10) Playback Volume' value.0 134 value.1 134 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 600 dbvalue.1 600 } } control.27 { iface MIXER name 'Master 5L (Line 9/10) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.28 { iface MIXER name 'Master 5R (Line 9/10) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.29 { iface MIXER name 'Master 6 (SPDIF) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.30 { iface MIXER name 'Master 6 (SPDIF) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.31 { iface MIXER name 'Master 6L (SPDIF) Source Playback Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.32 { iface MIXER name 'Master 6R (SPDIF) Source Playback Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.33 { iface MIXER name 'Master 7 (ADAT 1/2) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.34 { iface MIXER name 'Master 7 (ADAT 1/2) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.35 { iface MIXER name 'Master 7L (ADAT 1/2) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.36 { iface MIXER name 'Master 7R (ADAT 1/2) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.37 { iface MIXER name 'Master 8 (ADAT 3/4) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.38 { iface MIXER name 'Master 8 (ADAT 3/4) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.39 { iface MIXER name 'Master 8L (ADAT 3/4) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.40 { iface MIXER name 'Master 8R (ADAT 3/4) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.41 { iface MIXER name 'Master 9 (ADAT 5/6) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.42 { iface MIXER name 'Master 9 (ADAT 5/6) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.43 { iface MIXER name 'Master 9L (ADAT 5/6) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.44 { iface MIXER name 'Master 9R (ADAT 5/6) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.45 { iface MIXER name 'Master 10 (ADAT 7/8) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.46 { iface MIXER name 'Master 10 (ADAT 7/8) Playback Volume' value.0 121 value.1 121 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -700 dbvalue.1 -700 } } control.47 { iface MIXER name 'Master 10L (ADAT 7/8) Source Playback Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.48 { iface MIXER name 'Master 10R (ADAT 7/8) Source Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.49 { iface MIXER name 'Matrix 01 Input Playback Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.50 { iface MIXER name 'Matrix 01 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.51 { iface MIXER name 'Matrix 01 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.52 { iface MIXER name 'Matrix 01 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.53 { iface MIXER name 'Matrix 01 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.54 { iface MIXER name 'Matrix 01 Mix E Playback Volume' value 117 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1100 } } control.55 { iface MIXER name 'Matrix 01 Mix F Playback Volume' value 98 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -3000 } } control.56 { iface MIXER name 'Matrix 01 Mix G Playback Volume' value 102 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -2600 } } control.57 { iface MIXER name 'Matrix 01 Mix H Playback Volume' value 81 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -4700 } } control.58 { iface MIXER name 'Matrix 02 Input Playback Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.59 { iface MIXER name 'Matrix 02 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.60 { iface MIXER name 'Matrix 02 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.61 { iface MIXER name 'Matrix 02 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.62 { iface MIXER name 'Matrix 02 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.63 { iface MIXER name 'Matrix 02 Mix E Playback Volume' value 98 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -3000 } } control.64 { iface MIXER name 'Matrix 02 Mix F Playback Volume' value 117 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1100 } } control.65 { iface MIXER name 'Matrix 02 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.66 { iface MIXER name 'Matrix 02 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.67 { iface MIXER name 'Matrix 03 Input Playback Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.68 { iface MIXER name 'Matrix 03 Mix A Playback Volume' value 110 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1800 } } control.69 { iface MIXER name 'Matrix 03 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.70 { iface MIXER name 'Matrix 03 Mix C Playback Volume' value 31 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -9700 } } control.71 { iface MIXER name 'Matrix 03 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.72 { iface MIXER name 'Matrix 03 Mix E Playback Volume' value 124 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -400 } } control.73 { iface MIXER name 'Matrix 03 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.74 { iface MIXER name 'Matrix 03 Mix G Playback Volume' value 86 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -4200 } } control.75 { iface MIXER name 'Matrix 03 Mix H Playback Volume' value 6 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12200 } } control.76 { iface MIXER name 'Matrix 04 Input Playback Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.77 { iface MIXER name 'Matrix 04 Mix A Playback Volume' value 6 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12200 } } control.78 { iface MIXER name 'Matrix 04 Mix B Playback Volume' value 110 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1800 } } control.79 { iface MIXER name 'Matrix 04 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.80 { iface MIXER name 'Matrix 04 Mix D Playback Volume' value 31 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -9700 } } control.81 { iface MIXER name 'Matrix 04 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.82 { iface MIXER name 'Matrix 04 Mix F Playback Volume' value 124 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -400 } } control.83 { iface MIXER name 'Matrix 04 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.84 { iface MIXER name 'Matrix 04 Mix H Playback Volume' value 86 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -4200 } } control.85 { iface MIXER name 'Matrix 05 Input Playback Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.86 { iface MIXER name 'Matrix 05 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.87 { iface MIXER name 'Matrix 05 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.88 { iface MIXER name 'Matrix 05 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.89 { iface MIXER name 'Matrix 05 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.90 { iface MIXER name 'Matrix 05 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.91 { iface MIXER name 'Matrix 05 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.92 { iface MIXER name 'Matrix 05 Mix G Playback Volume' value 83 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -4500 } } control.93 { iface MIXER name 'Matrix 05 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.94 { iface MIXER name 'Matrix 06 Input Playback Route' value 'Analog 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.95 { iface MIXER name 'Matrix 06 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.96 { iface MIXER name 'Matrix 06 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.97 { iface MIXER name 'Matrix 06 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.98 { iface MIXER name 'Matrix 06 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.99 { iface MIXER name 'Matrix 06 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.100 { iface MIXER name 'Matrix 06 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.101 { iface MIXER name 'Matrix 06 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.102 { iface MIXER name 'Matrix 06 Mix H Playback Volume' value 83 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -4500 } } control.103 { iface MIXER name 'Matrix 07 Input Playback Route' value 'Analog 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.104 { iface MIXER name 'Matrix 07 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.105 { iface MIXER name 'Matrix 07 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.106 { iface MIXER name 'Matrix 07 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.107 { iface MIXER name 'Matrix 07 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.108 { iface MIXER name 'Matrix 07 Mix E Playback Volume' value 118 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1000 } } control.109 { iface MIXER name 'Matrix 07 Mix F Playback Volume' value 109 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1900 } } control.110 { iface MIXER name 'Matrix 07 Mix G Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -600 } } control.111 { iface MIXER name 'Matrix 07 Mix H Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -600 } } control.112 { iface MIXER name 'Matrix 08 Input Playback Route' value 'Analog 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.113 { iface MIXER name 'Matrix 08 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.114 { iface MIXER name 'Matrix 08 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.115 { iface MIXER name 'Matrix 08 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.116 { iface MIXER name 'Matrix 08 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.117 { iface MIXER name 'Matrix 08 Mix E Playback Volume' value 105 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -2300 } } control.118 { iface MIXER name 'Matrix 08 Mix F Playback Volume' value 119 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -900 } } control.119 { iface MIXER name 'Matrix 08 Mix G Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -600 } } control.120 { iface MIXER name 'Matrix 08 Mix H Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -600 } } control.121 { iface MIXER name 'Matrix 09 Input Playback Route' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.122 { iface MIXER name 'Matrix 09 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.123 { iface MIXER name 'Matrix 09 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.124 { iface MIXER name 'Matrix 09 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.125 { iface MIXER name 'Matrix 09 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.126 { iface MIXER name 'Matrix 09 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.127 { iface MIXER name 'Matrix 09 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.128 { iface MIXER name 'Matrix 09 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.129 { iface MIXER name 'Matrix 09 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.130 { iface MIXER name 'Matrix 10 Input Playback Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.131 { iface MIXER name 'Matrix 10 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.132 { iface MIXER name 'Matrix 10 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.133 { iface MIXER name 'Matrix 10 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.134 { iface MIXER name 'Matrix 10 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.135 { iface MIXER name 'Matrix 10 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.136 { iface MIXER name 'Matrix 10 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.137 { iface MIXER name 'Matrix 10 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.138 { iface MIXER name 'Matrix 10 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.139 { iface MIXER name 'Matrix 11 Input Playback Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.140 { iface MIXER name 'Matrix 11 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.141 { iface MIXER name 'Matrix 11 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.142 { iface MIXER name 'Matrix 11 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.143 { iface MIXER name 'Matrix 11 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.144 { iface MIXER name 'Matrix 11 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.145 { iface MIXER name 'Matrix 11 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.146 { iface MIXER name 'Matrix 11 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.147 { iface MIXER name 'Matrix 11 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.148 { iface MIXER name 'Matrix 12 Input Playback Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.149 { iface MIXER name 'Matrix 12 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.150 { iface MIXER name 'Matrix 12 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.151 { iface MIXER name 'Matrix 12 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.152 { iface MIXER name 'Matrix 12 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.153 { iface MIXER name 'Matrix 12 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.154 { iface MIXER name 'Matrix 12 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.155 { iface MIXER name 'Matrix 12 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.156 { iface MIXER name 'Matrix 12 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.157 { iface MIXER name 'Matrix 13 Input Playback Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.158 { iface MIXER name 'Matrix 13 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.159 { iface MIXER name 'Matrix 13 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.160 { iface MIXER name 'Matrix 13 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.161 { iface MIXER name 'Matrix 13 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.162 { iface MIXER name 'Matrix 13 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.163 { iface MIXER name 'Matrix 13 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.164 { iface MIXER name 'Matrix 13 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.165 { iface MIXER name 'Matrix 13 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.166 { iface MIXER name 'Matrix 14 Input Playback Route' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.167 { iface MIXER name 'Matrix 14 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.168 { iface MIXER name 'Matrix 14 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.169 { iface MIXER name 'Matrix 14 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.170 { iface MIXER name 'Matrix 14 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.171 { iface MIXER name 'Matrix 14 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.172 { iface MIXER name 'Matrix 14 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.173 { iface MIXER name 'Matrix 14 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.174 { iface MIXER name 'Matrix 14 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.175 { iface MIXER name 'Matrix 15 Input Playback Route' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.176 { iface MIXER name 'Matrix 15 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.177 { iface MIXER name 'Matrix 15 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.178 { iface MIXER name 'Matrix 15 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.179 { iface MIXER name 'Matrix 15 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.180 { iface MIXER name 'Matrix 15 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.181 { iface MIXER name 'Matrix 15 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.182 { iface MIXER name 'Matrix 15 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.183 { iface MIXER name 'Matrix 15 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.184 { iface MIXER name 'Matrix 16 Input Playback Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.185 { iface MIXER name 'Matrix 16 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.186 { iface MIXER name 'Matrix 16 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.187 { iface MIXER name 'Matrix 16 Mix C Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.188 { iface MIXER name 'Matrix 16 Mix D Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.189 { iface MIXER name 'Matrix 16 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.190 { iface MIXER name 'Matrix 16 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.191 { iface MIXER name 'Matrix 16 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.192 { iface MIXER name 'Matrix 16 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.193 { iface MIXER name 'Matrix 17 Input Playback Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.194 { iface MIXER name 'Matrix 17 Mix A Playback Volume' value 113 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1500 } } control.195 { iface MIXER name 'Matrix 17 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.196 { iface MIXER name 'Matrix 17 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.197 { iface MIXER name 'Matrix 17 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.198 { iface MIXER name 'Matrix 17 Mix E Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.199 { iface MIXER name 'Matrix 17 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.200 { iface MIXER name 'Matrix 17 Mix G Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.201 { iface MIXER name 'Matrix 17 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.202 { iface MIXER name 'Matrix 18 Input Playback Route' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' } } control.203 { iface MIXER name 'Matrix 18 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.204 { iface MIXER name 'Matrix 18 Mix B Playback Volume' value 113 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1500 } } control.205 { iface MIXER name 'Matrix 18 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.206 { iface MIXER name 'Matrix 18 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.207 { iface MIXER name 'Matrix 18 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.208 { iface MIXER name 'Matrix 18 Mix F Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.209 { iface MIXER name 'Matrix 18 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.210 { iface MIXER name 'Matrix 18 Mix H Playback Volume' value 1 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12700 } } control.211 { iface MIXER name 'Input Source 01 Capture Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.212 { iface MIXER name 'Input Source 02 Capture Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.213 { iface MIXER name 'Input Source 03 Capture Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.214 { iface MIXER name 'Input Source 04 Capture Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.215 { iface MIXER name 'Input Source 05 Capture Route' value 'Analog 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.216 { iface MIXER name 'Input Source 06 Capture Route' value 'Analog 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.217 { iface MIXER name 'Input Source 07 Capture Route' value 'Analog 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.218 { iface MIXER name 'Input Source 08 Capture Route' value 'Analog 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.219 { iface MIXER name 'Input Source 09 Capture Route' value 'SPDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.220 { iface MIXER name 'Input Source 10 Capture Route' value 'SPDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.221 { iface MIXER name 'Input Source 11 Capture Route' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.222 { iface MIXER name 'Input Source 12 Capture Route' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.223 { iface MIXER name 'Input Source 13 Capture Route' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.224 { iface MIXER name 'Input Source 14 Capture Route' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.225 { iface MIXER name 'Input Source 15 Capture Route' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.226 { iface MIXER name 'Input Source 16 Capture Route' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.227 { iface MIXER name 'Input Source 17 Capture Route' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.228 { iface MIXER name 'Input Source 18 Capture Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'PCM 13' item.14 'PCM 14' item.15 'PCM 15' item.16 'PCM 16' item.17 'PCM 17' item.18 'PCM 18' item.19 'PCM 19' item.20 'PCM 20' item.21 'Analog 1' item.22 'Analog 2' item.23 'Analog 3' item.24 'Analog 4' item.25 'Analog 5' item.26 'Analog 6' item.27 'Analog 7' item.28 'Analog 8' item.29 'SPDIF 1' item.30 'SPDIF 2' item.31 'ADAT 1' item.32 'ADAT 2' item.33 'ADAT 3' item.34 'ADAT 4' item.35 'ADAT 5' item.36 'ADAT 6' item.37 'ADAT 7' item.38 'ADAT 8' item.39 'Mix A' item.40 'Mix B' item.41 'Mix C' item.42 'Mix D' item.43 'Mix E' item.44 'Mix F' item.45 'Mix G' item.46 'Mix H' } } control.229 { iface MIXER name 'Sample Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 SPDIF item.2 ADAT } } control.230 { iface MIXER name 'Sample Clock Sync Status' value Locked comment { access 'read volatile' type ENUMERATED count 1 item.0 'No Lock' item.1 Locked } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 1 18i6.state000066400000000000000000001612611521233005100230470ustar00rootroot00000000000000state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 3 value.1 4 value.2 7 value.3 8 value.4 5 value.5 6 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.2 { iface MIXER name 'Extension Unit Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value false comment { access read type BOOLEAN count 1 } } control.5 { iface CARD name 'ADAT Validity' value false comment { access read type BOOLEAN count 1 } } control.6 { iface MIXER name 'Scarlett 18i6 USB-Sync Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.7 { iface MIXER name 'Extension Unit Switch' index 1 value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Master Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Master Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.10 { iface MIXER name 'Master 1 (Monitor) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.11 { iface MIXER name 'Master 1 (Monitor) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.12 { iface MIXER name 'Master 1L (Monitor) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.13 { iface MIXER name 'Master 1R (Monitor) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.14 { iface MIXER name 'Master 2 (Headphone) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.15 { iface MIXER name 'Master 2 (Headphone) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.16 { iface MIXER name 'Master 2L (Headphone) Source Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.17 { iface MIXER name 'Master 2R (Headphone) Source Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.18 { iface MIXER name 'Master 3 (SPDIF) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.19 { iface MIXER name 'Master 3 (SPDIF) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.20 { iface MIXER name 'Master 3L (SPDIF) Source Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.21 { iface MIXER name 'Master 3R (SPDIF) Source Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.22 { iface MIXER name 'Input 1 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.23 { iface MIXER name 'Input 2 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.24 { iface MIXER name 'Matrix 01 Input Playback Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.25 { iface MIXER name 'Matrix 01 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.26 { iface MIXER name 'Matrix 01 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.27 { iface MIXER name 'Matrix 01 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.28 { iface MIXER name 'Matrix 01 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.29 { iface MIXER name 'Matrix 01 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.30 { iface MIXER name 'Matrix 01 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.31 { iface MIXER name 'Matrix 02 Input Playback Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.32 { iface MIXER name 'Matrix 02 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.33 { iface MIXER name 'Matrix 02 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.34 { iface MIXER name 'Matrix 02 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.35 { iface MIXER name 'Matrix 02 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.36 { iface MIXER name 'Matrix 02 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.37 { iface MIXER name 'Matrix 02 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.38 { iface MIXER name 'Matrix 03 Input Playback Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.39 { iface MIXER name 'Matrix 03 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.40 { iface MIXER name 'Matrix 03 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.41 { iface MIXER name 'Matrix 03 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.42 { iface MIXER name 'Matrix 03 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.43 { iface MIXER name 'Matrix 03 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.44 { iface MIXER name 'Matrix 03 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.45 { iface MIXER name 'Matrix 04 Input Playback Route' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.46 { iface MIXER name 'Matrix 04 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.47 { iface MIXER name 'Matrix 04 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.48 { iface MIXER name 'Matrix 04 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.49 { iface MIXER name 'Matrix 04 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.50 { iface MIXER name 'Matrix 04 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.51 { iface MIXER name 'Matrix 04 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.52 { iface MIXER name 'Matrix 05 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.53 { iface MIXER name 'Matrix 05 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.54 { iface MIXER name 'Matrix 05 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.55 { iface MIXER name 'Matrix 05 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.56 { iface MIXER name 'Matrix 05 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.57 { iface MIXER name 'Matrix 05 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.58 { iface MIXER name 'Matrix 05 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.59 { iface MIXER name 'Matrix 06 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.60 { iface MIXER name 'Matrix 06 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.61 { iface MIXER name 'Matrix 06 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.62 { iface MIXER name 'Matrix 06 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.63 { iface MIXER name 'Matrix 06 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.64 { iface MIXER name 'Matrix 06 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.65 { iface MIXER name 'Matrix 06 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.66 { iface MIXER name 'Matrix 07 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.67 { iface MIXER name 'Matrix 07 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.68 { iface MIXER name 'Matrix 07 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.69 { iface MIXER name 'Matrix 07 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.70 { iface MIXER name 'Matrix 07 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.71 { iface MIXER name 'Matrix 07 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.72 { iface MIXER name 'Matrix 07 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.73 { iface MIXER name 'Matrix 08 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.74 { iface MIXER name 'Matrix 08 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.75 { iface MIXER name 'Matrix 08 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.76 { iface MIXER name 'Matrix 08 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.77 { iface MIXER name 'Matrix 08 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.78 { iface MIXER name 'Matrix 08 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.79 { iface MIXER name 'Matrix 08 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.80 { iface MIXER name 'Matrix 09 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.81 { iface MIXER name 'Matrix 09 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.82 { iface MIXER name 'Matrix 09 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.83 { iface MIXER name 'Matrix 09 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.84 { iface MIXER name 'Matrix 09 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.85 { iface MIXER name 'Matrix 09 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.86 { iface MIXER name 'Matrix 09 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.87 { iface MIXER name 'Matrix 10 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.88 { iface MIXER name 'Matrix 10 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.89 { iface MIXER name 'Matrix 10 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.90 { iface MIXER name 'Matrix 10 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.91 { iface MIXER name 'Matrix 10 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.92 { iface MIXER name 'Matrix 10 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.93 { iface MIXER name 'Matrix 10 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.94 { iface MIXER name 'Matrix 11 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.95 { iface MIXER name 'Matrix 11 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.96 { iface MIXER name 'Matrix 11 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.97 { iface MIXER name 'Matrix 11 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.98 { iface MIXER name 'Matrix 11 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.99 { iface MIXER name 'Matrix 11 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.100 { iface MIXER name 'Matrix 11 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.101 { iface MIXER name 'Matrix 12 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.102 { iface MIXER name 'Matrix 12 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.103 { iface MIXER name 'Matrix 12 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.104 { iface MIXER name 'Matrix 12 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.105 { iface MIXER name 'Matrix 12 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.106 { iface MIXER name 'Matrix 12 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.107 { iface MIXER name 'Matrix 12 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.108 { iface MIXER name 'Matrix 13 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.109 { iface MIXER name 'Matrix 13 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.110 { iface MIXER name 'Matrix 13 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.111 { iface MIXER name 'Matrix 13 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.112 { iface MIXER name 'Matrix 13 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.113 { iface MIXER name 'Matrix 13 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.114 { iface MIXER name 'Matrix 13 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.115 { iface MIXER name 'Matrix 14 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.116 { iface MIXER name 'Matrix 14 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.117 { iface MIXER name 'Matrix 14 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.118 { iface MIXER name 'Matrix 14 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.119 { iface MIXER name 'Matrix 14 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.120 { iface MIXER name 'Matrix 14 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.121 { iface MIXER name 'Matrix 14 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.122 { iface MIXER name 'Matrix 15 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.123 { iface MIXER name 'Matrix 15 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.124 { iface MIXER name 'Matrix 15 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.125 { iface MIXER name 'Matrix 15 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.126 { iface MIXER name 'Matrix 15 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.127 { iface MIXER name 'Matrix 15 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.128 { iface MIXER name 'Matrix 15 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.129 { iface MIXER name 'Matrix 16 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.130 { iface MIXER name 'Matrix 16 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.131 { iface MIXER name 'Matrix 16 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.132 { iface MIXER name 'Matrix 16 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.133 { iface MIXER name 'Matrix 16 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.134 { iface MIXER name 'Matrix 16 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.135 { iface MIXER name 'Matrix 16 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.136 { iface MIXER name 'Matrix 17 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.137 { iface MIXER name 'Matrix 17 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.138 { iface MIXER name 'Matrix 17 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.139 { iface MIXER name 'Matrix 17 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.140 { iface MIXER name 'Matrix 17 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.141 { iface MIXER name 'Matrix 17 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.142 { iface MIXER name 'Matrix 17 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.143 { iface MIXER name 'Matrix 18 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' } } control.144 { iface MIXER name 'Matrix 18 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.145 { iface MIXER name 'Matrix 18 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.146 { iface MIXER name 'Matrix 18 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.147 { iface MIXER name 'Matrix 18 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.148 { iface MIXER name 'Matrix 18 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.149 { iface MIXER name 'Matrix 18 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.150 { iface MIXER name 'Input Source 01 Capture Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.151 { iface MIXER name 'Input Source 02 Capture Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.152 { iface MIXER name 'Input Source 03 Capture Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.153 { iface MIXER name 'Input Source 04 Capture Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.154 { iface MIXER name 'Input Source 05 Capture Route' value 'Analog 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.155 { iface MIXER name 'Input Source 06 Capture Route' value 'Analog 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.156 { iface MIXER name 'Input Source 07 Capture Route' value 'Analog 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.157 { iface MIXER name 'Input Source 08 Capture Route' value 'Analog 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.158 { iface MIXER name 'Input Source 09 Capture Route' value 'SPDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.159 { iface MIXER name 'Input Source 10 Capture Route' value 'SPDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.160 { iface MIXER name 'Input Source 11 Capture Route' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.161 { iface MIXER name 'Input Source 12 Capture Route' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.162 { iface MIXER name 'Input Source 13 Capture Route' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.163 { iface MIXER name 'Input Source 14 Capture Route' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.164 { iface MIXER name 'Input Source 15 Capture Route' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.165 { iface MIXER name 'Input Source 16 Capture Route' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.166 { iface MIXER name 'Input Source 17 Capture Route' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.167 { iface MIXER name 'Input Source 18 Capture Route' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'Analog 1' item.8 'Analog 2' item.9 'Analog 3' item.10 'Analog 4' item.11 'Analog 5' item.12 'Analog 6' item.13 'Analog 7' item.14 'Analog 8' item.15 'SPDIF 1' item.16 'SPDIF 2' item.17 'ADAT 1' item.18 'ADAT 2' item.19 'ADAT 3' item.20 'ADAT 4' item.21 'ADAT 5' item.22 'ADAT 6' item.23 'ADAT 7' item.24 'ADAT 8' item.25 'Mix A' item.26 'Mix B' item.27 'Mix C' item.28 'Mix D' item.29 'Mix E' item.30 'Mix F' } } control.168 { iface MIXER name 'Sample Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 SPDIF item.2 ADAT } } control.169 { iface MIXER name 'Sample Clock Sync Status' value Locked comment { access 'read volatile' type ENUMERATED count 1 item.0 'No Lock' item.1 Locked } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 1 18i8.state000066400000000000000000002130231521233005100230430ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 comment { access read type INTEGER count 8 range '0 - 36' } } control.2 { iface MIXER name 'Extension Unit Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value false comment { access read type BOOLEAN count 1 } } control.5 { iface CARD name 'ADAT Validity' value false comment { access read type BOOLEAN count 1 } } control.6 { iface MIXER name 'Scarlett 18i8 USB-Sync Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.7 { iface MIXER name 'Extension Unit Switch' index 1 value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Master Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Master Playback Volume' value 115 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -1300 } } control.10 { iface MIXER name 'Master 1 (Monitor) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.11 { iface MIXER name 'Master 1 (Monitor) Playback Volume' value.0 126 value.1 126 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -200 dbvalue.1 -200 } } control.12 { iface MIXER name 'Master 1L (Monitor) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.13 { iface MIXER name 'Master 1R (Monitor) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.14 { iface MIXER name 'Master 2 (Headphone 1) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.15 { iface MIXER name 'Master 2 (Headphone 1) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.16 { iface MIXER name 'Master 2L (Headphone 1) Source Playback Enu' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.17 { iface MIXER name 'Master 2R (Headphone 1) Source Playback Enu' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.18 { iface MIXER name 'Master 3 (Headphone 2) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.19 { iface MIXER name 'Master 3 (Headphone 2) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.20 { iface MIXER name 'Master 3L (Headphone 2) Source Playback Enu' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.21 { iface MIXER name 'Master 3R (Headphone 2) Source Playback Enu' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.22 { iface MIXER name 'Master 4 (SPDIF) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.23 { iface MIXER name 'Master 4 (SPDIF) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.24 { iface MIXER name 'Master 4L (SPDIF) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.25 { iface MIXER name 'Master 4R (SPDIF) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.26 { iface MIXER name 'Input 1 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.27 { iface MIXER name 'Input 1 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.28 { iface MIXER name 'Input 2 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.29 { iface MIXER name 'Input 2 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.30 { iface MIXER name 'Input 3 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.31 { iface MIXER name 'Input 4 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.32 { iface MIXER name 'Matrix 01 Input Playback Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.33 { iface MIXER name 'Matrix 01 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.34 { iface MIXER name 'Matrix 01 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.35 { iface MIXER name 'Matrix 01 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.36 { iface MIXER name 'Matrix 01 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.37 { iface MIXER name 'Matrix 01 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.38 { iface MIXER name 'Matrix 01 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.39 { iface MIXER name 'Matrix 01 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.40 { iface MIXER name 'Matrix 01 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.41 { iface MIXER name 'Matrix 02 Input Playback Route' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.42 { iface MIXER name 'Matrix 02 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.43 { iface MIXER name 'Matrix 02 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.44 { iface MIXER name 'Matrix 02 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.45 { iface MIXER name 'Matrix 02 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.46 { iface MIXER name 'Matrix 02 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.47 { iface MIXER name 'Matrix 02 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.48 { iface MIXER name 'Matrix 02 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.49 { iface MIXER name 'Matrix 02 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.50 { iface MIXER name 'Matrix 03 Input Playback Route' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.51 { iface MIXER name 'Matrix 03 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.52 { iface MIXER name 'Matrix 03 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.53 { iface MIXER name 'Matrix 03 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.54 { iface MIXER name 'Matrix 03 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.55 { iface MIXER name 'Matrix 03 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.56 { iface MIXER name 'Matrix 03 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.57 { iface MIXER name 'Matrix 03 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.58 { iface MIXER name 'Matrix 03 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.59 { iface MIXER name 'Matrix 04 Input Playback Route' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.60 { iface MIXER name 'Matrix 04 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.61 { iface MIXER name 'Matrix 04 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.62 { iface MIXER name 'Matrix 04 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.63 { iface MIXER name 'Matrix 04 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.64 { iface MIXER name 'Matrix 04 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.65 { iface MIXER name 'Matrix 04 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.66 { iface MIXER name 'Matrix 04 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.67 { iface MIXER name 'Matrix 04 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.68 { iface MIXER name 'Matrix 05 Input Playback Route' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.69 { iface MIXER name 'Matrix 05 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.70 { iface MIXER name 'Matrix 05 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.71 { iface MIXER name 'Matrix 05 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.72 { iface MIXER name 'Matrix 05 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.73 { iface MIXER name 'Matrix 05 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.74 { iface MIXER name 'Matrix 05 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.75 { iface MIXER name 'Matrix 05 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.76 { iface MIXER name 'Matrix 05 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.77 { iface MIXER name 'Matrix 06 Input Playback Route' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.78 { iface MIXER name 'Matrix 06 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.79 { iface MIXER name 'Matrix 06 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.80 { iface MIXER name 'Matrix 06 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.81 { iface MIXER name 'Matrix 06 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.82 { iface MIXER name 'Matrix 06 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.83 { iface MIXER name 'Matrix 06 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.84 { iface MIXER name 'Matrix 06 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.85 { iface MIXER name 'Matrix 06 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.86 { iface MIXER name 'Matrix 07 Input Playback Route' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.87 { iface MIXER name 'Matrix 07 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.88 { iface MIXER name 'Matrix 07 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.89 { iface MIXER name 'Matrix 07 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.90 { iface MIXER name 'Matrix 07 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.91 { iface MIXER name 'Matrix 07 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.92 { iface MIXER name 'Matrix 07 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.93 { iface MIXER name 'Matrix 07 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.94 { iface MIXER name 'Matrix 07 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.95 { iface MIXER name 'Matrix 08 Input Playback Route' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.96 { iface MIXER name 'Matrix 08 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.97 { iface MIXER name 'Matrix 08 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.98 { iface MIXER name 'Matrix 08 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.99 { iface MIXER name 'Matrix 08 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.100 { iface MIXER name 'Matrix 08 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.101 { iface MIXER name 'Matrix 08 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.102 { iface MIXER name 'Matrix 08 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.103 { iface MIXER name 'Matrix 08 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.104 { iface MIXER name 'Matrix 09 Input Playback Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.105 { iface MIXER name 'Matrix 09 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.106 { iface MIXER name 'Matrix 09 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.107 { iface MIXER name 'Matrix 09 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.108 { iface MIXER name 'Matrix 09 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.109 { iface MIXER name 'Matrix 09 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.110 { iface MIXER name 'Matrix 09 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.111 { iface MIXER name 'Matrix 09 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.112 { iface MIXER name 'Matrix 09 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.113 { iface MIXER name 'Matrix 10 Input Playback Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.114 { iface MIXER name 'Matrix 10 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.115 { iface MIXER name 'Matrix 10 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.116 { iface MIXER name 'Matrix 10 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.117 { iface MIXER name 'Matrix 10 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.118 { iface MIXER name 'Matrix 10 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.119 { iface MIXER name 'Matrix 10 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.120 { iface MIXER name 'Matrix 10 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.121 { iface MIXER name 'Matrix 10 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.122 { iface MIXER name 'Matrix 11 Input Playback Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.123 { iface MIXER name 'Matrix 11 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.124 { iface MIXER name 'Matrix 11 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.125 { iface MIXER name 'Matrix 11 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.126 { iface MIXER name 'Matrix 11 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.127 { iface MIXER name 'Matrix 11 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.128 { iface MIXER name 'Matrix 11 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.129 { iface MIXER name 'Matrix 11 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.130 { iface MIXER name 'Matrix 11 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.131 { iface MIXER name 'Matrix 12 Input Playback Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.132 { iface MIXER name 'Matrix 12 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.133 { iface MIXER name 'Matrix 12 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.134 { iface MIXER name 'Matrix 12 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.135 { iface MIXER name 'Matrix 12 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.136 { iface MIXER name 'Matrix 12 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.137 { iface MIXER name 'Matrix 12 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.138 { iface MIXER name 'Matrix 12 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.139 { iface MIXER name 'Matrix 12 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.140 { iface MIXER name 'Matrix 13 Input Playback Route' value 'Analog 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.141 { iface MIXER name 'Matrix 13 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.142 { iface MIXER name 'Matrix 13 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.143 { iface MIXER name 'Matrix 13 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.144 { iface MIXER name 'Matrix 13 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.145 { iface MIXER name 'Matrix 13 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.146 { iface MIXER name 'Matrix 13 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.147 { iface MIXER name 'Matrix 13 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.148 { iface MIXER name 'Matrix 13 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.149 { iface MIXER name 'Matrix 14 Input Playback Route' value 'Analog 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.150 { iface MIXER name 'Matrix 14 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.151 { iface MIXER name 'Matrix 14 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.152 { iface MIXER name 'Matrix 14 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.153 { iface MIXER name 'Matrix 14 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.154 { iface MIXER name 'Matrix 14 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.155 { iface MIXER name 'Matrix 14 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.156 { iface MIXER name 'Matrix 14 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.157 { iface MIXER name 'Matrix 14 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.158 { iface MIXER name 'Matrix 15 Input Playback Route' value 'Analog 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.159 { iface MIXER name 'Matrix 15 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.160 { iface MIXER name 'Matrix 15 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.161 { iface MIXER name 'Matrix 15 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.162 { iface MIXER name 'Matrix 15 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.163 { iface MIXER name 'Matrix 15 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.164 { iface MIXER name 'Matrix 15 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.165 { iface MIXER name 'Matrix 15 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.166 { iface MIXER name 'Matrix 15 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.167 { iface MIXER name 'Matrix 16 Input Playback Route' value 'Analog 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.168 { iface MIXER name 'Matrix 16 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.169 { iface MIXER name 'Matrix 16 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.170 { iface MIXER name 'Matrix 16 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.171 { iface MIXER name 'Matrix 16 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.172 { iface MIXER name 'Matrix 16 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.173 { iface MIXER name 'Matrix 16 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.174 { iface MIXER name 'Matrix 16 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.175 { iface MIXER name 'Matrix 16 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.176 { iface MIXER name 'Matrix 17 Input Playback Route' value 'SPDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.177 { iface MIXER name 'Matrix 17 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.178 { iface MIXER name 'Matrix 17 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.179 { iface MIXER name 'Matrix 17 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.180 { iface MIXER name 'Matrix 17 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.181 { iface MIXER name 'Matrix 17 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.182 { iface MIXER name 'Matrix 17 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.183 { iface MIXER name 'Matrix 17 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.184 { iface MIXER name 'Matrix 17 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.185 { iface MIXER name 'Matrix 18 Input Playback Route' value 'SPDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' } } control.186 { iface MIXER name 'Matrix 18 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.187 { iface MIXER name 'Matrix 18 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.188 { iface MIXER name 'Matrix 18 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.189 { iface MIXER name 'Matrix 18 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.190 { iface MIXER name 'Matrix 18 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.191 { iface MIXER name 'Matrix 18 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.192 { iface MIXER name 'Matrix 18 Mix G Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.193 { iface MIXER name 'Matrix 18 Mix H Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.194 { iface MIXER name 'Input Source 01 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.195 { iface MIXER name 'Input Source 02 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.196 { iface MIXER name 'Input Source 03 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.197 { iface MIXER name 'Input Source 04 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.198 { iface MIXER name 'Input Source 05 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.199 { iface MIXER name 'Input Source 06 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.200 { iface MIXER name 'Input Source 07 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.201 { iface MIXER name 'Input Source 08 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.202 { iface MIXER name 'Input Source 09 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.203 { iface MIXER name 'Input Source 10 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.204 { iface MIXER name 'Input Source 11 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.205 { iface MIXER name 'Input Source 12 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.206 { iface MIXER name 'Input Source 13 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.207 { iface MIXER name 'Input Source 14 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.208 { iface MIXER name 'Input Source 15 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.209 { iface MIXER name 'Input Source 16 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.210 { iface MIXER name 'Input Source 17 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.211 { iface MIXER name 'Input Source 18 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'Analog 1' item.10 'Analog 2' item.11 'Analog 3' item.12 'Analog 4' item.13 'Analog 5' item.14 'Analog 6' item.15 'Analog 7' item.16 'Analog 8' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'ADAT 1' item.20 'ADAT 2' item.21 'ADAT 3' item.22 'ADAT 4' item.23 'ADAT 5' item.24 'ADAT 6' item.25 'ADAT 7' item.26 'ADAT 8' item.27 'Mix A' item.28 'Mix B' item.29 'Mix C' item.30 'Mix D' item.31 'Mix E' item.32 'Mix F' item.33 'Mix G' item.34 'Mix H' } } control.212 { iface MIXER name 'Sample Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 SPDIF item.2 ADAT } } control.213 { iface MIXER name 'Sample Clock Sync Status' value Locked comment { access 'read volatile' type ENUMERATED count 1 item.0 'No Lock' item.1 Locked } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 1 6i6.state000066400000000000000000001520351521233005100227630ustar00rootroot00000000000000state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 comment { access 'read volatile' type INTEGER count 12 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.3 { iface MIXER name 'Extension Unit Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.4 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.6 { iface MIXER name 'Scarlett 6i6 USB-Sync Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF } } control.7 { iface MIXER name 'Extension Unit Switch' index 1 value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Master Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Master Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.10 { iface MIXER name 'Master 1 (Monitor) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.11 { iface MIXER name 'Master 1 (Monitor) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.12 { iface MIXER name 'Master 1L (Monitor) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.13 { iface MIXER name 'Master 1R (Monitor) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.14 { iface MIXER name 'Master 2 (Headphone) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.15 { iface MIXER name 'Master 2 (Headphone) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.16 { iface MIXER name 'Master 2L (Headphone) Source Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.17 { iface MIXER name 'Master 2R (Headphone) Source Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.18 { iface MIXER name 'Master 3 (SPDIF) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.19 { iface MIXER name 'Master 3 (SPDIF) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.20 { iface MIXER name 'Master 3L (SPDIF) Source Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.21 { iface MIXER name 'Master 3R (SPDIF) Source Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.22 { iface MIXER name 'Input 1 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.23 { iface MIXER name 'Input 1 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.24 { iface MIXER name 'Input 2 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.25 { iface MIXER name 'Input 2 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.26 { iface MIXER name 'Input 3 Gain Switch' value Lo comment { access 'read write' type ENUMERATED count 1 item.0 Lo item.1 Hi } } control.27 { iface MIXER name 'Input 4 Gain Switch' value Lo comment { access 'read write' type ENUMERATED count 1 item.0 Lo item.1 Hi } } control.28 { iface MIXER name 'Matrix 01 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.29 { iface MIXER name 'Matrix 01 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.30 { iface MIXER name 'Matrix 01 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.31 { iface MIXER name 'Matrix 01 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.32 { iface MIXER name 'Matrix 01 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.33 { iface MIXER name 'Matrix 01 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.34 { iface MIXER name 'Matrix 01 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.35 { iface MIXER name 'Matrix 01 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.36 { iface MIXER name 'Matrix 01 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.37 { iface MIXER name 'Matrix 02 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.38 { iface MIXER name 'Matrix 02 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.39 { iface MIXER name 'Matrix 02 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.40 { iface MIXER name 'Matrix 02 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.41 { iface MIXER name 'Matrix 02 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.42 { iface MIXER name 'Matrix 02 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.43 { iface MIXER name 'Matrix 02 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.44 { iface MIXER name 'Matrix 02 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.45 { iface MIXER name 'Matrix 02 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.46 { iface MIXER name 'Matrix 03 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.47 { iface MIXER name 'Matrix 03 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.48 { iface MIXER name 'Matrix 03 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.49 { iface MIXER name 'Matrix 03 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.50 { iface MIXER name 'Matrix 03 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.51 { iface MIXER name 'Matrix 03 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.52 { iface MIXER name 'Matrix 03 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.53 { iface MIXER name 'Matrix 03 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.54 { iface MIXER name 'Matrix 03 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.55 { iface MIXER name 'Matrix 04 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.56 { iface MIXER name 'Matrix 04 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.57 { iface MIXER name 'Matrix 04 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.58 { iface MIXER name 'Matrix 04 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.59 { iface MIXER name 'Matrix 04 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.60 { iface MIXER name 'Matrix 04 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.61 { iface MIXER name 'Matrix 04 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.62 { iface MIXER name 'Matrix 04 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.63 { iface MIXER name 'Matrix 04 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.64 { iface MIXER name 'Matrix 05 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.65 { iface MIXER name 'Matrix 05 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.66 { iface MIXER name 'Matrix 05 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.67 { iface MIXER name 'Matrix 05 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.68 { iface MIXER name 'Matrix 05 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.69 { iface MIXER name 'Matrix 05 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.70 { iface MIXER name 'Matrix 05 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.71 { iface MIXER name 'Matrix 05 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.72 { iface MIXER name 'Matrix 05 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.73 { iface MIXER name 'Matrix 06 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.74 { iface MIXER name 'Matrix 06 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.75 { iface MIXER name 'Matrix 06 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.76 { iface MIXER name 'Matrix 06 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.77 { iface MIXER name 'Matrix 06 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.78 { iface MIXER name 'Matrix 06 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.79 { iface MIXER name 'Matrix 06 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.80 { iface MIXER name 'Matrix 06 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.81 { iface MIXER name 'Matrix 06 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.82 { iface MIXER name 'Matrix 07 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.83 { iface MIXER name 'Matrix 07 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.84 { iface MIXER name 'Matrix 07 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.85 { iface MIXER name 'Matrix 07 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.86 { iface MIXER name 'Matrix 07 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.87 { iface MIXER name 'Matrix 07 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.88 { iface MIXER name 'Matrix 07 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.89 { iface MIXER name 'Matrix 07 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.90 { iface MIXER name 'Matrix 07 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.91 { iface MIXER name 'Matrix 08 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.92 { iface MIXER name 'Matrix 08 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.93 { iface MIXER name 'Matrix 08 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.94 { iface MIXER name 'Matrix 08 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.95 { iface MIXER name 'Matrix 08 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.96 { iface MIXER name 'Matrix 08 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.97 { iface MIXER name 'Matrix 08 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.98 { iface MIXER name 'Matrix 08 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.99 { iface MIXER name 'Matrix 08 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.100 { iface MIXER name 'Matrix 09 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.101 { iface MIXER name 'Matrix 09 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.102 { iface MIXER name 'Matrix 09 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.103 { iface MIXER name 'Matrix 09 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.104 { iface MIXER name 'Matrix 09 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.105 { iface MIXER name 'Matrix 09 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.106 { iface MIXER name 'Matrix 09 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.107 { iface MIXER name 'Matrix 09 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.108 { iface MIXER name 'Matrix 09 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.109 { iface MIXER name 'Matrix 10 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.110 { iface MIXER name 'Matrix 10 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.111 { iface MIXER name 'Matrix 10 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.112 { iface MIXER name 'Matrix 10 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.113 { iface MIXER name 'Matrix 10 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.114 { iface MIXER name 'Matrix 10 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.115 { iface MIXER name 'Matrix 10 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.116 { iface MIXER name 'Matrix 10 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.117 { iface MIXER name 'Matrix 10 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.118 { iface MIXER name 'Matrix 11 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.119 { iface MIXER name 'Matrix 11 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.120 { iface MIXER name 'Matrix 11 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.121 { iface MIXER name 'Matrix 11 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.122 { iface MIXER name 'Matrix 11 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.123 { iface MIXER name 'Matrix 11 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.124 { iface MIXER name 'Matrix 11 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.125 { iface MIXER name 'Matrix 11 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.126 { iface MIXER name 'Matrix 11 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.127 { iface MIXER name 'Matrix 12 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.128 { iface MIXER name 'Matrix 12 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.129 { iface MIXER name 'Matrix 12 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.130 { iface MIXER name 'Matrix 12 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.131 { iface MIXER name 'Matrix 12 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.132 { iface MIXER name 'Matrix 12 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.133 { iface MIXER name 'Matrix 12 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.134 { iface MIXER name 'Matrix 12 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.135 { iface MIXER name 'Matrix 12 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.136 { iface MIXER name 'Matrix 13 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.137 { iface MIXER name 'Matrix 13 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.138 { iface MIXER name 'Matrix 13 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.139 { iface MIXER name 'Matrix 13 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.140 { iface MIXER name 'Matrix 13 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.141 { iface MIXER name 'Matrix 13 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.142 { iface MIXER name 'Matrix 13 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.143 { iface MIXER name 'Matrix 13 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.144 { iface MIXER name 'Matrix 13 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.145 { iface MIXER name 'Matrix 14 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.146 { iface MIXER name 'Matrix 14 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.147 { iface MIXER name 'Matrix 14 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.148 { iface MIXER name 'Matrix 14 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.149 { iface MIXER name 'Matrix 14 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.150 { iface MIXER name 'Matrix 14 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.151 { iface MIXER name 'Matrix 14 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.152 { iface MIXER name 'Matrix 14 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.153 { iface MIXER name 'Matrix 14 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.154 { iface MIXER name 'Matrix 15 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.155 { iface MIXER name 'Matrix 15 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.156 { iface MIXER name 'Matrix 15 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.157 { iface MIXER name 'Matrix 15 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.158 { iface MIXER name 'Matrix 15 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.159 { iface MIXER name 'Matrix 15 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.160 { iface MIXER name 'Matrix 15 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.161 { iface MIXER name 'Matrix 15 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.162 { iface MIXER name 'Matrix 15 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.163 { iface MIXER name 'Matrix 16 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.164 { iface MIXER name 'Matrix 16 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.165 { iface MIXER name 'Matrix 16 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.166 { iface MIXER name 'Matrix 16 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.167 { iface MIXER name 'Matrix 16 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.168 { iface MIXER name 'Matrix 16 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.169 { iface MIXER name 'Matrix 16 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.170 { iface MIXER name 'Matrix 16 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.171 { iface MIXER name 'Matrix 16 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.172 { iface MIXER name 'Matrix 17 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.173 { iface MIXER name 'Matrix 17 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.174 { iface MIXER name 'Matrix 17 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.175 { iface MIXER name 'Matrix 17 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.176 { iface MIXER name 'Matrix 17 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.177 { iface MIXER name 'Matrix 17 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.178 { iface MIXER name 'Matrix 17 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.179 { iface MIXER name 'Matrix 17 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.180 { iface MIXER name 'Matrix 17 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.181 { iface MIXER name 'Matrix 18 Input Playback Route' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.182 { iface MIXER name 'Matrix 18 Mix A Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.183 { iface MIXER name 'Matrix 18 Mix B Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.184 { iface MIXER name 'Matrix 18 Mix C Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.185 { iface MIXER name 'Matrix 18 Mix D Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.186 { iface MIXER name 'Matrix 18 Mix E Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.187 { iface MIXER name 'Matrix 18 Mix F Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.188 { iface MIXER name 'Matrix 18 Mix G Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.189 { iface MIXER name 'Matrix 18 Mix H Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 -12800 } } control.190 { iface MIXER name 'Input Source 01 Capture Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.191 { iface MIXER name 'Input Source 02 Capture Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.192 { iface MIXER name 'Input Source 03 Capture Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.193 { iface MIXER name 'Input Source 04 Capture Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.194 { iface MIXER name 'Input Source 05 Capture Route' value 'SPDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.195 { iface MIXER name 'Input Source 06 Capture Route' value 'SPDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' } } control.196 { iface MIXER name 'Sample Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 SPDIF item.2 ADAT } } control.197 { iface MIXER name 'Sample Clock Sync Status' value Locked comment { access 'read volatile' type ENUMERATED count 1 item.0 'No Lock' item.1 Locked } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 1 8i6.state000066400000000000000000001325171521233005100227700ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 comment { access read type INTEGER count 12 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 comment { access read type INTEGER count 8 range '0 - 36' } } control.3 { iface MIXER name 'Extension Unit Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.4 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface CARD name 'S/PDIF Validity' value false comment { access read type BOOLEAN count 1 } } control.6 { iface MIXER name 'Scarlett 8i6 USB-Sync Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF } } control.7 { iface MIXER name 'Extension Unit Switch' index 1 value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Master Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Master Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.10 { iface MIXER name 'Master 1 (Monitor) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.11 { iface MIXER name 'Master 1 (Monitor) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.12 { iface MIXER name 'Master 1L (Monitor) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.13 { iface MIXER name 'Master 1R (Monitor) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.14 { iface MIXER name 'Master 2 (Headphone) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.15 { iface MIXER name 'Master 2 (Headphone) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.16 { iface MIXER name 'Master 2L (Headphone) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.17 { iface MIXER name 'Master 2R (Headphone) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.18 { iface MIXER name 'Master 3 (SPDIF) Playback Switch' value.0 true value.1 true comment { access 'read write' type BOOLEAN count 2 } } control.19 { iface MIXER name 'Master 3 (SPDIF) Playback Volume' value.0 128 value.1 128 comment { access 'read write' type INTEGER count 2 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 dbvalue.1 0 } } control.20 { iface MIXER name 'Master 3L (SPDIF) Source Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.21 { iface MIXER name 'Master 3R (SPDIF) Source Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.22 { iface MIXER name 'Input 1 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.23 { iface MIXER name 'Input 2 Impedance Switch' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Hi-Z } } control.24 { iface MIXER name 'Input 3 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.25 { iface MIXER name 'Input 4 Pad Switch' value '0dB' comment { access 'read write' type ENUMERATED count 1 item.0 '0dB' item.1 '-10dB' } } control.26 { iface MIXER name 'Matrix 01 Input Playback Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.27 { iface MIXER name 'Matrix 01 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.28 { iface MIXER name 'Matrix 01 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.29 { iface MIXER name 'Matrix 01 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.30 { iface MIXER name 'Matrix 01 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.31 { iface MIXER name 'Matrix 01 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.32 { iface MIXER name 'Matrix 01 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.33 { iface MIXER name 'Matrix 02 Input Playback Route' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.34 { iface MIXER name 'Matrix 02 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.35 { iface MIXER name 'Matrix 02 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.36 { iface MIXER name 'Matrix 02 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.37 { iface MIXER name 'Matrix 02 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.38 { iface MIXER name 'Matrix 02 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.39 { iface MIXER name 'Matrix 02 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.40 { iface MIXER name 'Matrix 03 Input Playback Route' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.41 { iface MIXER name 'Matrix 03 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.42 { iface MIXER name 'Matrix 03 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.43 { iface MIXER name 'Matrix 03 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.44 { iface MIXER name 'Matrix 03 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.45 { iface MIXER name 'Matrix 03 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.46 { iface MIXER name 'Matrix 03 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.47 { iface MIXER name 'Matrix 04 Input Playback Route' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.48 { iface MIXER name 'Matrix 04 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.49 { iface MIXER name 'Matrix 04 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.50 { iface MIXER name 'Matrix 04 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.51 { iface MIXER name 'Matrix 04 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.52 { iface MIXER name 'Matrix 04 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.53 { iface MIXER name 'Matrix 04 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.54 { iface MIXER name 'Matrix 05 Input Playback Route' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.55 { iface MIXER name 'Matrix 05 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.56 { iface MIXER name 'Matrix 05 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.57 { iface MIXER name 'Matrix 05 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.58 { iface MIXER name 'Matrix 05 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.59 { iface MIXER name 'Matrix 05 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.60 { iface MIXER name 'Matrix 05 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.61 { iface MIXER name 'Matrix 06 Input Playback Route' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.62 { iface MIXER name 'Matrix 06 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.63 { iface MIXER name 'Matrix 06 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.64 { iface MIXER name 'Matrix 06 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.65 { iface MIXER name 'Matrix 06 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.66 { iface MIXER name 'Matrix 06 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.67 { iface MIXER name 'Matrix 06 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.68 { iface MIXER name 'Matrix 07 Input Playback Route' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.69 { iface MIXER name 'Matrix 07 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.70 { iface MIXER name 'Matrix 07 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.71 { iface MIXER name 'Matrix 07 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.72 { iface MIXER name 'Matrix 07 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.73 { iface MIXER name 'Matrix 07 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.74 { iface MIXER name 'Matrix 07 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.75 { iface MIXER name 'Matrix 08 Input Playback Route' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.76 { iface MIXER name 'Matrix 08 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.77 { iface MIXER name 'Matrix 08 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.78 { iface MIXER name 'Matrix 08 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.79 { iface MIXER name 'Matrix 08 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.80 { iface MIXER name 'Matrix 08 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.81 { iface MIXER name 'Matrix 08 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.82 { iface MIXER name 'Matrix 09 Input Playback Route' value 'PCM 9' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.83 { iface MIXER name 'Matrix 09 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.84 { iface MIXER name 'Matrix 09 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.85 { iface MIXER name 'Matrix 09 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.86 { iface MIXER name 'Matrix 09 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.87 { iface MIXER name 'Matrix 09 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.88 { iface MIXER name 'Matrix 09 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.89 { iface MIXER name 'Matrix 10 Input Playback Route' value 'PCM 10' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.90 { iface MIXER name 'Matrix 10 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.91 { iface MIXER name 'Matrix 10 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.92 { iface MIXER name 'Matrix 10 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.93 { iface MIXER name 'Matrix 10 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.94 { iface MIXER name 'Matrix 10 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.95 { iface MIXER name 'Matrix 10 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.96 { iface MIXER name 'Matrix 11 Input Playback Route' value 'PCM 11' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.97 { iface MIXER name 'Matrix 11 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.98 { iface MIXER name 'Matrix 11 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.99 { iface MIXER name 'Matrix 11 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.100 { iface MIXER name 'Matrix 11 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.101 { iface MIXER name 'Matrix 11 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.102 { iface MIXER name 'Matrix 11 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.103 { iface MIXER name 'Matrix 12 Input Playback Route' value 'PCM 12' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.104 { iface MIXER name 'Matrix 12 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.105 { iface MIXER name 'Matrix 12 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.106 { iface MIXER name 'Matrix 12 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.107 { iface MIXER name 'Matrix 12 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.108 { iface MIXER name 'Matrix 12 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.109 { iface MIXER name 'Matrix 12 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.110 { iface MIXER name 'Matrix 13 Input Playback Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.111 { iface MIXER name 'Matrix 13 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.112 { iface MIXER name 'Matrix 13 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.113 { iface MIXER name 'Matrix 13 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.114 { iface MIXER name 'Matrix 13 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.115 { iface MIXER name 'Matrix 13 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.116 { iface MIXER name 'Matrix 13 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.117 { iface MIXER name 'Matrix 14 Input Playback Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.118 { iface MIXER name 'Matrix 14 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.119 { iface MIXER name 'Matrix 14 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.120 { iface MIXER name 'Matrix 14 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.121 { iface MIXER name 'Matrix 14 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.122 { iface MIXER name 'Matrix 14 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.123 { iface MIXER name 'Matrix 14 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.124 { iface MIXER name 'Matrix 15 Input Playback Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.125 { iface MIXER name 'Matrix 15 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.126 { iface MIXER name 'Matrix 15 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.127 { iface MIXER name 'Matrix 15 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.128 { iface MIXER name 'Matrix 15 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.129 { iface MIXER name 'Matrix 15 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.130 { iface MIXER name 'Matrix 15 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.131 { iface MIXER name 'Matrix 16 Input Playback Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.132 { iface MIXER name 'Matrix 16 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.133 { iface MIXER name 'Matrix 16 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.134 { iface MIXER name 'Matrix 16 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.135 { iface MIXER name 'Matrix 16 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.136 { iface MIXER name 'Matrix 16 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.137 { iface MIXER name 'Matrix 16 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.138 { iface MIXER name 'Matrix 17 Input Playback Route' value 'SPDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.139 { iface MIXER name 'Matrix 17 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.140 { iface MIXER name 'Matrix 17 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.141 { iface MIXER name 'Matrix 17 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.142 { iface MIXER name 'Matrix 17 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.143 { iface MIXER name 'Matrix 17 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.144 { iface MIXER name 'Matrix 17 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.145 { iface MIXER name 'Matrix 18 Input Playback Route' value 'SPDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' } } control.146 { iface MIXER name 'Matrix 18 Mix A Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.147 { iface MIXER name 'Matrix 18 Mix B Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.148 { iface MIXER name 'Matrix 18 Mix C Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.149 { iface MIXER name 'Matrix 18 Mix D Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.150 { iface MIXER name 'Matrix 18 Mix E Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.151 { iface MIXER name 'Matrix 18 Mix F Playback Volume' value 128 comment { access 'read write' type INTEGER count 1 range '0 - 134 (step 1)' dbmin -12800 dbmax 600 dbvalue.0 0 } } control.152 { iface MIXER name 'Input Source 01 Capture Route' value 'Analog 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.153 { iface MIXER name 'Input Source 02 Capture Route' value 'Analog 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.154 { iface MIXER name 'Input Source 03 Capture Route' value 'Analog 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.155 { iface MIXER name 'Input Source 04 Capture Route' value 'Analog 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.156 { iface MIXER name 'Input Source 05 Capture Route' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.157 { iface MIXER name 'Input Source 06 Capture Route' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.158 { iface MIXER name 'Input Source 07 Capture Route' value 'SPDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.159 { iface MIXER name 'Input Source 08 Capture Route' value 'SPDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'PCM 1' item.2 'PCM 2' item.3 'PCM 3' item.4 'PCM 4' item.5 'PCM 5' item.6 'PCM 6' item.7 'PCM 7' item.8 'PCM 8' item.9 'PCM 9' item.10 'PCM 10' item.11 'PCM 11' item.12 'PCM 12' item.13 'Analog 1' item.14 'Analog 2' item.15 'Analog 3' item.16 'Analog 4' item.17 'SPDIF 1' item.18 'SPDIF 2' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' } } control.160 { iface MIXER name 'Sample Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 SPDIF item.2 ADAT } } control.161 { iface MIXER name 'Sample Clock Sync Status' value Locked comment { access 'read volatile' type ENUMERATED count 1 item.0 'No Lock' item.1 Locked } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 2 18i20.conf000066400000000000000000000316551521233005100227340ustar00rootroot00000000000000[device] serial=03016542 model=Scarlett 18i20 USB [controls] Clock Source Clock Source=Internal Line Out 01 Volume Control Playback Enum=HW Line Out 02 Volume Control Playback Enum=HW Line 03 Playback Volume=127 Line 03 Mute Playback Switch=false Line Out 03 Volume Control Playback Enum=SW Line 04 Playback Volume=127 Line 04 Mute Playback Switch=false Line Out 04 Volume Control Playback Enum=SW Line 05 Playback Volume=127 Line 05 Mute Playback Switch=false Line Out 05 Volume Control Playback Enum=SW Line 06 Playback Volume=127 Line 06 Mute Playback Switch=false Line Out 06 Volume Control Playback Enum=SW Line 07 (Headphones 1 L) Playback Volume=127 Line 07 Mute Playback Switch=false Line Out 07 Volume Control Playback Enum=SW Line 08 (Headphones 1 R) Playback Volume=127 Line 08 Mute Playback Switch=false Line Out 08 Volume Control Playback Enum=SW Line 09 (Headphones 2 L) Playback Volume=127 Line 09 Mute Playback Switch=false Line Out 09 Volume Control Playback Enum=SW Line 10 (Headphones 2 R) Playback Volume=127 Line 10 Mute Playback Switch=false Line Out 10 Volume Control Playback Enum=SW Mute Playback Switch=false Dim Playback Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Analogue Output 05 Playback Enum=PCM 5 Analogue Output 06 Playback Enum=PCM 6 Analogue Output 07 Playback Enum=PCM 7 Analogue Output 08 Playback Enum=PCM 8 Analogue Output 09 Playback Enum=PCM 9 Analogue Output 10 Playback Enum=PCM 10 S/PDIF Output 1 Playback Enum=PCM 11 S/PDIF Output 2 Playback Enum=PCM 12 ADAT Output 1 Playback Enum=PCM 13 ADAT Output 2 Playback Enum=PCM 14 ADAT Output 3 Playback Enum=PCM 15 ADAT Output 4 Playback Enum=PCM 16 ADAT Output 5 Playback Enum=PCM 17 ADAT Output 6 Playback Enum=PCM 18 ADAT Output 7 Playback Enum=PCM 19 ADAT Output 8 Playback Enum=PCM 20 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Analogue 5 PCM 06 Capture Enum=Analogue 6 PCM 07 Capture Enum=Analogue 7 PCM 08 Capture Enum=Analogue 8 PCM 09 Capture Enum=S/PDIF 1 PCM 10 Capture Enum=S/PDIF 2 PCM 11 Capture Enum=ADAT 1 PCM 12 Capture Enum=ADAT 2 PCM 13 Capture Enum=ADAT 3 PCM 14 Capture Enum=ADAT 4 PCM 15 Capture Enum=ADAT 5 PCM 16 Capture Enum=ADAT 6 PCM 17 Capture Enum=ADAT 7 PCM 18 Capture Enum=ADAT 8 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Standalone Switch=false Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= PCM Out 9 Name= PCM Out 10 Name= PCM Out 11 Name= PCM Out 12 Name= PCM Out 13 Name= PCM Out 14 Name= PCM Out 15 Name= PCM Out 16 Name= PCM Out 17 Name= PCM Out 18 Name= PCM Out 19 Name= PCM Out 20 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Analogue Out 7 Name= Analogue Out 8 Name= Analogue Out 9 Name= Analogue Out 10 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= ADAT Out 1 Name= ADAT Out 2 Name= ADAT Out 3 Name= ADAT Out 4 Name= ADAT Out 5 Name= ADAT Out 6 Name= ADAT Out 7 Name= ADAT Out 8 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true PCM Out 9 Switch=true PCM Out 10 Switch=true PCM Out 11 Switch=true PCM Out 12 Switch=true PCM Out 13 Switch=true PCM Out 14 Switch=true PCM Out 15 Switch=true PCM Out 16 Switch=true PCM Out 17 Switch=true PCM Out 18 Switch=true PCM Out 19 Switch=true PCM Out 20 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Analogue Out 7 Switch=true Analogue Out 8 Switch=true Analogue Out 9 Switch=true Analogue Out 10 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true ADAT Out 1 Switch=true ADAT Out 2 Switch=true ADAT Out 3 Switch=true ADAT Out 4 Switch=true ADAT Out 5 Switch=true ADAT Out 6 Switch=true ADAT Out 7 Switch=true ADAT Out 8 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 2 18i20.state000066400000000000000000003323751521233005100231320ustar00rootroot00000000000000state.USB { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.5 { iface CARD name 'Firmware Version' value 1653 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface MIXER name 'Master HW Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.8 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.9 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.11 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.12 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.13 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.14 { iface MIXER name 'Line 03 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.15 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.17 { iface MIXER name 'Line 04 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.18 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.20 { iface MIXER name 'Line 05 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.21 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.23 { iface MIXER name 'Line 06 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.24 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.25 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.26 { iface MIXER name 'Line 07 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.27 { iface MIXER name 'Line 07 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.28 { iface MIXER name 'Line Out 07 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.29 { iface MIXER name 'Line 08 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.30 { iface MIXER name 'Line 08 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.31 { iface MIXER name 'Line Out 08 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.32 { iface MIXER name 'Line 09 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.33 { iface MIXER name 'Line 09 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.34 { iface MIXER name 'Line Out 09 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.35 { iface MIXER name 'Line 10 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.36 { iface MIXER name 'Line 10 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.37 { iface MIXER name 'Line Out 10 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.38 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.39 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.40 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.41 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.42 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.43 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.44 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.45 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.46 { iface MIXER name 'Analogue Output 07 Playback Enum' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.47 { iface MIXER name 'Analogue Output 08 Playback Enum' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.48 { iface MIXER name 'Analogue Output 09 Playback Enum' value 'PCM 9' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.49 { iface MIXER name 'Analogue Output 10 Playback Enum' value 'PCM 10' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.50 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 11' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.51 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 12' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.52 { iface MIXER name 'ADAT Output 1 Playback Enum' value 'PCM 13' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.53 { iface MIXER name 'ADAT Output 2 Playback Enum' value 'PCM 14' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.54 { iface MIXER name 'ADAT Output 3 Playback Enum' value 'PCM 15' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.55 { iface MIXER name 'ADAT Output 4 Playback Enum' value 'PCM 16' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.56 { iface MIXER name 'ADAT Output 5 Playback Enum' value 'PCM 17' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.57 { iface MIXER name 'ADAT Output 6 Playback Enum' value 'PCM 18' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.58 { iface MIXER name 'ADAT Output 7 Playback Enum' value 'PCM 19' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.59 { iface MIXER name 'ADAT Output 8 Playback Enum' value 'PCM 20' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.60 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.61 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.62 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.63 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.64 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.65 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.66 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.67 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.68 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.69 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.70 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.71 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.72 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.73 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.74 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.75 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.76 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.77 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.78 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.79 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.80 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.81 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.82 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.83 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.84 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.85 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.86 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.87 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.88 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.89 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.90 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.91 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.92 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.93 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.94 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.95 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' item.37 'PCM 9' item.38 'PCM 10' item.39 'PCM 11' item.40 'PCM 12' item.41 'PCM 13' item.42 'PCM 14' item.43 'PCM 15' item.44 'PCM 16' item.45 'PCM 17' item.46 'PCM 18' item.47 'PCM 19' item.48 'PCM 20' } } control.96 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.250 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.251 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.252 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.253 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.254 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.255 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.256 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.257 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.258 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.259 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.260 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.261 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.262 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.263 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.264 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.265 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.266 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.267 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.268 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.269 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.270 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.271 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.272 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.273 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.274 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.275 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.276 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 10 value.43 8 value.44 0 value.45 0 value.46 32 value.47 29 value.48 0 value.49 0 value.50 0 value.51 0 value.52 0 value.53 0 value.54 0 value.55 0 comment { access 'read volatile' type INTEGER count 56 range '0 - 4095 (step 1)' } } control.277 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.278 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 2 18i8.conf000066400000000000000000000262221521233005100226540ustar00rootroot00000000000000[device] serial=00037774 model=Scarlett 18i8 USB [controls] Clock Source Clock Source=Internal Line 01 (Monitor L) Playback Volume=127 Line 01 Mute Playback Switch=false Line 02 (Monitor R) Playback Volume=127 Line 02 Mute Playback Switch=false Line 03 (Headphones 1 L) Playback Volume=127 Line 03 Mute Playback Switch=false Line 04 (Headphones 1 R) Playback Volume=127 Line 04 Mute Playback Switch=false Line 05 (Headphones 2 L) Playback Volume=127 Line 05 Mute Playback Switch=false Line 06 (Headphones 2 R) Playback Volume=127 Line 06 Mute Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Pad Capture Switch=false Line In 2 Pad Capture Switch=false Line In 3 Pad Capture Switch=false Line In 4 Pad Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Analogue Output 05 Playback Enum=PCM 5 Analogue Output 06 Playback Enum=PCM 6 S/PDIF Output 1 Playback Enum=PCM 7 S/PDIF Output 2 Playback Enum=PCM 8 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Analogue 5 PCM 06 Capture Enum=Analogue 6 PCM 07 Capture Enum=Analogue 7 PCM 08 Capture Enum=Analogue 8 PCM 09 Capture Enum=S/PDIF 1 PCM 10 Capture Enum=S/PDIF 2 PCM 11 Capture Enum=ADAT 1 PCM 12 Capture Enum=ADAT 2 PCM 13 Capture Enum=ADAT 3 PCM 14 Capture Enum=ADAT 4 PCM 15 Capture Enum=ADAT 5 PCM 16 Capture Enum=ADAT 6 PCM 17 Capture Enum=ADAT 7 PCM 18 Capture Enum=ADAT 8 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Standalone Switch=false Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 2 18i8.state000066400000000000000000005124751521233005100230610ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 comment { access read type INTEGER count 8 range '0 - 36' } } control.2 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.6 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.7 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 03 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 04 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.13 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line 05 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.15 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line 06 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.17 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.19 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.20 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Line In 3 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line In 4 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.25 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.26 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.27 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.28 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.29 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.30 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.31 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.32 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.33 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.34 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.35 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.36 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.37 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.38 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.39 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.40 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.41 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.42 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.43 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.44 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.45 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.46 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.47 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.48 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.49 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.50 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.51 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.52 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.53 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.54 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.55 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.56 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.57 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.58 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.59 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.60 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.61 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.62 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.63 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.64 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.65 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.66 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.67 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.68 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.69 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.71 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.88 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.90 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.105 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.107 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.109 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.124 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.126 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.128 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix E Input 05 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -500 } } control.145 { iface MIXER name 'Mix E Input 06 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -500 } } control.146 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix F Input 05 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -500 } } control.163 { iface MIXER name 'Mix F Input 06 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -500 } } control.164 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.248 { iface PCM name 'Level Meter' value.0 10 value.1 10 value.2 5 value.3 5 value.4 5 value.5 5 value.6 4 value.7 5 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 10 value.21 10 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 comment { access 'read volatile' type INTEGER count 44 range '0 - 4095 (step 1)' } } control.249 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } } state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 comment { access 'read volatile' type INTEGER count 8 range '0 - 36' } } control.2 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.6 { iface CARD name 'Firmware Version' value 1583 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.8 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 03 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.13 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line 04 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.15 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line 05 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.17 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line 06 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.19 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.21 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.22 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Line In 3 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.25 { iface MIXER name 'Line In 4 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.26 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.27 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.28 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.29 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.30 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.31 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.32 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.33 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.34 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.35 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.36 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.37 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.38 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.39 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.40 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.41 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.42 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.43 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.44 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.45 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.46 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.47 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.48 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.49 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.50 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.51 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.52 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.53 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.54 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.55 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.56 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.57 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.58 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.59 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.60 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.61 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.62 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.63 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.64 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.65 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.66 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.67 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.68 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.69 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.70 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.250 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 3 value.27 1 value.28 1 value.29 1 value.30 1 value.31 1 value.32 1 value.33 1 value.34 1 value.35 1 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 comment { access 'read volatile' type INTEGER count 44 range '0 - 4095 (step 1)' } } control.251 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.252 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 2 6i6.conf000066400000000000000000000226751521233005100225770ustar00rootroot00000000000000[device] serial=00068939 model=Scarlett 6i6 USB [controls] Clock Source Clock Source=Internal Line 01 (Headphones 1 L) Playback Volume=127 Line 01 Mute Playback Switch=false Line 02 (Headphones 1 R) Playback Volume=127 Line 02 Mute Playback Switch=false Line 03 (Headphones 2 L) Playback Volume=127 Line 03 Mute Playback Switch=false Line 04 (Headphones 2 R) Playback Volume=127 Line 04 Mute Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Pad Capture Switch=false Line In 2 Pad Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 S/PDIF Output 1 Playback Enum=PCM 5 S/PDIF Output 2 Playback Enum=PCM 6 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=S/PDIF 1 PCM 06 Capture Enum=S/PDIF 2 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Standalone Switch=false Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 2 6i6.state000066400000000000000000003626001521233005100227650ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access read type INTEGER count 6 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access read type INTEGER count 6 range '0 - 36' } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF } } control.6 { iface MIXER name 'Line 01 (Headphones 1 L) Playback Volume' value 101 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -2600 } } control.7 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line 02 (Headphones 1 R) Playback Volume' value 113 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -1400 } } control.9 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 03 (Headphones 2 L) Playback Volume' value 94 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -3300 } } control.11 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 04 (Headphones 2 R) Playback Volume' value 69 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -5800 } } control.13 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.15 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.16 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.19 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.20 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.21 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.22 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.23 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.24 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.25 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.26 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.27 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.28 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.29 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.30 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.31 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.32 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.33 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.34 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.35 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.36 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.37 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.38 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.39 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.40 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.41 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.42 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.43 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.44 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.45 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.46 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.47 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.48 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.49 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.50 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.51 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.68 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.70 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.85 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.87 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.89 { iface MIXER name 'Mix C Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.90 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.104 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.106 { iface MIXER name 'Mix D Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.107 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.108 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.228 { iface PCM name 'Level Meter' value.0 1 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 1 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 comment { access 'read volatile' type INTEGER count 30 range '0 - 4095 (step 1)' } } control.229 { iface MIXER name 'Sync Status' value Unlocked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } } state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF } } control.6 { iface CARD name 'Firmware Version' value 1583 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.8 { iface MIXER name 'Line 01 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 02 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 03 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.13 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line 04 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.15 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.17 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.18 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.21 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.22 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.23 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.24 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.25 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.26 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.27 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.28 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.29 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.30 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.31 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.32 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.33 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.34 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.35 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.36 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.37 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.38 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.39 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.40 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.41 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.42 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.43 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.44 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.45 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.46 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.47 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.48 { iface MIXER name 'PCM 05 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.49 { iface MIXER name 'PCM 06 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'S/PDIF 1' item.6 'S/PDIF 2' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.50 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 1 value.25 0 value.26 1 value.27 1 value.28 0 value.29 0 comment { access 'read volatile' type INTEGER count 30 range '0 - 4095 (step 1)' } } control.231 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.232 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 18i20.conf000066400000000000000000000455711521233005100227370ustar00rootroot00000000000000[device] serial=P9MM1PW0C082E2 model=Scarlett 18i20 USB [controls] Clock Source Clock Source=Internal Line Out 01 Volume Control Playback Enum=HW Line Out 02 Volume Control Playback Enum=HW Line 03 (Monitor 2 L) Playback Volume=127 Line 03 Mute Playback Switch=false Line Out 03 Volume Control Playback Enum=SW Line 04 (Monitor 2 R) Playback Volume=127 Line 04 Mute Playback Switch=false Line Out 04 Volume Control Playback Enum=SW Line 05 Playback Volume=127 Line 05 Mute Playback Switch=false Line Out 05 Volume Control Playback Enum=SW Line 06 Playback Volume=127 Line 06 Mute Playback Switch=false Line Out 06 Volume Control Playback Enum=SW Line 07 (Headphones 1 L) Playback Volume=127 Line 07 Mute Playback Switch=false Line Out 07 Volume Control Playback Enum=SW Line 08 (Headphones 1 R) Playback Volume=127 Line 08 Mute Playback Switch=false Line Out 08 Volume Control Playback Enum=SW Line 09 (Headphones 2 L) Playback Volume=127 Line 09 Mute Playback Switch=false Line Out 09 Volume Control Playback Enum=SW Line 10 (Headphones 2 R) Playback Volume=127 Line 10 Mute Playback Switch=false Line Out 10 Volume Control Playback Enum=SW Mute Playback Switch=false Dim Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Pad Capture Switch=false Line In 2 Pad Capture Switch=false Line In 3 Pad Capture Switch=false Line In 4 Pad Capture Switch=false Line In 5 Pad Capture Switch=false Line In 6 Pad Capture Switch=false Line In 7 Pad Capture Switch=false Line In 8 Pad Capture Switch=false Line In 1 Air Capture Switch=false Line In 2 Air Capture Switch=false Line In 3 Air Capture Switch=false Line In 4 Air Capture Switch=false Line In 5 Air Capture Switch=false Line In 6 Air Capture Switch=false Line In 7 Air Capture Switch=false Line In 8 Air Capture Switch=false Line In 1-4 Phantom Power Capture Switch=false Line In 5-8 Phantom Power Capture Switch=false Phantom Power Persistence Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Analogue Output 05 Playback Enum=PCM 5 Analogue Output 06 Playback Enum=PCM 6 Analogue Output 07 Playback Enum=PCM 7 Analogue Output 08 Playback Enum=PCM 8 Analogue Output 09 Playback Enum=PCM 9 Analogue Output 10 Playback Enum=PCM 10 S/PDIF Output 1 Playback Enum=PCM 11 S/PDIF Output 2 Playback Enum=PCM 12 ADAT Output 1 Playback Enum=PCM 13 ADAT Output 2 Playback Enum=PCM 14 ADAT Output 3 Playback Enum=PCM 15 ADAT Output 4 Playback Enum=PCM 16 ADAT Output 5 Playback Enum=PCM 17 ADAT Output 6 Playback Enum=PCM 18 ADAT Output 7 Playback Enum=PCM 19 ADAT Output 8 Playback Enum=PCM 20 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off Mixer Input 19 Capture Enum=Off Mixer Input 20 Capture Enum=Off Mixer Input 21 Capture Enum=Off Mixer Input 22 Capture Enum=Off Mixer Input 23 Capture Enum=Off Mixer Input 24 Capture Enum=Off Mixer Input 25 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Analogue 5 PCM 06 Capture Enum=Analogue 6 PCM 07 Capture Enum=Analogue 7 PCM 08 Capture Enum=Analogue 8 PCM 09 Capture Enum=Off PCM 10 Capture Enum=Off PCM 11 Capture Enum=S/PDIF 1 PCM 12 Capture Enum=S/PDIF 2 PCM 13 Capture Enum=ADAT 1 PCM 14 Capture Enum=ADAT 2 PCM 15 Capture Enum=ADAT 3 PCM 16 Capture Enum=ADAT 4 PCM 17 Capture Enum=ADAT 5 PCM 18 Capture Enum=ADAT 6 PCM 19 Capture Enum=ADAT 7 PCM 20 Capture Enum=ADAT 8 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix A Input 19 Playback Volume=0 Mix A Input 20 Playback Volume=0 Mix A Input 21 Playback Volume=0 Mix A Input 22 Playback Volume=0 Mix A Input 23 Playback Volume=0 Mix A Input 24 Playback Volume=0 Mix A Input 25 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix B Input 19 Playback Volume=0 Mix B Input 20 Playback Volume=0 Mix B Input 21 Playback Volume=0 Mix B Input 22 Playback Volume=0 Mix B Input 23 Playback Volume=0 Mix B Input 24 Playback Volume=0 Mix B Input 25 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix C Input 19 Playback Volume=0 Mix C Input 20 Playback Volume=0 Mix C Input 21 Playback Volume=0 Mix C Input 22 Playback Volume=0 Mix C Input 23 Playback Volume=0 Mix C Input 24 Playback Volume=0 Mix C Input 25 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix D Input 19 Playback Volume=0 Mix D Input 20 Playback Volume=0 Mix D Input 21 Playback Volume=0 Mix D Input 22 Playback Volume=0 Mix D Input 23 Playback Volume=0 Mix D Input 24 Playback Volume=0 Mix D Input 25 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix E Input 19 Playback Volume=0 Mix E Input 20 Playback Volume=0 Mix E Input 21 Playback Volume=0 Mix E Input 22 Playback Volume=0 Mix E Input 23 Playback Volume=0 Mix E Input 24 Playback Volume=0 Mix E Input 25 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix F Input 19 Playback Volume=0 Mix F Input 20 Playback Volume=0 Mix F Input 21 Playback Volume=0 Mix F Input 22 Playback Volume=0 Mix F Input 23 Playback Volume=0 Mix F Input 24 Playback Volume=0 Mix F Input 25 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix G Input 19 Playback Volume=0 Mix G Input 20 Playback Volume=0 Mix G Input 21 Playback Volume=0 Mix G Input 22 Playback Volume=0 Mix G Input 23 Playback Volume=0 Mix G Input 24 Playback Volume=0 Mix G Input 25 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix H Input 19 Playback Volume=0 Mix H Input 20 Playback Volume=0 Mix H Input 21 Playback Volume=0 Mix H Input 22 Playback Volume=0 Mix H Input 23 Playback Volume=0 Mix H Input 24 Playback Volume=0 Mix H Input 25 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix I Input 19 Playback Volume=0 Mix I Input 20 Playback Volume=0 Mix I Input 21 Playback Volume=0 Mix I Input 22 Playback Volume=0 Mix I Input 23 Playback Volume=0 Mix I Input 24 Playback Volume=0 Mix I Input 25 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Mix J Input 19 Playback Volume=0 Mix J Input 20 Playback Volume=0 Mix J Input 21 Playback Volume=0 Mix J Input 22 Playback Volume=0 Mix J Input 23 Playback Volume=0 Mix J Input 24 Playback Volume=0 Mix J Input 25 Playback Volume=0 Mix K Input 01 Playback Volume=0 Mix K Input 02 Playback Volume=0 Mix K Input 03 Playback Volume=0 Mix K Input 04 Playback Volume=0 Mix K Input 05 Playback Volume=0 Mix K Input 06 Playback Volume=0 Mix K Input 07 Playback Volume=0 Mix K Input 08 Playback Volume=0 Mix K Input 09 Playback Volume=0 Mix K Input 10 Playback Volume=0 Mix K Input 11 Playback Volume=0 Mix K Input 12 Playback Volume=0 Mix K Input 13 Playback Volume=0 Mix K Input 14 Playback Volume=0 Mix K Input 15 Playback Volume=0 Mix K Input 16 Playback Volume=0 Mix K Input 17 Playback Volume=0 Mix K Input 18 Playback Volume=0 Mix K Input 19 Playback Volume=0 Mix K Input 20 Playback Volume=0 Mix K Input 21 Playback Volume=0 Mix K Input 22 Playback Volume=0 Mix K Input 23 Playback Volume=0 Mix K Input 24 Playback Volume=0 Mix K Input 25 Playback Volume=0 Mix L Input 01 Playback Volume=0 Mix L Input 02 Playback Volume=0 Mix L Input 03 Playback Volume=0 Mix L Input 04 Playback Volume=0 Mix L Input 05 Playback Volume=0 Mix L Input 06 Playback Volume=0 Mix L Input 07 Playback Volume=0 Mix L Input 08 Playback Volume=0 Mix L Input 09 Playback Volume=0 Mix L Input 10 Playback Volume=0 Mix L Input 11 Playback Volume=0 Mix L Input 12 Playback Volume=0 Mix L Input 13 Playback Volume=0 Mix L Input 14 Playback Volume=0 Mix L Input 15 Playback Volume=0 Mix L Input 16 Playback Volume=0 Mix L Input 17 Playback Volume=0 Mix L Input 18 Playback Volume=0 Mix L Input 19 Playback Volume=0 Mix L Input 20 Playback Volume=0 Mix L Input 21 Playback Volume=0 Mix L Input 22 Playback Volume=0 Mix L Input 23 Playback Volume=0 Mix L Input 24 Playback Volume=0 Mix L Input 25 Playback Volume=0 Speaker Switching Playback Enum=Off Talkback Playback Enum=Disabled Talkback Mix A Playback Switch=false Talkback Mix B Playback Switch=false Talkback Mix C Playback Switch=false Talkback Mix D Playback Switch=false Talkback Mix E Playback Switch=false Talkback Mix F Playback Switch=false Talkback Mix G Playback Switch=false Talkback Mix H Playback Switch=false Talkback Mix I Playback Switch=false Talkback Mix J Playback Switch=false Talkback Mix K Playback Switch=false Talkback Mix L Playback Switch=false Standalone Switch=false Digital I/O Mode Capture Enum=S/PDIF RCA Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= Analogue In 9 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= Mixer Out 11 Name= Mixer Out 12 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= PCM Out 9 Name= PCM Out 10 Name= PCM Out 11 Name= PCM Out 12 Name= PCM Out 13 Name= PCM Out 14 Name= PCM Out 15 Name= PCM Out 16 Name= PCM Out 17 Name= PCM Out 18 Name= PCM Out 19 Name= PCM Out 20 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Analogue Out 7 Name= Analogue Out 8 Name= Analogue Out 9 Name= Analogue Out 10 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= ADAT Out 1 Name= ADAT Out 2 Name= ADAT Out 3 Name= ADAT Out 4 Name= ADAT Out 5 Name= ADAT Out 6 Name= ADAT Out 7 Name= ADAT Out 8 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= Mixer In 19 Name= Mixer In 20 Name= Mixer In 21 Name= Mixer In 22 Name= Mixer In 23 Name= Mixer In 24 Name= Mixer In 25 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= PCM In 19 Name= PCM In 20 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true Analogue In 9 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true Mixer Out 11 Switch=true Mixer Out 12 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true PCM Out 9 Switch=true PCM Out 10 Switch=true PCM Out 11 Switch=true PCM Out 12 Switch=true PCM Out 13 Switch=true PCM Out 14 Switch=true PCM Out 15 Switch=true PCM Out 16 Switch=true PCM Out 17 Switch=true PCM Out 18 Switch=true PCM Out 19 Switch=true PCM Out 20 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Analogue Out 7 Switch=true Analogue Out 8 Switch=true Analogue Out 9 Switch=true Analogue Out 10 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true ADAT Out 1 Switch=true ADAT Out 2 Switch=true ADAT Out 3 Switch=true ADAT Out 4 Switch=true ADAT Out 5 Switch=true ADAT Out 6 Switch=true ADAT Out 7 Switch=true ADAT Out 8 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true Mixer In 19 Switch=true Mixer In 20 Switch=true Mixer In 21 Switch=true Mixer In 22 Switch=true Mixer In 23 Switch=true Mixer In 24 Switch=true Mixer In 25 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true PCM In 19 Switch=true PCM In 20 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 18i20.state000066400000000000000000011527371521233005100231360ustar00rootroot00000000000000state.USB { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.5 { iface MIXER name 'MSD Mode Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.6 { iface MIXER name 'Master HW Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.7 { iface MIXER name 'Line 01 (Monitor 1 L) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.8 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.9 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.10 { iface MIXER name 'Line 02 (Monitor 1 R) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.11 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.13 { iface MIXER name 'Line 03 (Monitor 2 L) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.14 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.15 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.16 { iface MIXER name 'Line 04 (Monitor 2 R) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.17 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.19 { iface MIXER name 'Line 05 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.20 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.22 { iface MIXER name 'Line 06 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.23 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.25 { iface MIXER name 'Line 07 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.26 { iface MIXER name 'Line 07 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.27 { iface MIXER name 'Line Out 07 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.28 { iface MIXER name 'Line 08 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.29 { iface MIXER name 'Line 08 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.30 { iface MIXER name 'Line Out 08 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.31 { iface MIXER name 'Line 09 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.32 { iface MIXER name 'Line 09 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.33 { iface MIXER name 'Line Out 09 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.34 { iface MIXER name 'Line 10 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.35 { iface MIXER name 'Line 10 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.36 { iface MIXER name 'Line Out 10 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.37 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.38 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.39 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.40 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.41 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.42 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.43 { iface MIXER name 'Line In 3 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.44 { iface MIXER name 'Line In 4 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.45 { iface MIXER name 'Line In 5 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.46 { iface MIXER name 'Line In 6 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.47 { iface MIXER name 'Line In 7 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.48 { iface MIXER name 'Line In 8 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.49 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.50 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.51 { iface MIXER name 'Line In 3 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.52 { iface MIXER name 'Line In 4 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.53 { iface MIXER name 'Line In 5 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.54 { iface MIXER name 'Line In 6 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.55 { iface MIXER name 'Line In 7 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.56 { iface MIXER name 'Line In 8 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.57 { iface MIXER name 'Line In 1-4 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.58 { iface MIXER name 'Line In 5-8 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.59 { iface MIXER name 'Phantom Power Persistence Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.60 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.61 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.62 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.63 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.64 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.65 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.66 { iface MIXER name 'Analogue Output 07 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.67 { iface MIXER name 'Analogue Output 08 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.68 { iface MIXER name 'Analogue Output 09 Playback Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.69 { iface MIXER name 'Analogue Output 10 Playback Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.70 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.71 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.72 { iface MIXER name 'ADAT Output 1 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.73 { iface MIXER name 'ADAT Output 2 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.74 { iface MIXER name 'ADAT Output 3 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.75 { iface MIXER name 'ADAT Output 4 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.76 { iface MIXER name 'ADAT Output 5 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.77 { iface MIXER name 'ADAT Output 6 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.78 { iface MIXER name 'ADAT Output 7 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.79 { iface MIXER name 'ADAT Output 8 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.80 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.81 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.82 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.83 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.84 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.85 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.86 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.87 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.88 { iface MIXER name 'Mixer Input 09 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.89 { iface MIXER name 'Mixer Input 10 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.90 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.91 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.92 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.93 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.94 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.95 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.96 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.97 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.98 { iface MIXER name 'Mixer Input 19 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.99 { iface MIXER name 'Mixer Input 20 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.100 { iface MIXER name 'Mixer Input 21 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.101 { iface MIXER name 'Mixer Input 22 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.102 { iface MIXER name 'Mixer Input 23 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.103 { iface MIXER name 'Mixer Input 24 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.104 { iface MIXER name 'Mixer Input 25 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.105 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.106 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.107 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.108 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.109 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.110 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.111 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.112 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.113 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.114 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.115 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.116 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.117 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.118 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.119 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.120 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.121 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.122 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.123 { iface MIXER name 'PCM 19 Capture Enum' value 'Analogue 9' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.124 { iface MIXER name 'PCM 20 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.125 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.126 { iface MIXER name 'Mix A Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.127 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.128 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix A Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.130 { iface MIXER name 'Mix A Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.131 { iface MIXER name 'Mix A Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.132 { iface MIXER name 'Mix A Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.133 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix A Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix A Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix A Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix A Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix A Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix B Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.151 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.152 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.154 { iface MIXER name 'Mix B Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.155 { iface MIXER name 'Mix B Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.156 { iface MIXER name 'Mix B Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.157 { iface MIXER name 'Mix B Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.158 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix B Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix B Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix B Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix B Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix B Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.178 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.180 { iface MIXER name 'Mix C Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.181 { iface MIXER name 'Mix C Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.182 { iface MIXER name 'Mix C Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.183 { iface MIXER name 'Mix C Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.184 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix C Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix C Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix C Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix C Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix C Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.204 { iface MIXER name 'Mix D Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.205 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.206 { iface MIXER name 'Mix D Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.207 { iface MIXER name 'Mix D Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.208 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix D Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.210 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix D Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix D Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix D Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix D Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix D Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix E Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix E Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix E Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix E Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix E Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.250 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.251 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.252 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.253 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.254 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.255 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.256 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.257 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.258 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.259 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.260 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.261 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.262 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.263 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.264 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.265 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.266 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.267 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.268 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.269 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.270 { iface MIXER name 'Mix F Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.271 { iface MIXER name 'Mix F Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.272 { iface MIXER name 'Mix F Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.273 { iface MIXER name 'Mix F Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.274 { iface MIXER name 'Mix F Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.275 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.276 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.277 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.278 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.279 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.280 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.281 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.282 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.283 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.284 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.285 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.286 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.287 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.288 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.289 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.290 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.291 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.292 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.293 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.294 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.295 { iface MIXER name 'Mix G Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.296 { iface MIXER name 'Mix G Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.297 { iface MIXER name 'Mix G Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.298 { iface MIXER name 'Mix G Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.299 { iface MIXER name 'Mix G Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.300 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.301 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.302 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.303 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.304 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.305 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.306 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.307 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.308 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.309 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.310 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.311 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.312 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.313 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.314 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.315 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.316 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.317 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.318 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.319 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.320 { iface MIXER name 'Mix H Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.321 { iface MIXER name 'Mix H Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.322 { iface MIXER name 'Mix H Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.323 { iface MIXER name 'Mix H Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.324 { iface MIXER name 'Mix H Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.325 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.326 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.327 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.328 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.329 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.330 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.331 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.332 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.333 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.334 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.335 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.336 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.337 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.338 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.339 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.340 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.341 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.342 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.343 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.344 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.345 { iface MIXER name 'Mix I Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.346 { iface MIXER name 'Mix I Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.347 { iface MIXER name 'Mix I Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.348 { iface MIXER name 'Mix I Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.349 { iface MIXER name 'Mix I Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.350 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.351 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.352 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.353 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.354 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.355 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.356 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.357 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.358 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.359 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.360 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.361 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.362 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.363 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.364 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.365 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.366 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.367 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.368 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.369 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.370 { iface MIXER name 'Mix J Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.371 { iface MIXER name 'Mix J Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.372 { iface MIXER name 'Mix J Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.373 { iface MIXER name 'Mix J Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.374 { iface MIXER name 'Mix J Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.375 { iface MIXER name 'Mix K Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.376 { iface MIXER name 'Mix K Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.377 { iface MIXER name 'Mix K Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.378 { iface MIXER name 'Mix K Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.379 { iface MIXER name 'Mix K Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.380 { iface MIXER name 'Mix K Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.381 { iface MIXER name 'Mix K Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.382 { iface MIXER name 'Mix K Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.383 { iface MIXER name 'Mix K Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.384 { iface MIXER name 'Mix K Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.385 { iface MIXER name 'Mix K Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.386 { iface MIXER name 'Mix K Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.387 { iface MIXER name 'Mix K Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.388 { iface MIXER name 'Mix K Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.389 { iface MIXER name 'Mix K Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.390 { iface MIXER name 'Mix K Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.391 { iface MIXER name 'Mix K Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.392 { iface MIXER name 'Mix K Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.393 { iface MIXER name 'Mix K Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.394 { iface MIXER name 'Mix K Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.395 { iface MIXER name 'Mix K Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.396 { iface MIXER name 'Mix K Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.397 { iface MIXER name 'Mix K Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.398 { iface MIXER name 'Mix K Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.399 { iface MIXER name 'Mix K Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.400 { iface MIXER name 'Mix L Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.401 { iface MIXER name 'Mix L Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.402 { iface MIXER name 'Mix L Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.403 { iface MIXER name 'Mix L Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.404 { iface MIXER name 'Mix L Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.405 { iface MIXER name 'Mix L Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.406 { iface MIXER name 'Mix L Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.407 { iface MIXER name 'Mix L Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.408 { iface MIXER name 'Mix L Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.409 { iface MIXER name 'Mix L Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.410 { iface MIXER name 'Mix L Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.411 { iface MIXER name 'Mix L Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.412 { iface MIXER name 'Mix L Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.413 { iface MIXER name 'Mix L Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.414 { iface MIXER name 'Mix L Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.415 { iface MIXER name 'Mix L Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.416 { iface MIXER name 'Mix L Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.417 { iface MIXER name 'Mix L Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.418 { iface MIXER name 'Mix L Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.419 { iface MIXER name 'Mix L Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.420 { iface MIXER name 'Mix L Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.421 { iface MIXER name 'Mix L Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.422 { iface MIXER name 'Mix L Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.423 { iface MIXER name 'Mix L Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.424 { iface MIXER name 'Mix L Input 25 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.425 { iface PCM name 'Level Meter' value.0 4095 value.1 4095 value.2 0 value.3 1 value.4 4095 value.5 4095 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 4095 value.17 0 value.18 0 value.19 0 value.20 4095 value.21 4095 value.22 4095 value.23 1 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 0 value.46 0 value.47 0 value.48 4095 value.49 4095 value.50 0 value.51 0 value.52 0 value.53 0 value.54 0 value.55 0 value.56 0 value.57 0 value.58 0 value.59 0 value.60 0 value.61 0 value.62 0 value.63 0 value.64 0 comment { access 'read volatile' type INTEGER count 65 range '0 - 4095 (step 1)' } } control.426 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.427 { iface MIXER name 'Speaker Switching Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Main item.2 Alt } } control.428 { iface MIXER name 'Talkback Playback Enum' value Disabled comment { access 'read write' type ENUMERATED count 1 item.0 Disabled item.1 Off item.2 On } } control.429 { iface MIXER name 'Talkback Mix A Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.430 { iface MIXER name 'Talkback Mix B Playback Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.431 { iface MIXER name 'Talkback Mix C Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.432 { iface MIXER name 'Talkback Mix D Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.433 { iface MIXER name 'Talkback Mix E Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.434 { iface MIXER name 'Talkback Mix F Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.435 { iface MIXER name 'Talkback Mix G Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.436 { iface MIXER name 'Talkback Mix H Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.437 { iface MIXER name 'Talkback Mix I Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.438 { iface MIXER name 'Talkback Mix J Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.439 { iface MIXER name 'Talkback Mix K Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.440 { iface MIXER name 'Talkback Mix L Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.441 { iface MIXER name 'Standalone Switch' value true comment { access 'read write' type BOOLEAN count 1 } } } state.USB_1 { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.5 { iface CARD name 'Firmware Version' value 1644 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface MIXER name 'Master HW Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.8 { iface MIXER name 'Line 01 (Monitor 1 L) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.9 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.11 { iface MIXER name 'Line 02 (Monitor 1 R) Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.12 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.13 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.14 { iface MIXER name 'Line 03 (Monitor 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.15 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.17 { iface MIXER name 'Line 04 (Monitor 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.18 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.20 { iface MIXER name 'Line 05 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.21 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.23 { iface MIXER name 'Line 06 Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.24 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.25 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.26 { iface MIXER name 'Line 07 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.27 { iface MIXER name 'Line 07 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.28 { iface MIXER name 'Line Out 07 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.29 { iface MIXER name 'Line 08 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.30 { iface MIXER name 'Line 08 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.31 { iface MIXER name 'Line Out 08 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.32 { iface MIXER name 'Line 09 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.33 { iface MIXER name 'Line 09 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.34 { iface MIXER name 'Line Out 09 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.35 { iface MIXER name 'Line 10 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.36 { iface MIXER name 'Line 10 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.37 { iface MIXER name 'Line Out 10 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.38 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.39 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.40 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.41 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.42 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.43 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.44 { iface MIXER name 'Line In 3 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.45 { iface MIXER name 'Line In 4 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.46 { iface MIXER name 'Line In 5 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.47 { iface MIXER name 'Line In 6 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.48 { iface MIXER name 'Line In 7 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.49 { iface MIXER name 'Line In 8 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.50 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.51 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.52 { iface MIXER name 'Line In 3 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.53 { iface MIXER name 'Line In 4 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.54 { iface MIXER name 'Line In 5 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.55 { iface MIXER name 'Line In 6 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.56 { iface MIXER name 'Line In 7 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.57 { iface MIXER name 'Line In 8 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.58 { iface MIXER name 'Line In 1-4 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.59 { iface MIXER name 'Line In 5-8 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.60 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.61 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.62 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.63 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.64 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.65 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.66 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.67 { iface MIXER name 'Analogue Output 07 Playback Enum' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.68 { iface MIXER name 'Analogue Output 08 Playback Enum' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.69 { iface MIXER name 'Analogue Output 09 Playback Enum' value 'PCM 9' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.70 { iface MIXER name 'Analogue Output 10 Playback Enum' value 'PCM 10' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.71 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 11' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.72 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 12' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.73 { iface MIXER name 'ADAT Output 1 Playback Enum' value 'PCM 13' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.74 { iface MIXER name 'ADAT Output 2 Playback Enum' value 'PCM 14' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.75 { iface MIXER name 'ADAT Output 3 Playback Enum' value 'PCM 15' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.76 { iface MIXER name 'ADAT Output 4 Playback Enum' value 'PCM 16' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.77 { iface MIXER name 'ADAT Output 5 Playback Enum' value 'PCM 17' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.78 { iface MIXER name 'ADAT Output 6 Playback Enum' value 'PCM 18' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.79 { iface MIXER name 'ADAT Output 7 Playback Enum' value 'PCM 19' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.80 { iface MIXER name 'ADAT Output 8 Playback Enum' value 'PCM 20' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.81 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.82 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.83 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.84 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.85 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.86 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.87 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.88 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.89 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.90 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.91 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.92 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.93 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.94 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.95 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.96 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.97 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.98 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.99 { iface MIXER name 'Mixer Input 19 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.100 { iface MIXER name 'Mixer Input 20 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.101 { iface MIXER name 'Mixer Input 21 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.102 { iface MIXER name 'Mixer Input 22 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.103 { iface MIXER name 'Mixer Input 23 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.104 { iface MIXER name 'Mixer Input 24 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.105 { iface MIXER name 'Mixer Input 25 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.106 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.107 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.108 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.109 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.110 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.111 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.112 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.113 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.114 { iface MIXER name 'PCM 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.115 { iface MIXER name 'PCM 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.116 { iface MIXER name 'PCM 11 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.117 { iface MIXER name 'PCM 12 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.118 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.119 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.120 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.121 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.122 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.123 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.124 { iface MIXER name 'PCM 19 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.125 { iface MIXER name 'PCM 20 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'Mix A' item.21 'Mix B' item.22 'Mix C' item.23 'Mix D' item.24 'Mix E' item.25 'Mix F' item.26 'Mix G' item.27 'Mix H' item.28 'Mix I' item.29 'Mix J' item.30 'Mix K' item.31 'Mix L' item.32 'PCM 1' item.33 'PCM 2' item.34 'PCM 3' item.35 'PCM 4' item.36 'PCM 5' item.37 'PCM 6' item.38 'PCM 7' item.39 'PCM 8' item.40 'PCM 9' item.41 'PCM 10' item.42 'PCM 11' item.43 'PCM 12' item.44 'PCM 13' item.45 'PCM 14' item.46 'PCM 15' item.47 'PCM 16' item.48 'PCM 17' item.49 'PCM 18' item.50 'PCM 19' item.51 'PCM 20' } } control.126 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix A Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix A Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix A Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix A Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix A Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix B Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix B Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix B Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix B Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix B Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix C Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix C Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix C Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix C Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix C Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix D Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix D Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix D Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix D Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix D Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix E Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix E Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix E Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix E Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.250 { iface MIXER name 'Mix E Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.251 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.252 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.253 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.254 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.255 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.256 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.257 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.258 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.259 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.260 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.261 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.262 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.263 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.264 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.265 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.266 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.267 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.268 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.269 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.270 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.271 { iface MIXER name 'Mix F Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.272 { iface MIXER name 'Mix F Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.273 { iface MIXER name 'Mix F Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.274 { iface MIXER name 'Mix F Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.275 { iface MIXER name 'Mix F Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.276 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.277 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.278 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.279 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.280 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.281 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.282 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.283 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.284 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.285 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.286 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.287 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.288 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.289 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.290 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.291 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.292 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.293 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.294 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.295 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.296 { iface MIXER name 'Mix G Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.297 { iface MIXER name 'Mix G Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.298 { iface MIXER name 'Mix G Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.299 { iface MIXER name 'Mix G Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.300 { iface MIXER name 'Mix G Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.301 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.302 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.303 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.304 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.305 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.306 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.307 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.308 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.309 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.310 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.311 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.312 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.313 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.314 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.315 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.316 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.317 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.318 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.319 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.320 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.321 { iface MIXER name 'Mix H Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.322 { iface MIXER name 'Mix H Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.323 { iface MIXER name 'Mix H Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.324 { iface MIXER name 'Mix H Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.325 { iface MIXER name 'Mix H Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.326 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.327 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.328 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.329 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.330 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.331 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.332 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.333 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.334 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.335 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.336 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.337 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.338 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.339 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.340 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.341 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.342 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.343 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.344 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.345 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.346 { iface MIXER name 'Mix I Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.347 { iface MIXER name 'Mix I Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.348 { iface MIXER name 'Mix I Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.349 { iface MIXER name 'Mix I Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.350 { iface MIXER name 'Mix I Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.351 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.352 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.353 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.354 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.355 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.356 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.357 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.358 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.359 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.360 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.361 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.362 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.363 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.364 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.365 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.366 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.367 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.368 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.369 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.370 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.371 { iface MIXER name 'Mix J Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.372 { iface MIXER name 'Mix J Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.373 { iface MIXER name 'Mix J Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.374 { iface MIXER name 'Mix J Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.375 { iface MIXER name 'Mix J Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.376 { iface MIXER name 'Mix K Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.377 { iface MIXER name 'Mix K Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.378 { iface MIXER name 'Mix K Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.379 { iface MIXER name 'Mix K Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.380 { iface MIXER name 'Mix K Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.381 { iface MIXER name 'Mix K Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.382 { iface MIXER name 'Mix K Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.383 { iface MIXER name 'Mix K Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.384 { iface MIXER name 'Mix K Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.385 { iface MIXER name 'Mix K Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.386 { iface MIXER name 'Mix K Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.387 { iface MIXER name 'Mix K Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.388 { iface MIXER name 'Mix K Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.389 { iface MIXER name 'Mix K Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.390 { iface MIXER name 'Mix K Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.391 { iface MIXER name 'Mix K Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.392 { iface MIXER name 'Mix K Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.393 { iface MIXER name 'Mix K Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.394 { iface MIXER name 'Mix K Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.395 { iface MIXER name 'Mix K Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.396 { iface MIXER name 'Mix K Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.397 { iface MIXER name 'Mix K Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.398 { iface MIXER name 'Mix K Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.399 { iface MIXER name 'Mix K Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.400 { iface MIXER name 'Mix K Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.401 { iface MIXER name 'Mix L Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.402 { iface MIXER name 'Mix L Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.403 { iface MIXER name 'Mix L Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.404 { iface MIXER name 'Mix L Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.405 { iface MIXER name 'Mix L Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.406 { iface MIXER name 'Mix L Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.407 { iface MIXER name 'Mix L Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.408 { iface MIXER name 'Mix L Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.409 { iface MIXER name 'Mix L Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.410 { iface MIXER name 'Mix L Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.411 { iface MIXER name 'Mix L Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.412 { iface MIXER name 'Mix L Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.413 { iface MIXER name 'Mix L Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.414 { iface MIXER name 'Mix L Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.415 { iface MIXER name 'Mix L Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.416 { iface MIXER name 'Mix L Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.417 { iface MIXER name 'Mix L Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.418 { iface MIXER name 'Mix L Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.419 { iface MIXER name 'Mix L Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.420 { iface MIXER name 'Mix L Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.421 { iface MIXER name 'Mix L Input 21 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.422 { iface MIXER name 'Mix L Input 22 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.423 { iface MIXER name 'Mix L Input 23 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.424 { iface MIXER name 'Mix L Input 24 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.425 { iface MIXER name 'Mix L Input 25 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.426 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 4 value.46 2 value.47 1 value.48 1 value.49 1 value.50 1 value.51 1 value.52 1 value.53 0 value.54 0 value.55 0 value.56 0 value.57 0 value.58 0 value.59 0 value.60 0 value.61 0 value.62 0 value.63 0 value.64 0 comment { access 'read volatile' type INTEGER count 65 range '0 - 4095 (step 1)' } } control.427 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.428 { iface MIXER name 'Speaker Switching Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Main item.2 Alt } } control.429 { iface MIXER name 'Talkback Playback Enum' value Disabled comment { access 'read write' type ENUMERATED count 1 item.0 Disabled item.1 Off item.2 On } } control.430 { iface MIXER name 'Talkback Mix A Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.431 { iface MIXER name 'Talkback Mix B Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.432 { iface MIXER name 'Talkback Mix C Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.433 { iface MIXER name 'Talkback Mix D Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.434 { iface MIXER name 'Talkback Mix E Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.435 { iface MIXER name 'Talkback Mix F Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.436 { iface MIXER name 'Talkback Mix G Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.437 { iface MIXER name 'Talkback Mix H Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.438 { iface MIXER name 'Talkback Mix I Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.439 { iface MIXER name 'Talkback Mix J Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.440 { iface MIXER name 'Talkback Mix K Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.441 { iface MIXER name 'Talkback Mix L Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.442 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.443 { iface MIXER name 'Digital I/O Mode Capture Enum' value 'S/PDIF RCA' comment { access 'read write' type ENUMERATED count 1 item.0 'S/PDIF RCA' item.1 'S/PDIF Optical' item.2 'Dual ADAT' } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 18i8.conf000066400000000000000000000317411521233005100226570ustar00rootroot00000000000000[device] serial=F9MHN5C0A05BC8 model=Scarlett 18i8 USB [controls] Clock Source Clock Source=Internal Line Out 01 Volume Control Playback Enum=HW Line Out 02 Volume Control Playback Enum=HW Line 03 (Alt Monitor L) Playback Volume=127 Line 03 Mute Playback Switch=false Line Out 03 Volume Control Playback Enum=SW Line 04 (Alt Monitor R) Playback Volume=127 Line 04 Mute Playback Switch=false Line Out 04 Volume Control Playback Enum=SW Line 05 (Headphones 1 L) Playback Volume=127 Line 05 Mute Playback Switch=false Line Out 05 Volume Control Playback Enum=SW Line 06 (Headphones 1 R) Playback Volume=127 Line 06 Mute Playback Switch=false Line Out 06 Volume Control Playback Enum=SW Line 07 (Headphones 2 L) Playback Volume=127 Line 07 Mute Playback Switch=false Line Out 07 Volume Control Playback Enum=SW Line 08 (Headphones 2 R) Playback Volume=127 Line 08 Mute Playback Switch=false Line Out 08 Volume Control Playback Enum=SW Mute Playback Switch=false Dim Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Pad Capture Switch=false Line In 2 Pad Capture Switch=false Line In 3 Pad Capture Switch=false Line In 4 Pad Capture Switch=false Line In 1 Air Capture Switch=false Line In 2 Air Capture Switch=false Line In 3 Air Capture Switch=false Line In 4 Air Capture Switch=false Line In 1-2 Phantom Power Capture Switch=false Line In 3-4 Phantom Power Capture Switch=false Phantom Power Persistence Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Analogue Output 05 Playback Enum=PCM 3 Analogue Output 06 Playback Enum=PCM 4 Analogue Output 07 Playback Enum=PCM 5 Analogue Output 08 Playback Enum=PCM 6 S/PDIF Output 1 Playback Enum=PCM 7 S/PDIF Output 2 Playback Enum=PCM 8 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off Mixer Input 09 Capture Enum=Off Mixer Input 10 Capture Enum=Off Mixer Input 11 Capture Enum=Off Mixer Input 12 Capture Enum=Off Mixer Input 13 Capture Enum=Off Mixer Input 14 Capture Enum=Off Mixer Input 15 Capture Enum=Off Mixer Input 16 Capture Enum=Off Mixer Input 17 Capture Enum=Off Mixer Input 18 Capture Enum=Off Mixer Input 19 Capture Enum=Off Mixer Input 20 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Analogue 5 PCM 06 Capture Enum=Analogue 6 PCM 07 Capture Enum=Analogue 7 PCM 08 Capture Enum=Analogue 8 PCM 09 Capture Enum=S/PDIF 1 PCM 10 Capture Enum=S/PDIF 2 PCM 11 Capture Enum=Off PCM 12 Capture Enum=Off PCM 13 Capture Enum=ADAT 1 PCM 14 Capture Enum=ADAT 2 PCM 15 Capture Enum=ADAT 3 PCM 16 Capture Enum=ADAT 4 PCM 17 Capture Enum=ADAT 5 PCM 18 Capture Enum=ADAT 6 PCM 19 Capture Enum=ADAT 7 PCM 20 Capture Enum=ADAT 8 Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix A Input 19 Playback Volume=0 Mix A Input 20 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix B Input 19 Playback Volume=0 Mix B Input 20 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix C Input 19 Playback Volume=0 Mix C Input 20 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix D Input 19 Playback Volume=0 Mix D Input 20 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix E Input 19 Playback Volume=0 Mix E Input 20 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix F Input 19 Playback Volume=0 Mix F Input 20 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix G Input 19 Playback Volume=0 Mix G Input 20 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix H Input 19 Playback Volume=0 Mix H Input 20 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix I Input 19 Playback Volume=0 Mix I Input 20 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Mix J Input 19 Playback Volume=0 Mix J Input 20 Playback Volume=0 Speaker Switching Playback Enum=Off Standalone Switch=false S/PDIF Mode Capture Enum=RCA Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Analogue Out 7 Name= Analogue Out 8 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= Mixer In 19 Name= Mixer In 20 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= PCM In 19 Name= PCM In 20 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Analogue Out 7 Switch=true Analogue Out 8 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true Mixer In 19 Switch=true Mixer In 20 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true PCM In 19 Switch=true PCM In 20 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 18i8.state000066400000000000000000006012101521233005100230440ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 comment { access read type INTEGER count 8 range '0 - 36' } } control.2 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.6 { iface MIXER name 'Master HW Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.7 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.8 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.9 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.10 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.11 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.13 { iface MIXER name 'Line 03 (Alt Monitor L) Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.14 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.15 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.16 { iface MIXER name 'Line 04 (Alt Monitor R) Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.17 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.19 { iface MIXER name 'Line 05 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.20 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.22 { iface MIXER name 'Line 06 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.23 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.25 { iface MIXER name 'Line 07 (Headphones 2 L) Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.26 { iface MIXER name 'Line 07 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.27 { iface MIXER name 'Line Out 07 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.28 { iface MIXER name 'Line 08 (Headphones 2 R) Playback Volume' value 118 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -900 } } control.29 { iface MIXER name 'Line 08 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.30 { iface MIXER name 'Line Out 08 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.31 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.32 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.33 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.34 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.35 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.36 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.37 { iface MIXER name 'Line In 3 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.38 { iface MIXER name 'Line In 4 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.39 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.40 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.41 { iface MIXER name 'Line In 3 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.42 { iface MIXER name 'Line In 4 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.43 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.44 { iface MIXER name 'Line In 3-4 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.45 { iface MIXER name 'Phantom Power Persistence Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.46 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix G' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.47 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.48 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.49 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.50 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.51 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.52 { iface MIXER name 'Analogue Output 07 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.53 { iface MIXER name 'Analogue Output 08 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.54 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.55 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.56 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.57 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.58 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.59 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.60 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.61 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.62 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.63 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.64 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.65 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.66 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.67 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.68 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.69 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.70 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.71 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.72 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.73 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.74 { iface MIXER name 'Mixer Input 19 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.75 { iface MIXER name 'Mixer Input 20 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.76 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.77 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.78 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.79 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.80 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.81 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.82 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.83 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.84 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.85 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.86 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.87 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.88 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.89 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.90 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.91 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.92 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.93 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.94 { iface MIXER name 'PCM 19 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.95 { iface MIXER name 'PCM 20 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.96 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.97 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.99 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.118 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.120 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.137 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.139 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.141 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.158 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.160 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.162 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix G Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.219 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix G Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.221 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix H Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.240 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix H Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.242 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.250 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.251 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.252 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.253 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.254 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.255 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.256 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.257 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.258 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.259 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.260 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.261 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.262 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.263 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.264 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.265 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.266 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.267 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.268 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.269 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.270 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.271 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.272 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.273 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.274 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.275 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.276 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.277 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.278 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.279 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.280 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.281 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.282 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.283 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.284 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.285 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.286 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.287 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.288 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.289 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.290 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.291 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.292 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.293 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.294 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.295 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.296 { iface PCM name 'Level Meter' value.0 1674 value.1 1646 value.2 1674 value.3 1646 value.4 0 value.5 1 value.6 0 value.7 1 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 1 value.20 1674 value.21 1646 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 92 value.31 454 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 0 value.46 0 value.47 0 value.48 0 value.49 0 comment { access 'read volatile' type INTEGER count 50 range '0 - 4095 (step 1)' } } control.297 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.298 { iface MIXER name 'Speaker Switching Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Main item.2 Alt } } } state.USB_2 { control.1 { iface PCM name 'Playback Channel Map' value.0 3 value.1 4 value.2 7 value.3 8 value.4 5 value.5 6 value.6 12 value.7 13 comment { access 'read volatile' type INTEGER count 8 range '0 - 36' } } control.2 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.6 { iface CARD name 'Firmware Version' value 1605 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.8 { iface MIXER name 'Master HW Playback Volume' value 54 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -7300 } } control.9 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 54 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -7300 } } control.10 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.11 { iface MIXER name 'Line Out 01 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.12 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 54 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -7300 } } control.13 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access read type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line Out 02 Volume Control Playback Enum' value HW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.15 { iface MIXER name 'Line 03 (Alt Monitor L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.16 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line Out 03 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.18 { iface MIXER name 'Line 04 (Alt Monitor R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.19 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line Out 04 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.21 { iface MIXER name 'Line 05 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.22 { iface MIXER name 'Line 05 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line Out 05 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.24 { iface MIXER name 'Line 06 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.25 { iface MIXER name 'Line 06 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.26 { iface MIXER name 'Line Out 06 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.27 { iface MIXER name 'Line 07 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.28 { iface MIXER name 'Line 07 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.29 { iface MIXER name 'Line Out 07 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.30 { iface MIXER name 'Line 08 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.31 { iface MIXER name 'Line 08 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.32 { iface MIXER name 'Line Out 08 Volume Control Playback Enum' value SW comment { access 'read write' type ENUMERATED count 1 item.0 SW item.1 HW } } control.33 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.34 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.35 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.36 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.37 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.38 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.39 { iface MIXER name 'Line In 3 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.40 { iface MIXER name 'Line In 4 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.41 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.42 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.43 { iface MIXER name 'Line In 3 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.44 { iface MIXER name 'Line In 4 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.45 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.46 { iface MIXER name 'Line In 3-4 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.47 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.48 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.49 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.50 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.51 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.52 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.53 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.54 { iface MIXER name 'Analogue Output 07 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.55 { iface MIXER name 'Analogue Output 08 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.56 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.57 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.58 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.59 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.60 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.61 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.62 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.63 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.64 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.65 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.66 { iface MIXER name 'Mixer Input 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.67 { iface MIXER name 'Mixer Input 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.68 { iface MIXER name 'Mixer Input 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.69 { iface MIXER name 'Mixer Input 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.70 { iface MIXER name 'Mixer Input 13 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.71 { iface MIXER name 'Mixer Input 14 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.72 { iface MIXER name 'Mixer Input 15 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.73 { iface MIXER name 'Mixer Input 16 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.74 { iface MIXER name 'Mixer Input 17 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.75 { iface MIXER name 'Mixer Input 18 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.76 { iface MIXER name 'Mixer Input 19 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.77 { iface MIXER name 'Mixer Input 20 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.78 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.79 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.80 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.81 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.82 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.83 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.84 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.85 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.86 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.87 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.88 { iface MIXER name 'PCM 11 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.89 { iface MIXER name 'PCM 12 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.90 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.91 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.92 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.93 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.94 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.95 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.96 { iface MIXER name 'PCM 19 Capture Enum' value 'ADAT 7' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.97 { iface MIXER name 'PCM 20 Capture Enum' value 'ADAT 8' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'Mix A' item.20 'Mix B' item.21 'Mix C' item.22 'Mix D' item.23 'Mix E' item.24 'Mix F' item.25 'Mix G' item.26 'Mix H' item.27 'Mix I' item.28 'Mix J' item.29 'PCM 1' item.30 'PCM 2' item.31 'PCM 3' item.32 'PCM 4' item.33 'PCM 5' item.34 'PCM 6' item.35 'PCM 7' item.36 'PCM 8' } } control.98 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.117 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.121 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.122 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.126 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.128 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.130 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.133 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.134 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.135 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.139 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.141 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.145 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.146 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.148 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.152 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.154 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.157 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.158 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.159 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.161 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.165 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.169 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.170 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.172 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.174 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.178 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.191 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.204 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.205 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.206 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.207 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.208 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.209 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.210 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.211 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.212 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.213 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.214 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.215 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.216 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.217 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.218 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.219 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.220 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.221 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.222 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.223 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.224 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.225 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.226 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.227 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.228 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.229 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.230 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.231 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.232 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.233 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.234 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.235 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.236 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.237 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.238 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.239 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.240 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.241 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.242 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.243 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.244 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.245 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.246 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.247 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.248 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.249 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.250 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.251 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.252 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.253 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.254 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.255 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.256 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.257 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.258 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.259 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.260 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.261 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.262 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.263 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.264 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.265 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.266 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.267 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.268 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.269 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.270 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.271 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.272 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.273 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.274 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.275 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.276 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.277 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.278 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.279 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.280 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.281 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.282 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.283 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.284 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.285 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.286 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.287 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.288 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.289 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.290 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.291 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.292 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.293 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.294 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.295 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.296 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.297 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.298 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 1422 value.3 0 value.4 1422 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 0 value.46 0 value.47 0 value.48 0 value.49 0 comment { access 'read volatile' type INTEGER count 50 range '0 - 4095 (step 1)' } } control.299 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.300 { iface MIXER name 'Speaker Switching Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Main item.2 Alt } } control.301 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.302 { iface MIXER name 'S/PDIF Mode Capture Enum' value RCA comment { access 'read write' type ENUMERATED count 1 item.0 RCA item.1 Optical } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 2i2.state000066400000000000000000000031371521233005100227530ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 comment { access read type INTEGER count 2 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 comment { access read type INTEGER count 2 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.5 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.6 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.7 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Phantom Power Persistence Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Direct Monitor Playback Enum' value Mono comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Mono item.2 Stereo } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 4i4.conf000066400000000000000000000101341521233005100225570ustar00rootroot00000000000000[device] serial=D8UKG8Q9501DBE model=Scarlett 4i4 USB [controls] Line 01 (Monitor L) Playback Volume=127 Line 01 Mute Playback Switch=false Line 02 (Monitor R) Playback Volume=127 Line 02 Mute Playback Switch=false Line 03 (Headphones L) Playback Volume=127 Line 03 Mute Playback Switch=false Line 04 (Headphones R) Playback Volume=127 Line 04 Mute Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Pad Capture Switch=false Line In 2 Pad Capture Switch=false Line In 1 Air Capture Switch=false Line In 2 Air Capture Switch=false Line In 1-2 Phantom Power Capture Switch=false Phantom Power Persistence Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Off PCM 06 Capture Enum=Off Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Standalone Switch=false Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 4i4.state000066400000000000000000001306021521233005100227550ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access read type INTEGER count 4 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access read type INTEGER count 6 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.5 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.6 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.7 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line 03 (Headphones L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 04 (Headphones R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.13 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.14 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.15 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line In 1 Air Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Phantom Power Persistence Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.21 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.22 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.23 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.24 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.25 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.26 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.27 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.28 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.29 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.30 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.31 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.32 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.33 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.34 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.35 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.36 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.37 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.38 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.39 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.40 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.41 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.42 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.43 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.44 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.45 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.46 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.47 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.48 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.49 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.50 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.55 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.57 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.59 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.64 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.66 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.68 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix E Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.71 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix E Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.75 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix F Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.79 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix F Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.84 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.86 { iface PCM name 'Level Meter' value.0 11 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 1 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 1 value.14 0 value.15 0 value.16 9 value.17 9 comment { access 'read volatile' type INTEGER count 18 range '0 - 4095 (step 1)' } } control.87 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } } state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access 'read volatile' type INTEGER count 4 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 1605 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Line 01 (Monitor L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.7 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line 02 (Monitor R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 03 (Headphones L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 04 (Headphones R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.13 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.15 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.16 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.23 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.24 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.25 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.26 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.27 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.28 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.29 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.30 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.31 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.32 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.33 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.34 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.35 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.36 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.37 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.38 { iface MIXER name 'PCM 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.39 { iface MIXER name 'PCM 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'PCM 1' item.12 'PCM 2' item.13 'PCM 3' item.14 'PCM 4' } } control.40 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.41 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.42 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.43 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.44 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.45 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.46 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.47 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.48 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.49 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.50 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 1 value.13 1 value.14 1 value.15 1 value.16 0 value.17 0 comment { access 'read volatile' type INTEGER count 18 range '0 - 4095 (step 1)' } } control.89 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.90 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 8i6.conf000066400000000000000000000126271521233005100225760ustar00rootroot00000000000000[device] serial=F8KV9KK130A289 model=Scarlett 8i6 USB [controls] Clock Source Clock Source=Internal Line 01 (Headphones 1 L) Playback Volume=127 Line 01 Mute Playback Switch=false Line 02 (Headphones 1 R) Playback Volume=127 Line 02 Mute Playback Switch=false Line 03 (Headphones 2 L) Playback Volume=127 Line 03 Mute Playback Switch=false Line 04 (Headphones 2 R) Playback Volume=127 Line 04 Mute Playback Switch=false Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Pad Capture Switch=false Line In 2 Pad Capture Switch=false Line In 1 Air Capture Switch=false Line In 2 Air Capture Switch=false Line In 1-2 Phantom Power Capture Switch=false Phantom Power Persistence Capture Switch=false Analogue Output 01 Playback Enum=PCM 1 Analogue Output 02 Playback Enum=PCM 2 Analogue Output 03 Playback Enum=PCM 3 Analogue Output 04 Playback Enum=PCM 4 S/PDIF Output 1 Playback Enum=PCM 5 S/PDIF Output 2 Playback Enum=PCM 6 Mixer Input 01 Capture Enum=Off Mixer Input 02 Capture Enum=Off Mixer Input 03 Capture Enum=Off Mixer Input 04 Capture Enum=Off Mixer Input 05 Capture Enum=Off Mixer Input 06 Capture Enum=Off Mixer Input 07 Capture Enum=Off Mixer Input 08 Capture Enum=Off PCM 01 Capture Enum=Analogue 1 PCM 02 Capture Enum=Analogue 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Analogue 5 PCM 06 Capture Enum=Analogue 6 PCM 07 Capture Enum=S/PDIF 1 PCM 08 Capture Enum=S/PDIF 2 PCM 09 Capture Enum=Off PCM 10 Capture Enum=Off Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Standalone Switch=false Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 8i6.state000066400000000000000000002024711521233005100227670ustar00rootroot00000000000000state.USB { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access read type INTEGER count 6 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 comment { access read type INTEGER count 10 range '0 - 36' } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF } } control.6 { iface MIXER name 'Line 01 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.7 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line 02 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 03 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 04 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.13 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.15 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.16 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Phantom Power Persistence Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.23 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.24 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.25 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.26 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.27 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.28 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.29 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.30 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.31 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.32 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.33 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.34 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.35 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.36 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.37 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.38 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.39 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.40 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.41 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.42 { iface MIXER name 'PCM 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.43 { iface MIXER name 'PCM 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.44 { iface MIXER name 'PCM 09 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.45 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.46 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.47 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.48 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.49 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.50 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.56 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.58 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.63 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.65 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.67 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.72 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.74 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.76 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.110 { iface PCM name 'Level Meter' value.0 0 value.1 2 value.2 3 value.3 2 value.4 1 value.5 1 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 2 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 comment { access 'read volatile' type INTEGER count 24 range '0 - 4095 (step 1)' } } control.111 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } } state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 comment { access 'read volatile' type INTEGER count 10 range '0 - 36' } } control.3 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF } } control.6 { iface CARD name 'Firmware Version' value 1605 comment { access read type INTEGER count 1 range '0 - 0' } } control.7 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.8 { iface MIXER name 'Line 01 (Headphones 1 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.9 { iface MIXER name 'Line 01 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Line 02 (Headphones 1 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.11 { iface MIXER name 'Line 02 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.12 { iface MIXER name 'Line 03 (Headphones 2 L) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.13 { iface MIXER name 'Line 03 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line 04 (Headphones 2 R) Playback Volume' value 127 comment { access 'read write' type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.15 { iface MIXER name 'Line 04 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.17 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.18 { iface MIXER name 'Line In 1 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line In 2 Pad Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Line In 2 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.25 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.26 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.27 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.28 { iface MIXER name 'S/PDIF Output 1 Playback Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.29 { iface MIXER name 'S/PDIF Output 2 Playback Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.30 { iface MIXER name 'Mixer Input 01 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.31 { iface MIXER name 'Mixer Input 02 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.32 { iface MIXER name 'Mixer Input 03 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.33 { iface MIXER name 'Mixer Input 04 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.34 { iface MIXER name 'Mixer Input 05 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.35 { iface MIXER name 'Mixer Input 06 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.36 { iface MIXER name 'Mixer Input 07 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.37 { iface MIXER name 'Mixer Input 08 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.38 { iface MIXER name 'PCM 01 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.39 { iface MIXER name 'PCM 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.40 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.41 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.42 { iface MIXER name 'PCM 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.43 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.44 { iface MIXER name 'PCM 07 Capture Enum' value 'S/PDIF 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.45 { iface MIXER name 'PCM 08 Capture Enum' value 'S/PDIF 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.46 { iface MIXER name 'PCM 09 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.47 { iface MIXER name 'PCM 10 Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'Mix A' item.10 'Mix B' item.11 'Mix C' item.12 'Mix D' item.13 'Mix E' item.14 'Mix F' item.15 'Mix G' item.16 'Mix H' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' } } control.48 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.49 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.50 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 1 value.15 1 value.16 1 value.17 1 value.18 1 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 comment { access 'read volatile' type INTEGER count 24 range '0 - 4095 (step 1)' } } control.113 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.114 { iface MIXER name 'Standalone Switch' value false comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 Solo.conf000066400000000000000000000004171521233005100230760ustar00rootroot00000000000000[device] serial=Y74UTY80A620C1 model=Scarlett Solo USB [controls] Line In 2 Level Capture Enum=Line Line In 1 Air Capture Switch=false Line In 1 Phantom Power Capture Switch=false Phantom Power Persistence Capture Switch=false Direct Monitor Playback Switch=false Name= alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 3 Solo.state000066400000000000000000000365601521233005100233010ustar00rootroot00000000000000state.Gen { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 comment { access read type INTEGER count 2 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access read type INTEGER count 4 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 2115 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 2115 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'MSD Mode Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.7 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.8 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.9 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'PCM Input Capture Switch' value Direct comment { access 'read write' type ENUMERATED count 1 item.0 Direct item.1 Mixer } } control.11 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.12 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.13 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.14 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.15 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.16 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.17 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.18 { iface MIXER name 'DSP Input 2 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.19 { iface MIXER name 'PCM 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.20 { iface MIXER name 'PCM 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.21 { iface MIXER name 'PCM 03 Capture Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.22 { iface MIXER name 'PCM 04 Capture Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.23 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.24 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.25 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.26 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.27 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.28 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.29 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.30 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.31 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.32 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.33 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.34 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.35 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.36 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.37 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.38 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.39 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.40 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.41 { iface MIXER name 'Mix E Input 03 Playback Volume' value 144 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -800 } } control.42 { iface MIXER name 'Mix E Input 04 Playback Volume' value 144 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -800 } } control.43 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.44 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.45 { iface MIXER name 'Mix F Input 03 Playback Volume' value 144 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -800 } } control.46 { iface MIXER name 'Mix F Input 04 Playback Volume' value 144 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -800 } } control.47 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 3 value.6 0 value.7 3 value.8 0 value.9 3 value.10 0 value.11 0 comment { access 'read volatile' type INTEGER count 12 range '0 - 4095 (step 1)' } } control.48 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.49 { iface MIXER name 'Direct Monitor Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.50 { iface MIXER name 'Monitor Mix A Input 01 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -500 } } control.51 { iface MIXER name 'Monitor Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Monitor Mix A Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -300 } } control.53 { iface MIXER name 'Monitor Mix A Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -300 } } control.54 { iface MIXER name 'Monitor Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Monitor Mix B Input 02 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -500 } } control.56 { iface MIXER name 'Monitor Mix B Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -300 } } control.57 { iface MIXER name 'Monitor Mix B Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -300 } } } state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 comment { access 'read volatile' type INTEGER count 2 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 comment { access 'read volatile' type INTEGER count 2 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 1605 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 0 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.7 { iface MIXER name 'Line In 1 Air Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface MIXER name 'Direct Monitor Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 16i16.conf000066400000000000000000000610551521233005100227360ustar00rootroot00000000000000[device] serial=S6ES0004100059 model=Scarlett 16i16 4th Gen [controls] Clock Source Clock Source=Internal Mix A Input 01 Playback Volume=8192 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix A Input 19 Playback Volume=0 Mix A Input 20 Playback Volume=0 Mix A Input 21 Playback Volume=0 Mix A Input 22 Playback Volume=0 Mix A Input 23 Playback Volume=0 Mix A Input 24 Playback Volume=0 Mix A Input 25 Playback Volume=0 Mix A Input 26 Playback Volume=0 Mix A Input 27 Playback Volume=0 Mix A Input 28 Playback Volume=0 Mix A Input 29 Playback Volume=0 Mix A Input 30 Playback Volume=0 Mix A Input 31 Playback Volume=0 Mix A Input 32 Playback Volume=0 Mix A Input 33 Playback Volume=0 Mix A Input 34 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=8192 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix B Input 19 Playback Volume=0 Mix B Input 20 Playback Volume=0 Mix B Input 21 Playback Volume=0 Mix B Input 22 Playback Volume=0 Mix B Input 23 Playback Volume=0 Mix B Input 24 Playback Volume=0 Mix B Input 25 Playback Volume=0 Mix B Input 26 Playback Volume=0 Mix B Input 27 Playback Volume=0 Mix B Input 28 Playback Volume=0 Mix B Input 29 Playback Volume=0 Mix B Input 30 Playback Volume=0 Mix B Input 31 Playback Volume=0 Mix B Input 32 Playback Volume=0 Mix B Input 33 Playback Volume=0 Mix B Input 34 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=8192 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix C Input 19 Playback Volume=0 Mix C Input 20 Playback Volume=0 Mix C Input 21 Playback Volume=0 Mix C Input 22 Playback Volume=0 Mix C Input 23 Playback Volume=0 Mix C Input 24 Playback Volume=0 Mix C Input 25 Playback Volume=0 Mix C Input 26 Playback Volume=0 Mix C Input 27 Playback Volume=0 Mix C Input 28 Playback Volume=0 Mix C Input 29 Playback Volume=0 Mix C Input 30 Playback Volume=0 Mix C Input 31 Playback Volume=0 Mix C Input 32 Playback Volume=0 Mix C Input 33 Playback Volume=0 Mix C Input 34 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=8192 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix D Input 19 Playback Volume=0 Mix D Input 20 Playback Volume=0 Mix D Input 21 Playback Volume=0 Mix D Input 22 Playback Volume=0 Mix D Input 23 Playback Volume=0 Mix D Input 24 Playback Volume=0 Mix D Input 25 Playback Volume=0 Mix D Input 26 Playback Volume=0 Mix D Input 27 Playback Volume=0 Mix D Input 28 Playback Volume=0 Mix D Input 29 Playback Volume=0 Mix D Input 30 Playback Volume=0 Mix D Input 31 Playback Volume=0 Mix D Input 32 Playback Volume=0 Mix D Input 33 Playback Volume=0 Mix D Input 34 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=8192 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix E Input 19 Playback Volume=0 Mix E Input 20 Playback Volume=0 Mix E Input 21 Playback Volume=0 Mix E Input 22 Playback Volume=0 Mix E Input 23 Playback Volume=0 Mix E Input 24 Playback Volume=0 Mix E Input 25 Playback Volume=0 Mix E Input 26 Playback Volume=0 Mix E Input 27 Playback Volume=0 Mix E Input 28 Playback Volume=0 Mix E Input 29 Playback Volume=0 Mix E Input 30 Playback Volume=0 Mix E Input 31 Playback Volume=0 Mix E Input 32 Playback Volume=0 Mix E Input 33 Playback Volume=0 Mix E Input 34 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=8192 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix F Input 19 Playback Volume=0 Mix F Input 20 Playback Volume=0 Mix F Input 21 Playback Volume=0 Mix F Input 22 Playback Volume=0 Mix F Input 23 Playback Volume=0 Mix F Input 24 Playback Volume=0 Mix F Input 25 Playback Volume=0 Mix F Input 26 Playback Volume=0 Mix F Input 27 Playback Volume=0 Mix F Input 28 Playback Volume=0 Mix F Input 29 Playback Volume=0 Mix F Input 30 Playback Volume=0 Mix F Input 31 Playback Volume=0 Mix F Input 32 Playback Volume=0 Mix F Input 33 Playback Volume=0 Mix F Input 34 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=8192 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix G Input 19 Playback Volume=0 Mix G Input 20 Playback Volume=0 Mix G Input 21 Playback Volume=0 Mix G Input 22 Playback Volume=0 Mix G Input 23 Playback Volume=0 Mix G Input 24 Playback Volume=0 Mix G Input 25 Playback Volume=0 Mix G Input 26 Playback Volume=0 Mix G Input 27 Playback Volume=0 Mix G Input 28 Playback Volume=0 Mix G Input 29 Playback Volume=0 Mix G Input 30 Playback Volume=0 Mix G Input 31 Playback Volume=0 Mix G Input 32 Playback Volume=0 Mix G Input 33 Playback Volume=0 Mix G Input 34 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=8192 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix H Input 19 Playback Volume=0 Mix H Input 20 Playback Volume=0 Mix H Input 21 Playback Volume=0 Mix H Input 22 Playback Volume=0 Mix H Input 23 Playback Volume=0 Mix H Input 24 Playback Volume=0 Mix H Input 25 Playback Volume=0 Mix H Input 26 Playback Volume=0 Mix H Input 27 Playback Volume=0 Mix H Input 28 Playback Volume=0 Mix H Input 29 Playback Volume=0 Mix H Input 30 Playback Volume=0 Mix H Input 31 Playback Volume=0 Mix H Input 32 Playback Volume=0 Mix H Input 33 Playback Volume=0 Mix H Input 34 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=8192 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix I Input 19 Playback Volume=0 Mix I Input 20 Playback Volume=0 Mix I Input 21 Playback Volume=0 Mix I Input 22 Playback Volume=0 Mix I Input 23 Playback Volume=0 Mix I Input 24 Playback Volume=0 Mix I Input 25 Playback Volume=0 Mix I Input 26 Playback Volume=0 Mix I Input 27 Playback Volume=0 Mix I Input 28 Playback Volume=0 Mix I Input 29 Playback Volume=0 Mix I Input 30 Playback Volume=0 Mix I Input 31 Playback Volume=0 Mix I Input 32 Playback Volume=0 Mix I Input 33 Playback Volume=0 Mix I Input 34 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=8192 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Mix J Input 19 Playback Volume=0 Mix J Input 20 Playback Volume=0 Mix J Input 21 Playback Volume=0 Mix J Input 22 Playback Volume=0 Mix J Input 23 Playback Volume=0 Mix J Input 24 Playback Volume=0 Mix J Input 25 Playback Volume=0 Mix J Input 26 Playback Volume=0 Mix J Input 27 Playback Volume=0 Mix J Input 28 Playback Volume=0 Mix J Input 29 Playback Volume=0 Mix J Input 30 Playback Volume=0 Mix J Input 31 Playback Volume=0 Mix J Input 32 Playback Volume=0 Mix J Input 33 Playback Volume=0 Mix J Input 34 Playback Volume=0 Mix K Input 01 Playback Volume=0 Mix K Input 02 Playback Volume=0 Mix K Input 03 Playback Volume=0 Mix K Input 04 Playback Volume=0 Mix K Input 05 Playback Volume=0 Mix K Input 06 Playback Volume=0 Mix K Input 07 Playback Volume=0 Mix K Input 08 Playback Volume=0 Mix K Input 09 Playback Volume=0 Mix K Input 10 Playback Volume=0 Mix K Input 11 Playback Volume=0 Mix K Input 12 Playback Volume=0 Mix K Input 13 Playback Volume=0 Mix K Input 14 Playback Volume=0 Mix K Input 15 Playback Volume=0 Mix K Input 16 Playback Volume=0 Mix K Input 17 Playback Volume=0 Mix K Input 18 Playback Volume=0 Mix K Input 19 Playback Volume=0 Mix K Input 20 Playback Volume=0 Mix K Input 21 Playback Volume=0 Mix K Input 22 Playback Volume=0 Mix K Input 23 Playback Volume=0 Mix K Input 24 Playback Volume=0 Mix K Input 25 Playback Volume=0 Mix K Input 26 Playback Volume=0 Mix K Input 27 Playback Volume=0 Mix K Input 28 Playback Volume=0 Mix K Input 29 Playback Volume=0 Mix K Input 30 Playback Volume=0 Mix K Input 31 Playback Volume=0 Mix K Input 32 Playback Volume=0 Mix K Input 33 Playback Volume=0 Mix K Input 34 Playback Volume=0 Mix L Input 01 Playback Volume=0 Mix L Input 02 Playback Volume=0 Mix L Input 03 Playback Volume=0 Mix L Input 04 Playback Volume=0 Mix L Input 05 Playback Volume=0 Mix L Input 06 Playback Volume=0 Mix L Input 07 Playback Volume=0 Mix L Input 08 Playback Volume=0 Mix L Input 09 Playback Volume=0 Mix L Input 10 Playback Volume=0 Mix L Input 11 Playback Volume=0 Mix L Input 12 Playback Volume=0 Mix L Input 13 Playback Volume=0 Mix L Input 14 Playback Volume=0 Mix L Input 15 Playback Volume=0 Mix L Input 16 Playback Volume=0 Mix L Input 17 Playback Volume=0 Mix L Input 18 Playback Volume=0 Mix L Input 19 Playback Volume=0 Mix L Input 20 Playback Volume=0 Mix L Input 21 Playback Volume=0 Mix L Input 22 Playback Volume=0 Mix L Input 23 Playback Volume=0 Mix L Input 24 Playback Volume=0 Mix L Input 25 Playback Volume=0 Mix L Input 26 Playback Volume=0 Mix L Input 27 Playback Volume=0 Mix L Input 28 Playback Volume=0 Mix L Input 29 Playback Volume=0 Mix L Input 30 Playback Volume=0 Mix L Input 31 Playback Volume=0 Mix L Input 32 Playback Volume=0 Mix L Input 33 Playback Volume=0 Mix L Input 34 Playback Volume=0 Analogue 1 Playback Enum=Mix A Analogue 2 Playback Enum=Mix B Analogue 3 Playback Enum=PCM 3 Analogue 4 Playback Enum=PCM 4 Analogue 5 Playback Enum=Mix A Analogue 6 Playback Enum=Mix B Analogue 7 Playback Enum=Mix A Analogue 8 Playback Enum=Mix B S/PDIF 1 Playback Enum=PCM 5 S/PDIF 2 Playback Enum=PCM 6 ADAT 1 Playback Enum=PCM 7 ADAT 2 Playback Enum=PCM 8 ADAT 3 Playback Enum=PCM 9 ADAT 4 Playback Enum=PCM 10 ADAT 5 Playback Enum=PCM 11 ADAT 6 Playback Enum=PCM 12 ADAT 7 Playback Enum=PCM 13 ADAT 8 Playback Enum=PCM 14 PCM 1 Capture Enum=Analogue 1 PCM 2 Capture Enum=Analogue 2 PCM 3 Capture Enum=Analogue 3 PCM 4 Capture Enum=Analogue 4 PCM 5 Capture Enum=Analogue 5 PCM 6 Capture Enum=Analogue 6 PCM 7 Capture Enum=PCM 1 PCM 8 Capture Enum=PCM 2 PCM 9 Capture Enum=S/PDIF 1 PCM 10 Capture Enum=S/PDIF 2 PCM 11 Capture Enum=ADAT 1 PCM 12 Capture Enum=ADAT 2 PCM 13 Capture Enum=ADAT 3 PCM 14 Capture Enum=ADAT 4 PCM 15 Capture Enum=ADAT 5 PCM 16 Capture Enum=ADAT 6 PCM 17 Capture Enum=ADAT 7 PCM 18 Capture Enum=ADAT 8 Line In 1 Air Capture Enum=Off Line In 1 Autogain Capture Switch=false Line In 1 Autogain Status Capture Enum=Root Line In 1 Link Capture Switch=false Line In 1 Safe Capture Switch=false Line In 1 Level Capture Enum=Line Line In 1 Phantom Power Capture Switch=false Line In 1 Gain Capture Volume=0 Line In 2 Air Capture Enum=Off Line In 2 Autogain Capture Switch=false Line In 2 Autogain Status Capture Enum=Root Line In 2 Link Capture Switch=false Line In 2 Safe Capture Switch=false Line In 2 Level Capture Enum=Line Line In 2 Phantom Power Capture Switch=false Line In 2 Gain Capture Volume=0 Line In 1 Mute Capture Switch=false Line In 2 Mute Capture Switch=false Analogue 1 Playback Volume=-127 Analogue 2 Playback Volume=-127 Analogue 3 Playback Volume=0 Analogue 4 Playback Volume=0 Analogue 5 Playback Volume=-30 Analogue 6 Playback Volume=-30 Analogue 7 Playback Volume=-127 Analogue 8 Playback Volume=-127 Line 1 Mute Playback Switch=false Line 2 Mute Playback Switch=false Line 3 Mute Playback Switch=false Line 4 Mute Playback Switch=false Line 5 Mute Playback Switch=false Line 6 Mute Playback Switch=false Line 7 Mute Playback Switch=false Line 8 Mute Playback Switch=false Main Group Output 1 Playback Switch=true Main Group Output 2 Playback Switch=true Main Group Output 3 Playback Switch=false Main Group Output 4 Playback Switch=false Main Group Output 5 Playback Switch=false Main Group Output 6 Playback Switch=false Main Group Output 7 Playback Switch=false Main Group Output 8 Playback Switch=false Main Group Output 1 Source Playback Enum=Mix A Main Group Output 2 Source Playback Enum=Mix B Main Group Output 3 Source Playback Enum=PCM 1 Main Group Output 4 Source Playback Enum=PCM 1 Main Group Output 5 Source Playback Enum=PCM 1 Main Group Output 6 Source Playback Enum=PCM 1 Main Group Output 7 Source Playback Enum=PCM 1 Main Group Output 8 Source Playback Enum=PCM 1 Main Group Output 1 Trim Playback Volume=0 Main Group Output 2 Trim Playback Volume=0 Main Group Output 3 Trim Playback Volume=0 Main Group Output 4 Trim Playback Volume=0 Main Group Output 5 Trim Playback Volume=0 Main Group Output 6 Trim Playback Volume=0 Main Group Output 7 Trim Playback Volume=0 Main Group Output 8 Trim Playback Volume=0 Alt Group Output 1 Playback Switch=false Alt Group Output 2 Playback Switch=false Alt Group Output 3 Playback Switch=false Alt Group Output 4 Playback Switch=false Alt Group Output 5 Playback Switch=false Alt Group Output 6 Playback Switch=false Alt Group Output 7 Playback Switch=false Alt Group Output 8 Playback Switch=false Alt Group Output 1 Source Playback Enum=PCM 1 Alt Group Output 2 Source Playback Enum=PCM 1 Alt Group Output 3 Source Playback Enum=PCM 3 Alt Group Output 4 Source Playback Enum=PCM 4 Alt Group Output 5 Source Playback Enum=PCM 1 Alt Group Output 6 Source Playback Enum=PCM 1 Alt Group Output 7 Source Playback Enum=PCM 1 Alt Group Output 8 Source Playback Enum=PCM 1 Alt Group Output 1 Trim Playback Volume=0 Alt Group Output 2 Trim Playback Volume=0 Alt Group Output 3 Trim Playback Volume=0 Alt Group Output 4 Trim Playback Volume=0 Alt Group Output 5 Trim Playback Volume=0 Alt Group Output 6 Trim Playback Volume=0 Alt Group Output 7 Trim Playback Volume=0 Alt Group Output 8 Trim Playback Volume=0 Name=Scarlett 16i16 4th Gen-59 Input Select Capture Enum=Input 1 Master Playback Volume=-127 Mute Playback Switch=false Dim Playback Switch=false Speaker Switching Alt Playback Switch=false Digital I/O Mode Capture Enum=ADAT Standalone Switch=true Phantom Power Persistence Capture Switch=false Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= PCM Out 9 Name= PCM Out 10 Name= PCM Out 11 Name= PCM Out 12 Name= PCM Out 13 Name= PCM Out 14 Name= PCM Out 15 Name= PCM Out 16 Name= PCM Out 17 Name= PCM Out 18 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= Mixer Out 11 Name= Mixer Out 12 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Analogue Out 7 Name= Analogue Out 8 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= ADAT Out 1 Name= ADAT Out 2 Name= ADAT Out 3 Name= ADAT Out 4 Name= ADAT Out 5 Name= ADAT Out 6 Name= ADAT Out 7 Name= ADAT Out 8 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= Mixer In 19 Name= Mixer In 20 Name= Mixer In 21 Name= Mixer In 22 Name= Mixer In 23 Name= Mixer In 24 Name= Mixer In 25 Name= Mixer In 26 Name= Mixer In 27 Name= Mixer In 28 Name= Mixer In 29 Name= Mixer In 30 Name= Mixer In 31 Name= Mixer In 32 Name= Mixer In 33 Name= Mixer In 34 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true PCM Out 9 Switch=true PCM Out 10 Switch=true PCM Out 11 Switch=true PCM Out 12 Switch=true PCM Out 13 Switch=true PCM Out 14 Switch=true PCM Out 15 Switch=true PCM Out 16 Switch=true PCM Out 17 Switch=true PCM Out 18 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true Mixer Out 11 Switch=true Mixer Out 12 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Analogue Out 7 Switch=true Analogue Out 8 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true ADAT Out 1 Switch=true ADAT Out 2 Switch=true ADAT Out 3 Switch=true ADAT Out 4 Switch=true ADAT Out 5 Switch=true ADAT Out 6 Switch=true ADAT Out 7 Switch=true ADAT Out 8 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true Mixer In 19 Switch=true Mixer In 20 Switch=true Mixer In 21 Switch=true Mixer In 22 Switch=true Mixer In 23 Switch=true Mixer In 24 Switch=true Mixer In 25 Switch=true Mixer In 26 Switch=true Mixer In 27 Switch=true Mixer In 28 Switch=true Mixer In 29 Switch=true Mixer In 30 Switch=true Mixer In 31 Switch=true Mixer In 32 Switch=true Mixer In 33 Switch=true Mixer In 34 Switch=true Analogue In 1-2 Link=false Analogue In 1-2 Name= Analogue In 3-4 Link=true Analogue In 3-4 Name= Analogue In 5-6 Link=true Analogue In 5-6 Name= S/PDIF In 1-2 Link=true S/PDIF In 1-2 Name= ADAT In 1-2 Link=true ADAT In 1-2 Name= ADAT In 3-4 Link=true ADAT In 3-4 Name= ADAT In 5-6 Link=true ADAT In 5-6 Name= ADAT In 7-8 Link=true ADAT In 7-8 Name= PCM Out 1-2 Link=true PCM Out 1-2 Name= PCM Out 3-4 Link=true PCM Out 3-4 Name= PCM Out 5-6 Link=true PCM Out 5-6 Name= PCM Out 7-8 Link=true PCM Out 7-8 Name= PCM Out 9-10 Link=true PCM Out 9-10 Name= PCM Out 11-12 Link=true PCM Out 11-12 Name= PCM Out 13-14 Link=true PCM Out 13-14 Name= PCM Out 15-16 Link=true PCM Out 15-16 Name= PCM Out 17-18 Link=true PCM Out 17-18 Name= Mixer Out 1-2 Link=true Mixer Out 1-2 Name= Mixer Out 3-4 Link=true Mixer Out 3-4 Name= Mixer Out 5-6 Link=true Mixer Out 5-6 Name= Mixer Out 7-8 Link=true Mixer Out 7-8 Name= Mixer Out 9-10 Link=true Mixer Out 9-10 Name= Mixer Out 11-12 Link=true Mixer Out 11-12 Name= Analogue Out 1-2 Link=true Analogue Out 1-2 Name= Analogue Out 3-4 Link=true Analogue Out 3-4 Name= Analogue Out 5-6 Link=true Analogue Out 5-6 Name= Analogue Out 7-8 Link=true Analogue Out 7-8 Name= S/PDIF Out 1-2 Link=true S/PDIF Out 1-2 Name= ADAT Out 1-2 Link=true ADAT Out 1-2 Name= ADAT Out 3-4 Link=true ADAT Out 3-4 Name= ADAT Out 5-6 Link=true ADAT Out 5-6 Name= ADAT Out 7-8 Link=true ADAT Out 7-8 Name= PCM In 1-2 Link=false PCM In 1-2 Name= PCM In 3-4 Link=true PCM In 3-4 Name= PCM In 5-6 Link=true PCM In 5-6 Name= PCM In 7-8 Link=true PCM In 7-8 Name= PCM In 9-10 Link=true PCM In 9-10 Name= PCM In 11-12 Link=true PCM In 11-12 Name= PCM In 13-14 Link=true PCM In 13-14 Name= PCM In 15-16 Link=true PCM In 15-16 Name= PCM In 17-18 Link=true PCM In 17-18 Name= Mixer In 1-2 Link=true Mixer In 3-4 Link=true Mixer In 5-6 Link=true Mixer In 7-8 Link=true Mixer In 9-10 Link=true Mixer In 11-12 Link=true Mixer In 13-14 Link=true Mixer In 15-16 Link=true Mixer In 17-18 Link=true Mixer In 19-20 Link=false Mixer In 21-22 Link=true Mixer In 23-24 Link=true Mixer In 25-26 Link=true Mixer In 27-28 Link=true Mixer In 29-30 Link=true Mixer In 31-32 Link=true Mixer In 33-34 Link=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 16i16.state000066400000000000000000006674221521233005100231430ustar00rootroot00000000000000state.Gen { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.5 { iface MIXER name 'Sync Status' value Unlocked comment { access 'read write locked user' type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.6 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 0 value.46 0 value.47 0 value.48 0 value.49 0 value.50 0 value.51 0 value.52 0 value.53 0 comment { access 'read volatile' type INTEGER count 54 range '0 - 4095 (step 1)' } } control.7 { iface MIXER name 'Mix A Input 01 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.8 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.9 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.10 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.11 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.12 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.13 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.14 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.15 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.16 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.17 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.18 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.19 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.20 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.21 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.22 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.23 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.24 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.25 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.26 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.27 { iface MIXER name 'Mix A Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.28 { iface MIXER name 'Mix A Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.29 { iface MIXER name 'Mix A Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.30 { iface MIXER name 'Mix A Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.31 { iface MIXER name 'Mix A Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.32 { iface MIXER name 'Mix A Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.33 { iface MIXER name 'Mix A Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.34 { iface MIXER name 'Mix A Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.35 { iface MIXER name 'Mix A Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.36 { iface MIXER name 'Mix A Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.37 { iface MIXER name 'Mix A Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.38 { iface MIXER name 'Mix A Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.39 { iface MIXER name 'Mix A Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.40 { iface MIXER name 'Mix A Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.41 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.42 { iface MIXER name 'Mix B Input 02 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.43 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.44 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.45 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.46 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.47 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.48 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.49 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.50 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.51 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.52 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.53 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.54 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.55 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.56 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.57 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.58 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.59 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.60 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.61 { iface MIXER name 'Mix B Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.62 { iface MIXER name 'Mix B Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.63 { iface MIXER name 'Mix B Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.64 { iface MIXER name 'Mix B Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.65 { iface MIXER name 'Mix B Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.66 { iface MIXER name 'Mix B Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.67 { iface MIXER name 'Mix B Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.68 { iface MIXER name 'Mix B Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.69 { iface MIXER name 'Mix B Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.70 { iface MIXER name 'Mix B Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.71 { iface MIXER name 'Mix B Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.72 { iface MIXER name 'Mix B Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.73 { iface MIXER name 'Mix B Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.74 { iface MIXER name 'Mix B Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.75 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.76 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.77 { iface MIXER name 'Mix C Input 03 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.78 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.79 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.80 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.81 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.82 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.83 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.84 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.85 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.86 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.87 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.88 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.89 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.90 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.91 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.92 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.93 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.94 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.95 { iface MIXER name 'Mix C Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.96 { iface MIXER name 'Mix C Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.97 { iface MIXER name 'Mix C Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.98 { iface MIXER name 'Mix C Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.99 { iface MIXER name 'Mix C Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.100 { iface MIXER name 'Mix C Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.101 { iface MIXER name 'Mix C Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.102 { iface MIXER name 'Mix C Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.103 { iface MIXER name 'Mix C Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.104 { iface MIXER name 'Mix C Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.105 { iface MIXER name 'Mix C Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.106 { iface MIXER name 'Mix C Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.107 { iface MIXER name 'Mix C Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.108 { iface MIXER name 'Mix C Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.109 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.110 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.111 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.112 { iface MIXER name 'Mix D Input 04 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.113 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.114 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.115 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.116 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.117 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.118 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.119 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.120 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.121 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.122 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.123 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.124 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.125 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.126 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.127 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.128 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.129 { iface MIXER name 'Mix D Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.130 { iface MIXER name 'Mix D Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.131 { iface MIXER name 'Mix D Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.132 { iface MIXER name 'Mix D Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.133 { iface MIXER name 'Mix D Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.134 { iface MIXER name 'Mix D Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.135 { iface MIXER name 'Mix D Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.136 { iface MIXER name 'Mix D Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.137 { iface MIXER name 'Mix D Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.138 { iface MIXER name 'Mix D Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.139 { iface MIXER name 'Mix D Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.140 { iface MIXER name 'Mix D Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.141 { iface MIXER name 'Mix D Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.142 { iface MIXER name 'Mix D Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.143 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.144 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.145 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.146 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.147 { iface MIXER name 'Mix E Input 05 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.148 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.149 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.150 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.151 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.152 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.153 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.154 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.155 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.156 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.157 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.158 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.159 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.160 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.161 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.162 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.163 { iface MIXER name 'Mix E Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.164 { iface MIXER name 'Mix E Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.165 { iface MIXER name 'Mix E Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.166 { iface MIXER name 'Mix E Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.167 { iface MIXER name 'Mix E Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.168 { iface MIXER name 'Mix E Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.169 { iface MIXER name 'Mix E Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.170 { iface MIXER name 'Mix E Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.171 { iface MIXER name 'Mix E Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.172 { iface MIXER name 'Mix E Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.173 { iface MIXER name 'Mix E Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.174 { iface MIXER name 'Mix E Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.175 { iface MIXER name 'Mix E Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.176 { iface MIXER name 'Mix E Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.177 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.178 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.179 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.180 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.181 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.182 { iface MIXER name 'Mix F Input 06 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.183 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.184 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.185 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.186 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.187 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.188 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.189 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.190 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.191 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.192 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.193 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.194 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.195 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.196 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.197 { iface MIXER name 'Mix F Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.198 { iface MIXER name 'Mix F Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.199 { iface MIXER name 'Mix F Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.200 { iface MIXER name 'Mix F Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.201 { iface MIXER name 'Mix F Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.202 { iface MIXER name 'Mix F Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.203 { iface MIXER name 'Mix F Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.204 { iface MIXER name 'Mix F Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.205 { iface MIXER name 'Mix F Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.206 { iface MIXER name 'Mix F Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.207 { iface MIXER name 'Mix F Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.208 { iface MIXER name 'Mix F Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.209 { iface MIXER name 'Mix F Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.210 { iface MIXER name 'Mix F Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.211 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.212 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.213 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.214 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.215 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.216 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.217 { iface MIXER name 'Mix G Input 07 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.218 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.219 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.220 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.221 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.222 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.223 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.224 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.225 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.226 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.227 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.228 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.229 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.230 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.231 { iface MIXER name 'Mix G Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.232 { iface MIXER name 'Mix G Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.233 { iface MIXER name 'Mix G Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.234 { iface MIXER name 'Mix G Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.235 { iface MIXER name 'Mix G Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.236 { iface MIXER name 'Mix G Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.237 { iface MIXER name 'Mix G Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.238 { iface MIXER name 'Mix G Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.239 { iface MIXER name 'Mix G Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.240 { iface MIXER name 'Mix G Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.241 { iface MIXER name 'Mix G Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.242 { iface MIXER name 'Mix G Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.243 { iface MIXER name 'Mix G Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.244 { iface MIXER name 'Mix G Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.245 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.246 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.247 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.248 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.249 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.250 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.251 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.252 { iface MIXER name 'Mix H Input 08 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.253 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.254 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.255 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.256 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.257 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.258 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.259 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.260 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.261 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.262 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.263 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.264 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.265 { iface MIXER name 'Mix H Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.266 { iface MIXER name 'Mix H Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.267 { iface MIXER name 'Mix H Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.268 { iface MIXER name 'Mix H Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.269 { iface MIXER name 'Mix H Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.270 { iface MIXER name 'Mix H Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.271 { iface MIXER name 'Mix H Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.272 { iface MIXER name 'Mix H Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.273 { iface MIXER name 'Mix H Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.274 { iface MIXER name 'Mix H Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.275 { iface MIXER name 'Mix H Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.276 { iface MIXER name 'Mix H Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.277 { iface MIXER name 'Mix H Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.278 { iface MIXER name 'Mix H Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.279 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.280 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.281 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.282 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.283 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.284 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.285 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.286 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.287 { iface MIXER name 'Mix I Input 09 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.288 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.289 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.290 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.291 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.292 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.293 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.294 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.295 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.296 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.297 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.298 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.299 { iface MIXER name 'Mix I Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.300 { iface MIXER name 'Mix I Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.301 { iface MIXER name 'Mix I Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.302 { iface MIXER name 'Mix I Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.303 { iface MIXER name 'Mix I Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.304 { iface MIXER name 'Mix I Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.305 { iface MIXER name 'Mix I Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.306 { iface MIXER name 'Mix I Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.307 { iface MIXER name 'Mix I Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.308 { iface MIXER name 'Mix I Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.309 { iface MIXER name 'Mix I Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.310 { iface MIXER name 'Mix I Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.311 { iface MIXER name 'Mix I Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.312 { iface MIXER name 'Mix I Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.313 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.314 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.315 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.316 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.317 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.318 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.319 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.320 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.321 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.322 { iface MIXER name 'Mix J Input 10 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.323 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.324 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.325 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.326 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.327 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.328 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.329 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.330 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.331 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.332 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.333 { iface MIXER name 'Mix J Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.334 { iface MIXER name 'Mix J Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.335 { iface MIXER name 'Mix J Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.336 { iface MIXER name 'Mix J Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.337 { iface MIXER name 'Mix J Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.338 { iface MIXER name 'Mix J Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.339 { iface MIXER name 'Mix J Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.340 { iface MIXER name 'Mix J Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.341 { iface MIXER name 'Mix J Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.342 { iface MIXER name 'Mix J Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.343 { iface MIXER name 'Mix J Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.344 { iface MIXER name 'Mix J Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.345 { iface MIXER name 'Mix J Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.346 { iface MIXER name 'Mix J Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.347 { iface MIXER name 'Mix K Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.348 { iface MIXER name 'Mix K Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.349 { iface MIXER name 'Mix K Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.350 { iface MIXER name 'Mix K Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.351 { iface MIXER name 'Mix K Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.352 { iface MIXER name 'Mix K Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.353 { iface MIXER name 'Mix K Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.354 { iface MIXER name 'Mix K Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.355 { iface MIXER name 'Mix K Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.356 { iface MIXER name 'Mix K Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.357 { iface MIXER name 'Mix K Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.358 { iface MIXER name 'Mix K Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.359 { iface MIXER name 'Mix K Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.360 { iface MIXER name 'Mix K Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.361 { iface MIXER name 'Mix K Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.362 { iface MIXER name 'Mix K Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.363 { iface MIXER name 'Mix K Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.364 { iface MIXER name 'Mix K Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.365 { iface MIXER name 'Mix K Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.366 { iface MIXER name 'Mix K Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.367 { iface MIXER name 'Mix K Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.368 { iface MIXER name 'Mix K Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.369 { iface MIXER name 'Mix K Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.370 { iface MIXER name 'Mix K Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.371 { iface MIXER name 'Mix K Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.372 { iface MIXER name 'Mix K Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.373 { iface MIXER name 'Mix K Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.374 { iface MIXER name 'Mix K Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.375 { iface MIXER name 'Mix K Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.376 { iface MIXER name 'Mix K Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.377 { iface MIXER name 'Mix K Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.378 { iface MIXER name 'Mix K Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.379 { iface MIXER name 'Mix K Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.380 { iface MIXER name 'Mix K Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.381 { iface MIXER name 'Mix L Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.382 { iface MIXER name 'Mix L Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.383 { iface MIXER name 'Mix L Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.384 { iface MIXER name 'Mix L Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.385 { iface MIXER name 'Mix L Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.386 { iface MIXER name 'Mix L Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.387 { iface MIXER name 'Mix L Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.388 { iface MIXER name 'Mix L Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.389 { iface MIXER name 'Mix L Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.390 { iface MIXER name 'Mix L Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.391 { iface MIXER name 'Mix L Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.392 { iface MIXER name 'Mix L Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.393 { iface MIXER name 'Mix L Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.394 { iface MIXER name 'Mix L Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.395 { iface MIXER name 'Mix L Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.396 { iface MIXER name 'Mix L Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.397 { iface MIXER name 'Mix L Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.398 { iface MIXER name 'Mix L Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.399 { iface MIXER name 'Mix L Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.400 { iface MIXER name 'Mix L Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.401 { iface MIXER name 'Mix L Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.402 { iface MIXER name 'Mix L Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.403 { iface MIXER name 'Mix L Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.404 { iface MIXER name 'Mix L Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.405 { iface MIXER name 'Mix L Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.406 { iface MIXER name 'Mix L Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.407 { iface MIXER name 'Mix L Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.408 { iface MIXER name 'Mix L Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.409 { iface MIXER name 'Mix L Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.410 { iface MIXER name 'Mix L Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.411 { iface MIXER name 'Mix L Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.412 { iface MIXER name 'Mix L Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.413 { iface MIXER name 'Mix L Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.414 { iface MIXER name 'Mix L Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.415 { iface MIXER name 'Analogue 1 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.416 { iface MIXER name 'Analogue 2 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.417 { iface MIXER name 'Analogue 3 Playback Enum' value 'PCM 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.418 { iface MIXER name 'Analogue 4 Playback Enum' value 'PCM 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.419 { iface MIXER name 'Analogue 5 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.420 { iface MIXER name 'Analogue 6 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.421 { iface MIXER name 'Analogue 7 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.422 { iface MIXER name 'Analogue 8 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.423 { iface MIXER name 'S/PDIF 1 Playback Enum' value 'PCM 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.424 { iface MIXER name 'S/PDIF 2 Playback Enum' value 'PCM 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.425 { iface MIXER name 'ADAT 1 Playback Enum' value 'PCM 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.426 { iface MIXER name 'ADAT 2 Playback Enum' value 'PCM 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.427 { iface MIXER name 'ADAT 3 Playback Enum' value 'PCM 9' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.428 { iface MIXER name 'ADAT 4 Playback Enum' value 'PCM 10' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.429 { iface MIXER name 'ADAT 5 Playback Enum' value 'PCM 11' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.430 { iface MIXER name 'ADAT 6 Playback Enum' value 'PCM 12' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.431 { iface MIXER name 'ADAT 7 Playback Enum' value 'PCM 13' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.432 { iface MIXER name 'ADAT 8 Playback Enum' value 'PCM 14' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.433 { iface MIXER name 'PCM 1 Capture Enum' value 'Analogue 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.434 { iface MIXER name 'PCM 2 Capture Enum' value 'Analogue 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.435 { iface MIXER name 'PCM 3 Capture Enum' value 'Analogue 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.436 { iface MIXER name 'PCM 4 Capture Enum' value 'Analogue 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.437 { iface MIXER name 'PCM 5 Capture Enum' value 'Analogue 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.438 { iface MIXER name 'PCM 6 Capture Enum' value 'Analogue 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.439 { iface MIXER name 'PCM 7 Capture Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.440 { iface MIXER name 'PCM 8 Capture Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.441 { iface MIXER name 'PCM 9 Capture Enum' value 'S/PDIF 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.442 { iface MIXER name 'PCM 10 Capture Enum' value 'S/PDIF 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.443 { iface MIXER name 'PCM 11 Capture Enum' value 'ADAT 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.444 { iface MIXER name 'PCM 12 Capture Enum' value 'ADAT 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.445 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.446 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.447 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.448 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.449 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.450 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.451 { iface MIXER name 'Mixer 1 Capture Enum' value 'PCM 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.452 { iface MIXER name 'Mixer 2 Capture Enum' value 'PCM 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.453 { iface MIXER name 'Mixer 3 Capture Enum' value 'PCM 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.454 { iface MIXER name 'Mixer 4 Capture Enum' value 'PCM 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.455 { iface MIXER name 'Mixer 5 Capture Enum' value 'PCM 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.456 { iface MIXER name 'Mixer 6 Capture Enum' value 'PCM 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.457 { iface MIXER name 'Mixer 7 Capture Enum' value 'PCM 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.458 { iface MIXER name 'Mixer 8 Capture Enum' value 'PCM 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.459 { iface MIXER name 'Mixer 9 Capture Enum' value 'PCM 9' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.460 { iface MIXER name 'Mixer 10 Capture Enum' value 'PCM 10' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.461 { iface MIXER name 'Mixer 11 Capture Enum' value 'PCM 11' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.462 { iface MIXER name 'Mixer 12 Capture Enum' value 'PCM 12' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.463 { iface MIXER name 'Mixer 13 Capture Enum' value 'PCM 13' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.464 { iface MIXER name 'Mixer 14 Capture Enum' value 'PCM 14' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.465 { iface MIXER name 'Mixer 15 Capture Enum' value 'PCM 15' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.466 { iface MIXER name 'Mixer 16 Capture Enum' value 'PCM 16' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.467 { iface MIXER name 'Mixer 17 Capture Enum' value 'PCM 17' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.468 { iface MIXER name 'Mixer 18 Capture Enum' value 'PCM 18' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.469 { iface MIXER name 'Mixer 19 Capture Enum' value 'Analogue 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.470 { iface MIXER name 'Mixer 20 Capture Enum' value 'Analogue 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.471 { iface MIXER name 'Mixer 21 Capture Enum' value 'Analogue 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.472 { iface MIXER name 'Mixer 22 Capture Enum' value 'Analogue 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.473 { iface MIXER name 'Mixer 23 Capture Enum' value 'Analogue 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.474 { iface MIXER name 'Mixer 24 Capture Enum' value 'Analogue 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.475 { iface MIXER name 'Mixer 25 Capture Enum' value 'S/PDIF 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.476 { iface MIXER name 'Mixer 26 Capture Enum' value 'S/PDIF 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.477 { iface MIXER name 'Mixer 27 Capture Enum' value 'ADAT 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.478 { iface MIXER name 'Mixer 28 Capture Enum' value 'ADAT 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.479 { iface MIXER name 'Mixer 29 Capture Enum' value 'ADAT 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.480 { iface MIXER name 'Mixer 30 Capture Enum' value 'ADAT 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.481 { iface MIXER name 'Mixer 31 Capture Enum' value 'ADAT 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.482 { iface MIXER name 'Mixer 32 Capture Enum' value 'ADAT 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.483 { iface MIXER name 'Mixer 33 Capture Enum' value 'ADAT 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.484 { iface MIXER name 'Mixer 34 Capture Enum' value 'ADAT 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'S/PDIF 1' item.8 'S/PDIF 2' item.9 'ADAT 1' item.10 'ADAT 2' item.11 'ADAT 3' item.12 'ADAT 4' item.13 'ADAT 5' item.14 'ADAT 6' item.15 'ADAT 7' item.16 'ADAT 8' item.17 'PCM 1' item.18 'PCM 2' item.19 'PCM 3' item.20 'PCM 4' item.21 'PCM 5' item.22 'PCM 6' item.23 'PCM 7' item.24 'PCM 8' item.25 'PCM 9' item.26 'PCM 10' item.27 'PCM 11' item.28 'PCM 12' item.29 'PCM 13' item.30 'PCM 14' item.31 'PCM 15' item.32 'PCM 16' item.33 'PCM 17' item.34 'PCM 18' item.35 'Mix A' item.36 'Mix B' item.37 'Mix C' item.38 'Mix D' item.39 'Mix E' item.40 'Mix F' item.41 'Mix G' item.42 'Mix H' item.43 'Mix I' item.44 'Mix J' item.45 'Mix K' item.46 'Mix L' } } control.485 { iface MIXER name 'Line In 1 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.486 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.487 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.488 { iface MIXER name 'Line In 1 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.489 { iface MIXER name 'Line In 1 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.490 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write user' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.491 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.492 { iface MIXER name 'Line In 1 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.493 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.494 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.495 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.496 { iface MIXER name 'Line In 2 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.497 { iface MIXER name 'Line In 2 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.498 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write user' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.499 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.500 { iface MIXER name 'Line In 2 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.501 { iface MIXER name 'Line In 1 Mute Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.502 { iface MIXER name 'Line In 2 Mute Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.503 { iface MIXER name 'Analogue 1 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.504 { iface MIXER name 'Analogue 2 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.505 { iface MIXER name 'Analogue 3 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.506 { iface MIXER name 'Analogue 4 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.507 { iface MIXER name 'Analogue 5 Playback Volume' value -30 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -3000 } } control.508 { iface MIXER name 'Analogue 6 Playback Volume' value -30 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -3000 } } control.509 { iface MIXER name 'Analogue 7 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.510 { iface MIXER name 'Analogue 8 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.511 { iface MIXER name 'Line 1 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.512 { iface MIXER name 'Line 2 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.513 { iface MIXER name 'Line 3 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.514 { iface MIXER name 'Line 4 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.515 { iface MIXER name 'Line 5 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.516 { iface MIXER name 'Line 6 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.517 { iface MIXER name 'Line 7 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.518 { iface MIXER name 'Line 8 Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.519 { iface MIXER name 'Main Group Output 1 Playback Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.520 { iface MIXER name 'Main Group Output 2 Playback Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.521 { iface MIXER name 'Main Group Output 3 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.522 { iface MIXER name 'Main Group Output 4 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.523 { iface MIXER name 'Main Group Output 5 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.524 { iface MIXER name 'Main Group Output 6 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.525 { iface MIXER name 'Main Group Output 7 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.526 { iface MIXER name 'Main Group Output 8 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.527 { iface MIXER name 'Main Group Output 1 Source Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.528 { iface MIXER name 'Main Group Output 2 Source Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.529 { iface MIXER name 'Main Group Output 3 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.530 { iface MIXER name 'Main Group Output 4 Source Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.531 { iface MIXER name 'Main Group Output 5 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.532 { iface MIXER name 'Main Group Output 6 Source Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.533 { iface MIXER name 'Main Group Output 7 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.534 { iface MIXER name 'Main Group Output 8 Source Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.535 { iface MIXER name 'Main Group Output 1 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.536 { iface MIXER name 'Main Group Output 2 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.537 { iface MIXER name 'Main Group Output 3 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.538 { iface MIXER name 'Main Group Output 4 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.539 { iface MIXER name 'Main Group Output 5 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.540 { iface MIXER name 'Main Group Output 6 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.541 { iface MIXER name 'Main Group Output 7 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.542 { iface MIXER name 'Main Group Output 8 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.543 { iface MIXER name 'Alt Group Output 1 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.544 { iface MIXER name 'Alt Group Output 2 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.545 { iface MIXER name 'Alt Group Output 3 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.546 { iface MIXER name 'Alt Group Output 4 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.547 { iface MIXER name 'Alt Group Output 5 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.548 { iface MIXER name 'Alt Group Output 6 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.549 { iface MIXER name 'Alt Group Output 7 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.550 { iface MIXER name 'Alt Group Output 8 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.551 { iface MIXER name 'Alt Group Output 1 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.552 { iface MIXER name 'Alt Group Output 2 Source Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.553 { iface MIXER name 'Alt Group Output 3 Source Playback Enum' value 'PCM 3' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.554 { iface MIXER name 'Alt Group Output 4 Source Playback Enum' value 'PCM 4' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.555 { iface MIXER name 'Alt Group Output 5 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.556 { iface MIXER name 'Alt Group Output 6 Source Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.557 { iface MIXER name 'Alt Group Output 7 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.558 { iface MIXER name 'Alt Group Output 8 Source Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'S/PDIF 1' item.25 'S/PDIF 2' item.26 'ADAT 1' item.27 'ADAT 2' item.28 'ADAT 3' item.29 'ADAT 4' item.30 'ADAT 5' item.31 'ADAT 6' item.32 'ADAT 7' item.33 'ADAT 8' item.34 'Mix A' item.35 'Mix B' item.36 'Mix C' item.37 'Mix D' item.38 'Mix E' item.39 'Mix F' item.40 'Mix G' item.41 'Mix H' item.42 'Mix I' item.43 'Mix J' item.44 'Mix K' item.45 'Mix L' } } control.559 { iface MIXER name 'Alt Group Output 1 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.560 { iface MIXER name 'Alt Group Output 2 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.561 { iface MIXER name 'Alt Group Output 3 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.562 { iface MIXER name 'Alt Group Output 4 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.563 { iface MIXER name 'Alt Group Output 5 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.564 { iface MIXER name 'Alt Group Output 6 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.565 { iface MIXER name 'Alt Group Output 7 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.566 { iface MIXER name 'Alt Group Output 8 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.567 { iface CARD name 'Firmware Version' value.0 2 value.1 0 value.2 2464 value.3 0 comment { access 'read write locked user' type INTEGER count 4 range '0 - 65535 (step 1)' tlv '53434b54000000206e75722f7063662f7265732d2d72657663662f302e302d706b636f7300000000' } } control.568 { iface MIXER name Name value '536361726c657474203136693136203474682047656e2d353900000000000000' comment { access 'read write user' type BYTES count 32 } } control.569 { iface CARD name 'ESP Firmware Version' value.0 1 value.1 0 value.2 0 value.3 364 comment { access 'read write locked user' type INTEGER count 4 range '0 - 65535 (step 1)' } } control.570 { iface MIXER name 'Input Select Capture Enum' value 'Input 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'Input 1' item.1 'Input 2' } } control.571 { iface MIXER name 'Master Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.572 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.573 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.574 { iface MIXER name 'Speaker Switching Alt Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.575 { iface MIXER name 'Digital I/O Mode Capture Enum' value ADAT comment { access 'read write user' type ENUMERATED count 1 item.0 ADAT item.1 'Optical S/PDIF' } } control.576 { iface MIXER name 'Standalone Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.577 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 18i16.conf000066400000000000000000000573321521233005100227430ustar00rootroot00000000000000[device] serial=S8ES000430004A model=Scarlett 18i16 4th Gen [controls] Clock Source Clock Source=Internal Mix A Input 01 Playback Volume=8192 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix A Input 19 Playback Volume=0 Mix A Input 20 Playback Volume=0 Mix A Input 21 Playback Volume=0 Mix A Input 22 Playback Volume=0 Mix A Input 23 Playback Volume=0 Mix A Input 24 Playback Volume=0 Mix A Input 25 Playback Volume=0 Mix A Input 26 Playback Volume=0 Mix A Input 27 Playback Volume=0 Mix A Input 28 Playback Volume=0 Mix A Input 29 Playback Volume=0 Mix A Input 30 Playback Volume=0 Mix A Input 31 Playback Volume=0 Mix A Input 32 Playback Volume=0 Mix A Input 33 Playback Volume=0 Mix A Input 34 Playback Volume=0 Mix A Input 35 Playback Volume=0 Mix A Input 36 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=8192 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix B Input 19 Playback Volume=0 Mix B Input 20 Playback Volume=0 Mix B Input 21 Playback Volume=0 Mix B Input 22 Playback Volume=0 Mix B Input 23 Playback Volume=0 Mix B Input 24 Playback Volume=0 Mix B Input 25 Playback Volume=0 Mix B Input 26 Playback Volume=0 Mix B Input 27 Playback Volume=0 Mix B Input 28 Playback Volume=0 Mix B Input 29 Playback Volume=0 Mix B Input 30 Playback Volume=0 Mix B Input 31 Playback Volume=0 Mix B Input 32 Playback Volume=0 Mix B Input 33 Playback Volume=0 Mix B Input 34 Playback Volume=0 Mix B Input 35 Playback Volume=0 Mix B Input 36 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=8192 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix C Input 19 Playback Volume=0 Mix C Input 20 Playback Volume=0 Mix C Input 21 Playback Volume=0 Mix C Input 22 Playback Volume=0 Mix C Input 23 Playback Volume=0 Mix C Input 24 Playback Volume=0 Mix C Input 25 Playback Volume=0 Mix C Input 26 Playback Volume=0 Mix C Input 27 Playback Volume=0 Mix C Input 28 Playback Volume=0 Mix C Input 29 Playback Volume=0 Mix C Input 30 Playback Volume=0 Mix C Input 31 Playback Volume=0 Mix C Input 32 Playback Volume=0 Mix C Input 33 Playback Volume=0 Mix C Input 34 Playback Volume=0 Mix C Input 35 Playback Volume=0 Mix C Input 36 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=8192 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix D Input 19 Playback Volume=0 Mix D Input 20 Playback Volume=0 Mix D Input 21 Playback Volume=0 Mix D Input 22 Playback Volume=0 Mix D Input 23 Playback Volume=0 Mix D Input 24 Playback Volume=0 Mix D Input 25 Playback Volume=0 Mix D Input 26 Playback Volume=0 Mix D Input 27 Playback Volume=0 Mix D Input 28 Playback Volume=0 Mix D Input 29 Playback Volume=0 Mix D Input 30 Playback Volume=0 Mix D Input 31 Playback Volume=0 Mix D Input 32 Playback Volume=0 Mix D Input 33 Playback Volume=0 Mix D Input 34 Playback Volume=0 Mix D Input 35 Playback Volume=0 Mix D Input 36 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=8192 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix E Input 19 Playback Volume=0 Mix E Input 20 Playback Volume=0 Mix E Input 21 Playback Volume=0 Mix E Input 22 Playback Volume=0 Mix E Input 23 Playback Volume=0 Mix E Input 24 Playback Volume=0 Mix E Input 25 Playback Volume=0 Mix E Input 26 Playback Volume=0 Mix E Input 27 Playback Volume=0 Mix E Input 28 Playback Volume=0 Mix E Input 29 Playback Volume=0 Mix E Input 30 Playback Volume=0 Mix E Input 31 Playback Volume=0 Mix E Input 32 Playback Volume=0 Mix E Input 33 Playback Volume=0 Mix E Input 34 Playback Volume=0 Mix E Input 35 Playback Volume=0 Mix E Input 36 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=8192 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix F Input 19 Playback Volume=0 Mix F Input 20 Playback Volume=0 Mix F Input 21 Playback Volume=0 Mix F Input 22 Playback Volume=0 Mix F Input 23 Playback Volume=0 Mix F Input 24 Playback Volume=0 Mix F Input 25 Playback Volume=0 Mix F Input 26 Playback Volume=0 Mix F Input 27 Playback Volume=0 Mix F Input 28 Playback Volume=0 Mix F Input 29 Playback Volume=0 Mix F Input 30 Playback Volume=0 Mix F Input 31 Playback Volume=0 Mix F Input 32 Playback Volume=0 Mix F Input 33 Playback Volume=0 Mix F Input 34 Playback Volume=0 Mix F Input 35 Playback Volume=0 Mix F Input 36 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=8192 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix G Input 19 Playback Volume=0 Mix G Input 20 Playback Volume=0 Mix G Input 21 Playback Volume=0 Mix G Input 22 Playback Volume=0 Mix G Input 23 Playback Volume=0 Mix G Input 24 Playback Volume=0 Mix G Input 25 Playback Volume=0 Mix G Input 26 Playback Volume=0 Mix G Input 27 Playback Volume=0 Mix G Input 28 Playback Volume=0 Mix G Input 29 Playback Volume=0 Mix G Input 30 Playback Volume=0 Mix G Input 31 Playback Volume=0 Mix G Input 32 Playback Volume=0 Mix G Input 33 Playback Volume=0 Mix G Input 34 Playback Volume=0 Mix G Input 35 Playback Volume=0 Mix G Input 36 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=8192 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix H Input 19 Playback Volume=0 Mix H Input 20 Playback Volume=0 Mix H Input 21 Playback Volume=0 Mix H Input 22 Playback Volume=0 Mix H Input 23 Playback Volume=0 Mix H Input 24 Playback Volume=0 Mix H Input 25 Playback Volume=0 Mix H Input 26 Playback Volume=0 Mix H Input 27 Playback Volume=0 Mix H Input 28 Playback Volume=0 Mix H Input 29 Playback Volume=0 Mix H Input 30 Playback Volume=0 Mix H Input 31 Playback Volume=0 Mix H Input 32 Playback Volume=0 Mix H Input 33 Playback Volume=0 Mix H Input 34 Playback Volume=0 Mix H Input 35 Playback Volume=0 Mix H Input 36 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=8192 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix I Input 19 Playback Volume=0 Mix I Input 20 Playback Volume=0 Mix I Input 21 Playback Volume=0 Mix I Input 22 Playback Volume=0 Mix I Input 23 Playback Volume=0 Mix I Input 24 Playback Volume=0 Mix I Input 25 Playback Volume=0 Mix I Input 26 Playback Volume=0 Mix I Input 27 Playback Volume=0 Mix I Input 28 Playback Volume=0 Mix I Input 29 Playback Volume=0 Mix I Input 30 Playback Volume=0 Mix I Input 31 Playback Volume=0 Mix I Input 32 Playback Volume=0 Mix I Input 33 Playback Volume=0 Mix I Input 34 Playback Volume=0 Mix I Input 35 Playback Volume=0 Mix I Input 36 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=8192 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Mix J Input 19 Playback Volume=0 Mix J Input 20 Playback Volume=0 Mix J Input 21 Playback Volume=0 Mix J Input 22 Playback Volume=0 Mix J Input 23 Playback Volume=0 Mix J Input 24 Playback Volume=0 Mix J Input 25 Playback Volume=0 Mix J Input 26 Playback Volume=0 Mix J Input 27 Playback Volume=0 Mix J Input 28 Playback Volume=0 Mix J Input 29 Playback Volume=0 Mix J Input 30 Playback Volume=0 Mix J Input 31 Playback Volume=0 Mix J Input 32 Playback Volume=0 Mix J Input 33 Playback Volume=0 Mix J Input 34 Playback Volume=0 Mix J Input 35 Playback Volume=0 Mix J Input 36 Playback Volume=0 Mix K Input 01 Playback Volume=0 Mix K Input 02 Playback Volume=0 Mix K Input 03 Playback Volume=0 Mix K Input 04 Playback Volume=0 Mix K Input 05 Playback Volume=0 Mix K Input 06 Playback Volume=0 Mix K Input 07 Playback Volume=0 Mix K Input 08 Playback Volume=0 Mix K Input 09 Playback Volume=0 Mix K Input 10 Playback Volume=0 Mix K Input 11 Playback Volume=0 Mix K Input 12 Playback Volume=0 Mix K Input 13 Playback Volume=0 Mix K Input 14 Playback Volume=0 Mix K Input 15 Playback Volume=0 Mix K Input 16 Playback Volume=0 Mix K Input 17 Playback Volume=0 Mix K Input 18 Playback Volume=0 Mix K Input 19 Playback Volume=0 Mix K Input 20 Playback Volume=0 Mix K Input 21 Playback Volume=0 Mix K Input 22 Playback Volume=0 Mix K Input 23 Playback Volume=0 Mix K Input 24 Playback Volume=0 Mix K Input 25 Playback Volume=0 Mix K Input 26 Playback Volume=0 Mix K Input 27 Playback Volume=0 Mix K Input 28 Playback Volume=0 Mix K Input 29 Playback Volume=0 Mix K Input 30 Playback Volume=0 Mix K Input 31 Playback Volume=0 Mix K Input 32 Playback Volume=0 Mix K Input 33 Playback Volume=0 Mix K Input 34 Playback Volume=0 Mix K Input 35 Playback Volume=0 Mix K Input 36 Playback Volume=0 Mix L Input 01 Playback Volume=0 Mix L Input 02 Playback Volume=0 Mix L Input 03 Playback Volume=0 Mix L Input 04 Playback Volume=0 Mix L Input 05 Playback Volume=0 Mix L Input 06 Playback Volume=0 Mix L Input 07 Playback Volume=0 Mix L Input 08 Playback Volume=0 Mix L Input 09 Playback Volume=0 Mix L Input 10 Playback Volume=0 Mix L Input 11 Playback Volume=0 Mix L Input 12 Playback Volume=0 Mix L Input 13 Playback Volume=0 Mix L Input 14 Playback Volume=0 Mix L Input 15 Playback Volume=0 Mix L Input 16 Playback Volume=0 Mix L Input 17 Playback Volume=0 Mix L Input 18 Playback Volume=0 Mix L Input 19 Playback Volume=0 Mix L Input 20 Playback Volume=0 Mix L Input 21 Playback Volume=0 Mix L Input 22 Playback Volume=0 Mix L Input 23 Playback Volume=0 Mix L Input 24 Playback Volume=0 Mix L Input 25 Playback Volume=0 Mix L Input 26 Playback Volume=0 Mix L Input 27 Playback Volume=0 Mix L Input 28 Playback Volume=0 Mix L Input 29 Playback Volume=0 Mix L Input 30 Playback Volume=0 Mix L Input 31 Playback Volume=0 Mix L Input 32 Playback Volume=0 Mix L Input 33 Playback Volume=0 Mix L Input 34 Playback Volume=0 Mix L Input 35 Playback Volume=0 Mix L Input 36 Playback Volume=0 Analogue 1 Playback Enum=Mix A Analogue 2 Playback Enum=Mix B Analogue 3 Playback Enum=PCM 3 Analogue 4 Playback Enum=PCM 4 Analogue 5 Playback Enum=Mix A Analogue 6 Playback Enum=Mix B Analogue 7 Playback Enum=Mix A Analogue 8 Playback Enum=Mix B S/PDIF 1 Playback Enum=PCM 5 S/PDIF 2 Playback Enum=PCM 6 ADAT 1 Playback Enum=PCM 7 ADAT 2 Playback Enum=PCM 8 ADAT 3 Playback Enum=PCM 9 ADAT 4 Playback Enum=PCM 10 ADAT 5 Playback Enum=PCM 11 ADAT 6 Playback Enum=PCM 12 ADAT 7 Playback Enum=PCM 13 ADAT 8 Playback Enum=PCM 14 PCM 1 Capture Enum=Analogue 1 PCM 2 Capture Enum=Analogue 2 PCM 3 Capture Enum=Analogue 3 PCM 4 Capture Enum=Analogue 4 PCM 5 Capture Enum=Analogue 5 PCM 6 Capture Enum=Analogue 6 PCM 7 Capture Enum=Analogue 7 PCM 8 Capture Enum=Analogue 8 PCM 9 Capture Enum=PCM 1 PCM 10 Capture Enum=PCM 2 PCM 11 Capture Enum=S/PDIF 1 PCM 12 Capture Enum=S/PDIF 2 PCM 13 Capture Enum=ADAT 1 PCM 14 Capture Enum=ADAT 2 PCM 15 Capture Enum=ADAT 3 PCM 16 Capture Enum=ADAT 4 PCM 17 Capture Enum=ADAT 5 PCM 18 Capture Enum=ADAT 6 PCM 19 Capture Enum=ADAT 7 PCM 20 Capture Enum=ADAT 8 Line In 1 Air Capture Enum=Off Line In 1 Autogain Capture Switch=false Line In 1 Autogain Status Capture Enum=Root Line In 1 Link Capture Switch=false Line In 1 Safe Capture Switch=false Line In 1 Level Capture Enum=Line Line In 1 Phantom Power Capture Switch=false Line In 1 Gain Capture Volume=0 Line In 2 Air Capture Enum=Off Line In 2 Autogain Capture Switch=false Line In 2 Autogain Status Capture Enum=Root Line In 2 Link Capture Switch=false Line In 2 Safe Capture Switch=false Line In 2 Level Capture Enum=Line Line In 2 Phantom Power Capture Switch=false Line In 2 Gain Capture Volume=0 Line In 3 Air Capture Enum=Off Line In 3 Autogain Capture Switch=false Line In 3 Autogain Status Capture Enum=Root Line In 3 Link Capture Switch=false Line In 3 Safe Capture Switch=false Line In 3 Phantom Power Capture Switch=false Line In 3 Gain Capture Volume=0 Line In 4 Air Capture Enum=Off Line In 4 Autogain Capture Switch=false Line In 4 Autogain Status Capture Enum=Root Line In 4 Link Capture Switch=false Line In 4 Safe Capture Switch=false Line In 4 Phantom Power Capture Switch=false Line In 4 Gain Capture Volume=5 Analogue 1 Playback Volume=-127 Analogue 2 Playback Volume=-127 Analogue 3 Playback Volume=0 Analogue 4 Playback Volume=0 Analogue 5 Playback Volume=-127 Analogue 6 Playback Volume=-127 Analogue 7 Playback Volume=-127 Analogue 8 Playback Volume=-127 Main Group Output 1 Playback Switch=true Main Group Output 2 Playback Switch=true Main Group Output 3 Playback Switch=false Main Group Output 4 Playback Switch=false Main Group Output 5 Playback Switch=false Main Group Output 6 Playback Switch=false Main Group Output 7 Playback Switch=false Main Group Output 8 Playback Switch=false Main Group Output 1 Source Playback Enum=Mix A Main Group Output 2 Source Playback Enum=Mix B Main Group Output 3 Source Playback Enum=PCM 1 Main Group Output 4 Source Playback Enum=PCM 1 Main Group Output 5 Source Playback Enum=PCM 1 Main Group Output 6 Source Playback Enum=PCM 1 Main Group Output 7 Source Playback Enum=PCM 1 Main Group Output 8 Source Playback Enum=PCM 1 Main Group Output 1 Trim Playback Volume=0 Main Group Output 2 Trim Playback Volume=0 Main Group Output 3 Trim Playback Volume=0 Main Group Output 4 Trim Playback Volume=0 Main Group Output 5 Trim Playback Volume=0 Main Group Output 6 Trim Playback Volume=0 Main Group Output 7 Trim Playback Volume=0 Main Group Output 8 Trim Playback Volume=0 Alt Group Output 1 Playback Switch=false Alt Group Output 2 Playback Switch=false Alt Group Output 3 Playback Switch=false Alt Group Output 4 Playback Switch=false Alt Group Output 5 Playback Switch=false Alt Group Output 6 Playback Switch=false Alt Group Output 7 Playback Switch=false Alt Group Output 8 Playback Switch=false Alt Group Output 1 Source Playback Enum=PCM 1 Alt Group Output 2 Source Playback Enum=PCM 1 Alt Group Output 3 Source Playback Enum=PCM 3 Alt Group Output 4 Source Playback Enum=PCM 4 Alt Group Output 5 Source Playback Enum=PCM 1 Alt Group Output 6 Source Playback Enum=PCM 1 Alt Group Output 7 Source Playback Enum=PCM 1 Alt Group Output 8 Source Playback Enum=PCM 1 Alt Group Output 1 Trim Playback Volume=0 Alt Group Output 2 Trim Playback Volume=0 Alt Group Output 3 Trim Playback Volume=0 Alt Group Output 4 Trim Playback Volume=0 Alt Group Output 5 Trim Playback Volume=0 Alt Group Output 6 Trim Playback Volume=0 Alt Group Output 7 Trim Playback Volume=0 Alt Group Output 8 Trim Playback Volume=0 Name=Scarlett 18i16 4th Gen-4A Input Select Capture Enum=Input 1 Master Playback Volume=-127 Mute Playback Switch=false Dim Playback Switch=false Speaker Switching Playback Switch=false Speaker Switching Alt Playback Switch=false Digital I/O Mode Capture Enum=S/PDIF RCA Standalone Switch=true Phantom Power Persistence Capture Switch=false Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= PCM Out 9 Name= PCM Out 10 Name= PCM Out 11 Name= PCM Out 12 Name= PCM Out 13 Name= PCM Out 14 Name= PCM Out 15 Name= PCM Out 16 Name= PCM Out 17 Name= PCM Out 18 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= Mixer Out 11 Name= Mixer Out 12 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Analogue Out 7 Name= Analogue Out 8 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= ADAT Out 1 Name= ADAT Out 2 Name= ADAT Out 3 Name= ADAT Out 4 Name= ADAT Out 5 Name= ADAT Out 6 Name= ADAT Out 7 Name= ADAT Out 8 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= PCM In 19 Name= PCM In 20 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= Mixer In 19 Name= Mixer In 20 Name= Mixer In 21 Name= Mixer In 22 Name= Mixer In 23 Name= Mixer In 24 Name= Mixer In 25 Name= Mixer In 26 Name= Mixer In 27 Name= Mixer In 28 Name= Mixer In 29 Name= Mixer In 30 Name= Mixer In 31 Name= Mixer In 32 Name= Mixer In 33 Name= Mixer In 34 Name= Mixer In 35 Name= Mixer In 36 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true PCM Out 9 Switch=true PCM Out 10 Switch=true PCM Out 11 Switch=true PCM Out 12 Switch=true PCM Out 13 Switch=true PCM Out 14 Switch=true PCM Out 15 Switch=true PCM Out 16 Switch=true PCM Out 17 Switch=true PCM Out 18 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true Mixer Out 11 Switch=true Mixer Out 12 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Analogue Out 7 Switch=true Analogue Out 8 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true ADAT Out 1 Switch=true ADAT Out 2 Switch=true ADAT Out 3 Switch=true ADAT Out 4 Switch=true ADAT Out 5 Switch=true ADAT Out 6 Switch=true ADAT Out 7 Switch=true ADAT Out 8 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true PCM In 19 Switch=true PCM In 20 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true Mixer In 19 Switch=true Mixer In 20 Switch=true Mixer In 21 Switch=true Mixer In 22 Switch=true Mixer In 23 Switch=true Mixer In 24 Switch=true Mixer In 25 Switch=true Mixer In 26 Switch=true Mixer In 27 Switch=true Mixer In 28 Switch=true Mixer In 29 Switch=true Mixer In 30 Switch=true Mixer In 31 Switch=true Mixer In 32 Switch=true Mixer In 33 Switch=true Mixer In 34 Switch=true Mixer In 35 Switch=true Mixer In 36 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 18i16.state000066400000000000000000007304741521233005100231430ustar00rootroot00000000000000state.Gen { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 ADAT } } control.5 { iface MIXER name 'Sync Status' value Locked comment { access 'read write locked user' type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.6 { iface PCM name 'Level Meter' value.0 1 value.1 1 value.2 1 value.3 1 value.4 1 value.5 1 value.6 1 value.7 1 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 0 value.46 0 value.47 0 value.48 0 value.49 0 value.50 0 value.51 0 value.52 0 value.53 0 value.54 0 value.55 0 comment { access 'read volatile' type INTEGER count 56 range '0 - 4095 (step 1)' } } control.7 { iface MIXER name 'Mix A Input 01 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.8 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.9 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.10 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.11 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.12 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.13 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.14 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.15 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.16 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.17 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.18 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.19 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.20 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.21 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.22 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.23 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.24 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.25 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.26 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.27 { iface MIXER name 'Mix A Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.28 { iface MIXER name 'Mix A Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.29 { iface MIXER name 'Mix A Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.30 { iface MIXER name 'Mix A Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.31 { iface MIXER name 'Mix A Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.32 { iface MIXER name 'Mix A Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.33 { iface MIXER name 'Mix A Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.34 { iface MIXER name 'Mix A Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.35 { iface MIXER name 'Mix A Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.36 { iface MIXER name 'Mix A Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.37 { iface MIXER name 'Mix A Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.38 { iface MIXER name 'Mix A Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.39 { iface MIXER name 'Mix A Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.40 { iface MIXER name 'Mix A Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.41 { iface MIXER name 'Mix A Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.42 { iface MIXER name 'Mix A Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.43 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.44 { iface MIXER name 'Mix B Input 02 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.45 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.46 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.47 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.48 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.49 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.50 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.51 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.52 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.53 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.54 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.55 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.56 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.57 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.58 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.59 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.60 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.61 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.62 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.63 { iface MIXER name 'Mix B Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.64 { iface MIXER name 'Mix B Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.65 { iface MIXER name 'Mix B Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.66 { iface MIXER name 'Mix B Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.67 { iface MIXER name 'Mix B Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.68 { iface MIXER name 'Mix B Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.69 { iface MIXER name 'Mix B Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.70 { iface MIXER name 'Mix B Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.71 { iface MIXER name 'Mix B Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.72 { iface MIXER name 'Mix B Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.73 { iface MIXER name 'Mix B Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.74 { iface MIXER name 'Mix B Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.75 { iface MIXER name 'Mix B Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.76 { iface MIXER name 'Mix B Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.77 { iface MIXER name 'Mix B Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.78 { iface MIXER name 'Mix B Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.79 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.80 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.81 { iface MIXER name 'Mix C Input 03 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.82 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.83 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.84 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.85 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.86 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.87 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.88 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.89 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.90 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.91 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.92 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.93 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.94 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.95 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.96 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.97 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.98 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.99 { iface MIXER name 'Mix C Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.100 { iface MIXER name 'Mix C Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.101 { iface MIXER name 'Mix C Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.102 { iface MIXER name 'Mix C Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.103 { iface MIXER name 'Mix C Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.104 { iface MIXER name 'Mix C Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.105 { iface MIXER name 'Mix C Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.106 { iface MIXER name 'Mix C Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.107 { iface MIXER name 'Mix C Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.108 { iface MIXER name 'Mix C Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.109 { iface MIXER name 'Mix C Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.110 { iface MIXER name 'Mix C Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.111 { iface MIXER name 'Mix C Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.112 { iface MIXER name 'Mix C Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.113 { iface MIXER name 'Mix C Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.114 { iface MIXER name 'Mix C Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.115 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.116 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.117 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.118 { iface MIXER name 'Mix D Input 04 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.119 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.120 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.121 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.122 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.123 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.124 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.125 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.126 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.127 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.128 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.129 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.130 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.131 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.132 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.133 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.134 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.135 { iface MIXER name 'Mix D Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.136 { iface MIXER name 'Mix D Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.137 { iface MIXER name 'Mix D Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.138 { iface MIXER name 'Mix D Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.139 { iface MIXER name 'Mix D Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.140 { iface MIXER name 'Mix D Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.141 { iface MIXER name 'Mix D Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.142 { iface MIXER name 'Mix D Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.143 { iface MIXER name 'Mix D Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.144 { iface MIXER name 'Mix D Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.145 { iface MIXER name 'Mix D Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.146 { iface MIXER name 'Mix D Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.147 { iface MIXER name 'Mix D Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.148 { iface MIXER name 'Mix D Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.149 { iface MIXER name 'Mix D Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.150 { iface MIXER name 'Mix D Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.151 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.152 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.153 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.154 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.155 { iface MIXER name 'Mix E Input 05 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.156 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.157 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.158 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.159 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.160 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.161 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.162 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.163 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.164 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.165 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.166 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.167 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.168 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.169 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.170 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.171 { iface MIXER name 'Mix E Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.172 { iface MIXER name 'Mix E Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.173 { iface MIXER name 'Mix E Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.174 { iface MIXER name 'Mix E Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.175 { iface MIXER name 'Mix E Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.176 { iface MIXER name 'Mix E Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.177 { iface MIXER name 'Mix E Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.178 { iface MIXER name 'Mix E Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.179 { iface MIXER name 'Mix E Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.180 { iface MIXER name 'Mix E Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.181 { iface MIXER name 'Mix E Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.182 { iface MIXER name 'Mix E Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.183 { iface MIXER name 'Mix E Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.184 { iface MIXER name 'Mix E Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.185 { iface MIXER name 'Mix E Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.186 { iface MIXER name 'Mix E Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.187 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.188 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.189 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.190 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.191 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.192 { iface MIXER name 'Mix F Input 06 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.193 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.194 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.195 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.196 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.197 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.198 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.199 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.200 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.201 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.202 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.203 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.204 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.205 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.206 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.207 { iface MIXER name 'Mix F Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.208 { iface MIXER name 'Mix F Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.209 { iface MIXER name 'Mix F Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.210 { iface MIXER name 'Mix F Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.211 { iface MIXER name 'Mix F Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.212 { iface MIXER name 'Mix F Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.213 { iface MIXER name 'Mix F Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.214 { iface MIXER name 'Mix F Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.215 { iface MIXER name 'Mix F Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.216 { iface MIXER name 'Mix F Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.217 { iface MIXER name 'Mix F Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.218 { iface MIXER name 'Mix F Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.219 { iface MIXER name 'Mix F Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.220 { iface MIXER name 'Mix F Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.221 { iface MIXER name 'Mix F Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.222 { iface MIXER name 'Mix F Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.223 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.224 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.225 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.226 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.227 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.228 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.229 { iface MIXER name 'Mix G Input 07 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.230 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.231 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.232 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.233 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.234 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.235 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.236 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.237 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.238 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.239 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.240 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.241 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.242 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.243 { iface MIXER name 'Mix G Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.244 { iface MIXER name 'Mix G Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.245 { iface MIXER name 'Mix G Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.246 { iface MIXER name 'Mix G Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.247 { iface MIXER name 'Mix G Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.248 { iface MIXER name 'Mix G Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.249 { iface MIXER name 'Mix G Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.250 { iface MIXER name 'Mix G Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.251 { iface MIXER name 'Mix G Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.252 { iface MIXER name 'Mix G Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.253 { iface MIXER name 'Mix G Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.254 { iface MIXER name 'Mix G Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.255 { iface MIXER name 'Mix G Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.256 { iface MIXER name 'Mix G Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.257 { iface MIXER name 'Mix G Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.258 { iface MIXER name 'Mix G Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.259 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.260 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.261 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.262 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.263 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.264 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.265 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.266 { iface MIXER name 'Mix H Input 08 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.267 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.268 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.269 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.270 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.271 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.272 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.273 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.274 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.275 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.276 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.277 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.278 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.279 { iface MIXER name 'Mix H Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.280 { iface MIXER name 'Mix H Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.281 { iface MIXER name 'Mix H Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.282 { iface MIXER name 'Mix H Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.283 { iface MIXER name 'Mix H Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.284 { iface MIXER name 'Mix H Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.285 { iface MIXER name 'Mix H Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.286 { iface MIXER name 'Mix H Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.287 { iface MIXER name 'Mix H Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.288 { iface MIXER name 'Mix H Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.289 { iface MIXER name 'Mix H Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.290 { iface MIXER name 'Mix H Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.291 { iface MIXER name 'Mix H Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.292 { iface MIXER name 'Mix H Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.293 { iface MIXER name 'Mix H Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.294 { iface MIXER name 'Mix H Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.295 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.296 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.297 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.298 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.299 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.300 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.301 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.302 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.303 { iface MIXER name 'Mix I Input 09 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.304 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.305 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.306 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.307 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.308 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.309 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.310 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.311 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.312 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.313 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.314 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.315 { iface MIXER name 'Mix I Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.316 { iface MIXER name 'Mix I Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.317 { iface MIXER name 'Mix I Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.318 { iface MIXER name 'Mix I Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.319 { iface MIXER name 'Mix I Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.320 { iface MIXER name 'Mix I Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.321 { iface MIXER name 'Mix I Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.322 { iface MIXER name 'Mix I Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.323 { iface MIXER name 'Mix I Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.324 { iface MIXER name 'Mix I Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.325 { iface MIXER name 'Mix I Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.326 { iface MIXER name 'Mix I Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.327 { iface MIXER name 'Mix I Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.328 { iface MIXER name 'Mix I Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.329 { iface MIXER name 'Mix I Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.330 { iface MIXER name 'Mix I Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.331 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.332 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.333 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.334 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.335 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.336 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.337 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.338 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.339 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.340 { iface MIXER name 'Mix J Input 10 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.341 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.342 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.343 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.344 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.345 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.346 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.347 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.348 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.349 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.350 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.351 { iface MIXER name 'Mix J Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.352 { iface MIXER name 'Mix J Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.353 { iface MIXER name 'Mix J Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.354 { iface MIXER name 'Mix J Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.355 { iface MIXER name 'Mix J Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.356 { iface MIXER name 'Mix J Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.357 { iface MIXER name 'Mix J Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.358 { iface MIXER name 'Mix J Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.359 { iface MIXER name 'Mix J Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.360 { iface MIXER name 'Mix J Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.361 { iface MIXER name 'Mix J Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.362 { iface MIXER name 'Mix J Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.363 { iface MIXER name 'Mix J Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.364 { iface MIXER name 'Mix J Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.365 { iface MIXER name 'Mix J Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.366 { iface MIXER name 'Mix J Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.367 { iface MIXER name 'Mix K Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.368 { iface MIXER name 'Mix K Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.369 { iface MIXER name 'Mix K Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.370 { iface MIXER name 'Mix K Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.371 { iface MIXER name 'Mix K Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.372 { iface MIXER name 'Mix K Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.373 { iface MIXER name 'Mix K Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.374 { iface MIXER name 'Mix K Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.375 { iface MIXER name 'Mix K Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.376 { iface MIXER name 'Mix K Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.377 { iface MIXER name 'Mix K Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.378 { iface MIXER name 'Mix K Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.379 { iface MIXER name 'Mix K Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.380 { iface MIXER name 'Mix K Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.381 { iface MIXER name 'Mix K Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.382 { iface MIXER name 'Mix K Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.383 { iface MIXER name 'Mix K Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.384 { iface MIXER name 'Mix K Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.385 { iface MIXER name 'Mix K Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.386 { iface MIXER name 'Mix K Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.387 { iface MIXER name 'Mix K Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.388 { iface MIXER name 'Mix K Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.389 { iface MIXER name 'Mix K Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.390 { iface MIXER name 'Mix K Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.391 { iface MIXER name 'Mix K Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.392 { iface MIXER name 'Mix K Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.393 { iface MIXER name 'Mix K Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.394 { iface MIXER name 'Mix K Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.395 { iface MIXER name 'Mix K Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.396 { iface MIXER name 'Mix K Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.397 { iface MIXER name 'Mix K Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.398 { iface MIXER name 'Mix K Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.399 { iface MIXER name 'Mix K Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.400 { iface MIXER name 'Mix K Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.401 { iface MIXER name 'Mix K Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.402 { iface MIXER name 'Mix K Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.403 { iface MIXER name 'Mix L Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.404 { iface MIXER name 'Mix L Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.405 { iface MIXER name 'Mix L Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.406 { iface MIXER name 'Mix L Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.407 { iface MIXER name 'Mix L Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.408 { iface MIXER name 'Mix L Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.409 { iface MIXER name 'Mix L Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.410 { iface MIXER name 'Mix L Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.411 { iface MIXER name 'Mix L Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.412 { iface MIXER name 'Mix L Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.413 { iface MIXER name 'Mix L Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.414 { iface MIXER name 'Mix L Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.415 { iface MIXER name 'Mix L Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.416 { iface MIXER name 'Mix L Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.417 { iface MIXER name 'Mix L Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.418 { iface MIXER name 'Mix L Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.419 { iface MIXER name 'Mix L Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.420 { iface MIXER name 'Mix L Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.421 { iface MIXER name 'Mix L Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.422 { iface MIXER name 'Mix L Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.423 { iface MIXER name 'Mix L Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.424 { iface MIXER name 'Mix L Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.425 { iface MIXER name 'Mix L Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.426 { iface MIXER name 'Mix L Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.427 { iface MIXER name 'Mix L Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.428 { iface MIXER name 'Mix L Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.429 { iface MIXER name 'Mix L Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.430 { iface MIXER name 'Mix L Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.431 { iface MIXER name 'Mix L Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.432 { iface MIXER name 'Mix L Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.433 { iface MIXER name 'Mix L Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.434 { iface MIXER name 'Mix L Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.435 { iface MIXER name 'Mix L Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.436 { iface MIXER name 'Mix L Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.437 { iface MIXER name 'Mix L Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.438 { iface MIXER name 'Mix L Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.439 { iface MIXER name 'Analogue 1 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.440 { iface MIXER name 'Analogue 2 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.441 { iface MIXER name 'Analogue 3 Playback Enum' value 'PCM 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.442 { iface MIXER name 'Analogue 4 Playback Enum' value 'PCM 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.443 { iface MIXER name 'Analogue 5 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.444 { iface MIXER name 'Analogue 6 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.445 { iface MIXER name 'Analogue 7 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.446 { iface MIXER name 'Analogue 8 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.447 { iface MIXER name 'S/PDIF 1 Playback Enum' value 'PCM 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.448 { iface MIXER name 'S/PDIF 2 Playback Enum' value 'PCM 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.449 { iface MIXER name 'ADAT 1 Playback Enum' value 'PCM 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.450 { iface MIXER name 'ADAT 2 Playback Enum' value 'PCM 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.451 { iface MIXER name 'ADAT 3 Playback Enum' value 'PCM 9' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.452 { iface MIXER name 'ADAT 4 Playback Enum' value 'PCM 10' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.453 { iface MIXER name 'ADAT 5 Playback Enum' value 'PCM 11' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.454 { iface MIXER name 'ADAT 6 Playback Enum' value 'PCM 12' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.455 { iface MIXER name 'ADAT 7 Playback Enum' value 'PCM 13' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.456 { iface MIXER name 'ADAT 8 Playback Enum' value 'PCM 14' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.457 { iface MIXER name 'PCM 1 Capture Enum' value 'Analogue 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.458 { iface MIXER name 'PCM 2 Capture Enum' value 'Analogue 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.459 { iface MIXER name 'PCM 3 Capture Enum' value 'Analogue 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.460 { iface MIXER name 'PCM 4 Capture Enum' value 'Analogue 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.461 { iface MIXER name 'PCM 5 Capture Enum' value 'Analogue 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.462 { iface MIXER name 'PCM 6 Capture Enum' value 'Analogue 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.463 { iface MIXER name 'PCM 7 Capture Enum' value 'Analogue 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.464 { iface MIXER name 'PCM 8 Capture Enum' value 'Analogue 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.465 { iface MIXER name 'PCM 9 Capture Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.466 { iface MIXER name 'PCM 10 Capture Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.467 { iface MIXER name 'PCM 11 Capture Enum' value 'S/PDIF 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.468 { iface MIXER name 'PCM 12 Capture Enum' value 'S/PDIF 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.469 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.470 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.471 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.472 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.473 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.474 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.475 { iface MIXER name 'PCM 19 Capture Enum' value 'ADAT 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.476 { iface MIXER name 'PCM 20 Capture Enum' value 'ADAT 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.477 { iface MIXER name 'Mixer 1 Capture Enum' value 'PCM 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.478 { iface MIXER name 'Mixer 2 Capture Enum' value 'PCM 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.479 { iface MIXER name 'Mixer 3 Capture Enum' value 'PCM 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.480 { iface MIXER name 'Mixer 4 Capture Enum' value 'PCM 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.481 { iface MIXER name 'Mixer 5 Capture Enum' value 'PCM 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.482 { iface MIXER name 'Mixer 6 Capture Enum' value 'PCM 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.483 { iface MIXER name 'Mixer 7 Capture Enum' value 'PCM 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.484 { iface MIXER name 'Mixer 8 Capture Enum' value 'PCM 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.485 { iface MIXER name 'Mixer 9 Capture Enum' value 'PCM 9' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.486 { iface MIXER name 'Mixer 10 Capture Enum' value 'PCM 10' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.487 { iface MIXER name 'Mixer 11 Capture Enum' value 'PCM 11' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.488 { iface MIXER name 'Mixer 12 Capture Enum' value 'PCM 12' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.489 { iface MIXER name 'Mixer 13 Capture Enum' value 'PCM 13' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.490 { iface MIXER name 'Mixer 14 Capture Enum' value 'PCM 14' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.491 { iface MIXER name 'Mixer 15 Capture Enum' value 'PCM 15' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.492 { iface MIXER name 'Mixer 16 Capture Enum' value 'PCM 16' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.493 { iface MIXER name 'Mixer 17 Capture Enum' value 'PCM 17' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.494 { iface MIXER name 'Mixer 18 Capture Enum' value 'PCM 18' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.495 { iface MIXER name 'Mixer 19 Capture Enum' value 'Analogue 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.496 { iface MIXER name 'Mixer 20 Capture Enum' value 'Analogue 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.497 { iface MIXER name 'Mixer 21 Capture Enum' value 'Analogue 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.498 { iface MIXER name 'Mixer 22 Capture Enum' value 'Analogue 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.499 { iface MIXER name 'Mixer 23 Capture Enum' value 'Analogue 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.500 { iface MIXER name 'Mixer 24 Capture Enum' value 'Analogue 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.501 { iface MIXER name 'Mixer 25 Capture Enum' value 'Analogue 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.502 { iface MIXER name 'Mixer 26 Capture Enum' value 'Analogue 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.503 { iface MIXER name 'Mixer 27 Capture Enum' value 'S/PDIF 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.504 { iface MIXER name 'Mixer 28 Capture Enum' value 'S/PDIF 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.505 { iface MIXER name 'Mixer 29 Capture Enum' value 'ADAT 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.506 { iface MIXER name 'Mixer 30 Capture Enum' value 'ADAT 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.507 { iface MIXER name 'Mixer 31 Capture Enum' value 'ADAT 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.508 { iface MIXER name 'Mixer 32 Capture Enum' value 'ADAT 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.509 { iface MIXER name 'Mixer 33 Capture Enum' value 'ADAT 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.510 { iface MIXER name 'Mixer 34 Capture Enum' value 'ADAT 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.511 { iface MIXER name 'Mixer 35 Capture Enum' value 'ADAT 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.512 { iface MIXER name 'Mixer 36 Capture Enum' value 'ADAT 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'S/PDIF 1' item.10 'S/PDIF 2' item.11 'ADAT 1' item.12 'ADAT 2' item.13 'ADAT 3' item.14 'ADAT 4' item.15 'ADAT 5' item.16 'ADAT 6' item.17 'ADAT 7' item.18 'ADAT 8' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' item.23 'PCM 5' item.24 'PCM 6' item.25 'PCM 7' item.26 'PCM 8' item.27 'PCM 9' item.28 'PCM 10' item.29 'PCM 11' item.30 'PCM 12' item.31 'PCM 13' item.32 'PCM 14' item.33 'PCM 15' item.34 'PCM 16' item.35 'PCM 17' item.36 'PCM 18' item.37 'Mix A' item.38 'Mix B' item.39 'Mix C' item.40 'Mix D' item.41 'Mix E' item.42 'Mix F' item.43 'Mix G' item.44 'Mix H' item.45 'Mix I' item.46 'Mix J' item.47 'Mix K' item.48 'Mix L' } } control.513 { iface MIXER name 'Line In 1 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.514 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.515 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.516 { iface MIXER name 'Line In 1 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.517 { iface MIXER name 'Line In 1 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.518 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write user' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.519 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.520 { iface MIXER name 'Line In 1 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.521 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.522 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.523 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.524 { iface MIXER name 'Line In 2 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.525 { iface MIXER name 'Line In 2 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.526 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write user' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.527 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.528 { iface MIXER name 'Line In 2 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.529 { iface MIXER name 'Line In 3 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.530 { iface MIXER name 'Line In 3 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.531 { iface MIXER name 'Line In 3 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.532 { iface MIXER name 'Line In 3 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.533 { iface MIXER name 'Line In 3 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.534 { iface MIXER name 'Line In 3 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.535 { iface MIXER name 'Line In 3 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.536 { iface MIXER name 'Line In 4 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.537 { iface MIXER name 'Line In 4 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.538 { iface MIXER name 'Line In 4 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.539 { iface MIXER name 'Line In 4 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.540 { iface MIXER name 'Line In 4 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.541 { iface MIXER name 'Line In 4 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.542 { iface MIXER name 'Line In 4 Gain Capture Volume' value 5 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 492 } } control.543 { iface MIXER name 'Analogue 1 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.544 { iface MIXER name 'Analogue 2 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.545 { iface MIXER name 'Analogue 3 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.546 { iface MIXER name 'Analogue 4 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.547 { iface MIXER name 'Analogue 5 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.548 { iface MIXER name 'Analogue 6 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.549 { iface MIXER name 'Analogue 7 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.550 { iface MIXER name 'Analogue 8 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.551 { iface MIXER name 'Main Group Output 1 Playback Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.552 { iface MIXER name 'Main Group Output 2 Playback Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.553 { iface MIXER name 'Main Group Output 3 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.554 { iface MIXER name 'Main Group Output 4 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.555 { iface MIXER name 'Main Group Output 5 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.556 { iface MIXER name 'Main Group Output 6 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.557 { iface MIXER name 'Main Group Output 7 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.558 { iface MIXER name 'Main Group Output 8 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.559 { iface MIXER name 'Main Group Output 1 Source Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.560 { iface MIXER name 'Main Group Output 2 Source Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.561 { iface MIXER name 'Main Group Output 3 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.562 { iface MIXER name 'Main Group Output 4 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.563 { iface MIXER name 'Main Group Output 5 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.564 { iface MIXER name 'Main Group Output 6 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.565 { iface MIXER name 'Main Group Output 7 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.566 { iface MIXER name 'Main Group Output 8 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.567 { iface MIXER name 'Main Group Output 1 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.568 { iface MIXER name 'Main Group Output 2 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.569 { iface MIXER name 'Main Group Output 3 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.570 { iface MIXER name 'Main Group Output 4 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.571 { iface MIXER name 'Main Group Output 5 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.572 { iface MIXER name 'Main Group Output 6 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.573 { iface MIXER name 'Main Group Output 7 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.574 { iface MIXER name 'Main Group Output 8 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.575 { iface MIXER name 'Alt Group Output 1 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.576 { iface MIXER name 'Alt Group Output 2 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.577 { iface MIXER name 'Alt Group Output 3 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.578 { iface MIXER name 'Alt Group Output 4 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.579 { iface MIXER name 'Alt Group Output 5 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.580 { iface MIXER name 'Alt Group Output 6 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.581 { iface MIXER name 'Alt Group Output 7 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.582 { iface MIXER name 'Alt Group Output 8 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.583 { iface MIXER name 'Alt Group Output 1 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.584 { iface MIXER name 'Alt Group Output 2 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.585 { iface MIXER name 'Alt Group Output 3 Source Playback Enum' value 'PCM 3' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.586 { iface MIXER name 'Alt Group Output 4 Source Playback Enum' value 'PCM 4' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.587 { iface MIXER name 'Alt Group Output 5 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.588 { iface MIXER name 'Alt Group Output 6 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.589 { iface MIXER name 'Alt Group Output 7 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.590 { iface MIXER name 'Alt Group Output 8 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'Analogue 1' item.19 'Analogue 2' item.20 'Analogue 3' item.21 'Analogue 4' item.22 'Analogue 5' item.23 'Analogue 6' item.24 'Analogue 7' item.25 'Analogue 8' item.26 'S/PDIF 1' item.27 'S/PDIF 2' item.28 'ADAT 1' item.29 'ADAT 2' item.30 'ADAT 3' item.31 'ADAT 4' item.32 'ADAT 5' item.33 'ADAT 6' item.34 'ADAT 7' item.35 'ADAT 8' item.36 'Mix A' item.37 'Mix B' item.38 'Mix C' item.39 'Mix D' item.40 'Mix E' item.41 'Mix F' item.42 'Mix G' item.43 'Mix H' item.44 'Mix I' item.45 'Mix J' item.46 'Mix K' item.47 'Mix L' } } control.591 { iface MIXER name 'Alt Group Output 1 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.592 { iface MIXER name 'Alt Group Output 2 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.593 { iface MIXER name 'Alt Group Output 3 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.594 { iface MIXER name 'Alt Group Output 4 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.595 { iface MIXER name 'Alt Group Output 5 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.596 { iface MIXER name 'Alt Group Output 6 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.597 { iface MIXER name 'Alt Group Output 7 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.598 { iface MIXER name 'Alt Group Output 8 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.599 { iface CARD name 'Firmware Version' value.0 2 value.1 0 value.2 2464 value.3 0 comment { access 'read write locked user' type INTEGER count 4 range '0 - 65535 (step 1)' tlv '53434b54000000186e75722f6573752f2f302f722d7063666f732e3000006b63' } } control.600 { iface MIXER name Name value '536361726c657474203138693136203474682047656e2d344100000000000000' comment { access 'read write user' type BYTES count 32 } } control.601 { iface CARD name 'ESP Firmware Version' value.0 1 value.1 0 value.2 0 value.3 364 comment { access 'read write locked user' type INTEGER count 4 range '0 - 65535 (step 1)' } } control.602 { iface MIXER name 'Input Select Capture Enum' value 'Input 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'Input 1' item.1 'Input 2' item.2 'Input 3' item.3 'Input 4' } } control.603 { iface MIXER name 'Master Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.604 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.605 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.606 { iface MIXER name 'Speaker Switching Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.607 { iface MIXER name 'Speaker Switching Alt Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.608 { iface MIXER name 'Digital I/O Mode Capture Enum' value 'S/PDIF RCA' comment { access 'read write user' type ENUMERATED count 1 item.0 'S/PDIF RCA' item.1 'S/PDIF Optical' } } control.609 { iface MIXER name 'Standalone Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.610 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 18i20.conf000066400000000000000000001104631521233005100227310ustar00rootroot00000000000000[device] serial=S0ES0003800046 model=Scarlett 18i20 4th Gen [controls] Clock Source Clock Source=Internal Mix A Input 01 Playback Volume=8192 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=0 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix A Input 13 Playback Volume=0 Mix A Input 14 Playback Volume=0 Mix A Input 15 Playback Volume=0 Mix A Input 16 Playback Volume=0 Mix A Input 17 Playback Volume=0 Mix A Input 18 Playback Volume=0 Mix A Input 19 Playback Volume=0 Mix A Input 20 Playback Volume=0 Mix A Input 21 Playback Volume=0 Mix A Input 22 Playback Volume=0 Mix A Input 23 Playback Volume=0 Mix A Input 24 Playback Volume=0 Mix A Input 25 Playback Volume=0 Mix A Input 26 Playback Volume=0 Mix A Input 27 Playback Volume=0 Mix A Input 28 Playback Volume=0 Mix A Input 29 Playback Volume=0 Mix A Input 30 Playback Volume=0 Mix A Input 31 Playback Volume=0 Mix A Input 32 Playback Volume=0 Mix A Input 33 Playback Volume=0 Mix A Input 34 Playback Volume=0 Mix A Input 35 Playback Volume=0 Mix A Input 36 Playback Volume=0 Mix A Input 37 Playback Volume=0 Mix A Input 38 Playback Volume=0 Mix A Input 39 Playback Volume=0 Mix A Input 40 Playback Volume=0 Mix A Input 41 Playback Volume=0 Mix A Input 42 Playback Volume=0 Mix A Input 43 Playback Volume=0 Mix A Input 44 Playback Volume=0 Mix A Input 45 Playback Volume=0 Mix A Input 46 Playback Volume=0 Mix A Input 47 Playback Volume=0 Mix A Input 48 Playback Volume=0 Mix A Input 49 Playback Volume=0 Mix A Input 50 Playback Volume=0 Mix A Input 51 Playback Volume=0 Mix A Input 52 Playback Volume=0 Mix A Input 53 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=8192 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=0 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix B Input 13 Playback Volume=0 Mix B Input 14 Playback Volume=0 Mix B Input 15 Playback Volume=0 Mix B Input 16 Playback Volume=0 Mix B Input 17 Playback Volume=0 Mix B Input 18 Playback Volume=0 Mix B Input 19 Playback Volume=0 Mix B Input 20 Playback Volume=0 Mix B Input 21 Playback Volume=0 Mix B Input 22 Playback Volume=0 Mix B Input 23 Playback Volume=0 Mix B Input 24 Playback Volume=0 Mix B Input 25 Playback Volume=0 Mix B Input 26 Playback Volume=0 Mix B Input 27 Playback Volume=0 Mix B Input 28 Playback Volume=0 Mix B Input 29 Playback Volume=0 Mix B Input 30 Playback Volume=0 Mix B Input 31 Playback Volume=0 Mix B Input 32 Playback Volume=0 Mix B Input 33 Playback Volume=0 Mix B Input 34 Playback Volume=0 Mix B Input 35 Playback Volume=0 Mix B Input 36 Playback Volume=0 Mix B Input 37 Playback Volume=0 Mix B Input 38 Playback Volume=0 Mix B Input 39 Playback Volume=0 Mix B Input 40 Playback Volume=0 Mix B Input 41 Playback Volume=0 Mix B Input 42 Playback Volume=0 Mix B Input 43 Playback Volume=0 Mix B Input 44 Playback Volume=0 Mix B Input 45 Playback Volume=0 Mix B Input 46 Playback Volume=0 Mix B Input 47 Playback Volume=0 Mix B Input 48 Playback Volume=0 Mix B Input 49 Playback Volume=0 Mix B Input 50 Playback Volume=0 Mix B Input 51 Playback Volume=0 Mix B Input 52 Playback Volume=0 Mix B Input 53 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=8192 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix C Input 13 Playback Volume=0 Mix C Input 14 Playback Volume=0 Mix C Input 15 Playback Volume=0 Mix C Input 16 Playback Volume=0 Mix C Input 17 Playback Volume=0 Mix C Input 18 Playback Volume=0 Mix C Input 19 Playback Volume=0 Mix C Input 20 Playback Volume=0 Mix C Input 21 Playback Volume=0 Mix C Input 22 Playback Volume=0 Mix C Input 23 Playback Volume=0 Mix C Input 24 Playback Volume=0 Mix C Input 25 Playback Volume=0 Mix C Input 26 Playback Volume=0 Mix C Input 27 Playback Volume=0 Mix C Input 28 Playback Volume=0 Mix C Input 29 Playback Volume=0 Mix C Input 30 Playback Volume=0 Mix C Input 31 Playback Volume=0 Mix C Input 32 Playback Volume=0 Mix C Input 33 Playback Volume=0 Mix C Input 34 Playback Volume=0 Mix C Input 35 Playback Volume=0 Mix C Input 36 Playback Volume=0 Mix C Input 37 Playback Volume=0 Mix C Input 38 Playback Volume=0 Mix C Input 39 Playback Volume=0 Mix C Input 40 Playback Volume=0 Mix C Input 41 Playback Volume=0 Mix C Input 42 Playback Volume=0 Mix C Input 43 Playback Volume=0 Mix C Input 44 Playback Volume=0 Mix C Input 45 Playback Volume=0 Mix C Input 46 Playback Volume=0 Mix C Input 47 Playback Volume=0 Mix C Input 48 Playback Volume=0 Mix C Input 49 Playback Volume=0 Mix C Input 50 Playback Volume=0 Mix C Input 51 Playback Volume=0 Mix C Input 52 Playback Volume=0 Mix C Input 53 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=8192 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix D Input 13 Playback Volume=0 Mix D Input 14 Playback Volume=0 Mix D Input 15 Playback Volume=0 Mix D Input 16 Playback Volume=0 Mix D Input 17 Playback Volume=0 Mix D Input 18 Playback Volume=0 Mix D Input 19 Playback Volume=0 Mix D Input 20 Playback Volume=0 Mix D Input 21 Playback Volume=0 Mix D Input 22 Playback Volume=0 Mix D Input 23 Playback Volume=0 Mix D Input 24 Playback Volume=0 Mix D Input 25 Playback Volume=0 Mix D Input 26 Playback Volume=0 Mix D Input 27 Playback Volume=0 Mix D Input 28 Playback Volume=0 Mix D Input 29 Playback Volume=0 Mix D Input 30 Playback Volume=0 Mix D Input 31 Playback Volume=0 Mix D Input 32 Playback Volume=0 Mix D Input 33 Playback Volume=0 Mix D Input 34 Playback Volume=0 Mix D Input 35 Playback Volume=0 Mix D Input 36 Playback Volume=0 Mix D Input 37 Playback Volume=0 Mix D Input 38 Playback Volume=0 Mix D Input 39 Playback Volume=0 Mix D Input 40 Playback Volume=0 Mix D Input 41 Playback Volume=0 Mix D Input 42 Playback Volume=0 Mix D Input 43 Playback Volume=0 Mix D Input 44 Playback Volume=0 Mix D Input 45 Playback Volume=0 Mix D Input 46 Playback Volume=0 Mix D Input 47 Playback Volume=0 Mix D Input 48 Playback Volume=0 Mix D Input 49 Playback Volume=0 Mix D Input 50 Playback Volume=0 Mix D Input 51 Playback Volume=0 Mix D Input 52 Playback Volume=0 Mix D Input 53 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=8192 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix E Input 13 Playback Volume=0 Mix E Input 14 Playback Volume=0 Mix E Input 15 Playback Volume=0 Mix E Input 16 Playback Volume=0 Mix E Input 17 Playback Volume=0 Mix E Input 18 Playback Volume=0 Mix E Input 19 Playback Volume=0 Mix E Input 20 Playback Volume=0 Mix E Input 21 Playback Volume=0 Mix E Input 22 Playback Volume=0 Mix E Input 23 Playback Volume=0 Mix E Input 24 Playback Volume=0 Mix E Input 25 Playback Volume=0 Mix E Input 26 Playback Volume=0 Mix E Input 27 Playback Volume=0 Mix E Input 28 Playback Volume=0 Mix E Input 29 Playback Volume=0 Mix E Input 30 Playback Volume=0 Mix E Input 31 Playback Volume=0 Mix E Input 32 Playback Volume=0 Mix E Input 33 Playback Volume=0 Mix E Input 34 Playback Volume=0 Mix E Input 35 Playback Volume=0 Mix E Input 36 Playback Volume=0 Mix E Input 37 Playback Volume=0 Mix E Input 38 Playback Volume=0 Mix E Input 39 Playback Volume=0 Mix E Input 40 Playback Volume=0 Mix E Input 41 Playback Volume=0 Mix E Input 42 Playback Volume=0 Mix E Input 43 Playback Volume=0 Mix E Input 44 Playback Volume=0 Mix E Input 45 Playback Volume=0 Mix E Input 46 Playback Volume=0 Mix E Input 47 Playback Volume=0 Mix E Input 48 Playback Volume=0 Mix E Input 49 Playback Volume=0 Mix E Input 50 Playback Volume=0 Mix E Input 51 Playback Volume=0 Mix E Input 52 Playback Volume=0 Mix E Input 53 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=8192 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix F Input 13 Playback Volume=0 Mix F Input 14 Playback Volume=0 Mix F Input 15 Playback Volume=0 Mix F Input 16 Playback Volume=0 Mix F Input 17 Playback Volume=0 Mix F Input 18 Playback Volume=0 Mix F Input 19 Playback Volume=0 Mix F Input 20 Playback Volume=0 Mix F Input 21 Playback Volume=0 Mix F Input 22 Playback Volume=0 Mix F Input 23 Playback Volume=0 Mix F Input 24 Playback Volume=0 Mix F Input 25 Playback Volume=0 Mix F Input 26 Playback Volume=0 Mix F Input 27 Playback Volume=0 Mix F Input 28 Playback Volume=0 Mix F Input 29 Playback Volume=0 Mix F Input 30 Playback Volume=0 Mix F Input 31 Playback Volume=0 Mix F Input 32 Playback Volume=0 Mix F Input 33 Playback Volume=0 Mix F Input 34 Playback Volume=0 Mix F Input 35 Playback Volume=0 Mix F Input 36 Playback Volume=0 Mix F Input 37 Playback Volume=0 Mix F Input 38 Playback Volume=0 Mix F Input 39 Playback Volume=0 Mix F Input 40 Playback Volume=0 Mix F Input 41 Playback Volume=0 Mix F Input 42 Playback Volume=0 Mix F Input 43 Playback Volume=0 Mix F Input 44 Playback Volume=0 Mix F Input 45 Playback Volume=0 Mix F Input 46 Playback Volume=0 Mix F Input 47 Playback Volume=0 Mix F Input 48 Playback Volume=0 Mix F Input 49 Playback Volume=0 Mix F Input 50 Playback Volume=0 Mix F Input 51 Playback Volume=0 Mix F Input 52 Playback Volume=0 Mix F Input 53 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=8192 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=0 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix G Input 13 Playback Volume=0 Mix G Input 14 Playback Volume=0 Mix G Input 15 Playback Volume=0 Mix G Input 16 Playback Volume=0 Mix G Input 17 Playback Volume=0 Mix G Input 18 Playback Volume=0 Mix G Input 19 Playback Volume=0 Mix G Input 20 Playback Volume=0 Mix G Input 21 Playback Volume=0 Mix G Input 22 Playback Volume=0 Mix G Input 23 Playback Volume=0 Mix G Input 24 Playback Volume=0 Mix G Input 25 Playback Volume=0 Mix G Input 26 Playback Volume=0 Mix G Input 27 Playback Volume=0 Mix G Input 28 Playback Volume=0 Mix G Input 29 Playback Volume=0 Mix G Input 30 Playback Volume=0 Mix G Input 31 Playback Volume=0 Mix G Input 32 Playback Volume=0 Mix G Input 33 Playback Volume=0 Mix G Input 34 Playback Volume=0 Mix G Input 35 Playback Volume=0 Mix G Input 36 Playback Volume=0 Mix G Input 37 Playback Volume=0 Mix G Input 38 Playback Volume=0 Mix G Input 39 Playback Volume=0 Mix G Input 40 Playback Volume=0 Mix G Input 41 Playback Volume=0 Mix G Input 42 Playback Volume=0 Mix G Input 43 Playback Volume=0 Mix G Input 44 Playback Volume=0 Mix G Input 45 Playback Volume=0 Mix G Input 46 Playback Volume=0 Mix G Input 47 Playback Volume=0 Mix G Input 48 Playback Volume=0 Mix G Input 49 Playback Volume=0 Mix G Input 50 Playback Volume=0 Mix G Input 51 Playback Volume=0 Mix G Input 52 Playback Volume=0 Mix G Input 53 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=8192 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=0 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix H Input 13 Playback Volume=0 Mix H Input 14 Playback Volume=0 Mix H Input 15 Playback Volume=0 Mix H Input 16 Playback Volume=0 Mix H Input 17 Playback Volume=0 Mix H Input 18 Playback Volume=0 Mix H Input 19 Playback Volume=0 Mix H Input 20 Playback Volume=0 Mix H Input 21 Playback Volume=0 Mix H Input 22 Playback Volume=0 Mix H Input 23 Playback Volume=0 Mix H Input 24 Playback Volume=0 Mix H Input 25 Playback Volume=0 Mix H Input 26 Playback Volume=0 Mix H Input 27 Playback Volume=0 Mix H Input 28 Playback Volume=0 Mix H Input 29 Playback Volume=0 Mix H Input 30 Playback Volume=0 Mix H Input 31 Playback Volume=0 Mix H Input 32 Playback Volume=0 Mix H Input 33 Playback Volume=0 Mix H Input 34 Playback Volume=0 Mix H Input 35 Playback Volume=0 Mix H Input 36 Playback Volume=0 Mix H Input 37 Playback Volume=0 Mix H Input 38 Playback Volume=0 Mix H Input 39 Playback Volume=0 Mix H Input 40 Playback Volume=0 Mix H Input 41 Playback Volume=0 Mix H Input 42 Playback Volume=0 Mix H Input 43 Playback Volume=0 Mix H Input 44 Playback Volume=0 Mix H Input 45 Playback Volume=0 Mix H Input 46 Playback Volume=0 Mix H Input 47 Playback Volume=0 Mix H Input 48 Playback Volume=0 Mix H Input 49 Playback Volume=0 Mix H Input 50 Playback Volume=0 Mix H Input 51 Playback Volume=0 Mix H Input 52 Playback Volume=0 Mix H Input 53 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=8192 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=0 Mix I Input 12 Playback Volume=0 Mix I Input 13 Playback Volume=0 Mix I Input 14 Playback Volume=0 Mix I Input 15 Playback Volume=0 Mix I Input 16 Playback Volume=0 Mix I Input 17 Playback Volume=0 Mix I Input 18 Playback Volume=0 Mix I Input 19 Playback Volume=0 Mix I Input 20 Playback Volume=0 Mix I Input 21 Playback Volume=0 Mix I Input 22 Playback Volume=0 Mix I Input 23 Playback Volume=0 Mix I Input 24 Playback Volume=0 Mix I Input 25 Playback Volume=0 Mix I Input 26 Playback Volume=0 Mix I Input 27 Playback Volume=0 Mix I Input 28 Playback Volume=0 Mix I Input 29 Playback Volume=0 Mix I Input 30 Playback Volume=0 Mix I Input 31 Playback Volume=0 Mix I Input 32 Playback Volume=0 Mix I Input 33 Playback Volume=0 Mix I Input 34 Playback Volume=0 Mix I Input 35 Playback Volume=0 Mix I Input 36 Playback Volume=0 Mix I Input 37 Playback Volume=0 Mix I Input 38 Playback Volume=0 Mix I Input 39 Playback Volume=0 Mix I Input 40 Playback Volume=0 Mix I Input 41 Playback Volume=0 Mix I Input 42 Playback Volume=0 Mix I Input 43 Playback Volume=0 Mix I Input 44 Playback Volume=0 Mix I Input 45 Playback Volume=0 Mix I Input 46 Playback Volume=0 Mix I Input 47 Playback Volume=0 Mix I Input 48 Playback Volume=0 Mix I Input 49 Playback Volume=0 Mix I Input 50 Playback Volume=0 Mix I Input 51 Playback Volume=0 Mix I Input 52 Playback Volume=0 Mix I Input 53 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=8192 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=0 Mix J Input 13 Playback Volume=0 Mix J Input 14 Playback Volume=0 Mix J Input 15 Playback Volume=0 Mix J Input 16 Playback Volume=0 Mix J Input 17 Playback Volume=0 Mix J Input 18 Playback Volume=0 Mix J Input 19 Playback Volume=0 Mix J Input 20 Playback Volume=0 Mix J Input 21 Playback Volume=0 Mix J Input 22 Playback Volume=0 Mix J Input 23 Playback Volume=0 Mix J Input 24 Playback Volume=0 Mix J Input 25 Playback Volume=0 Mix J Input 26 Playback Volume=0 Mix J Input 27 Playback Volume=0 Mix J Input 28 Playback Volume=0 Mix J Input 29 Playback Volume=0 Mix J Input 30 Playback Volume=0 Mix J Input 31 Playback Volume=0 Mix J Input 32 Playback Volume=0 Mix J Input 33 Playback Volume=0 Mix J Input 34 Playback Volume=0 Mix J Input 35 Playback Volume=0 Mix J Input 36 Playback Volume=0 Mix J Input 37 Playback Volume=0 Mix J Input 38 Playback Volume=0 Mix J Input 39 Playback Volume=0 Mix J Input 40 Playback Volume=0 Mix J Input 41 Playback Volume=0 Mix J Input 42 Playback Volume=0 Mix J Input 43 Playback Volume=0 Mix J Input 44 Playback Volume=0 Mix J Input 45 Playback Volume=0 Mix J Input 46 Playback Volume=0 Mix J Input 47 Playback Volume=0 Mix J Input 48 Playback Volume=0 Mix J Input 49 Playback Volume=0 Mix J Input 50 Playback Volume=0 Mix J Input 51 Playback Volume=0 Mix J Input 52 Playback Volume=0 Mix J Input 53 Playback Volume=0 Mix K Input 01 Playback Volume=0 Mix K Input 02 Playback Volume=0 Mix K Input 03 Playback Volume=0 Mix K Input 04 Playback Volume=0 Mix K Input 05 Playback Volume=0 Mix K Input 06 Playback Volume=0 Mix K Input 07 Playback Volume=0 Mix K Input 08 Playback Volume=0 Mix K Input 09 Playback Volume=0 Mix K Input 10 Playback Volume=0 Mix K Input 11 Playback Volume=0 Mix K Input 12 Playback Volume=0 Mix K Input 13 Playback Volume=0 Mix K Input 14 Playback Volume=0 Mix K Input 15 Playback Volume=0 Mix K Input 16 Playback Volume=0 Mix K Input 17 Playback Volume=0 Mix K Input 18 Playback Volume=0 Mix K Input 19 Playback Volume=0 Mix K Input 20 Playback Volume=0 Mix K Input 21 Playback Volume=0 Mix K Input 22 Playback Volume=0 Mix K Input 23 Playback Volume=0 Mix K Input 24 Playback Volume=0 Mix K Input 25 Playback Volume=0 Mix K Input 26 Playback Volume=0 Mix K Input 27 Playback Volume=0 Mix K Input 28 Playback Volume=0 Mix K Input 29 Playback Volume=0 Mix K Input 30 Playback Volume=0 Mix K Input 31 Playback Volume=0 Mix K Input 32 Playback Volume=0 Mix K Input 33 Playback Volume=0 Mix K Input 34 Playback Volume=0 Mix K Input 35 Playback Volume=0 Mix K Input 36 Playback Volume=0 Mix K Input 37 Playback Volume=0 Mix K Input 38 Playback Volume=0 Mix K Input 39 Playback Volume=0 Mix K Input 40 Playback Volume=0 Mix K Input 41 Playback Volume=0 Mix K Input 42 Playback Volume=0 Mix K Input 43 Playback Volume=0 Mix K Input 44 Playback Volume=0 Mix K Input 45 Playback Volume=0 Mix K Input 46 Playback Volume=0 Mix K Input 47 Playback Volume=0 Mix K Input 48 Playback Volume=0 Mix K Input 49 Playback Volume=0 Mix K Input 50 Playback Volume=0 Mix K Input 51 Playback Volume=0 Mix K Input 52 Playback Volume=0 Mix K Input 53 Playback Volume=0 Mix L Input 01 Playback Volume=0 Mix L Input 02 Playback Volume=0 Mix L Input 03 Playback Volume=0 Mix L Input 04 Playback Volume=0 Mix L Input 05 Playback Volume=0 Mix L Input 06 Playback Volume=0 Mix L Input 07 Playback Volume=0 Mix L Input 08 Playback Volume=0 Mix L Input 09 Playback Volume=0 Mix L Input 10 Playback Volume=0 Mix L Input 11 Playback Volume=0 Mix L Input 12 Playback Volume=0 Mix L Input 13 Playback Volume=0 Mix L Input 14 Playback Volume=0 Mix L Input 15 Playback Volume=0 Mix L Input 16 Playback Volume=0 Mix L Input 17 Playback Volume=0 Mix L Input 18 Playback Volume=0 Mix L Input 19 Playback Volume=0 Mix L Input 20 Playback Volume=0 Mix L Input 21 Playback Volume=0 Mix L Input 22 Playback Volume=0 Mix L Input 23 Playback Volume=0 Mix L Input 24 Playback Volume=0 Mix L Input 25 Playback Volume=0 Mix L Input 26 Playback Volume=0 Mix L Input 27 Playback Volume=0 Mix L Input 28 Playback Volume=0 Mix L Input 29 Playback Volume=0 Mix L Input 30 Playback Volume=0 Mix L Input 31 Playback Volume=0 Mix L Input 32 Playback Volume=0 Mix L Input 33 Playback Volume=0 Mix L Input 34 Playback Volume=0 Mix L Input 35 Playback Volume=0 Mix L Input 36 Playback Volume=0 Mix L Input 37 Playback Volume=0 Mix L Input 38 Playback Volume=0 Mix L Input 39 Playback Volume=0 Mix L Input 40 Playback Volume=0 Mix L Input 41 Playback Volume=0 Mix L Input 42 Playback Volume=0 Mix L Input 43 Playback Volume=0 Mix L Input 44 Playback Volume=0 Mix L Input 45 Playback Volume=0 Mix L Input 46 Playback Volume=0 Mix L Input 47 Playback Volume=0 Mix L Input 48 Playback Volume=0 Mix L Input 49 Playback Volume=0 Mix L Input 50 Playback Volume=0 Mix L Input 51 Playback Volume=0 Mix L Input 52 Playback Volume=0 Mix L Input 53 Playback Volume=0 Analogue 1 Playback Enum=Mix A Analogue 2 Playback Enum=Mix B Analogue 3 Playback Enum=PCM 3 Analogue 4 Playback Enum=PCM 4 Analogue 5 Playback Enum=PCM 5 Analogue 6 Playback Enum=PCM 6 Analogue 7 Playback Enum=PCM 7 Analogue 8 Playback Enum=PCM 8 Analogue 9 Playback Enum=PCM 9 Analogue 10 Playback Enum=PCM 10 Analogue 11 Playback Enum=Mix A Analogue 12 Playback Enum=Mix B Analogue 13 Playback Enum=Mix A Analogue 14 Playback Enum=Mix B S/PDIF 1 Playback Enum=PCM 11 S/PDIF 2 Playback Enum=PCM 12 ADAT 1 Playback Enum=PCM 13 ADAT 2 Playback Enum=PCM 14 ADAT 3 Playback Enum=PCM 15 ADAT 4 Playback Enum=PCM 16 ADAT 5 Playback Enum=PCM 17 ADAT 6 Playback Enum=PCM 18 ADAT 7 Playback Enum=PCM 19 ADAT 8 Playback Enum=PCM 20 ADAT 9 Playback Enum=PCM 21 ADAT 10 Playback Enum=PCM 22 ADAT 11 Playback Enum=PCM 23 ADAT 12 Playback Enum=PCM 24 ADAT 13 Playback Enum=PCM 25 ADAT 14 Playback Enum=PCM 26 ADAT 15 Playback Enum=PCM 1 ADAT 16 Playback Enum=PCM 2 PCM 1 Capture Enum=Analogue 1 PCM 2 Capture Enum=Analogue 2 PCM 3 Capture Enum=Analogue 3 PCM 4 Capture Enum=Analogue 4 PCM 5 Capture Enum=Analogue 5 PCM 6 Capture Enum=Analogue 6 PCM 7 Capture Enum=Analogue 7 PCM 8 Capture Enum=Analogue 8 PCM 9 Capture Enum=PCM 1 PCM 10 Capture Enum=PCM 2 PCM 11 Capture Enum=S/PDIF 1 PCM 12 Capture Enum=S/PDIF 2 PCM 13 Capture Enum=ADAT 1 PCM 14 Capture Enum=ADAT 2 PCM 15 Capture Enum=ADAT 3 PCM 16 Capture Enum=ADAT 4 PCM 17 Capture Enum=ADAT 5 PCM 18 Capture Enum=ADAT 6 PCM 19 Capture Enum=ADAT 7 PCM 20 Capture Enum=ADAT 8 PCM 21 Capture Enum=Off PCM 22 Capture Enum=Off PCM 23 Capture Enum=Off PCM 24 Capture Enum=Off PCM 25 Capture Enum=Off PCM 26 Capture Enum=Off Line In 1 Air Capture Enum=Off Line In 1 Autogain Capture Switch=false Line In 1 Autogain Status Capture Enum=Root Line In 1 Link Capture Switch=false Line In 1 Safe Capture Switch=false Line In 1 Level Capture Enum=Line Line In 1 Phantom Power Capture Switch=false Line In 1 Gain Capture Volume=3 Line In 2 Air Capture Enum=Off Line In 2 Autogain Capture Switch=false Line In 2 Autogain Status Capture Enum=Root Line In 2 Link Capture Switch=false Line In 2 Safe Capture Switch=false Line In 2 Level Capture Enum=Line Line In 2 Phantom Power Capture Switch=false Line In 2 Gain Capture Volume=0 Line In 3 Air Capture Enum=Off Line In 3 Autogain Capture Switch=false Line In 3 Autogain Status Capture Enum=Root Line In 3 Link Capture Switch=false Line In 3 Safe Capture Switch=false Line In 3 Phantom Power Capture Switch=false Line In 3 Gain Capture Volume=0 Line In 4 Air Capture Enum=Off Line In 4 Autogain Capture Switch=false Line In 4 Autogain Status Capture Enum=Root Line In 4 Link Capture Switch=false Line In 4 Safe Capture Switch=false Line In 4 Phantom Power Capture Switch=false Line In 4 Gain Capture Volume=0 Line In 5 Air Capture Enum=Off Line In 5 Autogain Capture Switch=false Line In 5 Autogain Status Capture Enum=Root Line In 5 Link Capture Switch=false Line In 5 Safe Capture Switch=false Line In 5 Phantom Power Capture Switch=false Line In 5 Gain Capture Volume=0 Line In 6 Air Capture Enum=Off Line In 6 Autogain Capture Switch=false Line In 6 Autogain Status Capture Enum=Root Line In 6 Link Capture Switch=false Line In 6 Safe Capture Switch=false Line In 6 Phantom Power Capture Switch=false Line In 6 Gain Capture Volume=0 Line In 7 Air Capture Enum=Off Line In 7 Autogain Capture Switch=false Line In 7 Autogain Status Capture Enum=Root Line In 7 Link Capture Switch=false Line In 7 Safe Capture Switch=false Line In 7 Phantom Power Capture Switch=false Line In 7 Gain Capture Volume=0 Line In 8 Air Capture Enum=Off Line In 8 Autogain Capture Switch=false Line In 8 Autogain Status Capture Enum=Root Line In 8 Link Capture Switch=false Line In 8 Safe Capture Switch=false Line In 8 Phantom Power Capture Switch=false Line In 8 Gain Capture Volume=0 Analogue 1 Playback Volume=-127 Analogue 2 Playback Volume=-127 Analogue 3 Playback Volume=0 Analogue 4 Playback Volume=0 Analogue 5 Playback Volume=0 Analogue 6 Playback Volume=0 Analogue 7 Playback Volume=0 Analogue 8 Playback Volume=0 Analogue 9 Playback Volume=0 Analogue 10 Playback Volume=0 Analogue 11 Playback Volume=-127 Analogue 12 Playback Volume=-127 Analogue 13 Playback Volume=-127 Analogue 14 Playback Volume=-127 Main Group Output 1 Playback Switch=true Main Group Output 2 Playback Switch=true Main Group Output 3 Playback Switch=false Main Group Output 4 Playback Switch=false Main Group Output 5 Playback Switch=false Main Group Output 6 Playback Switch=false Main Group Output 7 Playback Switch=false Main Group Output 8 Playback Switch=false Main Group Output 9 Playback Switch=false Main Group Output 10 Playback Switch=false Main Group Output 11 Playback Switch=false Main Group Output 12 Playback Switch=false Main Group Output 13 Playback Switch=false Main Group Output 14 Playback Switch=false Main Group Output 1 Source Playback Enum=Mix A Main Group Output 2 Source Playback Enum=Mix B Main Group Output 3 Source Playback Enum=PCM 1 Main Group Output 4 Source Playback Enum=PCM 1 Main Group Output 5 Source Playback Enum=PCM 1 Main Group Output 6 Source Playback Enum=PCM 1 Main Group Output 7 Source Playback Enum=PCM 1 Main Group Output 8 Source Playback Enum=PCM 1 Main Group Output 9 Source Playback Enum=PCM 1 Main Group Output 10 Source Playback Enum=PCM 1 Main Group Output 11 Source Playback Enum=PCM 1 Main Group Output 12 Source Playback Enum=PCM 1 Main Group Output 13 Source Playback Enum=PCM 1 Main Group Output 14 Source Playback Enum=PCM 1 Main Group Output 1 Trim Playback Volume=0 Main Group Output 2 Trim Playback Volume=0 Main Group Output 3 Trim Playback Volume=0 Main Group Output 4 Trim Playback Volume=0 Main Group Output 5 Trim Playback Volume=0 Main Group Output 6 Trim Playback Volume=0 Main Group Output 7 Trim Playback Volume=0 Main Group Output 8 Trim Playback Volume=0 Main Group Output 9 Trim Playback Volume=0 Main Group Output 10 Trim Playback Volume=0 Main Group Output 11 Trim Playback Volume=0 Main Group Output 12 Trim Playback Volume=0 Main Group Output 13 Trim Playback Volume=0 Main Group Output 14 Trim Playback Volume=0 Alt Group Output 1 Playback Switch=false Alt Group Output 2 Playback Switch=false Alt Group Output 3 Playback Switch=false Alt Group Output 4 Playback Switch=false Alt Group Output 5 Playback Switch=false Alt Group Output 6 Playback Switch=false Alt Group Output 7 Playback Switch=false Alt Group Output 8 Playback Switch=false Alt Group Output 9 Playback Switch=false Alt Group Output 10 Playback Switch=false Alt Group Output 11 Playback Switch=false Alt Group Output 12 Playback Switch=false Alt Group Output 13 Playback Switch=false Alt Group Output 14 Playback Switch=false Alt Group Output 1 Source Playback Enum=PCM 1 Alt Group Output 2 Source Playback Enum=PCM 1 Alt Group Output 3 Source Playback Enum=PCM 3 Alt Group Output 4 Source Playback Enum=PCM 4 Alt Group Output 5 Source Playback Enum=PCM 1 Alt Group Output 6 Source Playback Enum=PCM 1 Alt Group Output 7 Source Playback Enum=PCM 1 Alt Group Output 8 Source Playback Enum=PCM 1 Alt Group Output 9 Source Playback Enum=PCM 1 Alt Group Output 10 Source Playback Enum=PCM 1 Alt Group Output 11 Source Playback Enum=PCM 1 Alt Group Output 12 Source Playback Enum=PCM 1 Alt Group Output 13 Source Playback Enum=PCM 1 Alt Group Output 14 Source Playback Enum=PCM 1 Alt Group Output 1 Trim Playback Volume=0 Alt Group Output 2 Trim Playback Volume=0 Alt Group Output 3 Trim Playback Volume=0 Alt Group Output 4 Trim Playback Volume=0 Alt Group Output 5 Trim Playback Volume=0 Alt Group Output 6 Trim Playback Volume=0 Alt Group Output 7 Trim Playback Volume=0 Alt Group Output 8 Trim Playback Volume=0 Alt Group Output 9 Trim Playback Volume=0 Alt Group Output 10 Trim Playback Volume=0 Alt Group Output 11 Trim Playback Volume=0 Alt Group Output 12 Trim Playback Volume=0 Alt Group Output 13 Trim Playback Volume=0 Alt Group Output 14 Trim Playback Volume=0 Name=Scarlett 18i20 4th Gen-46 Input Select Capture Enum=Input 1 Master Playback Volume=-127 Mute Playback Switch=false Dim Playback Switch=false Speaker Switching Alt Playback Switch=false Talkback Enable Playback Switch=false Talk Playback Switch=false Talkback Mix A Playback Switch=false Talkback Mix B Playback Switch=false Talkback Mix C Playback Switch=false Talkback Mix D Playback Switch=false Talkback Mix E Playback Switch=false Talkback Mix F Playback Switch=false Talkback Mix G Playback Switch=false Talkback Mix H Playback Switch=false Talkback Mix I Playback Switch=false Talkback Mix J Playback Switch=false Talkback Mix K Playback Switch=false Talkback Mix L Playback Switch=false Output Playback Switch=false Digital I/O Mode Capture Enum=S/PDIF RCA Standalone Switch=true Phantom Power Persistence Capture Switch=false Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Analogue In 7 Name= Analogue In 8 Name= Analogue In 9 Name= S/PDIF In 1 Name= S/PDIF In 2 Name= ADAT In 1 Name= ADAT In 2 Name= ADAT In 3 Name= ADAT In 4 Name= ADAT In 5 Name= ADAT In 6 Name= ADAT In 7 Name= ADAT In 8 Name= ADAT In 9 Name= ADAT In 10 Name= ADAT In 11 Name= ADAT In 12 Name= ADAT In 13 Name= ADAT In 14 Name= ADAT In 15 Name= ADAT In 16 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= PCM Out 7 Name= PCM Out 8 Name= PCM Out 9 Name= PCM Out 10 Name= PCM Out 11 Name= PCM Out 12 Name= PCM Out 13 Name= PCM Out 14 Name= PCM Out 15 Name= PCM Out 16 Name= PCM Out 17 Name= PCM Out 18 Name= PCM Out 19 Name= PCM Out 20 Name= PCM Out 21 Name= PCM Out 22 Name= PCM Out 23 Name= PCM Out 24 Name= PCM Out 25 Name= PCM Out 26 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= Mixer Out 11 Name= Mixer Out 12 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Analogue Out 7 Name= Analogue Out 8 Name= Analogue Out 9 Name= Analogue Out 10 Name= Analogue Out 11 Name= Analogue Out 12 Name= Analogue Out 13 Name= Analogue Out 14 Name= S/PDIF Out 1 Name= S/PDIF Out 2 Name= ADAT Out 1 Name= ADAT Out 2 Name= ADAT Out 3 Name= ADAT Out 4 Name= ADAT Out 5 Name= ADAT Out 6 Name= ADAT Out 7 Name= ADAT Out 8 Name= ADAT Out 9 Name= ADAT Out 10 Name= ADAT Out 11 Name= ADAT Out 12 Name= ADAT Out 13 Name= ADAT Out 14 Name= ADAT Out 15 Name= ADAT Out 16 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= PCM In 15 Name= PCM In 16 Name= PCM In 17 Name= PCM In 18 Name= PCM In 19 Name= PCM In 20 Name= PCM In 21 Name= PCM In 22 Name= PCM In 23 Name= PCM In 24 Name= PCM In 25 Name= PCM In 26 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= Mixer In 13 Name= Mixer In 14 Name= Mixer In 15 Name= Mixer In 16 Name= Mixer In 17 Name= Mixer In 18 Name= Mixer In 19 Name= Mixer In 20 Name= Mixer In 21 Name= Mixer In 22 Name= Mixer In 23 Name= Mixer In 24 Name= Mixer In 25 Name= Mixer In 26 Name= Mixer In 27 Name= Mixer In 28 Name= Mixer In 29 Name= Mixer In 30 Name= Mixer In 31 Name= Mixer In 32 Name= Mixer In 33 Name= Mixer In 34 Name= Mixer In 35 Name= Mixer In 36 Name= Mixer In 37 Name= Mixer In 38 Name= Mixer In 39 Name= Mixer In 40 Name= Mixer In 41 Name= Mixer In 42 Name= Mixer In 43 Name= Mixer In 44 Name= Mixer In 45 Name= Mixer In 46 Name= Mixer In 47 Name= Mixer In 48 Name= Mixer In 49 Name= Mixer In 50 Name= Mixer In 51 Name= Mixer In 52 Name= Mixer In 53 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Analogue In 7 Switch=true Analogue In 8 Switch=true Analogue In 9 Switch=true S/PDIF In 1 Switch=true S/PDIF In 2 Switch=true ADAT In 1 Switch=true ADAT In 2 Switch=true ADAT In 3 Switch=true ADAT In 4 Switch=true ADAT In 5 Switch=true ADAT In 6 Switch=true ADAT In 7 Switch=true ADAT In 8 Switch=true ADAT In 9 Switch=true ADAT In 10 Switch=true ADAT In 11 Switch=true ADAT In 12 Switch=true ADAT In 13 Switch=true ADAT In 14 Switch=true ADAT In 15 Switch=true ADAT In 16 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true PCM Out 7 Switch=true PCM Out 8 Switch=true PCM Out 9 Switch=true PCM Out 10 Switch=true PCM Out 11 Switch=true PCM Out 12 Switch=true PCM Out 13 Switch=true PCM Out 14 Switch=true PCM Out 15 Switch=true PCM Out 16 Switch=true PCM Out 17 Switch=true PCM Out 18 Switch=true PCM Out 19 Switch=true PCM Out 20 Switch=true PCM Out 21 Switch=true PCM Out 22 Switch=true PCM Out 23 Switch=true PCM Out 24 Switch=true PCM Out 25 Switch=true PCM Out 26 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true Mixer Out 11 Switch=true Mixer Out 12 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Analogue Out 7 Switch=true Analogue Out 8 Switch=true Analogue Out 9 Switch=true Analogue Out 10 Switch=true Analogue Out 11 Switch=true Analogue Out 12 Switch=true Analogue Out 13 Switch=true Analogue Out 14 Switch=true S/PDIF Out 1 Switch=true S/PDIF Out 2 Switch=true ADAT Out 1 Switch=true ADAT Out 2 Switch=true ADAT Out 3 Switch=true ADAT Out 4 Switch=true ADAT Out 5 Switch=true ADAT Out 6 Switch=true ADAT Out 7 Switch=true ADAT Out 8 Switch=true ADAT Out 9 Switch=true ADAT Out 10 Switch=true ADAT Out 11 Switch=true ADAT Out 12 Switch=true ADAT Out 13 Switch=true ADAT Out 14 Switch=true ADAT Out 15 Switch=true ADAT Out 16 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true PCM In 15 Switch=true PCM In 16 Switch=true PCM In 17 Switch=true PCM In 18 Switch=true PCM In 19 Switch=true PCM In 20 Switch=true PCM In 21 Switch=true PCM In 22 Switch=true PCM In 23 Switch=true PCM In 24 Switch=true PCM In 25 Switch=true PCM In 26 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true Mixer In 13 Switch=true Mixer In 14 Switch=true Mixer In 15 Switch=true Mixer In 16 Switch=true Mixer In 17 Switch=true Mixer In 18 Switch=true Mixer In 19 Switch=true Mixer In 20 Switch=true Mixer In 21 Switch=true Mixer In 22 Switch=true Mixer In 23 Switch=true Mixer In 24 Switch=true Mixer In 25 Switch=true Mixer In 26 Switch=true Mixer In 27 Switch=true Mixer In 28 Switch=true Mixer In 29 Switch=true Mixer In 30 Switch=true Mixer In 31 Switch=true Mixer In 32 Switch=true Mixer In 33 Switch=true Mixer In 34 Switch=true Mixer In 35 Switch=true Mixer In 36 Switch=true Mixer In 37 Switch=true Mixer In 38 Switch=true Mixer In 39 Switch=true Mixer In 40 Switch=true Mixer In 41 Switch=true Mixer In 42 Switch=true Mixer In 43 Switch=true Mixer In 44 Switch=true Mixer In 45 Switch=true Mixer In 46 Switch=true Mixer In 47 Switch=true Mixer In 48 Switch=true Mixer In 49 Switch=true Mixer In 50 Switch=true Mixer In 51 Switch=true Mixer In 52 Switch=true Mixer In 53 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 18i20.state000066400000000000000000014604031521233005100231270ustar00rootroot00000000000000state.Gen { control.1 { iface CARD name 'Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.2 { iface CARD name 'S/PDIF Validity' value true comment { access read type BOOLEAN count 1 } } control.3 { iface CARD name 'ADAT Port 1 Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'ADAT Port 2 Validity' value true comment { access read type BOOLEAN count 1 } } control.5 { iface MIXER name 'Clock Source Clock Source' value Internal comment { access 'read write' type ENUMERATED count 1 item.0 Internal item.1 S/PDIF item.2 'ADAT Port 1' item.3 'ADAT Port 2' } } control.6 { iface MIXER name 'Sync Status' value Locked comment { access 'read write locked user' type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.7 { iface PCM name 'Level Meter' value.0 1 value.1 1 value.2 1 value.3 1 value.4 1 value.5 1 value.6 1 value.7 1 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 value.34 0 value.35 0 value.36 0 value.37 0 value.38 0 value.39 0 value.40 0 value.41 0 value.42 0 value.43 0 value.44 0 value.45 0 value.46 0 value.47 0 value.48 0 value.49 0 value.50 0 value.51 0 value.52 0 value.53 0 value.54 0 value.55 0 value.56 0 value.57 0 value.58 0 value.59 0 value.60 0 value.61 0 value.62 0 value.63 0 value.64 0 value.65 0 value.66 0 value.67 0 value.68 0 value.69 0 value.70 0 value.71 0 value.72 0 value.73 0 value.74 0 value.75 0 value.76 0 value.77 0 value.78 0 comment { access 'read volatile' type INTEGER count 79 range '0 - 4095 (step 1)' } } control.8 { iface MIXER name 'Mix A Input 01 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.9 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.10 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.11 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.12 { iface MIXER name 'Mix A Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.13 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.14 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.15 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.16 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.17 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.18 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.19 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.20 { iface MIXER name 'Mix A Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.21 { iface MIXER name 'Mix A Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.22 { iface MIXER name 'Mix A Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.23 { iface MIXER name 'Mix A Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.24 { iface MIXER name 'Mix A Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.25 { iface MIXER name 'Mix A Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.26 { iface MIXER name 'Mix A Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.27 { iface MIXER name 'Mix A Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.28 { iface MIXER name 'Mix A Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.29 { iface MIXER name 'Mix A Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.30 { iface MIXER name 'Mix A Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.31 { iface MIXER name 'Mix A Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.32 { iface MIXER name 'Mix A Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.33 { iface MIXER name 'Mix A Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.34 { iface MIXER name 'Mix A Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.35 { iface MIXER name 'Mix A Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.36 { iface MIXER name 'Mix A Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.37 { iface MIXER name 'Mix A Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.38 { iface MIXER name 'Mix A Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.39 { iface MIXER name 'Mix A Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.40 { iface MIXER name 'Mix A Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.41 { iface MIXER name 'Mix A Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.42 { iface MIXER name 'Mix A Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.43 { iface MIXER name 'Mix A Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.44 { iface MIXER name 'Mix A Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.45 { iface MIXER name 'Mix A Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.46 { iface MIXER name 'Mix A Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.47 { iface MIXER name 'Mix A Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.48 { iface MIXER name 'Mix A Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.49 { iface MIXER name 'Mix A Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.50 { iface MIXER name 'Mix A Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.51 { iface MIXER name 'Mix A Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.52 { iface MIXER name 'Mix A Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.53 { iface MIXER name 'Mix A Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.54 { iface MIXER name 'Mix A Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.55 { iface MIXER name 'Mix A Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.56 { iface MIXER name 'Mix A Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.57 { iface MIXER name 'Mix A Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.58 { iface MIXER name 'Mix A Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.59 { iface MIXER name 'Mix A Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.60 { iface MIXER name 'Mix A Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.61 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.62 { iface MIXER name 'Mix B Input 02 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.63 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.64 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.65 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.66 { iface MIXER name 'Mix B Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.67 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.68 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.69 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.70 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.71 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.72 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.73 { iface MIXER name 'Mix B Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.74 { iface MIXER name 'Mix B Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.75 { iface MIXER name 'Mix B Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.76 { iface MIXER name 'Mix B Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.77 { iface MIXER name 'Mix B Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.78 { iface MIXER name 'Mix B Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.79 { iface MIXER name 'Mix B Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.80 { iface MIXER name 'Mix B Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.81 { iface MIXER name 'Mix B Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.82 { iface MIXER name 'Mix B Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.83 { iface MIXER name 'Mix B Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.84 { iface MIXER name 'Mix B Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.85 { iface MIXER name 'Mix B Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.86 { iface MIXER name 'Mix B Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.87 { iface MIXER name 'Mix B Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.88 { iface MIXER name 'Mix B Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.89 { iface MIXER name 'Mix B Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.90 { iface MIXER name 'Mix B Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.91 { iface MIXER name 'Mix B Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.92 { iface MIXER name 'Mix B Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.93 { iface MIXER name 'Mix B Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.94 { iface MIXER name 'Mix B Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.95 { iface MIXER name 'Mix B Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.96 { iface MIXER name 'Mix B Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.97 { iface MIXER name 'Mix B Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.98 { iface MIXER name 'Mix B Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.99 { iface MIXER name 'Mix B Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.100 { iface MIXER name 'Mix B Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.101 { iface MIXER name 'Mix B Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.102 { iface MIXER name 'Mix B Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.103 { iface MIXER name 'Mix B Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.104 { iface MIXER name 'Mix B Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.105 { iface MIXER name 'Mix B Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.106 { iface MIXER name 'Mix B Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.107 { iface MIXER name 'Mix B Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.108 { iface MIXER name 'Mix B Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.109 { iface MIXER name 'Mix B Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.110 { iface MIXER name 'Mix B Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.111 { iface MIXER name 'Mix B Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.112 { iface MIXER name 'Mix B Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.113 { iface MIXER name 'Mix B Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.114 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.115 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.116 { iface MIXER name 'Mix C Input 03 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.117 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.118 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.119 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.120 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.121 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.122 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.123 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.124 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.125 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.126 { iface MIXER name 'Mix C Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.127 { iface MIXER name 'Mix C Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.128 { iface MIXER name 'Mix C Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.129 { iface MIXER name 'Mix C Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.130 { iface MIXER name 'Mix C Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.131 { iface MIXER name 'Mix C Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.132 { iface MIXER name 'Mix C Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.133 { iface MIXER name 'Mix C Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.134 { iface MIXER name 'Mix C Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.135 { iface MIXER name 'Mix C Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.136 { iface MIXER name 'Mix C Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.137 { iface MIXER name 'Mix C Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.138 { iface MIXER name 'Mix C Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.139 { iface MIXER name 'Mix C Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.140 { iface MIXER name 'Mix C Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.141 { iface MIXER name 'Mix C Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.142 { iface MIXER name 'Mix C Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.143 { iface MIXER name 'Mix C Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.144 { iface MIXER name 'Mix C Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.145 { iface MIXER name 'Mix C Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.146 { iface MIXER name 'Mix C Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.147 { iface MIXER name 'Mix C Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.148 { iface MIXER name 'Mix C Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.149 { iface MIXER name 'Mix C Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.150 { iface MIXER name 'Mix C Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.151 { iface MIXER name 'Mix C Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.152 { iface MIXER name 'Mix C Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.153 { iface MIXER name 'Mix C Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.154 { iface MIXER name 'Mix C Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.155 { iface MIXER name 'Mix C Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.156 { iface MIXER name 'Mix C Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.157 { iface MIXER name 'Mix C Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.158 { iface MIXER name 'Mix C Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.159 { iface MIXER name 'Mix C Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.160 { iface MIXER name 'Mix C Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.161 { iface MIXER name 'Mix C Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.162 { iface MIXER name 'Mix C Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.163 { iface MIXER name 'Mix C Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.164 { iface MIXER name 'Mix C Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.165 { iface MIXER name 'Mix C Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.166 { iface MIXER name 'Mix C Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.167 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.168 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.169 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.170 { iface MIXER name 'Mix D Input 04 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.171 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.172 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.173 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.174 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.175 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.176 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.177 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.178 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.179 { iface MIXER name 'Mix D Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.180 { iface MIXER name 'Mix D Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.181 { iface MIXER name 'Mix D Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.182 { iface MIXER name 'Mix D Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.183 { iface MIXER name 'Mix D Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.184 { iface MIXER name 'Mix D Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.185 { iface MIXER name 'Mix D Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.186 { iface MIXER name 'Mix D Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.187 { iface MIXER name 'Mix D Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.188 { iface MIXER name 'Mix D Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.189 { iface MIXER name 'Mix D Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.190 { iface MIXER name 'Mix D Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.191 { iface MIXER name 'Mix D Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.192 { iface MIXER name 'Mix D Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.193 { iface MIXER name 'Mix D Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.194 { iface MIXER name 'Mix D Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.195 { iface MIXER name 'Mix D Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.196 { iface MIXER name 'Mix D Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.197 { iface MIXER name 'Mix D Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.198 { iface MIXER name 'Mix D Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.199 { iface MIXER name 'Mix D Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.200 { iface MIXER name 'Mix D Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.201 { iface MIXER name 'Mix D Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.202 { iface MIXER name 'Mix D Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.203 { iface MIXER name 'Mix D Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.204 { iface MIXER name 'Mix D Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.205 { iface MIXER name 'Mix D Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.206 { iface MIXER name 'Mix D Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.207 { iface MIXER name 'Mix D Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.208 { iface MIXER name 'Mix D Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.209 { iface MIXER name 'Mix D Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.210 { iface MIXER name 'Mix D Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.211 { iface MIXER name 'Mix D Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.212 { iface MIXER name 'Mix D Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.213 { iface MIXER name 'Mix D Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.214 { iface MIXER name 'Mix D Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.215 { iface MIXER name 'Mix D Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.216 { iface MIXER name 'Mix D Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.217 { iface MIXER name 'Mix D Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.218 { iface MIXER name 'Mix D Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.219 { iface MIXER name 'Mix D Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.220 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.221 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.222 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.223 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.224 { iface MIXER name 'Mix E Input 05 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.225 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.226 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.227 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.228 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.229 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.230 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.231 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.232 { iface MIXER name 'Mix E Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.233 { iface MIXER name 'Mix E Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.234 { iface MIXER name 'Mix E Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.235 { iface MIXER name 'Mix E Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.236 { iface MIXER name 'Mix E Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.237 { iface MIXER name 'Mix E Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.238 { iface MIXER name 'Mix E Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.239 { iface MIXER name 'Mix E Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.240 { iface MIXER name 'Mix E Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.241 { iface MIXER name 'Mix E Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.242 { iface MIXER name 'Mix E Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.243 { iface MIXER name 'Mix E Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.244 { iface MIXER name 'Mix E Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.245 { iface MIXER name 'Mix E Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.246 { iface MIXER name 'Mix E Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.247 { iface MIXER name 'Mix E Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.248 { iface MIXER name 'Mix E Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.249 { iface MIXER name 'Mix E Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.250 { iface MIXER name 'Mix E Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.251 { iface MIXER name 'Mix E Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.252 { iface MIXER name 'Mix E Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.253 { iface MIXER name 'Mix E Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.254 { iface MIXER name 'Mix E Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.255 { iface MIXER name 'Mix E Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.256 { iface MIXER name 'Mix E Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.257 { iface MIXER name 'Mix E Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.258 { iface MIXER name 'Mix E Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.259 { iface MIXER name 'Mix E Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.260 { iface MIXER name 'Mix E Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.261 { iface MIXER name 'Mix E Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.262 { iface MIXER name 'Mix E Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.263 { iface MIXER name 'Mix E Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.264 { iface MIXER name 'Mix E Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.265 { iface MIXER name 'Mix E Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.266 { iface MIXER name 'Mix E Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.267 { iface MIXER name 'Mix E Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.268 { iface MIXER name 'Mix E Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.269 { iface MIXER name 'Mix E Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.270 { iface MIXER name 'Mix E Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.271 { iface MIXER name 'Mix E Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.272 { iface MIXER name 'Mix E Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.273 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.274 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.275 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.276 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.277 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.278 { iface MIXER name 'Mix F Input 06 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.279 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.280 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.281 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.282 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.283 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.284 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.285 { iface MIXER name 'Mix F Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.286 { iface MIXER name 'Mix F Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.287 { iface MIXER name 'Mix F Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.288 { iface MIXER name 'Mix F Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.289 { iface MIXER name 'Mix F Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.290 { iface MIXER name 'Mix F Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.291 { iface MIXER name 'Mix F Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.292 { iface MIXER name 'Mix F Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.293 { iface MIXER name 'Mix F Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.294 { iface MIXER name 'Mix F Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.295 { iface MIXER name 'Mix F Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.296 { iface MIXER name 'Mix F Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.297 { iface MIXER name 'Mix F Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.298 { iface MIXER name 'Mix F Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.299 { iface MIXER name 'Mix F Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.300 { iface MIXER name 'Mix F Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.301 { iface MIXER name 'Mix F Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.302 { iface MIXER name 'Mix F Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.303 { iface MIXER name 'Mix F Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.304 { iface MIXER name 'Mix F Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.305 { iface MIXER name 'Mix F Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.306 { iface MIXER name 'Mix F Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.307 { iface MIXER name 'Mix F Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.308 { iface MIXER name 'Mix F Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.309 { iface MIXER name 'Mix F Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.310 { iface MIXER name 'Mix F Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.311 { iface MIXER name 'Mix F Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.312 { iface MIXER name 'Mix F Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.313 { iface MIXER name 'Mix F Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.314 { iface MIXER name 'Mix F Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.315 { iface MIXER name 'Mix F Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.316 { iface MIXER name 'Mix F Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.317 { iface MIXER name 'Mix F Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.318 { iface MIXER name 'Mix F Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.319 { iface MIXER name 'Mix F Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.320 { iface MIXER name 'Mix F Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.321 { iface MIXER name 'Mix F Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.322 { iface MIXER name 'Mix F Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.323 { iface MIXER name 'Mix F Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.324 { iface MIXER name 'Mix F Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.325 { iface MIXER name 'Mix F Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.326 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.327 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.328 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.329 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.330 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.331 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.332 { iface MIXER name 'Mix G Input 07 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.333 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.334 { iface MIXER name 'Mix G Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.335 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.336 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.337 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.338 { iface MIXER name 'Mix G Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.339 { iface MIXER name 'Mix G Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.340 { iface MIXER name 'Mix G Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.341 { iface MIXER name 'Mix G Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.342 { iface MIXER name 'Mix G Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.343 { iface MIXER name 'Mix G Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.344 { iface MIXER name 'Mix G Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.345 { iface MIXER name 'Mix G Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.346 { iface MIXER name 'Mix G Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.347 { iface MIXER name 'Mix G Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.348 { iface MIXER name 'Mix G Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.349 { iface MIXER name 'Mix G Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.350 { iface MIXER name 'Mix G Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.351 { iface MIXER name 'Mix G Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.352 { iface MIXER name 'Mix G Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.353 { iface MIXER name 'Mix G Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.354 { iface MIXER name 'Mix G Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.355 { iface MIXER name 'Mix G Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.356 { iface MIXER name 'Mix G Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.357 { iface MIXER name 'Mix G Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.358 { iface MIXER name 'Mix G Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.359 { iface MIXER name 'Mix G Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.360 { iface MIXER name 'Mix G Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.361 { iface MIXER name 'Mix G Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.362 { iface MIXER name 'Mix G Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.363 { iface MIXER name 'Mix G Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.364 { iface MIXER name 'Mix G Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.365 { iface MIXER name 'Mix G Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.366 { iface MIXER name 'Mix G Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.367 { iface MIXER name 'Mix G Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.368 { iface MIXER name 'Mix G Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.369 { iface MIXER name 'Mix G Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.370 { iface MIXER name 'Mix G Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.371 { iface MIXER name 'Mix G Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.372 { iface MIXER name 'Mix G Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.373 { iface MIXER name 'Mix G Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.374 { iface MIXER name 'Mix G Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.375 { iface MIXER name 'Mix G Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.376 { iface MIXER name 'Mix G Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.377 { iface MIXER name 'Mix G Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.378 { iface MIXER name 'Mix G Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.379 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.380 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.381 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.382 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.383 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.384 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.385 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.386 { iface MIXER name 'Mix H Input 08 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.387 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.388 { iface MIXER name 'Mix H Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.389 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.390 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.391 { iface MIXER name 'Mix H Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.392 { iface MIXER name 'Mix H Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.393 { iface MIXER name 'Mix H Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.394 { iface MIXER name 'Mix H Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.395 { iface MIXER name 'Mix H Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.396 { iface MIXER name 'Mix H Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.397 { iface MIXER name 'Mix H Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.398 { iface MIXER name 'Mix H Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.399 { iface MIXER name 'Mix H Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.400 { iface MIXER name 'Mix H Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.401 { iface MIXER name 'Mix H Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.402 { iface MIXER name 'Mix H Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.403 { iface MIXER name 'Mix H Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.404 { iface MIXER name 'Mix H Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.405 { iface MIXER name 'Mix H Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.406 { iface MIXER name 'Mix H Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.407 { iface MIXER name 'Mix H Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.408 { iface MIXER name 'Mix H Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.409 { iface MIXER name 'Mix H Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.410 { iface MIXER name 'Mix H Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.411 { iface MIXER name 'Mix H Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.412 { iface MIXER name 'Mix H Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.413 { iface MIXER name 'Mix H Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.414 { iface MIXER name 'Mix H Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.415 { iface MIXER name 'Mix H Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.416 { iface MIXER name 'Mix H Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.417 { iface MIXER name 'Mix H Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.418 { iface MIXER name 'Mix H Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.419 { iface MIXER name 'Mix H Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.420 { iface MIXER name 'Mix H Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.421 { iface MIXER name 'Mix H Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.422 { iface MIXER name 'Mix H Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.423 { iface MIXER name 'Mix H Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.424 { iface MIXER name 'Mix H Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.425 { iface MIXER name 'Mix H Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.426 { iface MIXER name 'Mix H Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.427 { iface MIXER name 'Mix H Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.428 { iface MIXER name 'Mix H Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.429 { iface MIXER name 'Mix H Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.430 { iface MIXER name 'Mix H Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.431 { iface MIXER name 'Mix H Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.432 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.433 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.434 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.435 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.436 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.437 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.438 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.439 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.440 { iface MIXER name 'Mix I Input 09 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.441 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.442 { iface MIXER name 'Mix I Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.443 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.444 { iface MIXER name 'Mix I Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.445 { iface MIXER name 'Mix I Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.446 { iface MIXER name 'Mix I Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.447 { iface MIXER name 'Mix I Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.448 { iface MIXER name 'Mix I Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.449 { iface MIXER name 'Mix I Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.450 { iface MIXER name 'Mix I Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.451 { iface MIXER name 'Mix I Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.452 { iface MIXER name 'Mix I Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.453 { iface MIXER name 'Mix I Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.454 { iface MIXER name 'Mix I Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.455 { iface MIXER name 'Mix I Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.456 { iface MIXER name 'Mix I Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.457 { iface MIXER name 'Mix I Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.458 { iface MIXER name 'Mix I Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.459 { iface MIXER name 'Mix I Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.460 { iface MIXER name 'Mix I Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.461 { iface MIXER name 'Mix I Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.462 { iface MIXER name 'Mix I Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.463 { iface MIXER name 'Mix I Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.464 { iface MIXER name 'Mix I Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.465 { iface MIXER name 'Mix I Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.466 { iface MIXER name 'Mix I Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.467 { iface MIXER name 'Mix I Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.468 { iface MIXER name 'Mix I Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.469 { iface MIXER name 'Mix I Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.470 { iface MIXER name 'Mix I Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.471 { iface MIXER name 'Mix I Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.472 { iface MIXER name 'Mix I Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.473 { iface MIXER name 'Mix I Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.474 { iface MIXER name 'Mix I Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.475 { iface MIXER name 'Mix I Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.476 { iface MIXER name 'Mix I Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.477 { iface MIXER name 'Mix I Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.478 { iface MIXER name 'Mix I Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.479 { iface MIXER name 'Mix I Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.480 { iface MIXER name 'Mix I Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.481 { iface MIXER name 'Mix I Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.482 { iface MIXER name 'Mix I Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.483 { iface MIXER name 'Mix I Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.484 { iface MIXER name 'Mix I Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.485 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.486 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.487 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.488 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.489 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.490 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.491 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.492 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.493 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.494 { iface MIXER name 'Mix J Input 10 Playback Volume' value 8192 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 0 } } control.495 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.496 { iface MIXER name 'Mix J Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.497 { iface MIXER name 'Mix J Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.498 { iface MIXER name 'Mix J Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.499 { iface MIXER name 'Mix J Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.500 { iface MIXER name 'Mix J Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.501 { iface MIXER name 'Mix J Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.502 { iface MIXER name 'Mix J Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.503 { iface MIXER name 'Mix J Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.504 { iface MIXER name 'Mix J Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.505 { iface MIXER name 'Mix J Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.506 { iface MIXER name 'Mix J Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.507 { iface MIXER name 'Mix J Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.508 { iface MIXER name 'Mix J Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.509 { iface MIXER name 'Mix J Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.510 { iface MIXER name 'Mix J Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.511 { iface MIXER name 'Mix J Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.512 { iface MIXER name 'Mix J Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.513 { iface MIXER name 'Mix J Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.514 { iface MIXER name 'Mix J Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.515 { iface MIXER name 'Mix J Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.516 { iface MIXER name 'Mix J Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.517 { iface MIXER name 'Mix J Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.518 { iface MIXER name 'Mix J Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.519 { iface MIXER name 'Mix J Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.520 { iface MIXER name 'Mix J Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.521 { iface MIXER name 'Mix J Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.522 { iface MIXER name 'Mix J Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.523 { iface MIXER name 'Mix J Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.524 { iface MIXER name 'Mix J Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.525 { iface MIXER name 'Mix J Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.526 { iface MIXER name 'Mix J Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.527 { iface MIXER name 'Mix J Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.528 { iface MIXER name 'Mix J Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.529 { iface MIXER name 'Mix J Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.530 { iface MIXER name 'Mix J Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.531 { iface MIXER name 'Mix J Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.532 { iface MIXER name 'Mix J Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.533 { iface MIXER name 'Mix J Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.534 { iface MIXER name 'Mix J Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.535 { iface MIXER name 'Mix J Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.536 { iface MIXER name 'Mix J Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.537 { iface MIXER name 'Mix J Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.538 { iface MIXER name 'Mix K Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.539 { iface MIXER name 'Mix K Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.540 { iface MIXER name 'Mix K Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.541 { iface MIXER name 'Mix K Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.542 { iface MIXER name 'Mix K Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.543 { iface MIXER name 'Mix K Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.544 { iface MIXER name 'Mix K Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.545 { iface MIXER name 'Mix K Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.546 { iface MIXER name 'Mix K Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.547 { iface MIXER name 'Mix K Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.548 { iface MIXER name 'Mix K Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.549 { iface MIXER name 'Mix K Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.550 { iface MIXER name 'Mix K Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.551 { iface MIXER name 'Mix K Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.552 { iface MIXER name 'Mix K Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.553 { iface MIXER name 'Mix K Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.554 { iface MIXER name 'Mix K Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.555 { iface MIXER name 'Mix K Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.556 { iface MIXER name 'Mix K Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.557 { iface MIXER name 'Mix K Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.558 { iface MIXER name 'Mix K Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.559 { iface MIXER name 'Mix K Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.560 { iface MIXER name 'Mix K Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.561 { iface MIXER name 'Mix K Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.562 { iface MIXER name 'Mix K Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.563 { iface MIXER name 'Mix K Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.564 { iface MIXER name 'Mix K Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.565 { iface MIXER name 'Mix K Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.566 { iface MIXER name 'Mix K Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.567 { iface MIXER name 'Mix K Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.568 { iface MIXER name 'Mix K Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.569 { iface MIXER name 'Mix K Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.570 { iface MIXER name 'Mix K Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.571 { iface MIXER name 'Mix K Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.572 { iface MIXER name 'Mix K Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.573 { iface MIXER name 'Mix K Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.574 { iface MIXER name 'Mix K Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.575 { iface MIXER name 'Mix K Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.576 { iface MIXER name 'Mix K Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.577 { iface MIXER name 'Mix K Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.578 { iface MIXER name 'Mix K Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.579 { iface MIXER name 'Mix K Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.580 { iface MIXER name 'Mix K Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.581 { iface MIXER name 'Mix K Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.582 { iface MIXER name 'Mix K Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.583 { iface MIXER name 'Mix K Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.584 { iface MIXER name 'Mix K Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.585 { iface MIXER name 'Mix K Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.586 { iface MIXER name 'Mix K Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.587 { iface MIXER name 'Mix K Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.588 { iface MIXER name 'Mix K Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.589 { iface MIXER name 'Mix K Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.590 { iface MIXER name 'Mix K Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.591 { iface MIXER name 'Mix L Input 01 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.592 { iface MIXER name 'Mix L Input 02 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.593 { iface MIXER name 'Mix L Input 03 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.594 { iface MIXER name 'Mix L Input 04 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.595 { iface MIXER name 'Mix L Input 05 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.596 { iface MIXER name 'Mix L Input 06 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.597 { iface MIXER name 'Mix L Input 07 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.598 { iface MIXER name 'Mix L Input 08 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.599 { iface MIXER name 'Mix L Input 09 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.600 { iface MIXER name 'Mix L Input 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.601 { iface MIXER name 'Mix L Input 11 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.602 { iface MIXER name 'Mix L Input 12 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.603 { iface MIXER name 'Mix L Input 13 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.604 { iface MIXER name 'Mix L Input 14 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.605 { iface MIXER name 'Mix L Input 15 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.606 { iface MIXER name 'Mix L Input 16 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.607 { iface MIXER name 'Mix L Input 17 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.608 { iface MIXER name 'Mix L Input 18 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.609 { iface MIXER name 'Mix L Input 19 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.610 { iface MIXER name 'Mix L Input 20 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.611 { iface MIXER name 'Mix L Input 21 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.612 { iface MIXER name 'Mix L Input 22 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.613 { iface MIXER name 'Mix L Input 23 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.614 { iface MIXER name 'Mix L Input 24 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.615 { iface MIXER name 'Mix L Input 25 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.616 { iface MIXER name 'Mix L Input 26 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.617 { iface MIXER name 'Mix L Input 27 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.618 { iface MIXER name 'Mix L Input 28 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.619 { iface MIXER name 'Mix L Input 29 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.620 { iface MIXER name 'Mix L Input 30 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.621 { iface MIXER name 'Mix L Input 31 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.622 { iface MIXER name 'Mix L Input 32 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.623 { iface MIXER name 'Mix L Input 33 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.624 { iface MIXER name 'Mix L Input 34 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.625 { iface MIXER name 'Mix L Input 35 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.626 { iface MIXER name 'Mix L Input 36 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.627 { iface MIXER name 'Mix L Input 37 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.628 { iface MIXER name 'Mix L Input 38 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.629 { iface MIXER name 'Mix L Input 39 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.630 { iface MIXER name 'Mix L Input 40 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.631 { iface MIXER name 'Mix L Input 41 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.632 { iface MIXER name 'Mix L Input 42 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.633 { iface MIXER name 'Mix L Input 43 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.634 { iface MIXER name 'Mix L Input 44 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.635 { iface MIXER name 'Mix L Input 45 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.636 { iface MIXER name 'Mix L Input 46 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.637 { iface MIXER name 'Mix L Input 47 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.638 { iface MIXER name 'Mix L Input 48 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.639 { iface MIXER name 'Mix L Input 49 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.640 { iface MIXER name 'Mix L Input 50 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.641 { iface MIXER name 'Mix L Input 51 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.642 { iface MIXER name 'Mix L Input 52 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.643 { iface MIXER name 'Mix L Input 53 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 32613 (step 1)' tlv '0000000200000008ff676981000004b0' dbmin -9999999 dbmax 1200 dbvalue.0 -9999999 } } control.644 { iface MIXER name 'Analogue 1 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.645 { iface MIXER name 'Analogue 2 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.646 { iface MIXER name 'Analogue 3 Playback Enum' value 'PCM 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.647 { iface MIXER name 'Analogue 4 Playback Enum' value 'PCM 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.648 { iface MIXER name 'Analogue 5 Playback Enum' value 'PCM 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.649 { iface MIXER name 'Analogue 6 Playback Enum' value 'PCM 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.650 { iface MIXER name 'Analogue 7 Playback Enum' value 'PCM 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.651 { iface MIXER name 'Analogue 8 Playback Enum' value 'PCM 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.652 { iface MIXER name 'Analogue 9 Playback Enum' value 'PCM 9' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.653 { iface MIXER name 'Analogue 10 Playback Enum' value 'PCM 10' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.654 { iface MIXER name 'Analogue 11 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.655 { iface MIXER name 'Analogue 12 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.656 { iface MIXER name 'Analogue 13 Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.657 { iface MIXER name 'Analogue 14 Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.658 { iface MIXER name 'S/PDIF 1 Playback Enum' value 'PCM 11' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.659 { iface MIXER name 'S/PDIF 2 Playback Enum' value 'PCM 12' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.660 { iface MIXER name 'ADAT 1 Playback Enum' value 'PCM 13' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.661 { iface MIXER name 'ADAT 2 Playback Enum' value 'PCM 14' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.662 { iface MIXER name 'ADAT 3 Playback Enum' value 'PCM 15' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.663 { iface MIXER name 'ADAT 4 Playback Enum' value 'PCM 16' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.664 { iface MIXER name 'ADAT 5 Playback Enum' value 'PCM 17' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.665 { iface MIXER name 'ADAT 6 Playback Enum' value 'PCM 18' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.666 { iface MIXER name 'ADAT 7 Playback Enum' value 'PCM 19' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.667 { iface MIXER name 'ADAT 8 Playback Enum' value 'PCM 20' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.668 { iface MIXER name 'ADAT 9 Playback Enum' value 'PCM 21' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.669 { iface MIXER name 'ADAT 10 Playback Enum' value 'PCM 22' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.670 { iface MIXER name 'ADAT 11 Playback Enum' value 'PCM 23' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.671 { iface MIXER name 'ADAT 12 Playback Enum' value 'PCM 24' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.672 { iface MIXER name 'ADAT 13 Playback Enum' value 'PCM 25' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.673 { iface MIXER name 'ADAT 14 Playback Enum' value 'PCM 26' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.674 { iface MIXER name 'ADAT 15 Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.675 { iface MIXER name 'ADAT 16 Playback Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.676 { iface MIXER name 'PCM 1 Capture Enum' value 'Analogue 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.677 { iface MIXER name 'PCM 2 Capture Enum' value 'Analogue 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.678 { iface MIXER name 'PCM 3 Capture Enum' value 'Analogue 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.679 { iface MIXER name 'PCM 4 Capture Enum' value 'Analogue 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.680 { iface MIXER name 'PCM 5 Capture Enum' value 'Analogue 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.681 { iface MIXER name 'PCM 6 Capture Enum' value 'Analogue 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.682 { iface MIXER name 'PCM 7 Capture Enum' value 'Analogue 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.683 { iface MIXER name 'PCM 8 Capture Enum' value 'Analogue 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.684 { iface MIXER name 'PCM 9 Capture Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.685 { iface MIXER name 'PCM 10 Capture Enum' value 'PCM 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.686 { iface MIXER name 'PCM 11 Capture Enum' value 'S/PDIF 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.687 { iface MIXER name 'PCM 12 Capture Enum' value 'S/PDIF 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.688 { iface MIXER name 'PCM 13 Capture Enum' value 'ADAT 1' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.689 { iface MIXER name 'PCM 14 Capture Enum' value 'ADAT 2' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.690 { iface MIXER name 'PCM 15 Capture Enum' value 'ADAT 3' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.691 { iface MIXER name 'PCM 16 Capture Enum' value 'ADAT 4' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.692 { iface MIXER name 'PCM 17 Capture Enum' value 'ADAT 5' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.693 { iface MIXER name 'PCM 18 Capture Enum' value 'ADAT 6' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.694 { iface MIXER name 'PCM 19 Capture Enum' value 'ADAT 7' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.695 { iface MIXER name 'PCM 20 Capture Enum' value 'ADAT 8' comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.696 { iface MIXER name 'PCM 21 Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.697 { iface MIXER name 'PCM 22 Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.698 { iface MIXER name 'PCM 23 Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.699 { iface MIXER name 'PCM 24 Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.700 { iface MIXER name 'PCM 25 Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.701 { iface MIXER name 'PCM 26 Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.702 { iface MIXER name 'Mixer 1 Capture Enum' value 'PCM 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.703 { iface MIXER name 'Mixer 2 Capture Enum' value 'PCM 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.704 { iface MIXER name 'Mixer 3 Capture Enum' value 'PCM 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.705 { iface MIXER name 'Mixer 4 Capture Enum' value 'PCM 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.706 { iface MIXER name 'Mixer 5 Capture Enum' value 'PCM 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.707 { iface MIXER name 'Mixer 6 Capture Enum' value 'PCM 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.708 { iface MIXER name 'Mixer 7 Capture Enum' value 'PCM 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.709 { iface MIXER name 'Mixer 8 Capture Enum' value 'PCM 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.710 { iface MIXER name 'Mixer 9 Capture Enum' value 'PCM 9' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.711 { iface MIXER name 'Mixer 10 Capture Enum' value 'PCM 10' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.712 { iface MIXER name 'Mixer 11 Capture Enum' value 'PCM 11' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.713 { iface MIXER name 'Mixer 12 Capture Enum' value 'PCM 12' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.714 { iface MIXER name 'Mixer 13 Capture Enum' value 'PCM 13' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.715 { iface MIXER name 'Mixer 14 Capture Enum' value 'PCM 14' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.716 { iface MIXER name 'Mixer 15 Capture Enum' value 'PCM 15' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.717 { iface MIXER name 'Mixer 16 Capture Enum' value 'PCM 16' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.718 { iface MIXER name 'Mixer 17 Capture Enum' value 'PCM 17' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.719 { iface MIXER name 'Mixer 18 Capture Enum' value 'PCM 18' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.720 { iface MIXER name 'Mixer 19 Capture Enum' value 'PCM 19' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.721 { iface MIXER name 'Mixer 20 Capture Enum' value 'PCM 20' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.722 { iface MIXER name 'Mixer 21 Capture Enum' value 'PCM 21' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.723 { iface MIXER name 'Mixer 22 Capture Enum' value 'PCM 22' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.724 { iface MIXER name 'Mixer 23 Capture Enum' value 'PCM 23' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.725 { iface MIXER name 'Mixer 24 Capture Enum' value 'PCM 24' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.726 { iface MIXER name 'Mixer 25 Capture Enum' value 'PCM 25' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.727 { iface MIXER name 'Mixer 26 Capture Enum' value 'PCM 26' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.728 { iface MIXER name 'Mixer 27 Capture Enum' value 'Analogue 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.729 { iface MIXER name 'Mixer 28 Capture Enum' value 'Analogue 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.730 { iface MIXER name 'Mixer 29 Capture Enum' value 'Analogue 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.731 { iface MIXER name 'Mixer 30 Capture Enum' value 'Analogue 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.732 { iface MIXER name 'Mixer 31 Capture Enum' value 'Analogue 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.733 { iface MIXER name 'Mixer 32 Capture Enum' value 'Analogue 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.734 { iface MIXER name 'Mixer 33 Capture Enum' value 'Analogue 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.735 { iface MIXER name 'Mixer 34 Capture Enum' value 'Analogue 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.736 { iface MIXER name 'Mixer 35 Capture Enum' value 'Analogue 9' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.737 { iface MIXER name 'Mixer 36 Capture Enum' value 'S/PDIF 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.738 { iface MIXER name 'Mixer 37 Capture Enum' value 'S/PDIF 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.739 { iface MIXER name 'Mixer 38 Capture Enum' value 'ADAT 1' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.740 { iface MIXER name 'Mixer 39 Capture Enum' value 'ADAT 2' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.741 { iface MIXER name 'Mixer 40 Capture Enum' value 'ADAT 3' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.742 { iface MIXER name 'Mixer 41 Capture Enum' value 'ADAT 4' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.743 { iface MIXER name 'Mixer 42 Capture Enum' value 'ADAT 5' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.744 { iface MIXER name 'Mixer 43 Capture Enum' value 'ADAT 6' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.745 { iface MIXER name 'Mixer 44 Capture Enum' value 'ADAT 7' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.746 { iface MIXER name 'Mixer 45 Capture Enum' value 'ADAT 8' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.747 { iface MIXER name 'Mixer 46 Capture Enum' value 'ADAT 9' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.748 { iface MIXER name 'Mixer 47 Capture Enum' value 'ADAT 10' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.749 { iface MIXER name 'Mixer 48 Capture Enum' value 'ADAT 11' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.750 { iface MIXER name 'Mixer 49 Capture Enum' value 'ADAT 12' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.751 { iface MIXER name 'Mixer 50 Capture Enum' value 'ADAT 13' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.752 { iface MIXER name 'Mixer 51 Capture Enum' value 'ADAT 14' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.753 { iface MIXER name 'Mixer 52 Capture Enum' value 'ADAT 15' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.754 { iface MIXER name 'Mixer 53 Capture Enum' value 'ADAT 16' comment { access 'read write locked user' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Analogue 7' item.8 'Analogue 8' item.9 'Analogue 9' item.10 'S/PDIF 1' item.11 'S/PDIF 2' item.12 'ADAT 1' item.13 'ADAT 2' item.14 'ADAT 3' item.15 'ADAT 4' item.16 'ADAT 5' item.17 'ADAT 6' item.18 'ADAT 7' item.19 'ADAT 8' item.20 'ADAT 9' item.21 'ADAT 10' item.22 'ADAT 11' item.23 'ADAT 12' item.24 'ADAT 13' item.25 'ADAT 14' item.26 'ADAT 15' item.27 'ADAT 16' item.28 'PCM 1' item.29 'PCM 2' item.30 'PCM 3' item.31 'PCM 4' item.32 'PCM 5' item.33 'PCM 6' item.34 'PCM 7' item.35 'PCM 8' item.36 'PCM 9' item.37 'PCM 10' item.38 'PCM 11' item.39 'PCM 12' item.40 'PCM 13' item.41 'PCM 14' item.42 'PCM 15' item.43 'PCM 16' item.44 'PCM 17' item.45 'PCM 18' item.46 'PCM 19' item.47 'PCM 20' item.48 'PCM 21' item.49 'PCM 22' item.50 'PCM 23' item.51 'PCM 24' item.52 'PCM 25' item.53 'PCM 26' item.54 'Mix A' item.55 'Mix B' item.56 'Mix C' item.57 'Mix D' item.58 'Mix E' item.59 'Mix F' item.60 'Mix G' item.61 'Mix H' item.62 'Mix I' item.63 'Mix J' item.64 'Mix K' item.65 'Mix L' } } control.755 { iface MIXER name 'Line In 1 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.756 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.757 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.758 { iface MIXER name 'Line In 1 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.759 { iface MIXER name 'Line In 1 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.760 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write user' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.761 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.762 { iface MIXER name 'Line In 1 Gain Capture Volume' value 3 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 295 } } control.763 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.764 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.765 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.766 { iface MIXER name 'Line In 2 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.767 { iface MIXER name 'Line In 2 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.768 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write user' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.769 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.770 { iface MIXER name 'Line In 2 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.771 { iface MIXER name 'Line In 3 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.772 { iface MIXER name 'Line In 3 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.773 { iface MIXER name 'Line In 3 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.774 { iface MIXER name 'Line In 3 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.775 { iface MIXER name 'Line In 3 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.776 { iface MIXER name 'Line In 3 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.777 { iface MIXER name 'Line In 3 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.778 { iface MIXER name 'Line In 4 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.779 { iface MIXER name 'Line In 4 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.780 { iface MIXER name 'Line In 4 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.781 { iface MIXER name 'Line In 4 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.782 { iface MIXER name 'Line In 4 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.783 { iface MIXER name 'Line In 4 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.784 { iface MIXER name 'Line In 4 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.785 { iface MIXER name 'Line In 5 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.786 { iface MIXER name 'Line In 5 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.787 { iface MIXER name 'Line In 5 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.788 { iface MIXER name 'Line In 5 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.789 { iface MIXER name 'Line In 5 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.790 { iface MIXER name 'Line In 5 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.791 { iface MIXER name 'Line In 5 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.792 { iface MIXER name 'Line In 6 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.793 { iface MIXER name 'Line In 6 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.794 { iface MIXER name 'Line In 6 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.795 { iface MIXER name 'Line In 6 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.796 { iface MIXER name 'Line In 6 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.797 { iface MIXER name 'Line In 6 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.798 { iface MIXER name 'Line In 6 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.799 { iface MIXER name 'Line In 7 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.800 { iface MIXER name 'Line In 7 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.801 { iface MIXER name 'Line In 7 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.802 { iface MIXER name 'Line In 7 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.803 { iface MIXER name 'Line In 7 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.804 { iface MIXER name 'Line In 7 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.805 { iface MIXER name 'Line In 7 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.806 { iface MIXER name 'Line In 8 Air Capture Enum' value Off comment { access 'read write user' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.807 { iface MIXER name 'Line In 8 Autogain Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.808 { iface MIXER name 'Line In 8 Autogain Status Capture Enum' value Root comment { access 'read write user' type ENUMERATED count 1 item.0 Success item.1 DRover item.2 MinGainLimit item.3 DRunder item.4 MaxGainLimit item.5 Clipped item.6 Cancelled item.7 Root } } control.809 { iface MIXER name 'Line In 8 Link Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.810 { iface MIXER name 'Line In 8 Safe Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.811 { iface MIXER name 'Line In 8 Phantom Power Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.812 { iface MIXER name 'Line In 8 Gain Capture Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '0 - 70 (step 1)' tlv '00000004000000080000000000001af4' dbmin 0 dbmax 6900 dbvalue.0 0 } } control.813 { iface MIXER name 'Analogue 1 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.814 { iface MIXER name 'Analogue 2 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.815 { iface MIXER name 'Analogue 3 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.816 { iface MIXER name 'Analogue 4 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.817 { iface MIXER name 'Analogue 5 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.818 { iface MIXER name 'Analogue 6 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.819 { iface MIXER name 'Analogue 7 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.820 { iface MIXER name 'Analogue 8 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.821 { iface MIXER name 'Analogue 9 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.822 { iface MIXER name 'Analogue 10 Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.823 { iface MIXER name 'Analogue 11 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.824 { iface MIXER name 'Analogue 12 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.825 { iface MIXER name 'Analogue 13 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.826 { iface MIXER name 'Analogue 14 Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.827 { iface MIXER name 'Main Group Output 1 Playback Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.828 { iface MIXER name 'Main Group Output 2 Playback Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.829 { iface MIXER name 'Main Group Output 3 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.830 { iface MIXER name 'Main Group Output 4 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.831 { iface MIXER name 'Main Group Output 5 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.832 { iface MIXER name 'Main Group Output 6 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.833 { iface MIXER name 'Main Group Output 7 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.834 { iface MIXER name 'Main Group Output 8 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.835 { iface MIXER name 'Main Group Output 9 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.836 { iface MIXER name 'Main Group Output 10 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.837 { iface MIXER name 'Main Group Output 11 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.838 { iface MIXER name 'Main Group Output 12 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.839 { iface MIXER name 'Main Group Output 13 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.840 { iface MIXER name 'Main Group Output 14 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.841 { iface MIXER name 'Main Group Output 1 Source Playback Enum' value 'Mix A' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.842 { iface MIXER name 'Main Group Output 2 Source Playback Enum' value 'Mix B' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.843 { iface MIXER name 'Main Group Output 3 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.844 { iface MIXER name 'Main Group Output 4 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.845 { iface MIXER name 'Main Group Output 5 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.846 { iface MIXER name 'Main Group Output 6 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.847 { iface MIXER name 'Main Group Output 7 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.848 { iface MIXER name 'Main Group Output 8 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.849 { iface MIXER name 'Main Group Output 9 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.850 { iface MIXER name 'Main Group Output 10 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.851 { iface MIXER name 'Main Group Output 11 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.852 { iface MIXER name 'Main Group Output 12 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.853 { iface MIXER name 'Main Group Output 13 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.854 { iface MIXER name 'Main Group Output 14 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.855 { iface MIXER name 'Main Group Output 1 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.856 { iface MIXER name 'Main Group Output 2 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.857 { iface MIXER name 'Main Group Output 3 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.858 { iface MIXER name 'Main Group Output 4 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.859 { iface MIXER name 'Main Group Output 5 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.860 { iface MIXER name 'Main Group Output 6 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.861 { iface MIXER name 'Main Group Output 7 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.862 { iface MIXER name 'Main Group Output 8 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.863 { iface MIXER name 'Main Group Output 9 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.864 { iface MIXER name 'Main Group Output 10 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.865 { iface MIXER name 'Main Group Output 11 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.866 { iface MIXER name 'Main Group Output 12 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.867 { iface MIXER name 'Main Group Output 13 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.868 { iface MIXER name 'Main Group Output 14 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.869 { iface MIXER name 'Alt Group Output 1 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.870 { iface MIXER name 'Alt Group Output 2 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.871 { iface MIXER name 'Alt Group Output 3 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.872 { iface MIXER name 'Alt Group Output 4 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.873 { iface MIXER name 'Alt Group Output 5 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.874 { iface MIXER name 'Alt Group Output 6 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.875 { iface MIXER name 'Alt Group Output 7 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.876 { iface MIXER name 'Alt Group Output 8 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.877 { iface MIXER name 'Alt Group Output 9 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.878 { iface MIXER name 'Alt Group Output 10 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.879 { iface MIXER name 'Alt Group Output 11 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.880 { iface MIXER name 'Alt Group Output 12 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.881 { iface MIXER name 'Alt Group Output 13 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.882 { iface MIXER name 'Alt Group Output 14 Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.883 { iface MIXER name 'Alt Group Output 1 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.884 { iface MIXER name 'Alt Group Output 2 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.885 { iface MIXER name 'Alt Group Output 3 Source Playback Enum' value 'PCM 3' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.886 { iface MIXER name 'Alt Group Output 4 Source Playback Enum' value 'PCM 4' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.887 { iface MIXER name 'Alt Group Output 5 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.888 { iface MIXER name 'Alt Group Output 6 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.889 { iface MIXER name 'Alt Group Output 7 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.890 { iface MIXER name 'Alt Group Output 8 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.891 { iface MIXER name 'Alt Group Output 9 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.892 { iface MIXER name 'Alt Group Output 10 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.893 { iface MIXER name 'Alt Group Output 11 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.894 { iface MIXER name 'Alt Group Output 12 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.895 { iface MIXER name 'Alt Group Output 13 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.896 { iface MIXER name 'Alt Group Output 14 Source Playback Enum' value 'PCM 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'PCM 1' item.1 'PCM 2' item.2 'PCM 3' item.3 'PCM 4' item.4 'PCM 5' item.5 'PCM 6' item.6 'PCM 7' item.7 'PCM 8' item.8 'PCM 9' item.9 'PCM 10' item.10 'PCM 11' item.11 'PCM 12' item.12 'PCM 13' item.13 'PCM 14' item.14 'PCM 15' item.15 'PCM 16' item.16 'PCM 17' item.17 'PCM 18' item.18 'PCM 19' item.19 'PCM 20' item.20 'PCM 21' item.21 'PCM 22' item.22 'PCM 23' item.23 'PCM 24' item.24 'PCM 25' item.25 'PCM 26' item.26 'Analogue 1' item.27 'Analogue 2' item.28 'Analogue 3' item.29 'Analogue 4' item.30 'Analogue 5' item.31 'Analogue 6' item.32 'Analogue 7' item.33 'Analogue 8' item.34 'S/PDIF 1' item.35 'S/PDIF 2' item.36 'ADAT 1' item.37 'ADAT 2' item.38 'ADAT 3' item.39 'ADAT 4' item.40 'ADAT 5' item.41 'ADAT 6' item.42 'ADAT 7' item.43 'ADAT 8' item.44 'ADAT 9' item.45 'ADAT 10' item.46 'ADAT 11' item.47 'ADAT 12' item.48 'ADAT 13' item.49 'ADAT 14' item.50 'ADAT 15' item.51 'ADAT 16' item.52 'Mix A' item.53 'Mix B' item.54 'Mix C' item.55 'Mix D' item.56 'Mix E' item.57 'Mix F' item.58 'Mix G' item.59 'Mix H' item.60 'Mix I' item.61 'Mix J' item.62 'Mix K' item.63 'Mix L' } } control.897 { iface MIXER name 'Alt Group Output 1 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.898 { iface MIXER name 'Alt Group Output 2 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.899 { iface MIXER name 'Alt Group Output 3 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.900 { iface MIXER name 'Alt Group Output 4 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.901 { iface MIXER name 'Alt Group Output 5 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.902 { iface MIXER name 'Alt Group Output 6 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.903 { iface MIXER name 'Alt Group Output 7 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.904 { iface MIXER name 'Alt Group Output 8 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.905 { iface MIXER name 'Alt Group Output 9 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.906 { iface MIXER name 'Alt Group Output 10 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.907 { iface MIXER name 'Alt Group Output 11 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.908 { iface MIXER name 'Alt Group Output 12 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.909 { iface MIXER name 'Alt Group Output 13 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.910 { iface MIXER name 'Alt Group Output 14 Trim Playback Volume' value 0 comment { access 'read write user' type INTEGER count 1 range '-128 - 0 (step 1)' tlv '0000000400000008ffffce0000000000' dbmin -12800 dbmax 0 dbvalue.0 0 } } control.911 { iface CARD name 'Firmware Version' value.0 2 value.1 0 value.2 2464 value.3 0 comment { access 'read write locked user' type INTEGER count 4 range '0 - 65535 (step 1)' tlv '53434b54000000186e75722f6573752f2f302f722d7063666f732e3000006b63' } } control.912 { iface MIXER name Name value '536361726c657474203138693230203474682047656e2d343600000000000000' comment { access 'read write user' type BYTES count 32 } } control.913 { iface CARD name 'ESP Firmware Version' value.0 1 value.1 0 value.2 0 value.3 364 comment { access 'read write locked user' type INTEGER count 4 range '0 - 65535 (step 1)' } } control.914 { iface MIXER name 'Input Select Capture Enum' value 'Input 1' comment { access 'read write user' type ENUMERATED count 1 item.0 'Input 1' item.1 'Input 2' item.2 'Input 3' item.3 'Input 4' item.4 'Input 5' item.5 'Input 6' item.6 'Input 7' item.7 'Input 8' } } control.915 { iface MIXER name 'Master Playback Volume' value -127 comment { access 'read write user' type INTEGER count 1 range '-127 - 0 (step 1)' tlv '0000000400000008ffffce6400000000' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.916 { iface MIXER name 'Mute Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.917 { iface MIXER name 'Dim Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.918 { iface MIXER name 'Speaker Switching Alt Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.919 { iface MIXER name 'Talkback Enable Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.920 { iface MIXER name 'Talk Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.921 { iface MIXER name 'Talkback Mix A Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.922 { iface MIXER name 'Talkback Mix B Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.923 { iface MIXER name 'Talkback Mix C Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.924 { iface MIXER name 'Talkback Mix D Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.925 { iface MIXER name 'Talkback Mix E Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.926 { iface MIXER name 'Talkback Mix F Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.927 { iface MIXER name 'Talkback Mix G Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.928 { iface MIXER name 'Talkback Mix H Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.929 { iface MIXER name 'Talkback Mix I Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.930 { iface MIXER name 'Talkback Mix J Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.931 { iface MIXER name 'Talkback Mix K Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.932 { iface MIXER name 'Talkback Mix L Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.933 { iface MIXER name 'Output Playback Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } control.934 { iface MIXER name 'Digital I/O Mode Capture Enum' value 'S/PDIF RCA' comment { access 'read write user' type ENUMERATED count 1 item.0 'S/PDIF RCA' item.1 'S/PDIF Optical' item.2 'Dual ADAT' } } control.935 { iface MIXER name 'Standalone Switch' value true comment { access 'read write user' type BOOLEAN count 1 } } control.936 { iface MIXER name 'Phantom Power Persistence Capture Switch' value false comment { access 'read write user' type BOOLEAN count 1 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 2i2.conf000066400000000000000000000061121521233005100225550ustar00rootroot00000000000000[device] serial=S2BJ2BX3506155 model=Scarlett 2i2 4th Gen [controls] Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Air Capture Enum=Off Line In 2 Air Capture Enum=Off Line In 1-2 Phantom Power Capture Switch=false Input Select Capture Enum=Input 1 Line In 1 Link Capture Switch=false Line In 2 Link Capture Switch=false Line In 1 Gain Capture Volume=9 Line In 1 Autogain Capture Switch=false Line In 2 Gain Capture Volume=9 Line In 2 Autogain Capture Switch=false Autogain Mean Target=-18 Autogain Peak Target=-12 Line In 1 Safe Capture Switch=false Line In 2 Safe Capture Switch=false Analogue Output 01 Playback Enum=Mix A Analogue Output 02 Playback Enum=Mix B Mixer Input 01 Capture Enum=PCM 1 Mixer Input 02 Capture Enum=PCM 2 Mixer Input 03 Capture Enum=DSP 1 Mixer Input 04 Capture Enum=DSP 2 DSP Input 1 Capture Enum=Analogue 1 DSP Input 2 Capture Enum=Analogue 2 PCM 01 Capture Enum=DSP 1 PCM 02 Capture Enum=DSP 2 PCM 03 Capture Enum=Mix C PCM 04 Capture Enum=Mix D Mix A Input 01 Playback Volume=160 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=160 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix C Input 01 Playback Volume=160 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=160 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Direct Monitor Playback Enum=Off Monitor 1 Mix A Input 01 Playback Volume=150 Monitor 1 Mix A Input 02 Playback Volume=0 Monitor 1 Mix A Input 03 Playback Volume=154 Monitor 1 Mix A Input 04 Playback Volume=154 Monitor 1 Mix B Input 01 Playback Volume=0 Monitor 1 Mix B Input 02 Playback Volume=150 Monitor 1 Mix B Input 03 Playback Volume=154 Monitor 1 Mix B Input 04 Playback Volume=154 Monitor 2 Mix A Input 01 Playback Volume=150 Monitor 2 Mix A Input 02 Playback Volume=0 Monitor 2 Mix A Input 03 Playback Volume=160 Monitor 2 Mix A Input 04 Playback Volume=0 Monitor 2 Mix B Input 01 Playback Volume=0 Monitor 2 Mix B Input 02 Playback Volume=150 Monitor 2 Mix B Input 03 Playback Volume=0 Monitor 2 Mix B Input 04 Playback Volume=160 Name= Analogue In 1 Name= Analogue In 2 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= DSP Out 1 Name= DSP Out 2 Name= PCM Out 1 Name= PCM Out 2 Name= Analogue Out 1 Name= Analogue Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true DSP Out 1 Switch=true DSP Out 2 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true DSP In 1 Switch=true DSP In 2 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 2i2.state000066400000000000000000000403551521233005100227570ustar00rootroot00000000000000state.Gen { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 comment { access 'read volatile' type INTEGER count 2 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access 'read volatile' type INTEGER count 4 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 2128 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 2115 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.7 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.8 { iface MIXER name 'Line In 1 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.9 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.10 { iface MIXER name 'Line In 1-2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.11 { iface MIXER name 'Input Select Capture Enum' value 'Input 1' comment { access 'read write' type ENUMERATED count 1 item.0 'Input 1' item.1 'Input 2' } } control.12 { iface MIXER name 'Line In 1 Link Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.13 { iface MIXER name 'Line In 2 Link Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line In 1 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 6900 dbvalue.0 887 } } control.15 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Success comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 SuccessDRover item.3 WarnMinGainLimit item.4 FailDRunder item.5 FailMaxGainLimit item.6 FailClipped item.7 Cancelled item.8 Invalid } } control.17 { iface MIXER name 'Line In 2 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 6900 dbvalue.0 887 } } control.18 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Success comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 SuccessDRover item.3 WarnMinGainLimit item.4 FailDRunder item.5 FailMaxGainLimit item.6 FailClipped item.7 Cancelled item.8 Invalid } } control.20 { iface CARD name 'Autogain Mean Target' value -18 comment { access 'read write' type INTEGER count 1 range '-30 - 0 (step 1)' dbmin -3000 dbmax 0 dbvalue.0 -1800 } } control.21 { iface CARD name 'Autogain Peak Target' value -12 comment { access 'read write' type INTEGER count 1 range '-30 - 0 (step 1)' dbmin -3000 dbmax 0 dbvalue.0 -1200 } } control.22 { iface MIXER name 'Line In 1 Safe Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line In 2 Safe Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.25 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.26 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.27 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.28 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.29 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.30 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.31 { iface MIXER name 'DSP Input 2 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.32 { iface MIXER name 'PCM 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.33 { iface MIXER name 'PCM 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.34 { iface MIXER name 'PCM 03 Capture Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.35 { iface MIXER name 'PCM 04 Capture Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'DSP 1' item.8 'DSP 2' item.9 'PCM 1' item.10 'PCM 2' } } control.36 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.37 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.38 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.39 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.40 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.41 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.42 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.43 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.44 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.45 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.46 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.47 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.48 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.49 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.50 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.52 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 1 value.5 1 value.6 1 value.7 1 value.8 1 value.9 1 value.10 0 value.11 0 comment { access 'read volatile' type INTEGER count 12 range '0 - 4095 (step 1)' } } control.53 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.54 { iface MIXER name 'Direct Monitor Playback Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Mono item.2 Stereo } } control.55 { iface MIXER name 'Monitor 1 Mix A Input 01 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -500 } } control.56 { iface MIXER name 'Monitor 1 Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Monitor 1 Mix A Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.58 { iface MIXER name 'Monitor 1 Mix A Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.59 { iface MIXER name 'Monitor 1 Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Monitor 1 Mix B Input 02 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -500 } } control.61 { iface MIXER name 'Monitor 1 Mix B Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.62 { iface MIXER name 'Monitor 1 Mix B Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.63 { iface MIXER name 'Monitor 2 Mix A Input 01 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -500 } } control.64 { iface MIXER name 'Monitor 2 Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Monitor 2 Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.66 { iface MIXER name 'Monitor 2 Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Monitor 2 Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Monitor 2 Mix B Input 02 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -500 } } control.69 { iface MIXER name 'Monitor 2 Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Monitor 2 Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 4i4.conf000066400000000000000000000135641521233005100225720ustar00rootroot00000000000000[device] serial=S4RHWFJ3700480 model=Scarlett 4i4 4th Gen [controls] Line In 1 Level Capture Enum=Line Line In 2 Level Capture Enum=Line Line In 1 Air Capture Enum=Off Line In 2 Air Capture Enum=Off Line In 1 Phantom Power Capture Switch=false Line In 2 Phantom Power Capture Switch=false Input Select Capture Enum=Input 1 Line In 1 Link Capture Switch=false Line In 2 Link Capture Switch=false Line In 1 Gain Capture Volume=9 Line In 1 Autogain Capture Switch=false Line In 2 Gain Capture Volume=9 Line In 2 Autogain Capture Switch=false Autogain Mean Target=-18 Autogain Peak Target=-12 Line In 1 Safe Capture Switch=false Line In 2 Safe Capture Switch=false Analogue Output 01 Playback Enum=Mix A Analogue Output 02 Playback Enum=Mix B Analogue Output 03 Playback Enum=Mix C Analogue Output 04 Playback Enum=Mix D Analogue Output 05 Playback Enum=Mix A Analogue Output 06 Playback Enum=Mix B Mixer Input 01 Capture Enum=DSP 1 Mixer Input 02 Capture Enum=DSP 2 Mixer Input 03 Capture Enum=Analogue 3 Mixer Input 04 Capture Enum=Analogue 4 Mixer Input 05 Capture Enum=PCM 1 Mixer Input 06 Capture Enum=PCM 2 Mixer Input 07 Capture Enum=PCM 3 Mixer Input 08 Capture Enum=PCM 4 Mixer Input 09 Capture Enum=PCM 5 Mixer Input 10 Capture Enum=PCM 6 DSP Input 1 Capture Enum=Analogue 1 DSP Input 2 Capture Enum=Analogue 2 PCM 01 Capture Enum=DSP 1 PCM 02 Capture Enum=DSP 2 PCM 03 Capture Enum=Analogue 3 PCM 04 Capture Enum=Analogue 4 PCM 05 Capture Enum=Mix E PCM 06 Capture Enum=Mix F Mix A Input 01 Playback Volume=0 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=160 Mix A Input 06 Playback Volume=160 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=0 Mix A Input 10 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=0 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix B Input 05 Playback Volume=160 Mix B Input 06 Playback Volume=160 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=0 Mix C Input 01 Playback Volume=0 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=0 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=160 Mix C Input 08 Playback Volume=160 Mix C Input 09 Playback Volume=0 Mix C Input 10 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=0 Mix D Input 07 Playback Volume=160 Mix D Input 08 Playback Volume=160 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=160 Mix E Input 06 Playback Volume=160 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=0 Mix E Input 10 Playback Volume=0 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=160 Mix F Input 06 Playback Volume=160 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=0 Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= DSP Out 1 Name= DSP Out 2 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= PCM Out 5 Name= PCM Out 6 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true DSP Out 1 Switch=true DSP Out 2 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true PCM Out 5 Switch=true PCM Out 6 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true DSP In 1 Switch=true DSP In 2 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true Analogue In 1-2 Link=false Analogue In 1-2 Name= Analogue In 3-4 Link=true Analogue In 3-4 Name= Mixer Out 1-2 Link=false Mixer Out 1-2 Name= Mixer Out 3-4 Link=false Mixer Out 3-4 Name= Mixer Out 5-6 Link=false Mixer Out 5-6 Name= DSP Out 1-2 Link=false DSP Out 1-2 Name= PCM Out 1-2 Link=false PCM Out 1-2 Name= PCM Out 3-4 Link=false PCM Out 3-4 Name= PCM Out 5-6 Link=true PCM Out 5-6 Name= Analogue Out 1-2 Link=false Analogue Out 1-2 Name= Analogue Out 3-4 Link=false Analogue Out 3-4 Name= Analogue Out 5-6 Link=false Analogue Out 5-6 Name= Mixer In 1-2 Link=false Mixer In 3-4 Link=true Mixer In 5-6 Link=false Mixer In 7-8 Link=false Mixer In 9-10 Link=true DSP In 1-2 Link=false DSP In 1-2 Name= PCM In 1-2 Link=false PCM In 1-2 Name= PCM In 3-4 Link=true PCM In 3-4 Name= PCM In 5-6 Link=false PCM In 5-6 Name= alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 4i4.state000066400000000000000000001723661521233005100227730ustar00rootroot00000000000000state.Gen { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 3 value.1 4 value.2 7 value.3 8 value.4 5 value.5 6 comment { access 'read volatile' type INTEGER count 6 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 2407 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 2089 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Master HW Playback Volume' value 127 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.7 { iface MIXER name 'Headphone Playback Volume' value 127 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 0 } } control.8 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.9 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.10 { iface MIXER name 'Line In 1 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.11 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.12 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.13 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Input Select Capture Enum' value 'Input 1' comment { access 'read write' type ENUMERATED count 1 item.0 'Input 1' item.1 'Input 2' } } control.15 { iface MIXER name 'Line In 1 Link Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.16 { iface MIXER name 'Line In 2 Link Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface MIXER name 'Line In 1 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 6900 dbvalue.0 887 } } control.18 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Invalid comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 SuccessDRover item.3 WarnMinGainLimit item.4 FailDRunder item.5 FailMaxGainLimit item.6 FailClipped item.7 Cancelled item.8 Invalid } } control.20 { iface MIXER name 'Line In 2 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 6900 dbvalue.0 887 } } control.21 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.22 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Invalid comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 SuccessDRover item.3 WarnMinGainLimit item.4 FailDRunder item.5 FailMaxGainLimit item.6 FailClipped item.7 Cancelled item.8 Invalid } } control.23 { iface CARD name 'Autogain Mean Target' value -18 comment { access 'read write' type INTEGER count 1 range '-30 - 0 (step 1)' dbmin -3000 dbmax 0 dbvalue.0 -1800 } } control.24 { iface CARD name 'Autogain Peak Target' value -12 comment { access 'read write' type INTEGER count 1 range '-30 - 0 (step 1)' dbmin -3000 dbmax 0 dbvalue.0 -1200 } } control.25 { iface MIXER name 'Line In 1 Safe Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.26 { iface MIXER name 'Line In 2 Safe Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.27 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.28 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.29 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.30 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.31 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.32 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.33 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.34 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.35 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.36 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.37 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.38 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.39 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.40 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.41 { iface MIXER name 'Mixer Input 09 Capture Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.42 { iface MIXER name 'Mixer Input 10 Capture Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.43 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.44 { iface MIXER name 'DSP Input 2 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.45 { iface MIXER name 'PCM 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.46 { iface MIXER name 'PCM 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.47 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.48 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.49 { iface MIXER name 'PCM 05 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.50 { iface MIXER name 'PCM 06 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.51 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix A Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.56 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix B Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.67 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix C Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.78 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix D Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.89 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix E Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.96 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix F Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.107 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 4095 value.7 31 value.8 6 value.9 26 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 4095 value.17 31 value.18 4095 value.19 31 value.20 6 value.21 26 value.22 0 value.23 0 comment { access 'read volatile' type INTEGER count 24 range '0 - 4095 (step 1)' } } control.112 { iface MIXER name 'Sync Status' value Unlocked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.113 { iface CARD name 'Power Status Card Enum' value Bus comment { access read type ENUMERATED count 1 item.0 External item.1 Bus item.2 Fail } } } state.Gen_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access read type INTEGER count 6 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 comment { access read type INTEGER count 6 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 2089 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 2089 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'MSD Mode Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.7 { iface MIXER name 'Master HW Playback Volume' value 88 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -3900 } } control.8 { iface MIXER name 'Headphone Playback Volume' value 0 comment { access read type INTEGER count 1 range '0 - 127 (step 1)' dbmin -12700 dbmax 0 dbvalue.0 -12700 } } control.9 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.10 { iface MIXER name 'Line In 2 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.11 { iface MIXER name 'Line In 1 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.12 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.13 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.14 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.15 { iface MIXER name 'Input Select Capture Enum' value 'Input 1' comment { access 'read write' type ENUMERATED count 1 item.0 'Input 1' item.1 'Input 2' } } control.16 { iface MIXER name 'Line In 1 Gain Capture Volume' value 70 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin -7000 dbmax 0 dbvalue.0 0 } } control.17 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Cancelled comment { access read type ENUMERATED count 1 item.0 Stopped item.1 Running item.2 Failed item.3 Cancelled item.4 Unknown } } control.19 { iface MIXER name 'Line In 1 Safe Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.20 { iface MIXER name 'Line In 1-2 Link Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.21 { iface MIXER name 'Line In 2 Gain Capture Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin -7000 dbmax 0 dbvalue.0 -7000 } } control.22 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.23 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Stopped comment { access read type ENUMERATED count 1 item.0 Stopped item.1 Running item.2 Failed item.3 Cancelled item.4 Unknown } } control.24 { iface MIXER name 'Line In 2 Safe Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.25 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.26 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.27 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.28 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.29 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.30 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.31 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.32 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.33 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.34 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.35 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.36 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.37 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.38 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.39 { iface MIXER name 'Mixer Input 09 Capture Enum' value 'PCM 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.40 { iface MIXER name 'Mixer Input 10 Capture Enum' value 'PCM 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.41 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.42 { iface MIXER name 'DSP Input 2 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.43 { iface MIXER name 'PCM 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.44 { iface MIXER name 'PCM 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.45 { iface MIXER name 'PCM 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.46 { iface MIXER name 'PCM 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.47 { iface MIXER name 'PCM 05 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.48 { iface MIXER name 'PCM 06 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Mix A' item.6 'Mix B' item.7 'Mix C' item.8 'Mix D' item.9 'Mix E' item.10 'Mix F' item.11 'DSP 1' item.12 'DSP 2' item.13 'PCM 1' item.14 'PCM 2' item.15 'PCM 3' item.16 'PCM 4' item.17 'PCM 5' item.18 'PCM 6' } } control.49 { iface MIXER name 'Mix A Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.50 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.52 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.53 { iface MIXER name 'Mix A Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.54 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.55 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.57 { iface MIXER name 'Mix A Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix B Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.61 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.62 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.64 { iface MIXER name 'Mix B Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.65 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.66 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix B Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.69 { iface MIXER name 'Mix C Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.71 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.73 { iface MIXER name 'Mix C Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix C Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.76 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.77 { iface MIXER name 'Mix C Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.80 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.82 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix D Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.85 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.86 { iface MIXER name 'Mix D Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.87 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix D Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.89 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.93 { iface MIXER name 'Mix E Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.94 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix E Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.98 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix F Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 0 } } control.105 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix F Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 172 (step 1)' dbmin -8000 dbmax 600 dbvalue.0 -8000 } } control.109 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 14 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 14 value.17 0 value.18 14 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 comment { access 'read volatile' type INTEGER count 24 range '0 - 4095 (step 1)' } } control.110 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.111 { iface CARD name 'Power Status Card Enum' value Bus comment { access read type ENUMERATED count 1 item.0 External item.1 Bus item.2 Fail } } } alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 Solo.conf000066400000000000000000000052541521233005100231030ustar00rootroot00000000000000[device] serial=S1YD4BU34048B1 model=Scarlett Solo 4th Gen [controls] Line In 1 Level Capture Enum=Line Line In 2 Air Capture Enum=Off Line In 2 Phantom Power Capture Switch=false PCM Input Capture Switch=Direct Analogue Output 01 Playback Enum=Mix A Analogue Output 02 Playback Enum=Mix B Mixer Input 01 Capture Enum=PCM 1 Mixer Input 02 Capture Enum=PCM 2 Mixer Input 03 Capture Enum=DSP 1 Mixer Input 04 Capture Enum=DSP 2 DSP Input 1 Capture Enum=Analogue 1 DSP Input 2 Capture Enum=Analogue 2 PCM 01 Capture Enum=DSP 1 PCM 02 Capture Enum=DSP 2 PCM 03 Capture Enum=Mix C PCM 04 Capture Enum=Mix D Mix A Input 01 Playback Volume=160 Mix A Input 02 Playback Volume=0 Mix A Input 03 Playback Volume=0 Mix A Input 04 Playback Volume=0 Mix B Input 01 Playback Volume=0 Mix B Input 02 Playback Volume=160 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=0 Mix C Input 01 Playback Volume=160 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix D Input 01 Playback Volume=0 Mix D Input 02 Playback Volume=160 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix E Input 01 Playback Volume=0 Mix E Input 02 Playback Volume=0 Mix E Input 03 Playback Volume=154 Mix E Input 04 Playback Volume=154 Mix F Input 01 Playback Volume=0 Mix F Input 02 Playback Volume=0 Mix F Input 03 Playback Volume=154 Mix F Input 04 Playback Volume=154 Direct Monitor Playback Switch=false Monitor Mix A Input 01 Playback Volume=150 Monitor Mix A Input 02 Playback Volume=0 Monitor Mix A Input 03 Playback Volume=154 Monitor Mix A Input 04 Playback Volume=154 Monitor Mix B Input 01 Playback Volume=0 Monitor Mix B Input 02 Playback Volume=150 Monitor Mix B Input 03 Playback Volume=154 Monitor Mix B Input 04 Playback Volume=154 Name= Analogue In 1 Name= Analogue In 2 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= DSP Out 1 Name= DSP Out 2 Name= PCM Out 1 Name= PCM Out 2 Name= Analogue Out 1 Name= Analogue Out 2 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true DSP Out 1 Switch=true DSP Out 2 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true DSP In 1 Switch=true DSP In 2 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true alsa-scarlett-gui-1.0~beta9/demo/Scarlett Gen 4 Solo.state000066400000000000000000000333721521233005100233000ustar00rootroot00000000000000state.Gen { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 comment { access 'read volatile' type INTEGER count 2 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access 'read volatile' type INTEGER count 4 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 2188 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 2115 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Line In 1 Level Capture Enum' value Line comment { access 'read write' type ENUMERATED count 1 item.0 Line item.1 Inst } } control.7 { iface MIXER name 'Line In 2 Air Capture Enum' value Off comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 Presence item.2 'Presence + Drive' } } control.8 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'PCM Input Capture Switch' value Direct comment { access 'read write' type ENUMERATED count 1 item.0 Direct item.1 Mixer } } control.10 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.11 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.12 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.13 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.14 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.15 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.16 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.17 { iface MIXER name 'DSP Input 2 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.18 { iface MIXER name 'PCM 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.19 { iface MIXER name 'PCM 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.20 { iface MIXER name 'PCM 03 Capture Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.21 { iface MIXER name 'PCM 04 Capture Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'DSP 1' item.10 'DSP 2' item.11 'PCM 1' item.12 'PCM 2' } } control.22 { iface MIXER name 'Mix A Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.23 { iface MIXER name 'Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.24 { iface MIXER name 'Mix A Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.25 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.26 { iface MIXER name 'Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.27 { iface MIXER name 'Mix B Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.28 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.29 { iface MIXER name 'Mix B Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.30 { iface MIXER name 'Mix C Input 01 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.31 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.32 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.33 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.34 { iface MIXER name 'Mix D Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.35 { iface MIXER name 'Mix D Input 02 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.36 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.37 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.38 { iface MIXER name 'Mix E Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.39 { iface MIXER name 'Mix E Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.40 { iface MIXER name 'Mix E Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.41 { iface MIXER name 'Mix E Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.42 { iface MIXER name 'Mix F Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.43 { iface MIXER name 'Mix F Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.44 { iface MIXER name 'Mix F Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.45 { iface MIXER name 'Mix F Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.46 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 1 value.5 1 value.6 1 value.7 1 value.8 1 value.9 1 value.10 0 value.11 0 comment { access 'read volatile' type INTEGER count 12 range '0 - 4095 (step 1)' } } control.47 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.48 { iface MIXER name 'Direct Monitor Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.49 { iface MIXER name 'Monitor Mix A Input 01 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -500 } } control.50 { iface MIXER name 'Monitor Mix A Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.51 { iface MIXER name 'Monitor Mix A Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.52 { iface MIXER name 'Monitor Mix A Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.53 { iface MIXER name 'Monitor Mix B Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.54 { iface MIXER name 'Monitor Mix B Input 02 Playback Volume' value 150 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -500 } } control.55 { iface MIXER name 'Monitor Mix B Input 03 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.56 { iface MIXER name 'Monitor Mix B Input 04 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } } alsa-scarlett-gui-1.0~beta9/demo/Vocaster One.conf000066400000000000000000000142761521233005100221030ustar00rootroot00000000000000[device] serial=V1599RN2703509 model=Vocaster One USB [controls] Speaker Mute Playback Switch=false Headphones Mute Playback Switch=false Line In 1 DSP Capture Switch=true Line In 1 Compressor Enable=true Line In 1 Compressor Threshold=-22 Line In 1 Compressor Ratio=8 Line In 1 Compressor Knee Width=3 Line In 1 Compressor Attack=30 Line In 1 Compressor Release=30 Line In 1 Compressor Makeup Gain=5 Line In 1 Pre-Comp Filter Enable=true Line In 1 PEQ Filter Enable=true Line In 1 Pre-Comp Coefficients 1=265694923,-531389846,265694923,532986969,-264567952 Line In 1 Pre-Comp Coefficients 2=268435456,-536870912,268435456,535245642,-266826695 Line In 1 PEQ Coefficients 1=268940007,-533799575,264905304,533799575,-265409855 Line In 1 PEQ Coefficients 2=264329859,-480949433,220769668,480949433,-216664071 Line In 1 PEQ Coefficients 3=305086343,-305965130,115171522,248373882,-94231161 Line In 1 Mute Capture Switch=false Line In 1 Phantom Power Capture Switch=false Line In 1 Gain Capture Volume=9 Line In 1 Autogain Capture Switch=false Autogain Hot Target=-18 Analogue Output 01 Playback Enum=Mix A Analogue Output 02 Playback Enum=Mix B Analogue Output 03 Playback Enum=Mix C Analogue Output 04 Playback Enum=Mix D Mixer Input 01 Capture Enum=DSP 1 Mixer Input 02 Capture Enum=Analogue 2 Mixer Input 03 Capture Enum=PCM 1 Mixer Input 04 Capture Enum=PCM 2 Mixer Input 05 Capture Enum=PCM 3 Mixer Input 06 Capture Enum=PCM 4 Mixer Input 07 Capture Enum=Mix A Mixer Input 08 Capture Enum=Mix B DSP Input 1 Capture Enum=Analogue 1 PCM 01 Capture Enum=Mix E PCM 02 Capture Enum=Mix F PCM 03 Capture Enum=Mix G PCM 04 Capture Enum=Mix H PCM 05 Capture Enum=DSP 1 PCM 06 Capture Enum=Analogue 2 PCM 07 Capture Enum=PCM 1 PCM 08 Capture Enum=PCM 2 PCM 09 Capture Enum=PCM 3 PCM 10 Capture Enum=PCM 4 Mix A Input 01 Playback Volume=154 Mix A Input 02 Playback Volume=154 Mix A Input 03 Playback Volume=160 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=160 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=0 Mix A Input 08 Playback Volume=0 Mix B Input 01 Playback Volume=154 Mix B Input 02 Playback Volume=154 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=160 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=160 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=0 Mix C Input 01 Playback Volume=154 Mix C Input 02 Playback Volume=0 Mix C Input 03 Playback Volume=160 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=160 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=0 Mix C Input 08 Playback Volume=0 Mix D Input 01 Playback Volume=154 Mix D Input 02 Playback Volume=0 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=160 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=160 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=0 Mix E Input 01 Playback Volume=154 Mix E Input 02 Playback Volume=154 Mix E Input 03 Playback Volume=0 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=160 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=0 Mix E Input 08 Playback Volume=0 Mix F Input 01 Playback Volume=154 Mix F Input 02 Playback Volume=154 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=0 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=160 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=0 Mix G Input 01 Playback Volume=0 Mix G Input 02 Playback Volume=0 Mix G Input 03 Playback Volume=0 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=0 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=160 Mix G Input 08 Playback Volume=0 Mix H Input 01 Playback Volume=0 Mix H Input 02 Playback Volume=0 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=0 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=0 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=160 Name= Analogue In 1 Name= Analogue In 2 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= DSP Out 1 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true DSP Out 1 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true DSP In 1 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true Line In 1 Pre-Comp Filter 1 Enable=1 Line In 1 Pre-Comp Filter 1 Type=Highpass Line In 1 Pre-Comp Filter 1 Freq=599 Line In 1 Pre-Comp Filter 1 Q=541 Line In 1 Pre-Comp Filter 1 Gain=0 Line In 1 Pre-Comp Filter 2 Enable=1 Line In 1 Pre-Comp Filter 2 Type=Highpass Line In 1 Pre-Comp Filter 2 Freq=600 Line In 1 Pre-Comp Filter 2 Q=1306 Line In 1 Pre-Comp Filter 2 Gain=0 Line In 1 PEQ Filter 1 Enable=1 Line In 1 PEQ Filter 1 Type=Peaking Line In 1 PEQ Filter 1 Freq=1000 Line In 1 PEQ Filter 1 Q=1000 Line In 1 PEQ Filter 1 Gain=24 Line In 1 PEQ Filter 2 Enable=1 Line In 1 PEQ Filter 2 Type=Peaking Line In 1 PEQ Filter 2 Freq=10000 Line In 1 PEQ Filter 2 Q=666 Line In 1 PEQ Filter 2 Gain=-15 Line In 1 PEQ Filter 3 Enable=1 Line In 1 PEQ Filter 3 Type=High Shelf Line In 1 PEQ Filter 3 Freq=60000 Line In 1 PEQ Filter 3 Q=758 Line In 1 PEQ Filter 3 Gain=15 alsa-scarlett-gui-1.0~beta9/demo/Vocaster One.state000066400000000000000000000737411521233005100223000ustar00rootroot00000000000000state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access 'read volatile' type INTEGER count 4 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 comment { access 'read volatile' type INTEGER count 10 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 1769 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 1769 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Speaker Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.7 { iface MIXER name 'Headphones Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Line In 1 DSP Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface CARD name 'Line In 1 Compressor Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface CARD name 'Line In 1 Compressor Threshold' value -22 comment { access 'read write' type INTEGER count 1 range '-40 - 0 (step 1)' } } control.11 { iface CARD name 'Line In 1 Compressor Ratio' value 8 comment { access 'read write' type INTEGER count 1 range '2 - 100 (step 1)' } } control.12 { iface CARD name 'Line In 1 Compressor Knee Width' value 3 comment { access 'read write' type INTEGER count 1 range '0 - 10 (step 1)' } } control.13 { iface CARD name 'Line In 1 Compressor Attack' value 30 comment { access 'read write' type INTEGER count 1 range '30 - 127 (step 1)' } } control.14 { iface CARD name 'Line In 1 Compressor Release' value 30 comment { access 'read write' type INTEGER count 1 range '30 - 127 (step 1)' } } control.15 { iface CARD name 'Line In 1 Compressor Makeup Gain' value 5 comment { access 'read write' type INTEGER count 1 range '0 - 24 (step 1)' } } control.16 { iface CARD name 'Line In 1 Pre-Comp Filter Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.17 { iface CARD name 'Line In 1 PEQ Filter Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface CARD name 'Line In 1 Pre-Comp Coefficients 1' value.0 265694923 value.1 -531389846 value.2 265694923 value.3 532986969 value.4 -264567952 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.19 { iface CARD name 'Line In 1 Pre-Comp Coefficients 2' value.0 268435456 value.1 -536870912 value.2 268435456 value.3 535245642 value.4 -266826695 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.20 { iface CARD name 'Line In 1 PEQ Coefficients 1' value.0 268940007 value.1 -533799575 value.2 264905304 value.3 533799575 value.4 -265409855 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.21 { iface CARD name 'Line In 1 PEQ Coefficients 2' value.0 264329859 value.1 -480949433 value.2 220769668 value.3 480949433 value.4 -216664071 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.22 { iface CARD name 'Line In 1 PEQ Coefficients 3' value.0 305086343 value.1 -305965130 value.2 115171522 value.3 248373882 value.4 -94231161 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.23 { iface MIXER name 'Line In 1 Mute Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.24 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.25 { iface MIXER name 'Line In 1 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 7000 dbvalue.0 900 } } control.26 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.27 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Success comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 FailPG item.3 FailRange item.4 WarnMaxCap item.5 WarnMinCap item.6 Cancelled item.7 Invalid } } control.28 { iface CARD name 'Autogain Hot Target' value -18 comment { access 'read write' type INTEGER count 1 range '-30 - 0 (step 1)' dbmin -3000 dbmax 0 dbvalue.0 -1800 } } control.29 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.30 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.31 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.32 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.33 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.34 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.35 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.36 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.37 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.38 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.39 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.40 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.41 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.42 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.43 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.44 { iface MIXER name 'PCM 03 Capture Enum' value 'Mix G' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.45 { iface MIXER name 'PCM 04 Capture Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.46 { iface MIXER name 'PCM 05 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.47 { iface MIXER name 'PCM 06 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.48 { iface MIXER name 'PCM 07 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.49 { iface MIXER name 'PCM 08 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.50 { iface MIXER name 'PCM 09 Capture Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.51 { iface MIXER name 'PCM 10 Capture Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Mix A' item.4 'Mix B' item.5 'Mix C' item.6 'Mix D' item.7 'Mix E' item.8 'Mix F' item.9 'Mix G' item.10 'Mix H' item.11 'DSP 1' item.12 'PCM 1' item.13 'PCM 2' item.14 'PCM 3' item.15 'PCM 4' } } control.52 { iface MIXER name 'Mix A Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.53 { iface MIXER name 'Mix A Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.54 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.55 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.56 { iface MIXER name 'Mix A Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.57 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.58 { iface MIXER name 'Mix A Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.59 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.60 { iface MIXER name 'Mix B Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.61 { iface MIXER name 'Mix B Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.62 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.63 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.64 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.65 { iface MIXER name 'Mix B Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.66 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.67 { iface MIXER name 'Mix B Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.68 { iface MIXER name 'Mix C Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.69 { iface MIXER name 'Mix C Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.70 { iface MIXER name 'Mix C Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.71 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.72 { iface MIXER name 'Mix C Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.73 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.74 { iface MIXER name 'Mix C Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.75 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.76 { iface MIXER name 'Mix D Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.77 { iface MIXER name 'Mix D Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.78 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.79 { iface MIXER name 'Mix D Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.80 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.81 { iface MIXER name 'Mix D Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.82 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.83 { iface MIXER name 'Mix D Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.84 { iface MIXER name 'Mix E Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.85 { iface MIXER name 'Mix E Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.86 { iface MIXER name 'Mix E Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.87 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix E Input 05 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.89 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix E Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.91 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix F Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.93 { iface MIXER name 'Mix F Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.94 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix F Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.97 { iface MIXER name 'Mix F Input 06 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.98 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix F Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.100 { iface MIXER name 'Mix G Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix G Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.102 { iface MIXER name 'Mix G Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.104 { iface MIXER name 'Mix G Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.106 { iface MIXER name 'Mix G Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.107 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix H Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.109 { iface MIXER name 'Mix H Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.110 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix H Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.113 { iface MIXER name 'Mix H Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.115 { iface MIXER name 'Mix H Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.116 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 comment { access 'read volatile' type INTEGER count 23 range '0 - 4095 (step 1)' } } control.117 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } } alsa-scarlett-gui-1.0~beta9/demo/Vocaster Two.conf000066400000000000000000000256631521233005100221350ustar00rootroot00000000000000[device] serial=V2PEKFR260121D model=Vocaster Two USB [controls] Speaker Mute Playback Switch=false Headphones 1 Mute Playback Switch=false Headphones 2 Mute Playback Switch=false Line In 1 DSP Capture Switch=true Line In 1 Compressor Enable=true Line In 1 Compressor Threshold=-22 Line In 1 Compressor Ratio=8 Line In 1 Compressor Knee Width=3 Line In 1 Compressor Attack=30 Line In 1 Compressor Release=30 Line In 1 Compressor Makeup Gain=5 Line In 1 Pre-Comp Filter Enable=true Line In 1 PEQ Filter Enable=true Line In 1 Pre-Comp Coefficients 1=265694923,-531389846,265694923,532986969,-264567952 Line In 1 Pre-Comp Coefficients 2=268435456,-536870912,268435456,535245642,-266826695 Line In 1 PEQ Coefficients 1=268940007,-533799575,264905304,533799575,-265409855 Line In 1 PEQ Coefficients 2=264329859,-480949433,220769668,480949433,-216664071 Line In 1 PEQ Coefficients 3=305086343,-305965130,115171522,248373882,-94231161 Line In 2 DSP Capture Switch=true Line In 2 Compressor Enable=true Line In 2 Compressor Threshold=-22 Line In 2 Compressor Ratio=8 Line In 2 Compressor Knee Width=3 Line In 2 Compressor Attack=30 Line In 2 Compressor Release=30 Line In 2 Compressor Makeup Gain=5 Line In 2 Pre-Comp Filter Enable=false Line In 2 PEQ Filter Enable=false Line In 2 Pre-Comp Coefficients 1=265694923,-531389846,265694923,532986969,-264567952 Line In 2 Pre-Comp Coefficients 2=268435456,-536870912,268435456,535245642,-266826695 Line In 2 PEQ Coefficients 1=268940007,-533799575,264905304,533799575,-265409855 Line In 2 PEQ Coefficients 2=264329859,-480949433,220769668,480949433,-216664071 Line In 2 PEQ Coefficients 3=305086343,-305965130,115171522,248373882,-94231161 Line In 1 Mute Capture Switch=false Line In 2 Mute Capture Switch=false Line In 1 Phantom Power Capture Switch=false Line In 2 Phantom Power Capture Switch=false Line In 1 Gain Capture Volume=9 Line In 1 Autogain Capture Switch=false Line In 2 Gain Capture Volume=9 Line In 2 Autogain Capture Switch=false Autogain Hot Target=-18 Analogue Output 01 Playback Enum=Mix A Analogue Output 02 Playback Enum=Mix B Analogue Output 03 Playback Enum=Mix C Analogue Output 04 Playback Enum=Mix D Analogue Output 05 Playback Enum=Mix E Analogue Output 06 Playback Enum=Mix F Mixer Input 01 Capture Enum=DSP 1 Mixer Input 02 Capture Enum=DSP 2 Mixer Input 03 Capture Enum=Analogue 3 Mixer Input 04 Capture Enum=Analogue 4 Mixer Input 05 Capture Enum=Analogue 5 Mixer Input 06 Capture Enum=Analogue 6 Mixer Input 07 Capture Enum=PCM 1 Mixer Input 08 Capture Enum=PCM 2 Mixer Input 09 Capture Enum=PCM 3 Mixer Input 10 Capture Enum=PCM 4 Mixer Input 11 Capture Enum=Mix A Mixer Input 12 Capture Enum=Mix B DSP Input 1 Capture Enum=Analogue 1 DSP Input 2 Capture Enum=Analogue 2 PCM 01 Capture Enum=Mix G PCM 02 Capture Enum=Mix H PCM 03 Capture Enum=Mix I PCM 04 Capture Enum=Mix J PCM 05 Capture Enum=DSP 1 PCM 06 Capture Enum=DSP 2 PCM 07 Capture Enum=Analogue 3 PCM 08 Capture Enum=Analogue 4 PCM 09 Capture Enum=Analogue 5 PCM 10 Capture Enum=Analogue 6 PCM 11 Capture Enum=PCM 1 PCM 12 Capture Enum=PCM 2 PCM 13 Capture Enum=PCM 3 PCM 14 Capture Enum=PCM 4 Mix A Input 01 Playback Volume=154 Mix A Input 02 Playback Volume=154 Mix A Input 03 Playback Volume=160 Mix A Input 04 Playback Volume=0 Mix A Input 05 Playback Volume=122 Mix A Input 06 Playback Volume=0 Mix A Input 07 Playback Volume=160 Mix A Input 08 Playback Volume=0 Mix A Input 09 Playback Volume=160 Mix A Input 10 Playback Volume=0 Mix A Input 11 Playback Volume=0 Mix A Input 12 Playback Volume=0 Mix B Input 01 Playback Volume=154 Mix B Input 02 Playback Volume=154 Mix B Input 03 Playback Volume=0 Mix B Input 04 Playback Volume=160 Mix B Input 05 Playback Volume=0 Mix B Input 06 Playback Volume=122 Mix B Input 07 Playback Volume=0 Mix B Input 08 Playback Volume=160 Mix B Input 09 Playback Volume=0 Mix B Input 10 Playback Volume=160 Mix B Input 11 Playback Volume=0 Mix B Input 12 Playback Volume=0 Mix C Input 01 Playback Volume=154 Mix C Input 02 Playback Volume=154 Mix C Input 03 Playback Volume=0 Mix C Input 04 Playback Volume=0 Mix C Input 05 Playback Volume=122 Mix C Input 06 Playback Volume=0 Mix C Input 07 Playback Volume=160 Mix C Input 08 Playback Volume=0 Mix C Input 09 Playback Volume=160 Mix C Input 10 Playback Volume=0 Mix C Input 11 Playback Volume=0 Mix C Input 12 Playback Volume=0 Mix D Input 01 Playback Volume=154 Mix D Input 02 Playback Volume=154 Mix D Input 03 Playback Volume=0 Mix D Input 04 Playback Volume=0 Mix D Input 05 Playback Volume=0 Mix D Input 06 Playback Volume=122 Mix D Input 07 Playback Volume=0 Mix D Input 08 Playback Volume=160 Mix D Input 09 Playback Volume=0 Mix D Input 10 Playback Volume=160 Mix D Input 11 Playback Volume=0 Mix D Input 12 Playback Volume=0 Mix E Input 01 Playback Volume=154 Mix E Input 02 Playback Volume=154 Mix E Input 03 Playback Volume=160 Mix E Input 04 Playback Volume=0 Mix E Input 05 Playback Volume=0 Mix E Input 06 Playback Volume=0 Mix E Input 07 Playback Volume=160 Mix E Input 08 Playback Volume=0 Mix E Input 09 Playback Volume=160 Mix E Input 10 Playback Volume=0 Mix E Input 11 Playback Volume=0 Mix E Input 12 Playback Volume=0 Mix F Input 01 Playback Volume=154 Mix F Input 02 Playback Volume=154 Mix F Input 03 Playback Volume=0 Mix F Input 04 Playback Volume=160 Mix F Input 05 Playback Volume=0 Mix F Input 06 Playback Volume=0 Mix F Input 07 Playback Volume=0 Mix F Input 08 Playback Volume=160 Mix F Input 09 Playback Volume=0 Mix F Input 10 Playback Volume=160 Mix F Input 11 Playback Volume=0 Mix F Input 12 Playback Volume=0 Mix G Input 01 Playback Volume=154 Mix G Input 02 Playback Volume=154 Mix G Input 03 Playback Volume=160 Mix G Input 04 Playback Volume=0 Mix G Input 05 Playback Volume=122 Mix G Input 06 Playback Volume=0 Mix G Input 07 Playback Volume=0 Mix G Input 08 Playback Volume=0 Mix G Input 09 Playback Volume=160 Mix G Input 10 Playback Volume=0 Mix G Input 11 Playback Volume=0 Mix G Input 12 Playback Volume=0 Mix H Input 01 Playback Volume=154 Mix H Input 02 Playback Volume=154 Mix H Input 03 Playback Volume=0 Mix H Input 04 Playback Volume=160 Mix H Input 05 Playback Volume=0 Mix H Input 06 Playback Volume=122 Mix H Input 07 Playback Volume=0 Mix H Input 08 Playback Volume=0 Mix H Input 09 Playback Volume=0 Mix H Input 10 Playback Volume=160 Mix H Input 11 Playback Volume=0 Mix H Input 12 Playback Volume=0 Mix I Input 01 Playback Volume=0 Mix I Input 02 Playback Volume=0 Mix I Input 03 Playback Volume=0 Mix I Input 04 Playback Volume=0 Mix I Input 05 Playback Volume=0 Mix I Input 06 Playback Volume=0 Mix I Input 07 Playback Volume=0 Mix I Input 08 Playback Volume=0 Mix I Input 09 Playback Volume=0 Mix I Input 10 Playback Volume=0 Mix I Input 11 Playback Volume=160 Mix I Input 12 Playback Volume=0 Mix J Input 01 Playback Volume=0 Mix J Input 02 Playback Volume=0 Mix J Input 03 Playback Volume=0 Mix J Input 04 Playback Volume=0 Mix J Input 05 Playback Volume=0 Mix J Input 06 Playback Volume=0 Mix J Input 07 Playback Volume=0 Mix J Input 08 Playback Volume=0 Mix J Input 09 Playback Volume=0 Mix J Input 10 Playback Volume=0 Mix J Input 11 Playback Volume=0 Mix J Input 12 Playback Volume=160 Bluetooth Capture Volume=15 Name= Analogue In 1 Name= Analogue In 2 Name= Analogue In 3 Name= Analogue In 4 Name= Analogue In 5 Name= Analogue In 6 Name= Mixer Out 1 Name= Mixer Out 2 Name= Mixer Out 3 Name= Mixer Out 4 Name= Mixer Out 5 Name= Mixer Out 6 Name= Mixer Out 7 Name= Mixer Out 8 Name= Mixer Out 9 Name= Mixer Out 10 Name= DSP Out 1 Name= DSP Out 2 Name= PCM Out 1 Name= PCM Out 2 Name= PCM Out 3 Name= PCM Out 4 Name= Analogue Out 1 Name= Analogue Out 2 Name= Analogue Out 3 Name= Analogue Out 4 Name= Analogue Out 5 Name= Analogue Out 6 Name= Mixer In 1 Name= Mixer In 2 Name= Mixer In 3 Name= Mixer In 4 Name= Mixer In 5 Name= Mixer In 6 Name= Mixer In 7 Name= Mixer In 8 Name= Mixer In 9 Name= Mixer In 10 Name= Mixer In 11 Name= Mixer In 12 Name= PCM In 1 Name= PCM In 2 Name= PCM In 3 Name= PCM In 4 Name= PCM In 5 Name= PCM In 6 Name= PCM In 7 Name= PCM In 8 Name= PCM In 9 Name= PCM In 10 Name= PCM In 11 Name= PCM In 12 Name= PCM In 13 Name= PCM In 14 Name= Analogue In 1 Switch=true Analogue In 2 Switch=true Analogue In 3 Switch=true Analogue In 4 Switch=true Analogue In 5 Switch=true Analogue In 6 Switch=true Mixer Out 1 Switch=true Mixer Out 2 Switch=true Mixer Out 3 Switch=true Mixer Out 4 Switch=true Mixer Out 5 Switch=true Mixer Out 6 Switch=true Mixer Out 7 Switch=true Mixer Out 8 Switch=true Mixer Out 9 Switch=true Mixer Out 10 Switch=true DSP Out 1 Switch=true DSP Out 2 Switch=true PCM Out 1 Switch=true PCM Out 2 Switch=true PCM Out 3 Switch=true PCM Out 4 Switch=true Analogue Out 1 Switch=true Analogue Out 2 Switch=true Analogue Out 3 Switch=true Analogue Out 4 Switch=true Analogue Out 5 Switch=true Analogue Out 6 Switch=true Mixer In 1 Switch=true Mixer In 2 Switch=true Mixer In 3 Switch=true Mixer In 4 Switch=true Mixer In 5 Switch=true Mixer In 6 Switch=true Mixer In 7 Switch=true Mixer In 8 Switch=true Mixer In 9 Switch=true Mixer In 10 Switch=true Mixer In 11 Switch=true Mixer In 12 Switch=true DSP In 1 Switch=true DSP In 2 Switch=true PCM In 1 Switch=true PCM In 2 Switch=true PCM In 3 Switch=true PCM In 4 Switch=true PCM In 5 Switch=true PCM In 6 Switch=true PCM In 7 Switch=true PCM In 8 Switch=true PCM In 9 Switch=true PCM In 10 Switch=true PCM In 11 Switch=true PCM In 12 Switch=true PCM In 13 Switch=true PCM In 14 Switch=true Line In 1 Pre-Comp Filter 1 Enable=1 Line In 1 Pre-Comp Filter 1 Type=Highpass Line In 1 Pre-Comp Filter 1 Freq=599 Line In 1 Pre-Comp Filter 1 Q=541 Line In 1 Pre-Comp Filter 1 Gain=0 Line In 1 Pre-Comp Filter 2 Enable=1 Line In 1 Pre-Comp Filter 2 Type=Highpass Line In 1 Pre-Comp Filter 2 Freq=600 Line In 1 Pre-Comp Filter 2 Q=1306 Line In 1 Pre-Comp Filter 2 Gain=0 Line In 1 PEQ Filter 1 Enable=1 Line In 1 PEQ Filter 1 Type=Peaking Line In 1 PEQ Filter 1 Freq=1000 Line In 1 PEQ Filter 1 Q=1000 Line In 1 PEQ Filter 1 Gain=24 Line In 1 PEQ Filter 2 Enable=1 Line In 1 PEQ Filter 2 Type=Peaking Line In 1 PEQ Filter 2 Freq=10000 Line In 1 PEQ Filter 2 Q=666 Line In 1 PEQ Filter 2 Gain=-15 Line In 1 PEQ Filter 3 Enable=1 Line In 1 PEQ Filter 3 Type=High Shelf Line In 1 PEQ Filter 3 Freq=60000 Line In 1 PEQ Filter 3 Q=758 Line In 1 PEQ Filter 3 Gain=15 Line In 2 Pre-Comp Filter 1 Enable=1 Line In 2 Pre-Comp Filter 1 Type=Highpass Line In 2 Pre-Comp Filter 1 Freq=599 Line In 2 Pre-Comp Filter 1 Q=541 Line In 2 Pre-Comp Filter 1 Gain=0 Line In 2 Pre-Comp Filter 2 Enable=1 Line In 2 Pre-Comp Filter 2 Type=Highpass Line In 2 Pre-Comp Filter 2 Freq=600 Line In 2 Pre-Comp Filter 2 Q=1306 Line In 2 Pre-Comp Filter 2 Gain=0 Line In 2 PEQ Filter 1 Enable=1 Line In 2 PEQ Filter 1 Type=Peaking Line In 2 PEQ Filter 1 Freq=1000 Line In 2 PEQ Filter 1 Q=1000 Line In 2 PEQ Filter 1 Gain=24 Line In 2 PEQ Filter 2 Enable=1 Line In 2 PEQ Filter 2 Type=Peaking Line In 2 PEQ Filter 2 Freq=10000 Line In 2 PEQ Filter 2 Q=666 Line In 2 PEQ Filter 2 Gain=-15 Line In 2 PEQ Filter 3 Enable=1 Line In 2 PEQ Filter 3 Type=High Shelf Line In 2 PEQ Filter 3 Freq=60000 Line In 2 PEQ Filter 3 Q=758 Line In 2 PEQ Filter 3 Gain=15 alsa-scarlett-gui-1.0~beta9/demo/Vocaster Two.state000066400000000000000000001612371521233005100223260ustar00rootroot00000000000000state.USB_1 { control.1 { iface PCM name 'Playback Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 comment { access 'read volatile' type INTEGER count 4 range '0 - 36' } } control.2 { iface PCM name 'Capture Channel Map' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 comment { access 'read volatile' type INTEGER count 14 range '0 - 36' } } control.3 { iface CARD name 'USB Internal Validity' value true comment { access read type BOOLEAN count 1 } } control.4 { iface CARD name 'Firmware Version' value 1769 comment { access read type INTEGER count 1 range '0 - 0' } } control.5 { iface CARD name 'Minimum Firmware Version' value 1769 comment { access read type INTEGER count 1 range '0 - 0' } } control.6 { iface MIXER name 'Speaker Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.7 { iface MIXER name 'Headphones 1 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.8 { iface MIXER name 'Headphones 2 Mute Playback Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.9 { iface MIXER name 'Line In 1 DSP Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.10 { iface CARD name 'Line In 1 Compressor Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.11 { iface CARD name 'Line In 1 Compressor Threshold' value -22 comment { access 'read write' type INTEGER count 1 range '-40 - 0 (step 1)' } } control.12 { iface CARD name 'Line In 1 Compressor Ratio' value 8 comment { access 'read write' type INTEGER count 1 range '2 - 100 (step 1)' } } control.13 { iface CARD name 'Line In 1 Compressor Knee Width' value 3 comment { access 'read write' type INTEGER count 1 range '0 - 10 (step 1)' } } control.14 { iface CARD name 'Line In 1 Compressor Attack' value 30 comment { access 'read write' type INTEGER count 1 range '30 - 127 (step 1)' } } control.15 { iface CARD name 'Line In 1 Compressor Release' value 30 comment { access 'read write' type INTEGER count 1 range '30 - 127 (step 1)' } } control.16 { iface CARD name 'Line In 1 Compressor Makeup Gain' value 5 comment { access 'read write' type INTEGER count 1 range '0 - 24 (step 1)' } } control.17 { iface CARD name 'Line In 1 Pre-Comp Filter Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.18 { iface CARD name 'Line In 1 PEQ Filter Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.19 { iface CARD name 'Line In 1 Pre-Comp Coefficients 1' value.0 265694923 value.1 -531389846 value.2 265694923 value.3 532986969 value.4 -264567952 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.20 { iface CARD name 'Line In 1 Pre-Comp Coefficients 2' value.0 268435456 value.1 -536870912 value.2 268435456 value.3 535245642 value.4 -266826695 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.21 { iface CARD name 'Line In 1 PEQ Coefficients 1' value.0 268940007 value.1 -533799575 value.2 264905304 value.3 533799575 value.4 -265409855 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.22 { iface CARD name 'Line In 1 PEQ Coefficients 2' value.0 264329859 value.1 -480949433 value.2 220769668 value.3 480949433 value.4 -216664071 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.23 { iface CARD name 'Line In 1 PEQ Coefficients 3' value.0 305086343 value.1 -305965130 value.2 115171522 value.3 248373882 value.4 -94231161 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.24 { iface MIXER name 'Line In 2 DSP Capture Switch' value true comment { access 'read write' type BOOLEAN count 1 } } control.25 { iface CARD name 'Line In 2 Compressor Enable' value true comment { access 'read write' type BOOLEAN count 1 } } control.26 { iface CARD name 'Line In 2 Compressor Threshold' value -22 comment { access 'read write' type INTEGER count 1 range '-40 - 0 (step 1)' } } control.27 { iface CARD name 'Line In 2 Compressor Ratio' value 8 comment { access 'read write' type INTEGER count 1 range '2 - 100 (step 1)' } } control.28 { iface CARD name 'Line In 2 Compressor Knee Width' value 3 comment { access 'read write' type INTEGER count 1 range '0 - 10 (step 1)' } } control.29 { iface CARD name 'Line In 2 Compressor Attack' value 30 comment { access 'read write' type INTEGER count 1 range '30 - 127 (step 1)' } } control.30 { iface CARD name 'Line In 2 Compressor Release' value 30 comment { access 'read write' type INTEGER count 1 range '30 - 127 (step 1)' } } control.31 { iface CARD name 'Line In 2 Compressor Makeup Gain' value 5 comment { access 'read write' type INTEGER count 1 range '0 - 24 (step 1)' } } control.32 { iface CARD name 'Line In 2 Pre-Comp Filter Enable' value false comment { access 'read write' type BOOLEAN count 1 } } control.33 { iface CARD name 'Line In 2 PEQ Filter Enable' value false comment { access 'read write' type BOOLEAN count 1 } } control.34 { iface CARD name 'Line In 2 Pre-Comp Coefficients 1' value.0 265694923 value.1 -531389846 value.2 265694923 value.3 532986969 value.4 -264567952 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.35 { iface CARD name 'Line In 2 Pre-Comp Coefficients 2' value.0 268435456 value.1 -536870912 value.2 268435456 value.3 535245642 value.4 -266826695 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.36 { iface CARD name 'Line In 2 PEQ Coefficients 1' value.0 268940007 value.1 -533799575 value.2 264905304 value.3 533799575 value.4 -265409855 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.37 { iface CARD name 'Line In 2 PEQ Coefficients 2' value.0 264329859 value.1 -480949433 value.2 220769668 value.3 480949433 value.4 -216664071 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.38 { iface CARD name 'Line In 2 PEQ Coefficients 3' value.0 305086343 value.1 -305965130 value.2 115171522 value.3 248373882 value.4 -94231161 comment { access 'read write' type INTEGER count 5 range '-2147483648 - 2147483647 (step 1)' } } control.39 { iface MIXER name 'Line In 1 Mute Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.40 { iface MIXER name 'Line In 2 Mute Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.41 { iface MIXER name 'Line In 1 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.42 { iface MIXER name 'Line In 2 Phantom Power Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.43 { iface MIXER name 'Line In 1 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 7000 dbvalue.0 900 } } control.44 { iface MIXER name 'Line In 1 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.45 { iface MIXER name 'Line In 1 Autogain Status Capture Enum' value Success comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 FailPG item.3 FailRange item.4 WarnMaxCap item.5 WarnMinCap item.6 Cancelled item.7 Invalid } } control.46 { iface MIXER name 'Line In 2 Gain Capture Volume' value 9 comment { access 'read write' type INTEGER count 1 range '0 - 70 (step 1)' dbmin 0 dbmax 7000 dbvalue.0 900 } } control.47 { iface MIXER name 'Line In 2 Autogain Capture Switch' value false comment { access 'read write' type BOOLEAN count 1 } } control.48 { iface MIXER name 'Line In 2 Autogain Status Capture Enum' value Success comment { access read type ENUMERATED count 1 item.0 Running item.1 Success item.2 FailPG item.3 FailRange item.4 WarnMaxCap item.5 WarnMinCap item.6 Cancelled item.7 Invalid } } control.49 { iface CARD name 'Autogain Hot Target' value -18 comment { access 'read write' type INTEGER count 1 range '-30 - 0 (step 1)' dbmin -3000 dbmax 0 dbvalue.0 -1800 } } control.50 { iface MIXER name 'Analogue Output 01 Playback Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.51 { iface MIXER name 'Analogue Output 02 Playback Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.52 { iface MIXER name 'Analogue Output 03 Playback Enum' value 'Mix C' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.53 { iface MIXER name 'Analogue Output 04 Playback Enum' value 'Mix D' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.54 { iface MIXER name 'Analogue Output 05 Playback Enum' value 'Mix E' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.55 { iface MIXER name 'Analogue Output 06 Playback Enum' value 'Mix F' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.56 { iface MIXER name 'Mixer Input 01 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.57 { iface MIXER name 'Mixer Input 02 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.58 { iface MIXER name 'Mixer Input 03 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.59 { iface MIXER name 'Mixer Input 04 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.60 { iface MIXER name 'Mixer Input 05 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.61 { iface MIXER name 'Mixer Input 06 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.62 { iface MIXER name 'Mixer Input 07 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.63 { iface MIXER name 'Mixer Input 08 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.64 { iface MIXER name 'Mixer Input 09 Capture Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.65 { iface MIXER name 'Mixer Input 10 Capture Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.66 { iface MIXER name 'Mixer Input 11 Capture Enum' value 'Mix A' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.67 { iface MIXER name 'Mixer Input 12 Capture Enum' value 'Mix B' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.68 { iface MIXER name 'DSP Input 1 Capture Enum' value 'Analogue 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.69 { iface MIXER name 'DSP Input 2 Capture Enum' value 'Analogue 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.70 { iface MIXER name 'PCM 01 Capture Enum' value 'Mix G' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.71 { iface MIXER name 'PCM 02 Capture Enum' value 'Mix H' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.72 { iface MIXER name 'PCM 03 Capture Enum' value 'Mix I' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.73 { iface MIXER name 'PCM 04 Capture Enum' value 'Mix J' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.74 { iface MIXER name 'PCM 05 Capture Enum' value 'DSP 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.75 { iface MIXER name 'PCM 06 Capture Enum' value 'DSP 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.76 { iface MIXER name 'PCM 07 Capture Enum' value 'Analogue 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.77 { iface MIXER name 'PCM 08 Capture Enum' value 'Analogue 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.78 { iface MIXER name 'PCM 09 Capture Enum' value 'Analogue 5' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.79 { iface MIXER name 'PCM 10 Capture Enum' value 'Analogue 6' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.80 { iface MIXER name 'PCM 11 Capture Enum' value 'PCM 1' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.81 { iface MIXER name 'PCM 12 Capture Enum' value 'PCM 2' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.82 { iface MIXER name 'PCM 13 Capture Enum' value 'PCM 3' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.83 { iface MIXER name 'PCM 14 Capture Enum' value 'PCM 4' comment { access 'read write' type ENUMERATED count 1 item.0 Off item.1 'Analogue 1' item.2 'Analogue 2' item.3 'Analogue 3' item.4 'Analogue 4' item.5 'Analogue 5' item.6 'Analogue 6' item.7 'Mix A' item.8 'Mix B' item.9 'Mix C' item.10 'Mix D' item.11 'Mix E' item.12 'Mix F' item.13 'Mix G' item.14 'Mix H' item.15 'Mix I' item.16 'Mix J' item.17 'DSP 1' item.18 'DSP 2' item.19 'PCM 1' item.20 'PCM 2' item.21 'PCM 3' item.22 'PCM 4' } } control.84 { iface MIXER name 'Mix A Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.85 { iface MIXER name 'Mix A Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.86 { iface MIXER name 'Mix A Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.87 { iface MIXER name 'Mix A Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.88 { iface MIXER name 'Mix A Input 05 Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -1900 } } control.89 { iface MIXER name 'Mix A Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.90 { iface MIXER name 'Mix A Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.91 { iface MIXER name 'Mix A Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.92 { iface MIXER name 'Mix A Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.93 { iface MIXER name 'Mix A Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.94 { iface MIXER name 'Mix A Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.95 { iface MIXER name 'Mix A Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.96 { iface MIXER name 'Mix B Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.97 { iface MIXER name 'Mix B Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.98 { iface MIXER name 'Mix B Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.99 { iface MIXER name 'Mix B Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.100 { iface MIXER name 'Mix B Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.101 { iface MIXER name 'Mix B Input 06 Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -1900 } } control.102 { iface MIXER name 'Mix B Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.103 { iface MIXER name 'Mix B Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.104 { iface MIXER name 'Mix B Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.105 { iface MIXER name 'Mix B Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.106 { iface MIXER name 'Mix B Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.107 { iface MIXER name 'Mix B Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.108 { iface MIXER name 'Mix C Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.109 { iface MIXER name 'Mix C Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.110 { iface MIXER name 'Mix C Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.111 { iface MIXER name 'Mix C Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.112 { iface MIXER name 'Mix C Input 05 Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -1900 } } control.113 { iface MIXER name 'Mix C Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.114 { iface MIXER name 'Mix C Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.115 { iface MIXER name 'Mix C Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.116 { iface MIXER name 'Mix C Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.117 { iface MIXER name 'Mix C Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.118 { iface MIXER name 'Mix C Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.119 { iface MIXER name 'Mix C Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.120 { iface MIXER name 'Mix D Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.121 { iface MIXER name 'Mix D Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.122 { iface MIXER name 'Mix D Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.123 { iface MIXER name 'Mix D Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.124 { iface MIXER name 'Mix D Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.125 { iface MIXER name 'Mix D Input 06 Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -1900 } } control.126 { iface MIXER name 'Mix D Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.127 { iface MIXER name 'Mix D Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.128 { iface MIXER name 'Mix D Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.129 { iface MIXER name 'Mix D Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.130 { iface MIXER name 'Mix D Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.131 { iface MIXER name 'Mix D Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.132 { iface MIXER name 'Mix E Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.133 { iface MIXER name 'Mix E Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.134 { iface MIXER name 'Mix E Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.135 { iface MIXER name 'Mix E Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.136 { iface MIXER name 'Mix E Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.137 { iface MIXER name 'Mix E Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.138 { iface MIXER name 'Mix E Input 07 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.139 { iface MIXER name 'Mix E Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.140 { iface MIXER name 'Mix E Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.141 { iface MIXER name 'Mix E Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.142 { iface MIXER name 'Mix E Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.143 { iface MIXER name 'Mix E Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.144 { iface MIXER name 'Mix F Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.145 { iface MIXER name 'Mix F Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.146 { iface MIXER name 'Mix F Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.147 { iface MIXER name 'Mix F Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.148 { iface MIXER name 'Mix F Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.149 { iface MIXER name 'Mix F Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.150 { iface MIXER name 'Mix F Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.151 { iface MIXER name 'Mix F Input 08 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.152 { iface MIXER name 'Mix F Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.153 { iface MIXER name 'Mix F Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.154 { iface MIXER name 'Mix F Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.155 { iface MIXER name 'Mix F Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.156 { iface MIXER name 'Mix G Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.157 { iface MIXER name 'Mix G Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.158 { iface MIXER name 'Mix G Input 03 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.159 { iface MIXER name 'Mix G Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.160 { iface MIXER name 'Mix G Input 05 Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -1900 } } control.161 { iface MIXER name 'Mix G Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.162 { iface MIXER name 'Mix G Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.163 { iface MIXER name 'Mix G Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.164 { iface MIXER name 'Mix G Input 09 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.165 { iface MIXER name 'Mix G Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.166 { iface MIXER name 'Mix G Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.167 { iface MIXER name 'Mix G Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.168 { iface MIXER name 'Mix H Input 01 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.169 { iface MIXER name 'Mix H Input 02 Playback Volume' value 154 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -300 } } control.170 { iface MIXER name 'Mix H Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.171 { iface MIXER name 'Mix H Input 04 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.172 { iface MIXER name 'Mix H Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.173 { iface MIXER name 'Mix H Input 06 Playback Volume' value 122 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -1900 } } control.174 { iface MIXER name 'Mix H Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.175 { iface MIXER name 'Mix H Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.176 { iface MIXER name 'Mix H Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.177 { iface MIXER name 'Mix H Input 10 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.178 { iface MIXER name 'Mix H Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.179 { iface MIXER name 'Mix H Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.180 { iface MIXER name 'Mix I Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.181 { iface MIXER name 'Mix I Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.182 { iface MIXER name 'Mix I Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.183 { iface MIXER name 'Mix I Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.184 { iface MIXER name 'Mix I Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.185 { iface MIXER name 'Mix I Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.186 { iface MIXER name 'Mix I Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.187 { iface MIXER name 'Mix I Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.188 { iface MIXER name 'Mix I Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.189 { iface MIXER name 'Mix I Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.190 { iface MIXER name 'Mix I Input 11 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.191 { iface MIXER name 'Mix I Input 12 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.192 { iface MIXER name 'Mix J Input 01 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.193 { iface MIXER name 'Mix J Input 02 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.194 { iface MIXER name 'Mix J Input 03 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.195 { iface MIXER name 'Mix J Input 04 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.196 { iface MIXER name 'Mix J Input 05 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.197 { iface MIXER name 'Mix J Input 06 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.198 { iface MIXER name 'Mix J Input 07 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.199 { iface MIXER name 'Mix J Input 08 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.200 { iface MIXER name 'Mix J Input 09 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.201 { iface MIXER name 'Mix J Input 10 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.202 { iface MIXER name 'Mix J Input 11 Playback Volume' value 0 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 -8000 } } control.203 { iface MIXER name 'Mix J Input 12 Playback Volume' value 160 comment { access 'read write' type INTEGER count 1 range '0 - 184 (step 1)' dbmin -8000 dbmax 1200 dbvalue.0 0 } } control.204 { iface PCM name 'Level Meter' value.0 0 value.1 0 value.2 0 value.3 0 value.4 0 value.5 0 value.6 0 value.7 0 value.8 0 value.9 0 value.10 0 value.11 0 value.12 0 value.13 0 value.14 0 value.15 0 value.16 0 value.17 0 value.18 0 value.19 0 value.20 0 value.21 0 value.22 0 value.23 0 value.24 0 value.25 0 value.26 0 value.27 0 value.28 0 value.29 0 value.30 0 value.31 0 value.32 0 value.33 0 comment { access 'read volatile' type INTEGER count 34 range '0 - 4095 (step 1)' } } control.205 { iface MIXER name 'Sync Status' value Locked comment { access read type ENUMERATED count 1 item.0 Unlocked item.1 Locked } } control.206 { iface MIXER name 'Bluetooth Capture Volume' value 15 comment { access 'read write' type INTEGER count 1 range '0 - 30 (step 1)' } } } alsa-scarlett-gui-1.0~beta9/demo/vocaster-controls000066400000000000000000000016121521233005100223440ustar00rootroot00000000000000Line In 1 Compressor Attack Line In 1 Compressor Enable Line In 1 Compressor Knee Width Line In 1 Compressor Makeup Gain Line In 1 Compressor Ratio Line In 1 Compressor Release Line In 1 Compressor Threshold Line In 1 DSP Capture Switch Line In 1 PEQ Coefficients 1 Line In 1 PEQ Coefficients 2 Line In 1 PEQ Coefficients 3 Line In 1 PEQ Filter Enable Line In 1 Pre-Comp Coefficients 1 Line In 1 Pre-Comp Coefficients 2 Line In 1 Pre-Comp Filter Enable Line In 2 Compressor Attack Line In 2 Compressor Enable Line In 2 Compressor Knee Width Line In 2 Compressor Makeup Gain Line In 2 Compressor Ratio Line In 2 Compressor Release Line In 2 Compressor Threshold Line In 2 DSP Capture Switch Line In 2 PEQ Coefficients 1 Line In 2 PEQ Coefficients 2 Line In 2 PEQ Coefficients 3 Line In 2 PEQ Filter Enable Line In 2 Pre-Comp Coefficients 1 Line In 2 Pre-Comp Coefficients 2 Line In 2 Pre-Comp Filter Enable alsa-scarlett-gui-1.0~beta9/docs/000077500000000000000000000000001521233005100167365ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/docs/INSTALL.md000066400000000000000000000153371521233005100203770ustar00rootroot00000000000000# ALSA Scarlett Control Panel Installation ## Quick Start Choose the path that matches your interface. RPM and deb packages are available from each repository's [GitHub Releases](https://github.com/geoffreybennett/alsa-scarlett-gui/releases) page; alternatively, see [Building from Source](#building-from-source) below. ### Scarlett 2nd/3rd Gen, Small 4th Gen, Clarett, Vocaster 1. Ensure your kernel meets the minimum version (see [table below](#linux-kernel)) — all major distros already do 2. Install [scarlett2-firmware](https://github.com/geoffreybennett/scarlett2-firmware/releases) 3. Install [alsa-scarlett-gui](https://github.com/geoffreybennett/alsa-scarlett-gui/releases) 4. Run `alsa-scarlett-gui` — it will prompt you to update your device firmware if needed ### Scarlett 4th Gen 16i16, 18i16, 18i20 1. Ensure you are running Linux 6.14+ (`uname -r` to check) 2. Install [fcp-support](https://github.com/geoffreybennett/fcp-support/releases) — the `fcp-server` daemon will start automatically when you plug in your interface 3. Install [scarlett4-firmware](https://github.com/geoffreybennett/scarlett4-firmware/releases) 4. Install [alsa-scarlett-gui](https://github.com/geoffreybennett/alsa-scarlett-gui/releases) 5. Run `alsa-scarlett-gui` — it will prompt you to update your device firmware if needed ### Scarlett 1st Gen 6i6, 8i6, 18i6, 18i8, 18i20 1. Ensure you are running Linux 3.19+ (any modern distro) 2. Install [alsa-scarlett-gui](https://github.com/geoffreybennett/alsa-scarlett-gui/releases) ## Prerequisites ### Linux Kernel You need to be running a Linux Kernel that contains the appropriate driver for your interface. Use `uname -r` to check what kernel version you are running. Check the following table to see which driver your interface uses and the first kernel version that the driver was included in: | Series | Models | Driver | Kernel Version | |-----------|--------|--------|:----------------------:| | Scarlett 1st Gen | Solo, 2i2, 2i4 | N/A* | Any | | Scarlett 1st Gen | 6i6, 8i6, 18i6, 18i8, 18i20 | Scarlett 1st Gen Mixer Driver | 3.19+ | | Scarlett 2nd Gen | Solo, 2i2, 2i4 | N/A* | Any | | Scarlett 2nd Gen | 6i6, 18i8, 18i20 | Scarlett2 Mixer Driver | 6.7+ | | Scarlett 3rd Gen | Solo, 2i2, 4i4, 8i6, 18i8, 18i20 | Scarlett2 Mixer Driver | 6.7+ | | Scarlett 4th Gen | Solo, 2i2, 4i4 | Scarlett2 Mixer Driver | 6.8+ | | Scarlett 4th Gen | 16i16, 18i16, 18i20 | FCP (Focusrite Control Protocol) Driver | 6.14+ | | Clarett USB and Clarett+ | 2Pre, 4Pre, 8Pre | Scarlett2 Mixer Driver | 6.7+ | | Vocaster | One, Two | Scarlett2 Mixer Driver | 6.10+ | \* The small 1st Gen and 2nd Gen models don’t have any proprietary software controls so they don’t need a driver beyond the standard ALSA USB Audio driver. This means that this application (alsa-scarlett-gui) is not needed, useful, or supported for these models. If your distribution doesn't include a recent-enough kernel for your interface, update your distribution or kernel. All major distributions now ship kernels that include the required drivers. Kernel 6.7 and later have the Scarlett2 driver enabled by default. The Scarlett 1st Gen driver and the FCP drivers are always enabled. #### Enabling the Scarlett2 Driver Some kernels before 6.7 have an earlier version of the Scarlett2 driver which is disabled by default. If this is you, check the driver status (after plugging your interface in) with this command: ``` dmesg | grep -i -A 5 -B 5 focusrite ``` If all is good you’ll see messages like this: ``` New USB device found, idVendor=1235, idProduct=8215, bcdDevice= 6.0b Product: Scarlett 18i20 USB Focusrite Scarlett Gen 3 Mixer Driver enabled (pid=0x8215); ... ``` If you don’t see the “Mixer Driver” message or if it shows “disabled” then check the [OLDKERNEL.md](OLDKERNEL.md) instructions (or, preferably, upgrade your distro/kernel!). ### FCP User-Space Driver The FCP kernel driver requires the user-space driver `fcp-server` in order to do anything useful. This is available from the [fcp-support](https://github.com/geoffreybennett/fcp-support) repo. ### Gtk4 You need a Linux distribution with Gtk4 development libraries. If it doesn’t have them natively, try the Flatpak instructions below. ### Firmware #### Scarlett2 Driver As of Linux 6.8, firmware updates of all supported interfaces from the 2nd Gen onwards can be done through Linux. This is mandatory for Scarlett 4th Gen and Vocaster interfaces (unless you’ve already updated it using the manufacturer’s software), and optional but recommended for Scarlett 2nd and 3rd Gen, Clarett USB, and Clarett+ interfaces. Download the firmware from https://github.com/geoffreybennett/scarlett2-firmware and place it in `/usr/lib/firmware/scarlett2` or use the RPM/deb package. #### FCP Driver Firmware updates for the big Scarlett 4th Gen interfaces can be done through `alsa-scarlett-gui` (which will prompt you automatically when an update is available) or the CLI `fcp-tool` utility from the [fcp-support](https://github.com/geoffreybennett/fcp-support) repo. Updating the firmware is mandatory for these interfaces. Download the firmware from https://github.com/geoffreybennett/scarlett4-firmware and place it in `/usr/lib/firmware/scarlett4` or use the RPM/deb package. ## Building from Source On Fedora, these packages need to be installed: ``` sudo dnf -y install make gcc alsa-lib-devel gtk4-devel openssl-devel ``` On OpenSUSE: ``` sudo zypper in git alsa-devel gtk4-devel libopenssl-devel ``` On Ubuntu: ``` sudo apt -y install git make gcc libgtk-4-dev libasound2-dev libssl-dev ``` On Arch: ``` sudo pacman -S gtk4 ``` To download from github: ``` git clone https://github.com/geoffreybennett/alsa-scarlett-gui cd alsa-scarlett-gui ``` To build: ``` cd src make -j$(nproc) ``` To run: ``` ./alsa-scarlett-gui ``` You can install it into `/usr/local` (binary, desktop file, and icon) with: ``` sudo make install ``` And uninstall with: ``` sudo make uninstall ``` Continue on to reading [USAGE.md](USAGE.md) for how to use the GUI. ## Flatpak With Flatpak, in any distro: ``` flatpak-builder --user --install --force-clean flatpak-build \ vu.b4.alsa-scarlett-gui.yml ``` Be sure to use `flatpak-build` as the directory where the flatpak is built or hence you risk bundling the artifacts when committing! If you get messages like these: ``` Failed to init: Unable to find sdk org.gnome.Sdk version 45 Failed to init: Unable to find runtime org.gnome.Platform version 45 ``` Then install them: ``` flatpak install org.gnome.Sdk flatpak install org.gnome.Platform ``` If you get: ``` Looking for matches… error: No remote refs found for ‘org.gnome.Sdk’ ``` Then: ``` flatpak remote-add --user --if-not-exists flathub https://flathub.org/repo/flathub.flatpakrepo ``` alsa-scarlett-gui-1.0~beta9/docs/OLDKERNEL.md000066400000000000000000000053431521233005100206040ustar00rootroot00000000000000# ALSA Scarlett2 Usage With Old Kernels **This information is mostly for historical purposes. If you’re running a kernel before 6.7, you should upgrade to a newer kernel.** Linux kernel 6.7 (check your version with `uname -r`) was the first kernel version with the Scarlett2 driver enabled by default. It’s recommended that you run 6.7 or later, or build the backported driver for your kernel. If you do, then these instructions aren’t relevant; continue with [INSTALL.md](INSTALL.md) for prerequisites, how to build, install, and run `alsa-scarlett-gui`. If you’ve got a Scarlett Gen 2 or 3 or a Clarett+ 8Pre and don’t mind the level meters not working, then the first kernel support was added in: - **Scarlett Gen 2**: Linux 5.4 (bugs fixed in Linux 5.14) - **Scarlett Gen 3**: Linux 5.14 - **Clarett+ 8Pre**: Linux 6.1 ## Linux Kernel with Backported Driver (recommended) Install the latest version of the backported driver from here: https://github.com/geoffreybennett/linux-fcp/releases then you can ignore the instructions below. ## Linux Kernel before 6.7 without Backported Driver If you’re running a kernel before 6.7 without the backported driver, you need to enable it at module load time with the `device_setup=1` option to insmod/modprobe. Create a file `/etc/modprobe.d/scarlett.conf` containing the appropriate line for your device: Scarlett Gen 2: - **6i6**: `options snd_usb_audio vid=0x1235 pid=0x8203 device_setup=1` - **18i8**: `options snd_usb_audio vid=0x1235 pid=0x8204 device_setup=1` - **18i20**: `options snd_usb_audio vid=0x1235 pid=0x8201 device_setup=1` Scarlett Gen 3: - **Solo**: `options snd_usb_audio vid=0x1235 pid=0x8211 device_setup=1` - **2i2**: `options snd_usb_audio vid=0x1235 pid=0x8210 device_setup=1` - **4i4**: `options snd_usb_audio vid=0x1235 pid=0x8212 device_setup=1` - **8i6**: `options snd_usb_audio vid=0x1235 pid=0x8213 device_setup=1` - **18i8**: `options snd_usb_audio vid=0x1235 pid=0x8214 device_setup=1` - **18i20**: `options snd_usb_audio vid=0x1235 pid=0x8215 device_setup=1` Clarett+: - **8Pre**: `options snd_usb_audio vid=0x1235 pid=0x820c device_setup=1` Or you can use a sledgehammer: ``` options snd_usb_audio device_setup=1,1,1,1 ``` to pass that option to the first 4 USB audio devices. To see if the driver is present and enabled: `dmesg | grep -i -A 5 -B 5 focusrite` should display information like: ``` New USB device found, idVendor=1235, idProduct=8215, bcdDevice= 6.0b Product: Scarlett 18i20 USB Focusrite Scarlett Gen 2/3 Mixer Driver enabled pid=0x8215 ``` If the driver is disabled you’ll see a message like: ``` Focusrite Scarlett Gen 2/3 Mixer Driver disabled; use options snd_usb_audio vid=0x1235 pid=0x8215 device_setup=1 to enable and report any issues to g@b4.vu ``` alsa-scarlett-gui-1.0~beta9/docs/USAGE.md000066400000000000000000000144141521233005100201300ustar00rootroot00000000000000# ALSA Scarlett Control Panel Usage Refer to [INSTALL.md](INSTALL.md) for prerequisites, how to build, install, and run. ## No Interface Connected If no interface is detected (usually because there isn’t one connected!) you’ll see this window: ![No Interface Connected](../img/iface-none.png) Plug in an interface or select the menu option File → Interface Simulation and load a demo file to make more interesting things happen. ## First Time Usage If your interface is fresh out of the box (or you haven’t updated it using the manufacturer’s software), you may need to update the firmware and/or disable MSD Mode first. ### Firmware Update Required Some interfaces require a firmware update before all their functionality is available. If the firmware is not available on your system, you’ll see this window: ![Firmware Update Required (Firmware Missing)](../img/firmware-missing.png) In this case, click on the link, download and install the firmware package, then restart `alsa-scarlett-gui`. If a firmware update is required and the firmware is available, you’ll see this window: ![Firmware Update Required](../img/firmware-update-required.png) Click “Update”, then “Yes” to update the firmware. ![Firmware Update Progress](../img/firmware-updating.png) For 4th Gen large interfaces (16i16, 18i16, 18i20), the firmware update is a multi-step process (leapfrog, ESP, then application firmware). The interface will reboot mid-upgrade and resume automatically when the interface reconnects. If something goes wrong, just restart the process. ### MSD (Mass Storage Device/Quick Start/Easy Start) Mode If MSD Mode is enabled (as it is from the factory) and a firmware update is not available or required, then you’ll see this window: ![MSD Mode](../img/iface-msd.png) Click the “Enabled” button to disable MSD Mode, then click “Reboot” to restart the interface, and in a moment the main window will appear. ## Startup Controls The View → Startup menu option opens a window to configure settings that only take effect when the interface is powered on. The options common to most interfaces are: - **Reset Configuration**: this will reset the configuration to the factory defaults. This is particularly useful with the 4th Gen and Vocaster interfaces if you’ve made a mess of the configuration and want to start again. - **Update Firmware**: if a firmware update is found in the `/usr/lib/firmware/scarlett2` directory, then an option to update the firmware will be available here. ## File Menu The File menu contains options to load and save the configuration, load a configuration in simulation mode, and to exit the application. ### Load/Save Configuration The entire state of the interface can be loaded and saved using the File → Load Configuration (Ctrl-O) and File → Save Configuration (Ctrl-S) menu options. Two formats are supported: - **Native format** (`.conf`, default): Saves all settings including custom port names, port visibility, stereo linking, and DSP filter parameters. This captures the complete state managed by `alsa-scarlett-gui`. - **alsactl format** (`.state`): Saves only kernel-level ALSA controls using `alsactl`. Useful for interface simulation (see below) and compatibility with standard ALSA tools. The file chooser shows both formats, with native as the default. On load, the format is determined by the file extension. For quick access to commonly-used configurations, see [Presets](presets.md). ### Interface Simulation Mode The GUI can load a `.state` file saved from a real interface and display a GUI as if the corresponding interface was connected. Use File → Interface Simulation (Ctrl-I) or specify the filename on the command line. This is useful if you don’t have an interface connected and want to try, develop, or debug the GUI. The `demo` directory in the distribution contains a sample file for every supported model. ## Keyboard Shortcuts | Shortcut | Action | |----------|------------------------| | Ctrl-O | Load Configuration | | Ctrl-S | Save Configuration | | Ctrl-I | Interface Simulation | | Ctrl-Q | Exit | | Ctrl-R | Routing Window | | Ctrl-M | Mixer Window | | Ctrl-L | Levels Window | | Ctrl-D | DSP Window | | Ctrl-G | Configuration Window | | Ctrl-T | Startup Window | | Ctrl-H | Supported Hardware | | Ctrl-/ | About | Shortcuts work from any window — subwindows forward unhandled hotkeys to the main window. ## Interface Controls The controls and menu items which are available vary widely, depending on your specific interface. There are six broad categories of interfaces with different capabilities; each category of interface is described in a separate document: - [Scarlett 1st Gen 6i6+](iface-1st-gen.md) Full routing and mixing capabilities, but some significant caveats. - [Scarlett 3rd Gen Solo and 2i2](iface-small.md) Minimal number of controls, and they are mostly accessible through hardware buttons anyway. Not very interesting. - [Scarlett 2nd Gen 6i6+, 3rd Gen 4i4+, Clarett USB, and Clarett+](iface-large.md) Full routing and mixing capabilities. - [Scarlett Small 4th Gen](iface-4th-gen-small.md) Full routing and mixing capabilities, remote-controlled input gain, but no software-controlled output controls. - [Scarlett Big 4th Gen](iface-4th-gen-big.md) Full routing and mixing capabilities, remote-controlled input gain, software-controlled output volume controls, and monitor groups. - [Vocaster One and Two](iface-vocaster.md) DSP processing (compressor, EQ, filters), routing, and mixing. See also the [DSP window documentation](dsp.md). ## Additional Documentation - [Configuration Window](configuration.md) — Custom port names, I/O visibility, stereo linking, autogain settings, and monitor groups - [Presets](presets.md) — Quick save and load of device configurations - [DSP Window](dsp.md) — Compressor, EQ, and filter controls (Vocaster only) - [Digital I/O Availability](digital-io-availability.md) — How sample rate and mode affect port availability ## Known Bugs/Issues - The scarlett2 kernel driver does not report levels correctly when using dual and quad band sample rates (88.2kHz, 176.4kHz, 96kHz, 192kHz). alsa-scarlett-gui-1.0~beta9/docs/configuration.md000066400000000000000000000155111521233005100221320ustar00rootroot00000000000000# Configuration Window The Configuration window provides settings that customise how the interface appears and behaves in alsa-scarlett-gui. Open it with View → Configuration or press Ctrl-G. The available tabs depend on your interface's capabilities: | Tab | Interfaces | |-----|------------| | Device Name | All supported interfaces | | Device Settings | Clarett USB/+ | | I/O Configuration | All with routing/mixing (not Gen 3 Solo/2i2) | | Autogain | Gen 4 2i2/4i4, Vocaster | | Monitor Groups | Gen 4 16i16/18i16/18i20 | Your last-viewed tab is remembered between sessions. ## Device Name ![Device Name Tab](../img/config-device-name.png) Set a custom name for your interface. This is particularly useful when you have multiple interfaces of the same model — without custom names, their windows would be labelled identically, making them hard to tell apart. The name appears in the window title bar alongside the model and serial number. ## Device Settings The Device Settings tab appears on Clarett interfaces and provides hardware configuration options. ### S/PDIF Source Select the S/PDIF input source: - **None** — Disable S/PDIF input - **Optical** — Use the optical input for S/PDIF - **RCA** — Use the coaxial (RCA) input for S/PDIF Changing this setting updates the available S/PDIF ports throughout the application. ## I/O Configuration The I/O Configuration tab lets you customise the names, visibility, and stereo linking of inputs and outputs. ![I/O Configuration Tab](../img/config-io-analogue.png) A help line at the top summarises what the checkboxes and name fields do. ### Port Type Sub-Tabs Use the sub-tabs to switch between different I/O categories. The available sub-tabs depend on your interface: - **Analogue** — Analogue inputs and outputs - **S/PDIF** — S/PDIF digital inputs and outputs - **ADAT** — ADAT digital inputs and outputs - **PCM** — Computer audio (USB) inputs and outputs - **DSP** — DSP inputs and outputs (Vocaster, Gen 4 small) - **Mixer** — Mixer inputs and outputs Each sub-tab has a checkbox in its label. This checkbox shows/hides all ports of that type at once — it shows a mixed state indicator when some ports are shown and others hidden. Clicking a mixed-state checkbox hides all ports; clicking again shows all. ### Visibility Each port row has a checkbox to show or hide it. Within each sub-tab, Inputs and Outputs columns each have their own "all" checkbox at the top, which also supports mixed state. Hidden ports: - Are not displayed in the routing window - Are not displayed in the mixer window - Are not displayed in the level meters Hiding a port only affects what is displayed — the actual routing connections and mixer gain settings are preserved. However, you cannot change the routing or gains for hidden ports since the controls are not visible. When a visible port is connected to a hidden port, the routing window shows a short line with an arrow at the visible port to indicate the connection exists but the other end is not shown. ### Stereo Linking Click the link button between adjacent ports to pair them as a stereo pair. When linked: - The two individual rows collapse into a single pair row (e.g., "Analogue 1–2") - A single name field applies to the pair - The pair displays as a single stereo connection in the routing window - Mixer controls for the pair are ganged Click the link button again to unlink, which restores the individual channel rows with their separate name fields. ### Custom Names Type a name in the text field to give a port a custom name. This name appears throughout the application — in the routing window, mixer, and level meters — instead of the default port name. Leave the field empty to use the default name, which is shown as placeholder text. The placeholder shows device-specific names where available (e.g., "Mic 1", "Line 3") or generic names otherwise. ### Mixer Sub-Tab The Mixer sub-tab configures mixer inputs and outputs. The layout varies by interface: **Interfaces with routable mixer inputs** (Gen 1, Gen 2/3, Gen 4 small, Clarett) show inputs with their routed source: ![Mixer Tab - Routable](../img/config-io-mixer.png) Each mixer input row shows "Mixer X — Source Name", updating in real time as routing changes. Stereo linking of mixer inputs follows the source — link the source ports and the mixer inputs will be linked. When a linked source pair is connected, the label shows the pair name (e.g., "Mixer 1–2 — Analogue 1–2"). **Interfaces with fixed mixer inputs** (Gen 4 large) show inputs grouped into columns by source type: ![Mixer Tab - Fixed Inputs](../img/config-io-mixer-fixed.png) Columns are labelled by source category (PCM Outputs, Analogue Inputs, S/PDIF Inputs, ADAT Inputs) with a separate Outputs column for mixer outputs. Each column has its own visibility checkbox. ## Autogain The Autogain tab configures the target levels for the automatic gain feature. ![Autogain Tab](../img/config-autogain.png) The available controls depend on your interface: - **Mean** and **Peak** (Gen 4 2i2/4i4): Target average and peak levels - **Hot** (Vocaster): Single target level These settings control what signal levels Autogain aims for when activated from the main window. ## Monitor Groups The Monitor Groups tab is available on the larger 4th Gen interfaces (16i16, 18i16, 18i20) and lets you organise your outputs into Main and Alt sets. ![Monitor Groups Tab](../img/config-monitor-groups.png) Switch between groups using the Alt button on your interface or the toggle in the main window. The main volume knob controls the currently enabled group. ### Controls For each analogue output (or stereo pair when linked): - **Enable** — Include this output in the Main or Alt group - **Source** — Choose the audio source for each output in the group - **Trim** — Per-output level calibration (useful for matching speaker levels) When outputs are stereo-linked (via the I/O Configuration tab), the monitor groups display automatically updates: - The output shows as a single row with the pair name - Trim uses a stereo fader that adjusts both channels together - Enable and Source apply to both channels of the pair ### Example Use Cases - **A/B Reference Mixing** — Connect two sets of speakers and assign them to Main and Alt groups to quickly switch between them for comparison - **Surround Setup** — Put all your surround speakers in the Main group (leave Alt empty) for unified volume control from the main knob - **DAW/Direct Monitoring Switch** — Assign the same outputs to both groups with different sources (e.g., Main from DAW playback, Alt from direct input monitoring) to quickly switch monitoring modes - **Stereo/Mono Comparison** — Set Main to stereo mixer outputs and Alt to a mono mixdown to check mix compatibility - **Mix Comparison** — Quickly switch between two different mixer settings alsa-scarlett-gui-1.0~beta9/docs/digital-io-availability.md000066400000000000000000000075611521233005100237630ustar00rootroot00000000000000# Digital I/O Availability The availability of S/PDIF and ADAT ports depends on the Digital I/O Mode setting and the current sample rate. The GUI reflects this dynamically: ports that are unavailable at the current sample rate or Digital I/O mode are shown with strikethrough text in the routing window, and a tooltip explains why they are unavailable. Mixer inputs connected to unavailable ports are similarly indicated. ## Sample Rate Categories - **Single-band**: 44.1, 48 kHz - **Dual-band**: 88.2, 96 kHz - **Quad-band**: 176.4, 192 kHz At quad-band sample rates, the mixer is also unavailable — the mixer window displays a message indicating this. ## Scarlett 3rd Gen 18i20 This model has S/PDIF In/Out (coaxial/RCA), Optical 1 In/Out, and Optical 2 In/Out ports. ### S/PDIF RCA Mode (Default) | Rate | S/PDIF In | S/PDIF Out | Optical 1 In | Optical 1 Out | Optical 2 In | Optical 2 Out | |------|-----------|------------|--------------|---------------|--------------|---------------| | Single | S/PDIF 1-2 | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | - | ADAT 1-8 | | Dual | S/PDIF 1-2 | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | - | - | | Quad | S/PDIF 1-2 | S/PDIF 1-2 | - | - | - | - | ### S/PDIF Optical Mode | Rate | S/PDIF In | S/PDIF Out | Optical 1 In | Optical 1 Out | Optical 2 In | Optical 2 Out | |------|-----------|------------|--------------|---------------|--------------|---------------| | Single | - | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | S/PDIF 1-2 | S/PDIF 1-2 | | Dual | - | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | S/PDIF 1-2 | S/PDIF 1-2 | | Quad | - | S/PDIF 1-2 | - | - | - | - | ### Dual ADAT Mode | Rate | S/PDIF In | S/PDIF Out | Optical 1 In | Optical 1 Out | Optical 2 In | Optical 2 Out | |------|-----------|------------|--------------|---------------|--------------|---------------| | Single | - | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | - | ADAT 1-8 | | Dual | - | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | ADAT 5-8 | ADAT 5-8 | | Quad | - | S/PDIF 1-2 | - | - | - | - | ## Scarlett 4th Gen 16i16 and 18i16 These models have S/PDIF In/Out (coaxial/RCA) and Optical In/Out ports. ### ADAT Mode | Rate | S/PDIF In | S/PDIF Out | Optical In | Optical Out | |------|-----------|------------|------------|-------------| | Single | S/PDIF 1-2 | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | | Dual | S/PDIF 1-2 | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | | Quad | S/PDIF 1-2 | S/PDIF 1-2 | - | - | ### Optical S/PDIF Mode | Rate | S/PDIF In | S/PDIF Out | Optical In | Optical Out | |------|-----------|------------|------------|-------------| | Single | - | S/PDIF 1-2 | S/PDIF 1-2 | S/PDIF 1-2 | | Dual | - | S/PDIF 1-2 | S/PDIF 1-2 | S/PDIF 1-2 | | Quad | - | S/PDIF 1-2 | - | - | ## Scarlett 4th Gen 18i20 This model has S/PDIF In/Out (coaxial/RCA), Optical 1 In/Out, and Optical 2 In/Out ports. ### RCA S/PDIF Mode | Rate | S/PDIF In | S/PDIF Out | Optical 1 In | Optical 1 Out | Optical 2 | |------|-----------|------------|--------------|---------------|-----------| | Single | S/PDIF 1-2 | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | - | | Dual | S/PDIF 1-2 | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | - | | Quad | - | S/PDIF 1-2 | - | - | - | ### Optical S/PDIF Mode | Rate | S/PDIF In | S/PDIF Out | Optical 1 In | Optical 1 Out | Optical 2 In | Optical 2 Out | |------|-----------|------------|--------------|---------------|--------------|---------------| | Single | - | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | S/PDIF 1-2 | S/PDIF 1-2 | | Dual | - | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | S/PDIF 1-2 | S/PDIF 1-2 | | Quad | - | S/PDIF 1-2 | - | - | - | - | ### Dual ADAT Mode | Rate | S/PDIF In | S/PDIF Out | Optical 1 In | Optical 1 Out | Optical 2 In | Optical 2 Out | |------|-----------|------------|--------------|---------------|--------------|---------------| | Single | - | S/PDIF 1-2 | ADAT 1-8 | ADAT 1-8 | ADAT 9-16 | ADAT 9-16 | | Dual | - | S/PDIF 1-2 | ADAT 1-4 | ADAT 1-4 | ADAT 5-8 | ADAT 5-8 | | Quad | - | S/PDIF 1-2 | - | - | - | - | alsa-scarlett-gui-1.0~beta9/docs/dsp.md000066400000000000000000000150721521233005100200530ustar00rootroot00000000000000# DSP Window The DSP window provides control over the digital signal processing available on Vocaster interfaces. Each DSP channel includes a pre-compressor filter, compressor, and parametric EQ. Open the DSP window with View → DSP or press Ctrl-D. ![Vocaster One DSP Window](../img/dsp1.png) The Vocaster One has a single DSP channel ("Host"), while the Vocaster Two has two channels ("Host" and "Guest"). These are the default names; they can be customised in the [Configuration window](configuration.md). ![Vocaster Two DSP Window](../img/dsp2.png) Each channel has three processing sections that are applied in order: 1. **Pre-Compressor Filter** — Filtering before the compressor 2. **Compressor** — Dynamic range compression 3. **Parametric EQ Filter** — Tone shaping after the compressor The channel name button (e.g., "Host") at the top left enables or disables all DSP processing for that channel. When disabled, the visualisations are dimmed and the combined response line becomes grey and dashed. ## Pre-Compressor Filter The pre-compressor filter provides two cascaded filter stages. These are typically used as high-pass filters to remove low-frequency rumble before the compressor, preventing unwanted bass frequencies from triggering compression. However, all filter types are available. ### Controls - **Stage 1/2 Enable** — Checkbox to enable each filter stage - **Filter Type** — Select the filter type (defaults to Highpass) - **Frequency** — Centre/cutoff frequency in Hz (20–20000) - **Q** — Filter Q/bandwidth (0.1–10.0), shown only for second-order filter types ### Frequency Response Graph The graph shows the combined frequency response of both stages. Each stage is shown as a coloured curve with shading, and numbered handles indicate the filter positions. You can adjust filters by: - **Dragging** a numbered handle to adjust frequency and gain (or frequency and Q for filter types without gain) - **Mouse wheel** over a handle to adjust Q (only for filter types that have gain) - **Typing** values directly in the entry boxes ### Presets Click the "Presets" button to select from: - **None** — Bypass (flat response) - **Rumble Reduction Low** — Gentle low-cut - **Rumble Reduction High** — More aggressive low-cut ## Compressor The compressor reduces the dynamic range of the signal, making quiet sounds louder and loud sounds quieter relative to each other. ### Transfer Curve The compressor section displays a transfer curve showing input level (horizontal) vs output level (vertical). The curve visualises how the compressor will affect signals at different levels: - The diagonal dashed line shows unity (no compression) - The solid curve shows the transfer function - A dot on the curve shows the current input/output level in real-time, turning red when the signal reaches 0 dB ### Controls - **Thresh** (Threshold) — Level above which compression begins (dB) - **Ratio** — Amount of compression (e.g., 4:1 means 4 dB of input above threshold produces 1 dB of output) - **Knee** — Width of the soft knee transition region (dB) - **Attack** — How quickly compression engages (ms) - **Release** — How quickly compression releases (ms) - **Makeup** — Gain added after compression to restore level (dB) The transfer curve updates in real-time as you adjust the Threshold, Ratio, Knee, and Makeup controls. ### Presets Click the "Presets" button to select from: - **Off** — No compression - **Low** — Light compression - **Med** — Medium compression - **High** — Heavy compression ## Parametric EQ Filter The parametric EQ provides three bands of fully adjustable equalisation for tone shaping. ### Controls Each band has: - **Band Enable** — Checkbox to enable the band - **Filter Type** — Select from various filter types (defaults to Peaking) - **Frequency** — Centre/cutoff frequency in Hz (20–20000) - **Q** — Filter Q/bandwidth (0.1–10.0), shown only for second-order filter types - **Gain** — Boost or cut in dB (-18 to +18), shown only for filter types that use gain ### Frequency Response Graph The graph shows the combined frequency response of all three bands: - Individual band curves are shown with coloured shading - The white line shows the combined response - Numbered handles (1, 2, 3) indicate each band's position ### Interactive Graph Editing The EQ graph supports direct manipulation: - **Click and drag** a numbered handle to adjust frequency and gain, or frequency and Q for filter types without gain - **Mouse wheel** over a handle to adjust Q (only for filter types that have gain) - **Hover** over a handle or band controls to highlight both the handle and the corresponding controls ### Filter Types ![Filter Type Dropdown](../img/dsp-filters.png) Available filter types (applies to both the pre-compressor filter and parametric EQ): | Type | Description | Has Gain | Has Q | |------|-------------|----------|-------| | Peaking | Bell-shaped boost/cut at the centre frequency | Yes | Yes | | Low Shelf | Boost/cut below the corner frequency | Yes | Yes | | High Shelf | Boost/cut above the corner frequency | Yes | Yes | | Lowpass | Remove frequencies above the cutoff (12 dB/oct) | No | Yes | | Highpass | Remove frequencies below the cutoff (12 dB/oct) | No | Yes | | Bandpass | Pass only frequencies near the centre | No | Yes | | Notch | Remove a narrow band of frequencies | No | Yes | | Gain | Simple level adjustment (no frequency shaping) | Yes | No | | LP 6dB/oct | Gentle lowpass (first-order) | No | No | | HP 6dB/oct | Gentle highpass (first-order) | No | No | | LS 6dB/oct | Gentle low shelf (first-order) | Yes | No | | HS 6dB/oct | Gentle high shelf (first-order) | Yes | No | The dropdown shows icons representing each filter's frequency response shape. "Has Gain" determines whether the Gain control is shown and whether vertical dragging adjusts gain (if yes) or Q (if no). "Has Q" determines whether the Q control is shown and whether mouse wheel adjustment is available. ### Presets Click the "Presets" button to select from: - **Radio** — Bright, present sound - **Clean** — Neutral, balanced tone - **Warm** — Enhanced low-mid warmth - **Bright** — Enhanced high frequencies ## Saving DSP Settings DSP settings are stored in the hardware and persist across application and device restarts. The filter parameters (type, frequency, Q, gain, and enable state) are also saved locally, so disabled filters retain their settings for re-enabling later. Settings can be saved and loaded as part of the interface configuration using File → Save/Load Configuration or [Presets](presets.md). alsa-scarlett-gui-1.0~beta9/docs/iface-1st-gen.md000066400000000000000000000127521521233005100216120ustar00rootroot00000000000000# ALSA Scarlett Control Panel ## Scarlett 1st Gen Interfaces This document describes how to use the ALSA Scarlett Control Panel with the Scarlett 1st Gen interfaces: - Scarlett 1st Gen 6i6, 8i6, 18i6, 18i8, 18i20 Note: The 1st Gen Scarlett Solo, 2i2, and 2i4 have all their controls accessible from the front panel of the device, and there are no proprietary software controls, so they do not require this control panel software. ## Important Driver Limitations The 1st Gen Scarlett devices have some important limitations in the ALSA driver implementation that you should be aware of: 1. **Initial State Detection**: The driver cannot read the current state of hardware controls (this appears to be a limitation of the device firmware). When alsa-scarlett-gui starts, what you see will not reflect the actual state of your device unless the controls have previously been set since startup. 2. **State Update Issues**: The driver only updates the hardware state when it thinks a setting needs to be changed. If the driver incorrectly believes a control is already in the desired state, it won’t actually update the control. 3. **Level Meters**: The driver does not support reading the level meters from the hardware. 4. **Startup Configuration**: The driver is not able to save the current configuration to the non-volatile memory of the device, so you’ll need to reapply the desired configuration each time you restart it (or write your preferred configuration using MixControl on Windows or Mac). ### Recommended Workaround To ensure your settings are properly applied: 1. Apply a “zero” configuration that sets all controls to values that are *not* what you desire. 2. Then apply your desired configuration This two-step process helps ensure that the driver actually sends all commands to the hardware. You may want to create a script using `alsactl` for this purpose. ## Main Window The main window is divided into three sections: - Global Controls - Analogue Input Controls - Analogue Output Controls The particular controls available depend on the interface model. Note that the View menu option lets you open two other windows which contain additional controls, described in the following sections: - [Routing](#routing) - [Mixer](#mixer) The Levels and Startup windows that are available for later-generation interfaces are not available for 1st Gen interfaces due to driver limitations. ### Global Controls Global controls relate to the operation of the interface as a whole. #### Clock Source Clock Source selects where the interface receives its digital clock from. If you aren’t using S/PDIF or ADAT inputs, set this to Internal. #### Sync Status Sync Status indicates if the interface is locked to a valid digital clock. If you aren’t using S/PDIF or ADAT inputs and the status is Unlocked, change the Clock Source to Internal. ### Analogue Input Controls #### Inst The Inst buttons are used to select between Mic/Line and Instrument level/impedance. When plugging in microphones or line-level equipment (such as a synthesizer, external preamp, or effects processor) to the input, set it to “Line”. The “Inst” setting is for instruments with pickups such as guitars. #### Pad Enabling Pad engages a 10dB attenuator in the channel, giving you more headroom for very hot signals. #### Gain The Gain switch selects Low or High gain for the input channel. ### Analogue Output Controls The analogue output controls let you set the output volume (gain) on the analogue line outputs. Click and drag up/down on the volume dial to change the volume, use your arrow keys, Home/End/PgUp/PgDn keys, or use your mouse scroll wheel to adjust. You can also double-click on it to quickly toggle the volume between off and 0dB. ## Routing The routing window allows complete control of signal routing between the hardware inputs/outputs, internal mixer, and PCM (USB) inputs/outputs. ![Routing Window](../img/scarlett-1st-gen-6i6-routing.png) To manage the routing connections: - Click and drag from a source to a sink or a sink to a source to connect them. Audio from the source will then be sent to that sink. - Click on a source or a sink to clear the links connected to that source/sink. Note that a sink can only be connected to one source, but one source can be connected to many sinks. If you want a sink to receive input from more than one source, use the mixer inputs and outputs: - Connect the sources that you want to mix together to mixer inputs - Connect mixer outputs to the sinks that you want to receive the mixed audio - Use the Mixer window to set the amount of each mixer input that is sent to each mixer output The Presets menu can be used to clear all connections, or to set up common configurations: - The “Direct” preset sets up the usual configuration using the interface as a regular audio interface by connecting: - all Hardware Inputs to PCM Inputs - all PCM Outputs to Hardware Outputs - The “Preamp” preset connects all Hardware Inputs to Hardware Outputs. - The “Stereo Out” preset connects PCM 1 and 2 Outputs to pairs of Hardware Outputs. ## Mixer If you use the Routing window to connect Sources to Mixer Inputs and Mixer Outputs to Sinks, then you can use the Mixer window to set the amount of each Mixer Input that is sent to each Mixer Output using a matrix of controls. Click and drag up/down on the gain controls to adjust, or use your mouse scroll wheel. You can also double-click on the control to quickly toggle between off and 0dB. alsa-scarlett-gui-1.0~beta9/docs/iface-4th-gen-big.md000066400000000000000000000343371521233005100223440ustar00rootroot00000000000000# ALSA Scarlett Control Panel ## Scarlett Big 4th Gen Interfaces This document describes how to use the ALSA Scarlett Control Panel with the big Scarlett 4th Gen interfaces: - Scarlett 4th Gen 16i16, 18i16, 18i20 ### FCP Driver The big 4th Gen interfaces are supported by the “FCP” (Focusrite Control Protocol) driver introduced in Linux 6.14. You must be running at least Linux 6.14 (check with `uname -a`) and install [fcp-support](https://github.com/geoffreybennett/fcp-support) before you can use alsa-scarlett-gui with these interfaces. Firmware update files are available at [scarlett4-firmware](https://github.com/geoffreybennett/scarlett4-firmware). When the GUI detects that a newer firmware is available, it will prompt you to update. The update process takes about two minutes and is multi-step (leapfrog, ESP, then application firmware), involving a device reboot mid-upgrade — the GUI handles this automatically and will resume where it left off when the device reappears. ## Main Window The main window is divided into three sections: - Global Controls - Analogue Input Controls - Analogue Output Controls The main window for the 16i16 interface is shown below. The 18i16 and 18i20 interfaces are similar, but with more controls. ![Main Window](../img/iface-4th-gen-big.png) ### Global Controls #### Clock Source (interfaces with S/PDIF or ADAT inputs) Clock Source selects where the interface receives its digital clock from. If you aren’t using S/PDIF or ADAT inputs, set this to Internal. #### Sync Status Sync Status indicates if the interface is locked to a valid digital clock. If you aren’t using S/PDIF or ADAT inputs and the Sync Status is Unlocked, change the Clock Source to Internal. #### Sample Rate Sample Rate is informative only, and displays the current sample rate if the interface is currently in use. In ALSA, the sample rate is set by the application using the interface, which is usually a sound server such as PulseAudio, JACK, or PipeWire. #### Speaker Switching / Monitor Group All three big 4th Gen interfaces support monitor groups, allowing you to assign outputs to Main and Alt groups with independent sources and trim. Configure which outputs belong to each group in the [Configuration window](configuration.md). The presentation varies by model: - **18i16**: A “Speaker Switching” control with On/Off and Main/Alt buttons (On enables grouping, Main/Alt switches between groups) - **16i16, 18i20**: A “Monitor Group” button that toggles between Main and Alt (only enabled when at least one output is assigned to the Alt group) Outputs in the inactive group are muted. #### Talkback (18i20 only) The 18i20 has a Talkback feature that routes a designated input to selected mixer outputs, typically used for communication from a control room to performers in the live room. ### Analogue Input Controls #### Input Select The “Input Select” control allows you to choose which channel the hardware 48V, Inst, Air, Auto, and Safe buttons control. #### Link The “Link” control links the 48V, Inst, Air, Auto, and Safe controls together so that they control a stereo pair of channels simultaneously. #### Gain The “Gain” controls adjust the input gain for the selected channel. Click and drag up/down on the control to adjust the gain, use your mouse scroll wheel, or click the control to select it and use the arrow keys, Page Up, Page Down, Home, and End keys. The gain dial includes a built-in level meter that shows the real-time signal level with a peak hold indicator. This gives immediate visual feedback on the input signal without needing to open the Levels window. #### Autogain When the “Autogain” control is enabled, the interface will listen to the input signal for ten seconds and automatically adjust the gain to get the best signal level. When autogain is not running, the most-recent autogain exit status is shown below the “Autogain” control. #### Safe ”Safe” mode is a feature that automatically reduces the gain if the signal is too loud. This can be useful to prevent clipping. #### Instrument The Inst button(s) are used to select between Mic/Line and Instrument level/impedance. When plugging in microphones or line-level equipment (such as a synthesiser, external preamp, or effects processor) to the input, set it to “Line”. The “Inst” setting is for instruments with pickups such as guitars. #### Air The Scarlett 3rd Gen introduced Air mode which transformed your recordings and inspired you while making music by boosting the signal’s high-end. The 4th Gen interfaces now call that “Air Presence” and add a new mode “Air Presence+Drive” which boosts mid-range harmonics in your sound. #### Phantom Power (48V) Turning the “48V” switch on sends “Phantom Power” to the XLR microphone input. This is required for some microphones (such as condenser microphones), and damaging to some microphones (particularly vintage ribbon microphones). ### Analogue Output Controls Each analogue output has its own volume fader with a level meter showing the output signal level and peak hold. These are software-controlled volume knobs. When an output is assigned to a monitor group (Main or Alt), its individual volume control is disabled — the output level is managed by the group’s source and trim settings configured in the [Configuration window](configuration.md). A coloured “Main” or “Alt” label appears below each output number when monitor groups are configured: - **Green “Main”** — output is in the Main group, which is currently active - **Red “Alt”** — output is in the Alt group, which is currently active - **Grey** — output is in a group that is currently inactive (its audio is muted) #### Master Volume The Master volume knob shows the position of the hardware volume knob on the front panel, which controls Analogue Outputs 1 and 2. #### Mute and Dim The speaker icon button mutes the hardware-controlled outputs (Analogue Outputs 1 and 2). The Dim button reduces their volume. These correspond to the front-panel buttons on the interface. ## Routing The routing window provides (almost) complete control of signal routing between the hardware inputs/outputs, internal mixer, and PCM (USB) inputs/outputs. The mixer inputs on the big 4th Gen interfaces are fixed and not shown in the routing window, as there are too many to sensibly display. Open the Routing window with View → Routing or press Ctrl-R. ![4th Gen 16i16 Routing](../img/scarlett-4th-gen-16i16-routing.png) To adjust the routing: - Click and drag from a source to a sink or a sink to a source to connect them. Audio from the source will then be sent to that sink. - Click on a source or a sink to clear the links connected to that source/sink. Note that a sink can only be connected to one source, but one source can be connected to many sinks. If you want a sink to receive input from more than one source, connect the sinks to mixer outputs: - Connect mixer outputs to the sinks that you want to receive the mixed audio - Use the Mixer window to set the amount of each mixer input that is sent to each mixer output The Presets menu can be used to clear all connections, or to set up common configurations: - The “Direct” preset connects all Hardware Inputs to PCM Inputs and all PCM Outputs to Hardware Outputs. - The “Preamp” preset connects all Hardware Inputs to Hardware Outputs. - The “Stereo Out” preset connects PCM 1 and 2 Outputs to pairs of Hardware Outputs. ### Signal Level Glow Active routing connections are overlaid with a glow effect showing the real-time signal level flowing through them. The glow colour transitions from green (normal) through yellow (high) to red (clipping). Sources with an active signal but no connected sink show a circular glow around the source port. ### Arrow Indicators When a port has been hidden via the [Configuration window](configuration.md), any routing connections involving that port are shown with an arrow indicator at the visible end. This lets you see that a hidden port has an active connection without needing to show all ports. ### Stereo Linking Adjacent ports can be stereo-linked via the [Configuration window](configuration.md). Linked ports appear as a single stereo socket with L and R sub-ports. Routing lines for stereo pairs are drawn in parallel, each with independent signal glow. When dragging a stereo-linked source to a sink (or vice versa), the connection is made stereo-aware: the left source connects to the left sink and the right source to the right sink. ### Monitor Group Indicators When monitor groups are configured, the routing window shows the *effective* audio routing — not just the routing control setting, but the actual audio path considering which group is active. Hardware output labels display coloured indicators: - **Green “Main”** when the output is in the active Main group - **Red “Alt”** when the output is in the active Alt group - **Strikethrough** when the output is in the inactive group (audio is muted to that output) The routing lines update in real time as you switch between Main and Alt groups, reflecting the actual audio flow. ### I/O Availability Some ports may become unavailable depending on the current sample rate or Digital I/O mode: - **PCM channels** reduce at higher sample rates - **S/PDIF and ADAT ports** depend on the Digital I/O mode and sample rate - **Mixer ports** are unavailable at 176.4/192 kHz (quad-band) Unavailable ports are shown with strikethrough text and a tooltip explaining why. ## Mixer Open the Mixer window with View → Mixer or press Ctrl-M. The mixer is a matrix where any combination of inputs can be mixed to any output at adjustable levels. Mixer levels can be adjusted with your keyboard or mouse in the same way as the [Gain Controls](#gain). ### Signal Level Glow Mixer input and output labels display a real-time glow effect behind them, showing the signal level with green, yellow, and red colour transitions. For stereo-linked channels, the glow is split into separate L and R bars. ### Level Metering on Gain Dials Each mixer gain knob includes a post-gain level meter inside the dial, showing the signal level at that point in the mix with a peak hold indicator. ### Custom Port Names Mixer labels reflect any custom names set in the [Configuration window](configuration.md). Long names are ellipsised with the full name shown in a tooltip on hover. ### Stereo-Aware Controls When adjacent mixer inputs or outputs are stereo-linked, their gain controls are ganged together with an averaged value. Adjusting one updates both channels. For a stereo-linked input going to a stereo-linked output, the gain is computed as a diagonal average across the four crosspoints. ### Port Visibility Ports hidden in the [Configuration window](configuration.md) are removed from the mixer grid, keeping the display focused on the ports you’re actively using. ### Mixer Unavailability At quad-band sample rates (176.4/192 kHz), the hardware mixer is disabled. The mixer window displays a message indicating the mixer is unavailable at the current sample rate. ## Configuration The Configuration window provides settings for customising port names, visibility, stereo linking, autogain targets, and monitor groups. Open it with View → Configuration or press Ctrl-G. See [Configuration Window](configuration.md) for full details. Available tabs for the big 4th Gen interfaces: | Tab | Description | |-----|-------------| | Device Name | Set a custom name for the interface | | I/O Configuration | Port names, visibility, stereo linking | | Autogain | Target levels for autogain calibration | | Monitor Groups | Main/Alt group output assignment | ### Custom Port Names Give meaningful names to your ports (e.g. “Vocal Mic”, “Guitar”, ”Monitors”) in the I/O Configuration tab. These names appear throughout the application — in the routing window, mixer labels, level meters, and the main window’s monitor group labels. ### Port Visibility Show or hide individual ports to reduce clutter in the routing and mixer windows. Hidden ports with active connections show arrow indicators in the routing window. ### Stereo Linking Link adjacent ports together for stereo operation. Linked ports share names, appear as stereo sockets in the routing window, and have ganged controls in the mixer. ### Autogain Targets Set the target levels for the autogain feature: Mean Target and Peak Target. These determine what signal level the autogain algorithm aims for when calibrating input gain. ### Monitor Groups The Monitor Groups tab lets you assign each analogue output to the Main group, the Alt group, or neither. For each output in a group, you can set: - **Source** — which audio source feeds the output when the group is active - **Trim** — a volume offset relative to the group’s master volume When outputs are stereo-linked, they appear as a single pair with a stereo-aware source selector and averaged trim. ## Presets The Presets button in the main window provides quick save/load of named configurations. See [Presets and Configuration Files](presets.md) for full details. You can also save and load configurations to files via the File menu (Ctrl-S to save, Ctrl-O to load). ## Levels The meters show the levels seen by the interface at every routing source as well as the analogue outputs. Open this window by selecting View → Levels or pressing Ctrl-L. ![Levels](../img/window-levels-4th-gen-big.png) Look at this in conjunction with the routing window to understand which meter corresponds to which source or sink. ## Keyboard Shortcuts | Shortcut | Action | |----------|--------| | Ctrl-O | Load Configuration | | Ctrl-S | Save Configuration | | Ctrl-I | Interface Simulation | | Ctrl-Q | Exit | | Ctrl-R | Routing Window | | Ctrl-M | Mixer Window | | Ctrl-L | Levels Window | | Ctrl-G | Configuration Window | | Ctrl-T | Startup Window | | Ctrl-H | Supported Hardware | | Ctrl-/ | About | Keyboard shortcuts work from any window — subwindows forward unhandled shortcuts to the main window. --- Thanks for reading this far! This software represents over a thousand hours of independent work — reverse-engineering, kernel development, and building a complete replacement for Focusrite's proprietary apps. If you've found it valuable, please consider a [donation](../README.md#donations). alsa-scarlett-gui-1.0~beta9/docs/iface-4th-gen-small.md000066400000000000000000000423671521233005100227150ustar00rootroot00000000000000# ALSA Scarlett Control Panel ## Scarlett Small 4th Gen Interfaces This document describes how to use the ALSA Scarlett Control Panel with the small Scarlett 4th Gen interfaces: - Scarlett 4th Gen Solo, 2i2, and 4i4 ### Comparison with earlier Scarlett and Clarett Interfaces If you are familiar with the Scarlett 2nd and 3rd Gen or Clarett interfaces, the major differences to the 4th Gen interfaces from the point of view of this software are: - The 4th Gen Solo and 2i2 interfaces have the full routing and mixing capabilities of the larger 2nd and 3rd Gen and Clarett interfaces (although the line outputs and the headphone outputs are still linked). - The 4th Gen 2i2 and 4i4 interfaces have software-controllable (“remote”) input gain controls. - The 4th Gen interfaces don’t have the output volume and mute controls that the 2nd and 3rd Gen and Clarett interfaces have. - The Air mode with Presence+Drive is implemented with a DSP which is separately routable. ## Main Window The main window is divided into three sections: - Global Controls - Analogue Input Controls - Analogue Output Controls The main window for the Solo and 2i2 interfaces is shown below; the 4i4 interface is similar to the 2i2, but doesn’t have the Direct Monitor control, and can show the position of the front panel volume knobs. ![Main Window](../img/iface-4th-gen-small.png) ### Global Controls #### Sync Status Sync Status indicates if the interface is locked to a valid digital clock. This should only ever briefly show “Unlocked” when the sample rate is changed as these interfaces can only use their internal clock. #### Power The 4i4 has a “Power” control that displays the power status. It can be “Fail”, “Bus”, or “External”. “Fail” means that the interface is not receiving sufficient power; please see the Scarlett 4i4 4th Gen User Guide for more information. “Bus” vs. “External” indicates whether the interface is receiving power from the second USB-C port (“External”) or not (“Bus”). #### Sample Rate Sample Rate is informative only, and displays the current sample rate if the interface is currently in use. In ALSA, the sample rate is set by the application using the interface, which is usually a sound server such as PulseAudio, JACK, or PipeWire. ### Analogue Input Controls The analogue input controls available depend on the interface model: - **Instrument, Air, and Phantom Power**: All models - **Mix**: Solo only (described later in the [Solo Mix Control](#solo-mix-control) section) - **Input Select, Link, Gain, Autogain, and Safe**: 2i2 and 4i4 #### Instrument The Inst button(s) are used to select between Mic/Line and Instrument level/impedance. When plugging in microphones or line-level equipment (such as a synthesiser, external preamp, or effects processor) to the input, set it to “Line”. The “Inst” setting is for instruments with pickups such as guitars. #### Air The Scarlett 3rd Gen introduced Air mode which transformed your recordings and inspired you while making music by boosting the signal’s high-end. The 4th Gen interfaces now call that “Air Presence” and add a new mode “Air Presence+Drive” which boosts mid-range harmonics in your sound. #### Phantom Power (48V) Turning the “48V” switch on sends “Phantom Power” to the XLR microphone input. This is required for some microphones (such as condenser microphones), and damaging to some microphones (particularly vintage ribbon microphones). The 2i2 has a single 48V switch that controls both channels, and the 4i4 has an independent 48V switch for each channel. #### Input Select The 2i2 and 4i4 interfaces have hardware buttons for 48V, Inst, Air, Auto, and Safe. The “Input Select” control allows you to choose which channel those buttons control. #### Link The “Link” control links the 48V, Inst, Air, Auto, and Safe controls together so that they control both channels simultaneously. #### Gain The “Gain” controls adjust the input gain for the selected channel. Click and drag up/down on the control to adjust the gain, use your mouse scroll wheel, or click the control to select it and use the arrow keys, Page Up, Page Down, Home, and End keys. The gain dial includes a real-time level meter inside the knob, showing the post-gain signal level with a peak hold indicator. This gives immediate visual feedback on the input signal without needing to open the Levels window. #### Autogain When the “Autogain” control is enabled, the interface will listen to the input signal for ten seconds and automatically adjust the gain to get the best signal level. When autogain is not running, the most-recent autogain exit status is shown below the “Autogain” control. #### Safe “Safe” mode is a feature that automatically reduces the gain if the signal is too loud. This can be useful to prevent clipping. ### Analogue Output Controls The analogue output controls available depend on the interface model: - **Direct Monitor**: Solo and 2i2 - **Volume Knobs**: 4i4 #### Direct Monitor Enabling Direct Monitor sends the analogue input signals to the analogue outputs (speakers/headphones) for zero-latency monitoring. On the 2i2, you have the choice of Mono or Stereo monitoring when you click the button: - **Mono** sends both inputs to the left and right outputs - **Stereo** sends input 1 to the left, and input 2 to the right output. As the 4th Gen Solo and 2i2 interfaces have the full routing and mixing capabilities of the larger 2nd and 3rd Gen interfaces, the Direct Monitor levels can be [adjusted in the mixer](#solo-direct-monitor). The 4i4 has no Direct Monitor button, but that functionality can be achieved with [appropriate configuration in the routing and mixing windows](#4i4-sample-direct-monitor-configuration). #### Volume Knobs The 4i4 interface has volume knobs on the front panel, the position of which is shown in the main window. ## Routing The routing capabilities of the 4th Gen interfaces are the same in concept as the 2nd and 3rd Gen interfaces, but there is a DSP which is separately routable, and the default routing uses the mixer extensively. From the main window, open the Routing window with View → Routing or press Ctrl-R. ![4th Gen 2i2 Routing](../img/scarlett-4th-gen-2i2-routing.png) To understand the signal flow, note the following: 1. The Analogue 1 & 2 Inputs (i.e. the Mic/Line/Inst inputs) are routed to the DSP Inputs. 2. The DSP Outputs are routed to the PCM 1 & 2 Inputs (that’s what ALSA sees as the first two inputs from the interface for recording). 3. The PCM Outputs (that’s what ALSA sees as the interface outputs for playback) and the DSP Outputs are all connected to the Mixer Inputs. 4. The Mixer A & B Outputs are connected to the Hardware Analogue outputs (i.e. your speakers/headphones) so you can hear any mix of the PCM and DSP Outputs (this is how the Direct Monitor function works). 5. The Mixer C & D Outputs are connected to the PCM 3 & 4 Inputs (this is referred to as Loopback, for recording audio from your computer, but can be used for another purpose if you want). Important Notes: - The routing window’s “Presets” menu (Clear, Direct, Preamp, Stereo Out) is designed for the 2nd and 3rd Gen interfaces and is generally not useful with the 4th Gen. If you try these, you’ll probably want to reset back to the factory defaults afterwards. For saving and restoring your own configurations, use the [Presets button](#presets) in the main window instead. - Besides Air Mode, the DSP is also used for the gain halo level meters and autogain, so if you route something else to the DSP Inputs, those features will work “rather differently”. - The Focusrite Control 2 software can’t control most of this routing, so if you make changes here and then want to use Focusrite Control 2, you’ll probably need to reset the routing back to the factory default settings. To adjust the routing: - Click and drag from a source to a sink or a sink to a source to connect them. Audio from the source will then be sent to that sink. - Click on a source or a sink to clear the links connected to that source/sink. Note that a sink can only be connected to one source, but one source can be connected to many sinks. ### Signal Level Glow Active routing connections are overlaid with a glow effect showing the real-time signal level flowing through them. The glow colour transitions from green (normal) through yellow (high) to red (clipping). Sources with an active signal but no connected sink show a circular glow around the source port. ### Arrow Indicators When a port has been hidden via the [Configuration window](configuration.md), any routing connections involving that port are shown with an arrow indicator at the visible end. This lets you see that a hidden port has an active connection without needing to show all ports. ### Stereo Linking Adjacent ports can be stereo-linked via the [Configuration window](configuration.md) (available on the 2i2 and 4i4). Linked ports appear as a single stereo socket with L and R sub-ports. Routing lines for stereo pairs are drawn in parallel, each with independent signal glow. When dragging a stereo-linked source to a sink (or vice versa), the connection is made stereo-aware: the left source connects to the left sink and the right source to the right sink. ## Mixer Open the Mixer window with View → Mixer or press Ctrl-M. The mixer is a matrix where any combination of inputs can be mixed to any output at adjustable levels. Mixer levels can be adjusted with your keyboard or mouse in the same way as the [Gain Controls](#gain). ### Signal Level Glow Mixer input and output labels display a real-time glow effect behind them, showing the signal level with green, yellow, and red colour transitions. For stereo-linked channels, the glow is split into separate L and R bars. ### Level Metering on Gain Dials Each mixer gain knob includes a post-gain level meter inside the dial, showing the signal level at that point in the mix with a peak hold indicator. ### Custom Port Names Mixer labels reflect any custom names set in the [Configuration window](configuration.md). Long names are ellipsised with the full name shown in a tooltip on hover. ### Stereo-Aware Controls When adjacent mixer inputs or outputs are stereo-linked, their gain controls are ganged together with an averaged value. Adjusting one updates both channels. For a stereo-linked input going to a stereo-linked output, the gain is computed as a diagonal average across the four crosspoints. ### Port Visibility Ports hidden in the [Configuration window](configuration.md) are removed from the mixer grid, keeping the display focused on the ports you’re actively using. ### Solo Direct Monitor When you enable or disable Direct Monitor on the Solo interface, the interface will update the Mix A and B Outputs so that the DSP 1 & 2 Outputs are mixed in (or not) with the PCM 1 & 2 Outputs. Note how the volume of the PCM outputs is also reduced when Direct Monitor is enabled so that you can hear the DSP outputs (i.e. your Analogue inputs) more clearly. ![4th Gen Solo Direct Monitor](../img/scarlett-4th-gen-solo-monitor.gif) If you customise the Mix A/B mixer levels while Direct Monitor is enabled, the new settings will be saved and used when Direct Monitor is enabled again. ### 2i2 Direct Monitor Similarly to the Solo interface, the 2i2 interface will update the Mix A and B Outputs when you enable or disable Direct Monitor, but the 2i2 has Mono and Stereo options: ![4th Gen 2i2 Direct Monitor](../img/scarlett-4th-gen-2i2-monitor.gif) Note how in Mono mode: - the DSP 1 & 2 Outputs are mixed to both the left and right outputs and in Stereo mode: - DSP 1 (i.e. Analogue Input 1) is sent to the left output (Mix A), and - DSP 2 (i.e. Analogue Input 2) is sent to the right output (Mix B). ### Solo Mix Control The Mix control is only available on the Solo interface. It switches the source for the PCM 1 & 2 Inputs between the DSP Outputs and the Mixer E & F Outputs. ![4th Gen Solo Mix Control](../img/scarlett-4th-gen-solo-mix.gif) By default, enabling this control will mix the Analogue 1 & 2 Inputs together before they are sent to the PCM 1 & 2 Inputs: ![4th Gen Solo Mixer E & F Outputs](../img/scarlett-4th-gen-solo-mix-e-f.png) This can be useful if you want to treat the PCM 1 & 2 Inputs as a stereo pair, and not have the line/instrument input panned hard left and the microphone input panned hard right. The mixer levels for the Mix E & F Outputs can be adjusted to suit. ### 4i4 Routing and Mixing Although the 4th Gen 4i4 has no explicit Direct Monitor control, it is far more flexible because it has 6 PCM inputs, 6 PCM outputs, a 10×6 mixer, and 6 Analogue Hardware outputs. Analogue Outputs 1–4 correspond to the Line Outputs 1–4 on the back of the interface, and Analogue Outputs 5–6 correspond to the Headphone Output on the front of the interface. The default routing and mix for the 4i4 is shown below: ![4th Gen 4i4 Routing](../img/scarlett-4th-gen-4i4-routing.png) Note that with the default routing/mix settings: - The Analogue Inputs 1–4 are routed to the PCM Inputs 1–4 (the first two going via the DSP). - PCM Inputs 5–6 are used for Loopback (recording audio from your computer). - All the Hardware Inputs and PCM Outputs are connected to the Mixer Inputs. - PCM Outputs 1–4 are connected to the Analogue Outputs 1–4 (via the mixer). - The Line 1–2 Outputs (Analogue Outputs 1–2) and the Headphones (Analogue Outputs 5–6) share the Mixer Outputs A & B. #### 4i4 Sample Direct Monitor Configuration A common configuration for the 4i4 is to send the PCM 1 & 2 Outputs mixed with the Analogue Inputs 1 & 2 to the Headphones, while leaving the Analogue Outputs 1–2 as they are. This is an advanced version of the direct monitoring feature that is available on the Solo and 2i2. It can be implemented by: 1) Route Mixer Outputs E & F to Analogue Outputs 5 & 6. 2) Turn up Mix E & F DSP 1 & 2 levels in the mixer (see the mixer example above for [2i2 Direct Monitor](#2i2-direct-monitor)). As there are only 6 Mixer Outputs, the PCM 5 & 6 Inputs (Loopback) are now shared with the headphones. If you want to retain the Loopback functionality without having the Analogue Inputs mixed in, you could: - Route the PCM 1 & 2 Outputs directly to the PCM 5 & 6 Inputs, rather than going via the mixer, or - Free up Mixer Outputs A & B for Loopback by routing PCM Outputs 1 & 2 directly to Analogue Outputs 1 & 2. Besides Direct Monitor, there are many other possibilities for routing/mixing with the 4i4. For example, by using the additional PCM Outputs and Inputs you could set up a mix-minus configuration for a podcast/video call. ## Configuration The Configuration window provides settings for customising port names, visibility, stereo linking, and autogain targets. Open it with View → Configuration or press Ctrl-G. See [Configuration Window](configuration.md) for full details. Available tabs for the 4th Gen small interfaces: | Tab | Interfaces | |-----|------------| | Device Name | Solo, 2i2, 4i4 | | I/O Configuration | Solo, 2i2, 4i4 | | Autogain | 2i2, 4i4 | ### Custom Port Names Give meaningful names to your ports (e.g. “Vocal Mic”, “Guitar”, “Monitors”) in the I/O Configuration tab. These names appear throughout the application — in the routing window, mixer labels, and level meters. ### Port Visibility Show or hide individual ports to reduce clutter in the routing and mixer windows. Hidden ports with active connections show arrow indicators in the routing window. ### Stereo Linking (2i2 and 4i4) Link adjacent ports together for stereo operation. Linked ports share names, appear as stereo sockets in the routing window, and have ganged controls in the mixer. ### Autogain Targets (2i2 and 4i4) Set the target levels for the autogain feature: Mean Target and Peak Target. These determine what signal level the autogain algorithm aims for when calibrating input gain. ## Presets The Presets button in the main window provides quick save/load of named configurations. See [Presets and Configuration Files](presets.md) for full details. You can also save and load configurations to files via the File menu (Ctrl-S to save, Ctrl-O to load). ## Levels The meters show the levels seen by the interface at every routing sink: Hardware Outputs, Mixer Inputs, DSP Inputs, and PCM Inputs. Open this window with View → Levels or press Ctrl-L. ![Levels](../img/window-levels-4th-gen-small.gif) Look at this in conjunction with the routing window to understand which meter corresponds to which source or sink. ## Keyboard Shortcuts | Shortcut | Action | |----------|--------| | Ctrl-O | Load Configuration | | Ctrl-S | Save Configuration | | Ctrl-I | Interface Simulation | | Ctrl-Q | Exit | | Ctrl-R | Routing Window | | Ctrl-M | Mixer Window | | Ctrl-L | Levels Window | | Ctrl-G | Configuration Window | | Ctrl-T | Startup Window | | Ctrl-H | Supported Hardware | | Ctrl-/ | About | Keyboard shortcuts work from any window — subwindows forward unhandled shortcuts to the main window. --- Thanks for reading this far! This software represents over a thousand hours of independent work — reverse-engineering, kernel development, and building a complete replacement for Focusrite's proprietary apps. If you've found it valuable, please consider a [donation](../README.md#donations). alsa-scarlett-gui-1.0~beta9/docs/iface-large.md000066400000000000000000000403731521233005100214260ustar00rootroot00000000000000# ALSA Scarlett Control Panel ## Large Scarlett 2nd/3rd Gen and Clarett Interfaces This document describes how to use the ALSA Scarlett Control Panel with the larger Scarlett 2nd Gen, 3rd Gen, and Clarett USB interfaces: - Scarlett 2nd Gen 6i6, 18i8, 18i20 - Scarlett 3rd Gen 4i4, 8i6, 18i8, 18i20 - Clarett 2Pre, 4Pre, 8Pre USB - Clarett+ 2Pre, 4Pre, 8Pre ## Main Window The main window is divided into three sections: - Global Controls - Analogue Input Controls - Analogue Output Controls The particular controls available depend on the interface model; the 3rd Gen 18i20 has all the controls so is shown here: ![Main Window](../img/window-main.png) Note that the View menu lets you open additional windows which contain further controls, described in the following sections: - [Routing](#routing) - [Mixer](#mixer) - [Levels](#levels) - [Startup](#startup) ### Global Controls Global controls relate to the operation of the interface as a whole. ![Global Controls](../img/main-global.png) #### Clock Source (interfaces with S/PDIF or ADAT inputs) Clock Source selects where the interface receives its digital clock from. If you aren’t using S/PDIF or ADAT inputs, set this to Internal. #### Sync Status Sync Status indicates if the interface is locked to a valid digital clock. If you aren’t using S/PDIF or ADAT inputs and the Sync Status is Unlocked, change the Clock Source to Internal. #### Sample Rate Sample Rate is informative only, and displays the current sample rate if the interface is currently in use. In ALSA, the sample rate is set by the application using the interface, which is usually a sound server such as PulseAudio, JACK, or PipeWire. #### Speaker Switching (Scarlett 3rd Gen 18i8 and 18i20) Speaker Switching lets you swap between two pairs of monitoring speakers very easily. When enabled (Main or Alt): - Line Out 1–4 Volume Control Switches are locked to HW - Line Out 3/4 routing is saved - Line Out 3/4 routing is set to the Line Out 1/2 routing When set to Main, Line outputs 3 and 4 are muted. When set to Alt, Line outputs 1 and 2 are muted. When disabled (Off): - Global mute is activated ⭐ - Line Out 1–4 Volume Control Switches are unlocked - Line Out 3/4 routing is restored to the saved values ⭐ You likely won’t expect this to happen. Make sure to unmute the outputs after disabling speaker switching if you want to hear something again. #### Talkback (Scarlett 3rd Gen 18i20 only) Talkback lets you add another channel (usually the talkback mic) to a mix with a button push, usually to talk to musicians, and without using an additional mic channel. The Talkback feature has a few parts: - Talkback Microphone connected to Analogue Input 9 - Talkback Disable/Enable and Off/On software switches - Talkback Off/On physical switch - Talkback Mix (one switch per mix) - Mix Input 25 To set up the talkback feature, set Mix Input 25 to the talkback source (usually Analogue Input 9), enable the Talkback Mix switches for the mixes you want the talkback input to be heard on, and change the Talkback control from Disabled to Off. Leave the Mix Input 25 gain controls at zero (−127dB), otherwise the talkback inputs will be heard even when talkback is disabled/off. Pressing the Talkback switch on the device will then lower the volume of the other inputs on the mixes for which talkback is enabled and unmute Mix Input 25 on those mixes. Talkback can also be activated by changing the Talkback control from Off to On. The talkback microphone can also be used just the same as any of the other analogue inputs and routed to a physical output, PCM input, or mixer input. ### Analogue Input Controls This section is applicable to all interfaces except the Scarlett 2nd Gen 18i20 which has hardware-only buttons for these features. ![Analogue Input Controls](../img/main-inputs.png) #### Inst The Inst buttons are used to select between Mic/Line and Instrument level/impedance. When plugging in microphones or line-level equipment (such as a synthesiser, external preamp, or effects processor) to the input, set it to “Line”. The “Inst” setting is for instruments with pickups such as guitars. #### Air (Scarlett 3rd Gen and Clarett only) Enabling Air will transform your recordings and inspire you while making music. #### Pad Enabling Pad engages a 10dB attenuator in the channel, giving you more headroom for very hot signals. #### Phantom Power (48V) Scarlett 2nd Gen and Clarett devices have a hardware button for controlling phantom power. Scarlett 3rd Gen devices have hardware and software control of phantom power. Turning the “48V” switch on sends “Phantom Power” to the XLR microphone input. This is required for some microphones (such as condenser microphones), and damaging to some microphones (particularly vintage ribbon microphones). On Scarlett 3rd Gen devices, phantom power is turned off by default when the interface is turned on. This can be changed in the startup configuration (menu option View → Startup). ### Analogue Output Controls The analogue output controls let you set the output volume (gain) on the analogue line out and headphone outputs. All interfaces support setting the gain and muting individual channels. ![Analogue Output Controls](../img/main-outputs.png) Click and drag up/down on the volume dial to change the volume, use your arrow keys, Home/End/PgUp/PgDn keys, or use your mouse scroll wheel to adjust. You can also double-click on it to quickly toggle the volume between off and 0dB. The biggest interfaces: Scarlett 2nd Gen 18i20, 3rd Gen 18i8, and 3rd Gen 18i20 have a switchable hardware/software volume control. The position of the big volume knob on the front of the interface is indicated by the “HW” dial in the GUI. The analogue outputs can have their volume set either by the knob (“HW” setting of the HW/SW button) or by the dials on each output (“SW” setting of the HW/SW button). When set to HW, the mute/volume status for those channels is controlled by the hardware volume knob and the global dim/mute controls and the software volume dial and mute button for those channels are disabled. There are “mute” and “dim” (reduce volume) buttons below the “HW” dial which affect only the outputs with “HW” control enabled. The 3rd Gen 18i8 doesn’t have physical buttons or indicator lights for these controls, but the 18i20 devices do. On the other (smaller) interfaces, the big volume knob on the front of the interface controls the volume of the Line 1 and 2 outputs. This is in addition to the software volume control, therefore both must be turned up in order to hear anything. The other (line 3+) analogue outputs are only controlled by the software controls. The volume controls for the headphone outputs on each interface operate in addition to any other hardware or software volume controls for those channels. When using headphones, the volumes for those channels would usually be set to 0dB and the actual volume controlled with the physical headphone volume control(s). ## Routing The routing window allows complete control of signal routing between the hardware inputs/outputs, internal mixer, and PCM (USB) inputs/outputs. Open it with View → Routing or press Ctrl-R. ![Routing Window](../img/window-routing.png) To manage the routing connections: - Click and drag from a source to a sink or a sink to a source to connect them. Audio from the source will then be sent to that sink. - Click on a source or a sink to clear the links connected to that source/sink. Note that a sink can only be connected to one source, but one source can be connected to many sinks. If you want a sink to receive input from more than one source, use the mixer inputs and outputs: - Connect the sources that you want to mix together to mixer inputs - Connect mixer outputs to the sinks that you want to receive the mixed audio - Use the Mixer window to set the amount of each mixer input that is sent to each mixer output The Presets menu can be used to clear all connections, or to set up common configurations: - The “Direct” preset sets up the usual configuration using the interface as a regular audio interface by connecting: - all Hardware Inputs to PCM Inputs - all PCM Outputs to Hardware Outputs - The “Preamp” preset connects all Hardware Inputs to Hardware Outputs. - The “Stereo Out” preset connects PCM 1 and 2 Outputs to pairs of Hardware Outputs. The Direct routing configuration is the simplest most-generally-useful configuration: ![Direct Routing](../img/routing-direct.png) ### Signal Level Glow Active routing connections are overlaid with a glow effect showing the real-time signal level flowing through them. The glow colour transitions from green (normal) through yellow (high) to red (clipping). Sources with an active signal but no connected sink show a circular glow around the source port. ### Arrow Indicators When a port has been hidden via the [Configuration window](configuration.md), any routing connections involving that port are shown with an arrow indicator at the visible end. This lets you see that a hidden port has an active connection without needing to show all ports. ### Stereo Linking Adjacent ports can be stereo-linked via the [Configuration window](configuration.md). Linked ports appear as a single stereo socket with L and R sub-ports. Routing lines for stereo pairs are drawn in parallel, each with independent signal glow. When dragging a stereo-linked source to a sink (or vice versa), the connection is made stereo-aware: the left source connects to the left sink and the right source to the right sink. ### I/O Availability Some ports may become unavailable depending on the current sample rate or Digital I/O mode: - **PCM channels** reduce at higher sample rates - **S/PDIF and ADAT ports** depend on the Digital I/O mode and sample rate (see [Digital I/O Availability](digital-io-availability.md)) - **Mixer ports** are unavailable at 176.4/192 kHz (quad-band) Unavailable ports are shown with strikethrough text and a tooltip explaining why. ### Loopback Scarlett 2nd Gen, Clarett USB, and Clarett+ interfaces have as many PCM Inputs as Hardware Inputs. Scarlett 3rd Gen interfaces have two more PCM Inputs which Focusrite Control uses as “Loopback” inputs. The “Loopback” feature advertised for Scarlett 3rd Gen devices is actually a limitation of the proprietary Focusrite Control software. All supported devices with a mixer (that’s all but the 2nd and 3rd Gen Solo/2i2 interfaces) support full reassignment of the PCM Inputs, so you can have any PCM Input as a “Loopback” or assigned to any other source. ### Talkback The Scarlett 3rd Gen 18i20 talkback microphone is Analogue Input 9 and can be routed like any other source. If you want to record using it, there is no need for the loopback hack suggested by the manufacturer. Just route it to a PCM Input. ## Mixer Open the Mixer window with View → Mixer or press Ctrl-M. The mixer is a matrix where any combination of inputs can be mixed to any output at adjustable levels. ![Mixer Window](../img/window-mixer.png) Click and drag up/down on the gain controls to adjust, or use your mouse scroll wheel. You can also double-click on the control to quickly toggle between off and 0dB. ### Signal Level Glow Mixer input and output labels display a real-time glow effect behind them, showing the signal level with green, yellow, and red colour transitions. For stereo-linked channels, the glow is split into separate L and R bars. ### Level Metering on Gain Dials Each mixer gain knob includes a post-gain level meter inside the dial, showing the signal level at that point in the mix with a peak hold indicator. ### Custom Port Names Mixer labels reflect any custom names set in the [Configuration window](configuration.md). Long names are ellipsised with the full name shown in a tooltip on hover. ### Stereo-Aware Controls When adjacent mixer inputs or outputs are stereo-linked, their gain controls are ganged together with an averaged value. Adjusting one updates both channels. For a stereo-linked input going to a stereo-linked output, the gain is computed as a diagonal average across the four crosspoints. ### Port Visibility Ports hidden in the [Configuration window](configuration.md) are removed from the mixer grid, keeping the display focused on the ports you’re actively using. ### Mixer Unavailability At quad-band sample rates (176.4/192 kHz), the hardware mixer is disabled. The mixer window displays a message indicating the mixer is unavailable at the current sample rate. ## Configuration The Configuration window provides settings for customising port names, visibility, and stereo linking. Open it with View → Configuration or press Ctrl-G. See [Configuration Window](configuration.md) for full details. Available tabs: | Tab | Interfaces | |-----|------------| | Device Name | All | | Device Settings | Clarett 4Pre, 8Pre (USB and +) | | I/O Configuration | All | ### Custom Port Names Give meaningful names to your ports (e.g. “Vocal Mic”, “Guitar”, “Monitors”) in the I/O Configuration tab. These names appear throughout the application — in the routing window, mixer labels, and level meters. ### Port Visibility Show or hide individual ports to reduce clutter in the routing and mixer windows. Hidden ports with active connections show arrow indicators in the routing window. ### Stereo Linking Link adjacent ports together for stereo operation. Linked ports share names, appear as stereo sockets in the routing window, and have ganged controls in the mixer. ### S/PDIF Source (Clarett 4Pre, 8Pre) The Device Settings tab provides control over which physical connector provides the S/PDIF input: None, Optical, or RCA. ## Presets The Presets button in the main window provides quick save/load of named configurations. See [Presets and Configuration Files](presets.md) for full details. You can also save and load configurations to files via the File menu (Ctrl-S to save, Ctrl-O to load). ## Levels The Levels window shows the current levels of the hardware outputs, the mixer inputs, and the PCM inputs. Open it with View → Levels or press Ctrl-L. ![Levels Window](../img/window-levels-3rd-gen.png) Look at this in conjunction with the routing window to understand which meter corresponds to which source or sink. ## Startup The Startup window is used to configure settings that are applied/relevant when the interface is powered on. Open it with View → Startup or press Ctrl-T. ![Startup Window](../img/window-startup.png) ### Standalone When Standalone mode is enabled, the interface will continue to route audio as per the previous routing and mixer settings after it has been disconnected from a computer. By configuring the routing between the hardware and mixer inputs and outputs appropriately, the interface can act as a standalone preamp or mixer. Standalone mode is supported on all devices supported by the kernel driver. Even the Scarlett 3rd Gen 4i4 (which is bus-powered) will operate in standalone mode. ### Phantom Power Persistence (Scarlett 3rd Gen only) When Phantom Power Persistence is enabled, the interface will restore the previous Phantom Power/48V setting when the interface is turned on. For the safety of microphones which can be damaged by phantom power, the interface defaults to having phantom power disabled when it is turned on. ### Reset Configuration This will reset the configuration of the interface to the factory defaults (except for MSD mode which is left off). ### Update Firmware If a firmware update is found in the `/usr/lib/firmware/scarlett2` directory, then an option to update the firmware will be available here. ## Keyboard Shortcuts | Shortcut | Action | |----------|--------| | Ctrl-O | Load Configuration | | Ctrl-S | Save Configuration | | Ctrl-I | Interface Simulation | | Ctrl-Q | Exit | | Ctrl-R | Routing Window | | Ctrl-M | Mixer Window | | Ctrl-L | Levels Window | | Ctrl-G | Configuration Window | | Ctrl-T | Startup Window | | Ctrl-H | Supported Hardware | | Ctrl-/ | About | Keyboard shortcuts work from any window — subwindows forward unhandled shortcuts to the main window. --- Thanks for reading this far! This software represents over a thousand hours of independent work — reverse-engineering, kernel development, and building a complete replacement for Focusrite's proprietary apps. If you've found it valuable, please consider a [donation](../README.md#donations). alsa-scarlett-gui-1.0~beta9/docs/iface-small.md000066400000000000000000000033611521233005100214400ustar00rootroot00000000000000# ALSA Scarlett Control Panel ## Small Scarlett 3rd Gen Interfaces The Scarlett 3rd Gen Solo and 2i2 interfaces have just a few buttons to control the Air, Line, Phantom Power, and Direct Monitor settings. Mostly nothing that you can’t access from the front panel anyway. ![Gen 3 Small Interfaces](../img/iface-small-gen3.png) ## Input Controls ### Air Enabling Air will transform your recordings and inspire you while making music. ### Inst The Inst buttons are used to select between Mic/Line and Instrument level/impedance. When plugging in microphones or line-level equipment (such as a synthesizer, external preamp, or effects processor) to the input, set it to “Line”. The “Inst” setting is for instruments with pickups such as guitars. ### 48V (Phantom Power) Turning the “48V” switch on sends “Phantom Power” to the XLR microphone input(s). This is required for some microphones (such as condensor microphones), and damaging to some microphones (particularly vintage ribbon microphones). ## Output Controls ### Direct Monitor Direct Monitor sends the analogue input signals to the analogue outputs for zero-latency monitoring. On the 2i2, you have the choice of Mono or Stereo monitoring when you click the button. Mono sends both inputs to the left and right outputs. Stereo sends input 1 to the left, and input 2 to the right output. ## Startup Controls #### Phantom Power Persistence By default, phantom power is turned off when the interface is turned on. This can be changed in the startup configuration (menu option View → Startup). The one control not accessible from the front panel is “Phantom Power Persistence” (menu option View → Startup) which controls the Phantom Power state when the interface is powered on. alsa-scarlett-gui-1.0~beta9/docs/iface-vocaster.md000066400000000000000000000117361521233005100221630ustar00rootroot00000000000000# Vocaster Interfaces This document describes how to use alsa-scarlett-gui with the Focusrite Vocaster interfaces: - Vocaster One - Vocaster Two The Vocaster interfaces are designed for podcasting and streaming, with built-in DSP processing, podcast-oriented routing, and video call integration. **Kernel requirement:** Linux 6.10 or later. ## Main Window ![Vocaster Main Window](../img/iface-vocaster-main.png) The main window is organised into sections: - Global Controls (top) - Input Controls (left/middle) - Output Controls (right) ### Global Controls #### Sync Status Displays whether the interface is locked to a valid clock. This should only briefly show "Unlocked" when the sample rate changes. #### Sample Rate Shows the current sample rate when the interface is in use. The sample rate is set by the application using the interface (PulseAudio, JACK, PipeWire, etc.). ### Input Controls The Vocaster One has a single microphone input (Host), while the Vocaster Two has two (Host and Guest). Both have additional inputs for auxiliary sources. #### Gain Adjusts the input gain. Click and drag up/down, use your mouse scroll wheel, or click to select and use arrow keys. The gain dial includes a post-gain level meter with peak hold display. #### Autogain When enabled, the interface listens to the input signal and automatically adjusts the gain to achieve optimal levels. The target level can be configured in the [Configuration window](configuration.md). #### Phantom Power (48V) Sends phantom power to the XLR microphone input. Required for condenser microphones. #### Mute Mutes the microphone input. The Vocaster Two has a physical mute button for each channel. ### Output Controls #### Speaker/Headphones Volume and mute controls for the speaker and headphone outputs. The speaker mute uses a speaker icon toggle, and each headphone output has a headphone icon toggle. #### Bluetooth (Vocaster Two) The Vocaster Two has Bluetooth connectivity for connecting mobile devices. This appears as an additional input and output in the routing. ## DSP Processing The Vocaster interfaces include per-channel DSP with: - Pre-compressor filter (high-pass to remove rumble) - Compressor (dynamic range control) - Parametric EQ (tone shaping) Open the DSP window with View → DSP or press Ctrl-D. See the [DSP documentation](dsp.md) for full details. The Vocaster Two has two independent DSP channels (Host and Guest), allowing different processing for each microphone. ## Routing Open the routing window with View → Routing or press Ctrl-R. The Vocaster routing is designed around podcast/streaming workflows: ### Sources (Inputs) | Source | Description | |--------|-------------| | Host/Guest | Microphone inputs (via DSP) | | Aux | Auxiliary line input | | Bluetooth | Mobile device audio (Vocaster Two) | | Video Call | Audio from video call software | | Playback | General audio playback from computer | ### Sinks (Outputs) | Sink | Description | |------|-------------| | Spkr/Headphones | Main monitoring output | | Aux | Auxiliary output | | Bluetooth | Send audio to mobile device (Two) | | Video Call | Send to video call software | | Show Mix | Complete podcast mix | | Loopback | Record audio playing on computer | ### Mixer Outputs The mixer provides pre-configured outputs for common podcast scenarios: - **Show Mix Pre** — Mix before DSP processing - **Show Mix Post** — Mix after DSP processing - **Video Call** — Mix for video call participants - **Aux** — Auxiliary monitor mix ## Mixer Open the mixer window with View → Mixer or press Ctrl-M. The mixer allows you to create custom mixes by adjusting the level of each source going to each output. This is useful for: - Creating a separate headphone mix for guests - Setting up mix-minus for video calls (so callers don't hear themselves) - Balancing playback audio against microphone levels Mixer input and output labels show real-time signal level glow (green → yellow → red). ## Configuration Open the Configuration window with View → Configuration or press Ctrl-G. See [Configuration](configuration.md) for details on: - Setting a custom device name - Renaming inputs and outputs - Configuring Autogain target levels - Showing/hiding unused ports - Stereo linking ## Levels The Levels window shows real-time audio levels at every routing point. Open with View → Levels or press Ctrl-L. ## Presets Save and recall your complete interface configuration using the Presets button or File menu. See [Presets](presets.md) for details. ## Keyboard Shortcuts | Shortcut | Action | |----------|--------| | Ctrl-O | Load Configuration | | Ctrl-S | Save Configuration | | Ctrl-I | Interface Simulation | | Ctrl-Q | Exit | | Ctrl-R | Routing Window | | Ctrl-M | Mixer Window | | Ctrl-L | Levels Window | | Ctrl-D | DSP Window | | Ctrl-G | Configuration Window | | Ctrl-T | Startup Window | | Ctrl-H | Supported Hardware | | Ctrl-/ | About | Keyboard shortcuts work from any window — subwindows forward unhandled shortcuts to the main window. alsa-scarlett-gui-1.0~beta9/docs/presets.md000066400000000000000000000056461521233005100207600ustar00rootroot00000000000000# Presets and Configuration Files alsa-scarlett-gui provides two ways to save and restore your interface configuration: quick presets for frequent use, and file-based save/load for backup and sharing. ## Presets Button The Presets button in the main window provides quick access to named configurations for your interface. ![Presets Popover](../img/presets.png) Click the button to show a popover with: - **Saved presets** — Click any preset name to load it immediately - **Delete button** — The × button next to each preset removes it permanently - **Save as Preset...** — Opens a dialog to save the current configuration with a name Presets are stored per-device (identified by serial number) in `~/.config/alsa-scarlett-gui/`. Each preset is a `.conf` file named `{serial}-{name}.conf`. ### Use Cases - Save different configurations for recording, mixing, and streaming - Quick recall of routing setups for different projects - Store differently-calibrated monitor group settings ## File Menu The File menu provides save/load functionality with file dialogs. ### Save Configuration (Ctrl-S) File → Save Configuration opens a file dialog to save your current settings. Two formats are available: | Format | Extension | Description | |--------|-----------|-------------| | Native | `.conf` | Saves all settings (recommended) | | alsactl | `.state` | ALSA controls only | The native format is the default and is recommended because it captures your complete configuration — including custom port names, port visibility (show/hide), stereo linking, and DSP filter parameters. These settings are managed by alsa-scarlett-gui and stored locally, so the alsactl format (which only saves kernel-level ALSA controls) cannot include them. The alsactl format is useful for interface simulation (File → Interface Simulation), which lets you explore the GUI for a device you don't have connected. ### Load Configuration (Ctrl-O) File → Load Configuration opens a file dialog to restore settings from a saved file. Both `.conf` and `.state` formats are supported. Loading a configuration immediately applies all settings to your interface — routing, mixer levels, input/output settings, custom names, and visibility. ## Native Format The native `.conf` format uses GLib key-file (INI-style) syntax: ```ini [device] serial=ABCD1234567890 model=Scarlett 18i20 USB [controls] Clock Source Capture Enum=Internal Analogue Output 01 Playback Enum=Mix A Mix A Input 01 Playback Volume=-6 ... ``` The format stores: - Boolean values as `true`/`false` - Enum values by name (e.g., `Internal`, `Mix A`) - Integer values in the driver's native scale - Custom names as text strings ## Sharing Configurations Configuration files can be shared between users or machines: - The serial number in the file is for reference only — files can be loaded on any compatible interface - Controls that don't exist on the target interface are silently ignored alsa-scarlett-gui-1.0~beta9/img/000077500000000000000000000000001521233005100165625ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/img/alsa-scarlett-gui.png000066400000000000000000001353161521233005100226220ustar00rootroot00000000000000PNG  IHDR\rf pHYsodtEXtSoftwarewww.inkscape.org< IDATxyuU ;z_MKvږDdي۲cGV/yxJ89M&>9N2V$N,EeId.ZHQ5l7 4zbsw+\kɄuVTKp:~.`\k?D  I8+4,8ĵ`GhH)NMζp51]?טǘځ?$eN5/\5pP {| ^q_JIxRԳgXm<-e׸t5+6 l#9\d\1pHؾF`1E!(%?k,$~_zq,ѐcYװ|wgXd_R@qKv4B>nǭ:Pۍ4I&!PU`0$xMu]QUx>i(Buu5[neժU455Q]]MMM b9<\|>"h)%nUU,%w‚(܉ضqobYUUU_I\oifaj6˫b)(I=lI$7adƀ'{֜@Jb^:߮䴻` Oɘ8UUA:;;||_DӴ+Bg?//0 P( R\ɸ_H]DBAH(I5"7U-(4U%8(WU_^ !e555Յ~|K_ݿQϴmRJ~x<jjj*BfaMLyfB P j\E$g?(37GG d'9w726'Dnη=bT3'v|>ӧ1 E477OwD=cDQ~i^~e,Y+q͉_C70\R"B@ f@epux!π'ex6'D^!wKy9?,+[1nxy'q\}?^x~Ί+[pb/U60_پTJ\A*|-@4#cciApl@ %<3TQNټQVVٳg1 EQҗ&0K.O066ʕ+F$ǗkER{UPmF`^YF:?RՁPGr*gm-^Jl^\χ!D4;3WCןA/pejkk D" ׂ"1z 5^q0!*Ǚ<熏b,-Ck񵺺Yl^rE_*vjsy'溺zYsi\u$1VO :1y ( ZLbc6 6Ǜ}_32xXs*O_Sett4ž={k/e[ww7xW 6.79Ca,Hp$趺F(@@v$qq$u-u\i)I ))v +,x EuuL쯬3r~=1׳ 橧J755122R\*+m\h</'5aE&3Ͼ&@DbBL(WĪ$\Qׂ;9/6 `ht 7W$b xU-o]3_yy9YqSS t=%I #]+d!C)" 閶$3R@  I16 1eAB hu8Gzk P8|XʼƂ{s_3,W'x!DȺE/e#<¾}#CMM h4W$I }a|RX"EO[ ps a36e" b"%Dm)@%2(-{]X(O#` mbb`Ǔl 灿w\^ m!떕e?𵺺kwBw;;;u]|S{뗲7FwUU~ɜER} 䱼V,SMte2(MMRXRbUJDm(4%l}_Lس(aePA L S ]fbAya\QW.R~xu))&_ɱM_* B!N:p}e%\Ϣlmٲf;D"Zo 1o j^S]&xX-Fk0 A JYnSA"FBbV}`L +qUeA%Xʠ;#$YD̬%@= d<{4 -!6 8BVe%/% dƁŭɓbn>=!2)%ifQVV/vBnooҿEa^=$=^"˞4,duy  FDV\l@mSj(]S[zpfA1)PzIZLCgsyFشS zd];OCt~._<E[oZID}}}=z˗/3>>χ0 ***5kdsq-͛7z.˲8wMMM =v!O߷֒_*F>Y.1n00,=x +$Vch'5#6%k2lĊZ( JlnHEEqL3hCvmG3͒RF_kB՜8q"6aoKss3q SSS"Ǒ#Gb17mD(&=1 A}}}lܸ. ~+`a.I ֢x 2I 克* Q tF 2EfJ4&N:6@KC)%9 .0[(tAs 2$1VjV&I]bn:\.fvR?n ^@`Wgį(J"^4PM8w@zO<ì_`0iXi:?wilܸuֱw^ziGdn:;;%FBxuZhnnR3 bRݍ*E>W̉u&Vm؃f:Brkd팆vHCҫET Fʨ2ER FvԄjW1 JMb&nu ؁- 8`*R1>vTC;a6[ \Zb1I~YiUĸ\f"$ZZmҬa\݁) \&C7w/fTﭯرc@0wwwKWWfE*ݻ}oߎi(: XE4?7x"nzzzcҥg랞:ӧYr%WfTVVp\ift\.nJmmm !xg8yme˖t\'g+4%Ԭbb] 1Iۀ&D/&b؎"X) y.Y]4u#h`VȚhC閶rP(+$ɝIF^å ?q݇Jb37 bTL!'PII[IɄM hY|/gJX|BJ[B|Jw2xkjtZ0CΝ+OUUU^W(<#|_.UUMvJg24y7ٍX?8>ߔ$`hh_~p8֭[Yvmڝ0 !DD"'d˖-TVVNc2?я8vXtR=Io=Kw/'l2m]I;y Dzх2l DM๾uנ >kx A&iGf,TZ꩘"yG2Z# >W:@mWmUdR^ h_ʼvGKy0mx9RO+w{2w*^ 0_{/EQxWBEEE^.y|I?ue˖ٿ?Ofƍ,[,/;UU5]~oPh5Mcʕs 0\I|,ܶKpktF$&W]h'$WAE2vx< ??wQ@"dE*9̕& ;1eY=mTl/H %)LLXscMLd2 {R?91BD9?7>9EII2fCpe/Oח>ŋٿ?eeekLNNyf&&&xFb1bx :u|;|#!0 uX&1-ezk.fVE#qd KЎj^s٢ Jˍ_0wQ>>DckeªڬPϫx/yIܖ؜KL&?5Gn^Ŵ%+LAJx=&59n;@Mݧ<_ύBf}\MM Ν;ӥBuM JT|+y\.-[ʕ+)e6cOcc#?%AebѢE1@,Uca ^I;G$~o|ZLQ;Rn,aJg^p%¤M$jH7\d"+St&mςjjMhSq͂ &:s{Oif W,o})@N+ u}>###.( rnwb*ygCyy9z+V⦛nbÆ 455!H3d2Ioo/'O䭷W^ !hll=v444\G0]Nf:{f}=%AR?1.pq1t3ӹ ̎+IܟO֠@$ *T܌bOL;njQwg޶}~?g o}|3ԐL&`X(J83T n7}}}:t`^MӸٳg{eǎԤD"p#] ;wr-P[[K__y?6=cLӤ5tSzR6g$;\o_mݘ@١T 6;PP(Dee%555TTT zkEJRAӱVe#43V 1I+)I<Ĵ`EX2g睫3 NivΝZ5kkn+WbFx\8> /oLvYY<;v`Ŋ躞TU%a&~χeYii,]nFGsNRJ?yS9jOtΒKÆ|8P^^?Ν;JaNq4IJ,<O1x9Rf7QzNb["Sol5HޖCIp5APWd4e˖j*,Y Lee%֭gM'&ٳ-[#|Ie >|x֌ ƺBʬ\ny?$/;-abNJ-`ٳo4,Fdh(cD"Q&&b$ B(((z.EQJ'$U9P*ꠊYi3Y1j3]*j#<+L| uc TH > AD꒘ $L1v1Y>b`{V-d+EQhhhHc%beY\.TU%Lo|Q`0}ZZZXt)K,EQ8u~UVe绣Z$ɼL`۶mͬu"獡Hz%W\m6d92٩&&~NͪnޢEؽ{7uuuE=H04fx8Xd(x2WkRV,*jjj?bxzF]^1/b\i@hz Tz8CUrM IDAT$ҮRؤ;,; 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Bennett # SPDX-License-Identifier: GPL-3.0-or-later # Credit to Tom Tromey and Paul D. Smith: # http://make.mad-scientist.net/papers/advanced-auto-dependency-generation/ # Colors for pretty output COLOR_RESET = \033[0m COLOR_GREEN = \033[32m COLOR_BLUE = \033[34m # Pretty print (use V=1 to see full commands) ifeq ($(V),1) Q = PRINTF = @true else Q = @ PRINTF = @printf endif # Progress counter TOTAL := $(words $(sort $(wildcard *.c) $(patsubst %.xml,%.c,$(wildcard *.xml)))) DONE := counter = $(words $(DONE))$(eval DONE += x) PCT = $$(( $(counter) * 100 / $(TOTAL) )) VERSION := $(shell \ git describe --abbrev=4 --dirty --always --tags 2>/dev/null || \ echo $${APP_VERSION:-Unknown} \ ) DEPDIR := .deps DEPFLAGS = -MT $@ -MMD -MP -MF $(DEPDIR)/$*.d CFLAGS ?= -ggdb -fno-omit-frame-pointer -O2 CFLAGS += -Wall -Werror -fPIE CFLAGS += -U_FORTIFY_SOURCE -D_FORTIFY_SOURCE=3 CFLAGS += -DVERSION=\"$(VERSION)\" CFLAGS += -Wno-error=deprecated-declarations PKG_CONFIG=pkg-config CFLAGS += $(shell $(PKG_CONFIG) --cflags glib-2.0) CFLAGS += $(shell $(PKG_CONFIG) --cflags gtk4) CFLAGS += $(shell $(PKG_CONFIG) --cflags alsa) LDFLAGS += $(shell $(PKG_CONFIG) --libs glib-2.0) LDFLAGS += $(shell $(PKG_CONFIG) --libs gtk4) LDFLAGS += $(shell $(PKG_CONFIG) --libs alsa) LDFLAGS += -lm -lcrypto -pie COMPILE.c = $(CC) $(DEPFLAGS) $(CFLAGS) -c %.c: %.xml $(DEPDIR)/%-xml.d | $(DEPDIR) $(PRINTF) "$(COLOR_GREEN)[%3d%%]$(COLOR_RESET) $(COLOR_BLUE)RES$(COLOR_RESET) %s\n" $(PCT) $< $(Q)echo $@: $(shell $(GLIB_COMPILE_RESOURCES) $< --generate-dependencies) > $(DEPDIR)/$*-xml.d $(Q)$(GLIB_COMPILE_RESOURCES) $< --target=$@ --generate-source XML_SRC := $(wildcard *.xml) XML_OBJ := $(patsubst %.xml,%.c,$(XML_SRC)) %.o: %.c %.o: %.c Makefile $(DEPDIR)/%.d | $(DEPDIR) $(PRINTF) "$(COLOR_GREEN)[%3d%%]$(COLOR_RESET) $(COLOR_BLUE)CC$(COLOR_RESET) %s\n" $(PCT) $< $(Q)$(COMPILE.c) $(OUTPUT_OPTION) $< SRCS := $(sort $(wildcard *.c) $(XML_OBJ)) OBJS := $(patsubst %.c,%.o,$(SRCS)) TARGET := alsa-scarlett-gui DOMAIN_PREFIX := vu.b4 DESKTOP_FILE := $(DOMAIN_PREFIX).$(TARGET).desktop ICON_FILE := $(DOMAIN_PREFIX).$(TARGET).png GLIB_COMPILE_RESOURCES := $(shell $(PKG_CONFIG) --variable=glib_compile_resources gio-2.0) all: $(TARGET) $(DESKTOP_FILE) clean: depclean rm -f $(TARGET) $(DESKTOP_FILE) $(OBJS) $(XML_OBJ) $(MAKE) -C tests clean depclean: rm -rf $(DEPDIR) $(DEPDIR): ; @mkdir -p $@ DEPFILES := $(SRCS:%.c=$(DEPDIR)/%.d) $(XML_SRC:%.xml=$(DEPDIR)/%-xml.d) $(DEPFILES): include $(wildcard $(DEPFILES)) $(TARGET): $(OBJS) $(PRINTF) "$(COLOR_GREEN)[100%%]$(COLOR_RESET) $(COLOR_BLUE)LINK$(COLOR_RESET) %s\n" $@ $(Q)$(CC) -o $(TARGET) $(OBJS) ${LDFLAGS} ifeq ($(PREFIX),) PREFIX := /usr/local endif BINDIR := $(DESTDIR)$(PREFIX)/bin ICONTOP := $(DESTDIR)$(PREFIX)/share/icons/hicolor ICONDIR := $(ICONTOP)/256x256/apps DESKTOPDIR := $(DESTDIR)$(PREFIX)/share/applications $(DESKTOP_FILE): $(DESKTOP_FILE).template $(PRINTF) "$(COLOR_GREEN)[100%%]$(COLOR_RESET) $(COLOR_BLUE)GEN$(COLOR_RESET) %s\n" $@ $(Q)sed 's_PREFIX_$(PREFIX)_' < $< > $@ install: all $(PRINTF) "$(COLOR_BLUE)INSTALL$(COLOR_RESET) %s\n" $(BINDIR)/$(TARGET) $(Q)install -d $(BINDIR) $(Q)install -m 755 $(TARGET) $(BINDIR) $(PRINTF) "$(COLOR_BLUE)INSTALL$(COLOR_RESET) %s\n" $(ICONDIR)/$(ICON_FILE) $(Q)install -d $(ICONDIR) $(Q)install -m 644 img/$(ICON_FILE) $(ICONDIR) $(PRINTF) "$(COLOR_BLUE)INSTALL$(COLOR_RESET) %s\n" $(DESKTOPDIR)/$(DESKTOP_FILE) $(Q)install -d $(DESKTOPDIR) $(Q)install -m 644 $(DESKTOP_FILE) $(DESKTOPDIR) uninstall: $(PRINTF) "$(COLOR_BLUE)REMOVE$(COLOR_RESET) %s\n" $(BINDIR)/$(TARGET) $(Q)rm -f $(BINDIR)/$(TARGET) $(PRINTF) "$(COLOR_BLUE)REMOVE$(COLOR_RESET) %s\n" $(ICONDIR)/$(ICON_FILE) $(Q)rm -f $(ICONDIR)/$(ICON_FILE) $(PRINTF) "$(COLOR_BLUE)REMOVE$(COLOR_RESET) %s\n" $(DESKTOPDIR)/$(DESKTOP_FILE) $(Q)rm -f $(DESKTOPDIR)/$(DESKTOP_FILE) test: $(MAKE) -C tests test help: @echo "alsa-scarlett-gui" @echo @echo "This Makefile knows about:" @echo " make" @echo " make install" @echo " make uninstall" @echo " make test" alsa-scarlett-gui-1.0~beta9/src/about.c000066400000000000000000000020061521233005100200510ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "about.h" static GdkTexture *logo = NULL; void activate_about( GSimpleAction *action, GVariant *parameter, gpointer data ) { GtkWindow *w = GTK_WINDOW(data); const char *authors[] = { "Geoffrey D. Bennett ", NULL }; if (!logo) logo = gdk_texture_new_from_resource( "/vu/b4/alsa-scarlett-gui/icons/vu.b4.alsa-scarlett-gui.png" ); gtk_show_about_dialog( w, "program-name", "ALSA Scarlett Control Panel", "version", "Version " VERSION, "comments", "Gtk4 GUI for the ALSA controls presented by the\n" "Linux kernel Focusrite USB drivers", "website", "https://github.com/geoffreybennett/alsa-scarlett-gui", "copyright", "Copyright 2022-2025 Geoffrey D. Bennett", "license-type", GTK_LICENSE_GPL_3_0, "logo", logo, "title", "About ALSA Scarlett Mixer Interface", "authors", authors, NULL ); } alsa-scarlett-gui-1.0~beta9/src/about.h000066400000000000000000000003701521233005100200600ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include void activate_about( GSimpleAction *action, GVariant *parameter, gpointer data ); alsa-scarlett-gui-1.0~beta9/src/alsa-scarlett-gui-resources.xml000066400000000000000000000016001521233005100246450ustar00rootroot00000000000000 img/vu.b4.alsa-scarlett-gui.png img/socket.svg img/socket-stereo-h.svg img/socket-stereo-v.svg img/audio-volume-high.svg img/audio-volume-low.svg img/audio-volume-medium.svg img/audio-volume-muted.svg img/audio-headphones-symbolic.svg alsa-scarlett-gui.css alsa-scarlett-gui-1.0~beta9/src/alsa-scarlett-gui.css000066400000000000000000000320121521233005100226260ustar00rootroot00000000000000/* Top-level window frame */ .window-frame { background: black; color: white; padding: 15px; border-radius: 0; border: none; } /* Force headerbar styling for modal windows */ .window-frame.modal headerbar, .window-frame.modal headerbar:backdrop { background: transparent; color: white; border: none; box-shadow: none; } /* Modal close button */ .window-frame.modal headerbar windowcontrols button, .window-frame.modal headerbar windowcontrols button:hover, .window-frame.modal headerbar windowcontrols button:active { background: transparent; background-image: none; box-shadow: none; border: none; padding-right: 0; border-radius: 0; } .window-frame.modal headerbar windowcontrols button > image { background: transparent; border-radius: 0; } .window-frame.modal headerbar windowcontrols button:hover > image { background: #303030; border-radius: 5px; } /* Modal window frame */ .window-frame.modal { padding-top: 0; border-radius: 20px; box-shadow: 0 4px 20px rgba(0, 0, 0, 0.5); } /* Modal content needs matching top border-radius */ .window-frame.modal .window-content { border-top-left-radius: 10px; border-top-right-radius: 10px; } /* Top-level window content */ .window-content { padding: 15px; border: 2px solid #800000; border-radius: 20px; } /* Title of the window */ .window-title { font-size: large; } /* Links */ .linktext { color: #89CFF0; } /* Label above controls-content */ .controls-label { font-size: smaller; margin-top: -4px; } /* controls-content boxes */ .controls-content { background: #141414; padding: 10px; border: 1px solid #a00000; border-radius: 5px; color: #d0d0d0; } /* Tighten up routing groups and make the background a little lighter */ .window-routing .controls-content { background: #181818; padding: 5px; } /* Used when the controls content is at the top level */ .top-level-content { background: #141414; } .route-label { font-size: smaller; border-radius: 3px; } .route-label-hover { background: #801010; outline: 2px solid #801010; } .route-label:drop(active) { box-shadow: none; background: #801010; } /* Suppress GTK default drop highlight on routing overlay */ .window-routing:drop(active) { box-shadow: none; outline: none; background: transparent; } .mixer-corner-label { font-size: smaller; color: #808080; } .mixer-label-hover { font-weight: bold; text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .filter-stage-hover { background: #282828; border-radius: 5px; } .filter-stage checkbutton { padding: 0; } .presets-button { font-size: smaller; padding: 0 6px; } .dsp-section-header { font-size: 1.2em; font-weight: bold; color: #c0c0c0; padding-left: 5px; } label.gain { font-size: smaller; } /* Default button style */ .window-frame button { border: 1px solid #303030; background: linear-gradient(175deg, #202020, #282828); box-shadow: none; font-weight: bold; color: #ffffff; } .window-frame button.toggle { color: #808080; } .window-frame button:focus:focus-visible { outline: 2px solid #801010; } /* padding doesn't work when selected with .window-frame, so use * .toggle instead */ button.toggle { padding: 0px 5px 0px 5px; } .window-frame button:checked { color: #ffffff; border: 1px solid #404040; } .window-frame button:hover { background: #303030; } .window-frame button:disabled { background: #202020; color: #505050; } /* Stop text shadows on buttons from being applied to the popup menu */ .window-frame button > label > * { text-shadow: none; } /* Button controls that are always disabled because they indicate status */ .window-frame button.fixed { color: #ffffff; filter: none; } .window-frame button.fixed label { color: #ffffff; filter: none; } /* Combobox controls that are always disabled because they indicate status */ .window-frame combobox.fixed > box > button { color: #ffffff; } /* Buttons that glow when on */ .window-frame button.sync-status { text-shadow: 0 0 5px #a00000, 0 0 15px #800000; } .window-frame button.sync-status:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.input-select:checked { color: #ffffff; text-shadow: 0 0 5px #00ff00, 0 0 10px #00ff00, 0 0 15px #00ff00; filter: none; } .window-frame button.input-link:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.autogain:checked { text-shadow: 0 0 5px #0000ff, 0 0 15px #0000ff; } .window-frame button.speaker-switching-enable:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.speaker-switching-alt { color: #ffffff; text-shadow: 0 0 5px #00ff00, 0 0 15px #00c000; } .window-frame button.speaker-switching-alt:checked { text-shadow: 0 0 5px #ff0000, 0 0 15px #c00000; } .window-frame button.talkback-enable:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.talk:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } /* orange */ .window-frame .vocaster button.autogain:checked { text-shadow: 0 0 5px #ffc000, 0 0 15px #ffc000; } .window-frame button.safe:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.safe:checked:disabled { text-shadow: 0 0 5px #005000, 0 0 15px #005000; } .window-frame button.inst:checked { text-shadow: 0 0 5px #ff0000, 0 0 15px #ff0000; } .window-frame .gen4 button.inst:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame .gen4 button.inst:checked:disabled { text-shadow: 0 0 5px #005000, 0 0 15px #005000; } .window-frame button.pcm-input-mix:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } /* Air Checked (Gen 3) */ .window-frame button.air:checked { text-shadow: 0 0 5px #ffc000, 0 0 15px #ffc000; } /* Air Selections (Gen 4) */ .window-frame button.air.selected-presence > label { color: #ffffff; text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.air.selected-presencedrive > label { color: #ffffff; text-shadow: 0 0 5px #ffc000, 0 0 15px #ffc000; } .window-frame button.air.selected-presence:disabled > label { color: #505050; text-shadow: 0 0 5px #005000, 0 0 15px #005000; } .window-frame button.air.selected-presencedrive:disabled > label { color: #505050; text-shadow: 0 0 5px #503c00, 0 0 15px #503c00; } .window-frame button.pad:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.gain-switch:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.phantom:checked { text-shadow: 0 0 5px #ff0000, 0 0 15px #c00000; } .window-frame .gen4 button.phantom:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame .gen4 button.phantom:checked:disabled { text-shadow: 0 0 5px #005000, 0 0 15px #005000; } .window-frame button.input-mute:checked { text-shadow: 0 0 5px #ff0000, 0 0 15px #c00000; } .window-frame button.dsp:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } /* Direct Monitor Checked (Solo) */ .window-frame .direct-monitor:checked { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } /* Direct Monitor Selections (2i2) */ .window-frame button.direct-monitor.selected-mono > label { color: #ffffff; text-shadow: 0 0 5px #c0c0c0, 0 0 15px #c0c0c0; } .window-frame button.direct-monitor.selected-stereo > label { color: #ffffff; text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } /* Sample Rates */ .window-frame button.sample-rate.sample-rate-44100 { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.sample-rate.sample-rate-48000 { text-shadow: 0 0 5px #00c000, 0 0 15px #00c000; } .window-frame button.sample-rate.sample-rate-88200 { text-shadow: 0 0 5px #ff8000, 0 0 15px #ff8000; } .window-frame button.sample-rate.sample-rate-96000 { text-shadow: 0 0 5px #ff8000, 0 0 15px #ff8000; } .window-frame button.sample-rate.sample-rate-176400 { text-shadow: 0 0 5px #ff0000, 0 0 15px #c00000; } .window-frame button.sample-rate.sample-rate-192000 { text-shadow: 0 0 5px #ff0000, 0 0 15px #c00000; } .window-frame button.sample-rate.inactive > label { color: #808080; } /* Button controls where checked is dimmer */ /* Mute button */ .window-frame button.mute { color: #ffffff; -gtk-icon-shadow: 0 0 5px #00c000, 0 0 15px #00c000; border-color: #404040; } .window-frame button.mute:checked { -gtk-icon-shadow: 0 0 5px #ff0000, 0 0 15px #c00000; border-color: #303030; } /* Dim button */ .window-frame button.dim { color: #ffffff; -gtk-icon-shadow: 0 0 5px #00c000, 0 0 15px #00c000; border-color: #404040; } .window-frame button.dim:checked { -gtk-icon-shadow: 0 0 5px #ffc000, 0 0 15px #ffc000; border-color: #303030; } /* SW/HW button */ .window-frame button.sw-hw { color: #ffffff; -gtk-icon-shadow: 0 0 5px #00c000, 0 0 15px #00c000; border-color: #404040; } .window-frame button.sw-hw:checked { color: #808080; -gtk-icon-shadow: 0 0 5px #ffc000, 0 0 15px #ffc000; border-color: #303030; } /* Textview used for long descriptions in the startup window */ .window-frame textview { color: #fefefe; background: none; } .window-frame textview > text { background: none; } /* Bigger buttons in the startup window */ .window-frame .window-startup button { padding: 5px; } /* Switches */ .window-frame switch { background: #303030; border: 1px solid #404040; } .window-frame switch:checked { background: #a00000; border-color: #c00000; } .window-frame switch slider { background: #d0d0d0; border: 1px solid #801010; } .window-frame switch:focus:focus-visible { outline: 2px solid #801010; } /* Separators */ .window-frame separator { background: #800000; } .window-frame .big-padding { padding: 50px; } /* Bigger buttons in confirmation dialogs */ .window-frame .big-padding button { padding: 5px 30px; } /* Notebook styling */ .window-frame notebook { border: none; } .window-frame notebook > header { background: none; border-bottom: 1px solid #a00000; } .window-frame notebook > header > tabs > tab { background: #181818; color: #808080; border: 1px solid #404040; border-bottom: none; padding: 8px 16px; margin: 2px; border-radius: 5px 5px 0 0; } .window-frame notebook > header > tabs > tab:checked { background: #141414; color: #ffffff; border: 1px solid #a00000; border-bottom: 1px solid #141414; outline: none; box-shadow: inset 0px -3px #c00000; } .window-frame notebook > header > tabs > tab:hover { background: #282828; box-shadow: inset 0px -3px #ffffff; } .window-frame notebook > header > tabs > tab:focus { outline: none; } .window-frame notebook > header > tabs > tab:focus-visible { outline: none; } .window-frame notebook > stack { background: #141414; border: 1px solid #a00000; border-radius: 5px; color: #d0d0d0; } .window-frame notebook.outer-notebook > stack { background: transparent; border: none; padding: 0; } /* Popover styling */ .window-frame popover.background { background-color: transparent; } .window-frame popover > arrow, .window-frame popover > contents { background-color: #282828; color: #d0d0d0; border: 1px solid #a00000; box-shadow: 0 2px 8px rgba(0, 0, 0, 0.5); } .window-frame popover > contents { padding: 8px; border-radius: 8px; } /* Popover list item styling */ .window-frame popover row:hover { background-color: #800000; outline: none; } .window-frame popover row:focus { background-color: #800000; outline: none; } .window-frame popover row:selected { background-color: #800000; outline: none; } /* Popover checkmark images */ .window-frame popover row image { color: #d0d0d0; } .window-frame popover row:hover image { color: #ffffff; } /* Configuration window checkboxes */ .window-frame check { min-width: 14px; min-height: 14px; background: #202020; background-image: none; border: 1px solid #505050; box-shadow: none; color: #d0d0d0; -gtk-icon-source: none; } .window-frame check:checked { background: #c00000; border-color: #a00000; color: #ffffff; -gtk-icon-source: -gtk-icontheme("object-select-symbolic"); } .window-frame check:indeterminate { background: #404040; border-color: #606060; -gtk-icon-source: -gtk-icontheme("list-remove-symbolic"); } .window-frame check:hover { border-color: #a00000; outline: none; } .window-frame check:checked:hover { background: #e00000; border-color: #c00000; } .window-frame checkbutton:focus:focus-visible { outline: none; } .window-frame checkbutton:focus:focus-visible > check { outline: 2px solid #a00000; outline-offset: 1px; } /* Drop-down lists */ .drop-down-list, .filter-type-list { background: transparent; color: #d0d0d0; } .drop-down-list > row, .filter-type-list > row { padding: 4px 8px; color: #d0d0d0; } .drop-down-list > row:hover, .filter-type-list > row:hover { background: #800000; color: #ffffff; } .drop-down-list > row:selected, .filter-type-list > row:selected { background: #600000; color: #ffffff; } /* Mixer unavailable overlay */ .mixer-unavailable { font-size: 24px; font-weight: bold; color: #ff4040; background: rgba(0, 0, 0, 0.8); padding: 20px 40px; border-radius: 10px; border: 2px solid #ff0000; } alsa-scarlett-gui-1.0~beta9/src/alsa-sim.c000066400000000000000000000341271521233005100204560ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "alsa.h" #include "alsa-sim.h" #include "error.h" #include "window-iface.h" #include "optional-controls.h" #include "custom-names.h" #include "port-enable.h" #include "stereo-link.h" // check that *config is a compound node, retrieve the first node // within, check that that node is a compound node, optionally check // its ID, and replace *config with the child static void get_and_check_first_compound( snd_config_t **config, const char *expected_id ) { const char *id, *child_id; int err; err = snd_config_get_id(*config, &id); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); if (snd_config_get_type(*config) != SND_CONFIG_TYPE_COMPOUND) { printf("config node '%s' is not of type compound\n", id); exit(1); } snd_config_iterator_t i = snd_config_iterator_first(*config); if (i == snd_config_iterator_end(*config)) { printf("compound config node '%s' has no children\n", id); exit(1); } snd_config_t *config_child = snd_config_iterator_entry(i); err = snd_config_get_id(config_child, &child_id); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); if (snd_config_get_type(config_child) != SND_CONFIG_TYPE_COMPOUND) { printf("config node %s->%s is not of type compound\n", id, child_id); exit(1); } *config = config_child; if (!expected_id) return; if (!child_id) { printf("config node has no id\n"); exit(1); } if (strcmp(child_id, expected_id) != 0) { printf( "found config node %s->%s instead of %s\n", id, child_id, expected_id ); exit(1); } } static void alsa_parse_enum_items( snd_config_t *items, struct alsa_elem *elem ) { int count = snd_config_is_array(items); if (count < 0) { printf("error: parse enum items array value %d\n", count); return; } elem->item_count = count; elem->item_names = calloc(count, sizeof(char *)); int item_num = 0; snd_config_iterator_t i, next; snd_config_for_each(i, next, items) { snd_config_t *node = snd_config_iterator_entry(i); const char *key; int err = snd_config_get_id(node, &key); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); int type = snd_config_get_type(node); if (type != SND_CONFIG_TYPE_STRING) { printf("error: enum item %s type %d not string\n", key, type); return; } const char *s; err = snd_config_get_string(node, &s); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); elem->item_names[item_num++] = strdup(s); } } static void alsa_parse_int_array( snd_config_t *node, long **int_values ) { int count = snd_config_is_array(node); if (count < 0) { printf("error: parse int array value %d\n", count); return; } *int_values = calloc(count, sizeof(long)); int item_num = 0; snd_config_iterator_t i, next; snd_config_for_each(i, next, node) { snd_config_t *node = snd_config_iterator_entry(i); const char *key; int err = snd_config_get_id(node, &key); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); int type = snd_config_get_type(node); if (type == SND_CONFIG_TYPE_STRING) { const char *string_value; err = snd_config_get_string(node, &string_value); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); if (strcmp(string_value, "true") == 0) (*int_values)[item_num++] = 1; } else if (type == SND_CONFIG_TYPE_INTEGER) { long int_value; err = snd_config_get_integer(node, &int_value); if (err < 0) fatal_alsa_error("snd_config_get_integer error", err); (*int_values)[item_num++] = int_value; } } } // parse a comment node and update elem, e.g.: // // comment { // access read // type ENUMERATED // count 1 // item.0 Line // item.1 Inst // } static void alsa_parse_comment_node( snd_config_t *comment, struct alsa_elem *elem ) { snd_config_iterator_t i, next; snd_config_for_each(i, next, comment) { snd_config_t *node = snd_config_iterator_entry(i); const char *key; int err = snd_config_get_id(node, &key); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); int type = snd_config_get_type(node); if (strcmp(key, "access") == 0) { if (type != SND_CONFIG_TYPE_STRING) { printf("access type not string\n"); return; } const char *access; err = snd_config_get_string(node, &access); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); if (strstr(access, "write")) elem->is_writable = 1; } else if (strcmp(key, "type") == 0) { if (type != SND_CONFIG_TYPE_STRING) { printf("type type not string\n"); return; } const char *type; err = snd_config_get_string(node, &type); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); if (strcmp(type, "BOOLEAN") == 0) elem->type = SND_CTL_ELEM_TYPE_BOOLEAN; else if (strcmp(type, "ENUMERATED") == 0) elem->type = SND_CTL_ELEM_TYPE_ENUMERATED; else if (strcmp(type, "INTEGER") == 0) elem->type = SND_CTL_ELEM_TYPE_INTEGER; } else if (strcmp(key, "count") == 0) { long count; err = snd_config_get_integer(node, &count); if (err < 0) fatal_alsa_error("snd_config_get_integer error", err); elem->count = count; } else if (strcmp(key, "item") == 0) { alsa_parse_enum_items(node, elem); } else if (strcmp(key, "range") == 0) { if (type != SND_CONFIG_TYPE_STRING) { printf("range type not string\n"); return; } const char *range; err = snd_config_get_string(node, &range); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); // Parse the range string and update elem->min_val and elem->max_val int min_val, max_val; if (sscanf(range, "%d - %d", &min_val, &max_val) == 2) { elem->min_val = min_val; elem->max_val = max_val; } } else if (strcmp(key, "dbmin") == 0) { if (type != SND_CONFIG_TYPE_INTEGER) { printf("dbmin type not integer\n"); return; } long dbmin; err = snd_config_get_integer(node, &dbmin); if (err < 0) fatal_alsa_error("snd_config_get_integer error", err); elem->min_cdB = dbmin; } else if (strcmp(key, "dbmax") == 0) { if (type != SND_CONFIG_TYPE_INTEGER) { printf("dbmax type not integer\n"); return; } long dbmax; err = snd_config_get_integer(node, &dbmax); if (err < 0) fatal_alsa_error("snd_config_get_integer error", err); elem->max_cdB = dbmax; } } } // Allocate a copy of elem and add it to the card's element list static struct alsa_elem *add_sim_elem( struct alsa_card *card, const struct alsa_elem *elem ) { struct alsa_elem *new_elem = malloc(sizeof(struct alsa_elem)); *new_elem = *elem; g_ptr_array_add(card->elems, new_elem); return new_elem; } static int alsa_config_to_new_elem( struct alsa_card *card, snd_config_t *config ) { const char *s; int id; char *iface = NULL, *name = NULL; int seen_value; int value_type = -1; char *string_value = NULL; long int_value; long *int_values = NULL; int value_array_count = 0; int err; struct alsa_elem elem = {}; err = snd_config_get_id(config, &s); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); id = atoi(s); // loop through the nodes of the control element snd_config_iterator_t i, next; snd_config_for_each(i, next, config) { snd_config_t *node = snd_config_iterator_entry(i); const char *key; err = snd_config_get_id(node, &key); if (err < 0) fatal_alsa_error("snd_config_get_id error", err); int type = snd_config_get_type(node); // iface node? if (strcmp(key, "iface") == 0) { if (type != SND_CONFIG_TYPE_STRING) { printf("iface type for %d is %d not string", id, type); goto fail; } err = snd_config_get_string(node, &s); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); iface = strdup(s); // name node? } else if (strcmp(key, "name") == 0) { if (type != SND_CONFIG_TYPE_STRING) { printf("name type for %d is %d not string", id, type); goto fail; } err = snd_config_get_string(node, &s); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); name = strdup(s); // value node? } else if (strcmp(key, "value") == 0) { seen_value = 1; value_type = type; if (type == SND_CONFIG_TYPE_INTEGER) { err = snd_config_get_integer(node, &int_value); if (err < 0) fatal_alsa_error("snd_config_get_integer error", err); } else if (type == SND_CONFIG_TYPE_STRING) { err = snd_config_get_string(node, &s); if (err < 0) fatal_alsa_error("snd_config_get_string error", err); string_value = strdup(s); } else if (type == SND_CONFIG_TYPE_COMPOUND) { value_array_count = snd_config_is_array(node); if (strcmp(name, "Level Meter") == 0) { elem.count = value_array_count; seen_value = 1; value_type = SND_CONFIG_TYPE_INTEGER; int_value = 0; } else { seen_value = 1; alsa_parse_int_array(node, &int_values); } } else { printf( "skipping value type for %d; is %d, not int or string\n", id, type ); goto fail; } // comment node? } else if (strcmp(key, "comment") == 0) { alsa_parse_comment_node(node, &elem); // this isn't needed } else if (strcmp(key, "index") == 0) { } else { printf("skipping unknown node %s for %d\n", key, id); goto fail; } } // check iface value; only interested in CARD, MIXER, and PCM if (!iface) { printf("missing iface node in control id %d\n", id); goto fail; } if (strcmp(iface, "CARD") != 0 && strcmp(iface, "MIXER") != 0 && strcmp(iface, "PCM") != 0) goto fail; // check for presence of name and value if (!name) { printf("missing name node in control id %d\n", id); goto fail; } if (!seen_value) { printf("missing value node in control id %d\n", id); goto fail; } // set the element value // integer in config if (value_type == SND_CONFIG_TYPE_INTEGER) { elem.value = int_value; // string in config } else if (value_type == SND_CONFIG_TYPE_STRING) { // translate boolean true/false if (elem.type == SND_CTL_ELEM_TYPE_BOOLEAN) { if (strcmp(string_value, "true") == 0) elem.value = 1; // translate enum string value to integer } else if (elem.type == SND_CTL_ELEM_TYPE_ENUMERATED) { for (int i = 0; i < elem.item_count; i++) { if (strcmp(string_value, elem.item_names[i]) == 0) { elem.value = i; break; } } // string value not boolean/enum } else { goto fail; } } elem.card = card; elem.numid = id; elem.name = name; if (int_values && strncmp(elem.name, "Master", 6) == 0) { // Gen 1 multi-channel control: split into per-channel elements int n = value_array_count < elem.count ? value_array_count : elem.count; elem.count = 1; for (int i = 0; i < n; i++, elem.index++) { elem.value = int_values[i]; if (i > 0) elem.name = strdup(name); add_sim_elem(card, &elem); } } else if (int_values) { // Multi-value element (e.g., biquad coefficients) struct alsa_elem *new_elem = add_sim_elem(card, &elem); new_elem->values = malloc(elem.count * sizeof(long)); memcpy(new_elem->values, int_values, elem.count * sizeof(long)); } else { // Single-value element (or Level Meter: one element, keeps count) add_sim_elem(card, &elem); } free(iface); free(string_value); free(int_values); return 0; fail: free(iface); free(name); free(string_value); free(int_values); return -1; } static void alsa_config_to_new_card( snd_config_t *top, struct alsa_card *card ) { snd_config_t *config = top; // go down through the compound nodes state.X (usually USB), control get_and_check_first_compound(&config, "state"); get_and_check_first_compound(&config, NULL); get_and_check_first_compound(&config, "control"); // loop through the controls snd_config_iterator_t i, next; snd_config_for_each(i, next, config) { snd_config_t *node = snd_config_iterator_entry(i); // ignore non-compound controls if (snd_config_get_type(config) != SND_CONFIG_TYPE_COMPOUND) continue; // create the element alsa_config_to_new_elem(card, node); } } // return the basename of fn (no path, no extension) // e.g. "/home/user/file.ext" -> "file" static char *sim_card_name(const char *fn) { // strdup fn and remove path (if any) const char *base = strrchr(fn, '/'); char *name; if (base) name = strdup(base + 1); else name = strdup(fn); // remove extension char *dot = strrchr(name, '.'); if (dot) *dot = '\0'; return name; } void create_sim_from_file(GtkWindow *w, char *fn) { snd_config_t *config; snd_input_t *in; int err; err = snd_config_top(&config); if (err < 0) fatal_alsa_error("snd_config_top error", err); err = snd_input_stdio_open(&in, fn, "r"); if (err < 0) { char *s = g_strdup_printf("Error opening %s: %s", fn, snd_strerror(err)); show_error(w, s); free(s); return; } err = snd_config_load(config, in); snd_input_close(in); if (err < 0) fatal_alsa_error("snd_config_load error", err); struct alsa_card *card = card_create(SIMULATED_CARD_NUM); card->name = sim_card_name(fn); card->serial = strdup(card->name); alsa_config_to_new_card(config, card); snd_config_delete(config); alsa_set_lr_nums(card); alsa_get_routing_controls(card); alsa_init_mixer_gains_cache(card); optional_controls_init(card); custom_names_init(card); port_enable_init(card); stereo_link_init(card); create_card_window(card); } alsa-scarlett-gui-1.0~beta9/src/alsa-sim.h000066400000000000000000000003101521233005100204460ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include void create_sim_from_file(GtkWindow *w, char *fn); alsa-scarlett-gui-1.0~beta9/src/alsa.c000066400000000000000000001417671521233005100177010ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "alsa.h" #include "scarlett2.h" #include "scarlett2-firmware.h" #include "scarlett4-firmware.h" #include "scarlett2-ioctls.h" #include "stringhelper.h" #include "window-iface.h" #include "optional-controls.h" #include "custom-names.h" #include "port-enable.h" #include "stereo-link.h" #include "dsp-state.h" #include "hw-io-availability.h" #include "presets.h" #define MAJOR_HWDEP_VERSION_SCARLETT2 1 #define MAJOR_HWDEP_VERSION_FCP 2 #define MAX_TLV_RANGE_SIZE 1024 // TLV type for channel labels #ifndef SNDRV_CTL_TLVT_FCP_CHANNEL_LABELS #define SNDRV_CTL_TLVT_FCP_CHANNEL_LABELS 0x110 #endif // names for the port categories const char *port_category_names[PC_COUNT] = { NULL, "Hardware Outputs", "Mixer Inputs", "DSP Inputs", "PCM Inputs" }; // short names for the port categories (for debug output) const char *port_category_short_names[PC_COUNT] = { "OFF", "HW", "MIX", "DSP", "PCM" }; // names for the hardware types const char *hw_type_names[HW_TYPE_COUNT] = { "Analogue", "S/PDIF", "ADAT" }; // global array of cards static GArray *alsa_cards; // static fd and wd for ALSA inotify static int inotify_fd, inotify_wd; struct reopen_callback { ReOpenCallback *callback; void *data; }; // hash table for cards being rebooted GHashTable *reopen_callbacks; // forward declaration void alsa_elem_change(struct alsa_elem *elem); void fatal_alsa_error(const char *msg, int err) { fprintf(stderr, "%s: %s\n", msg, snd_strerror(err)); exit(1); } // // functions to locate elements or get information about them // // return the element with the exact matching name struct alsa_elem *get_elem_by_name(GPtrArray *elems, const char *name) { for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->card) continue; if (strcmp(elem->name, name) == 0) return elem; } return NULL; } // return the first element with a name starting with the given prefix struct alsa_elem *get_elem_by_prefix(GPtrArray *elems, const char *prefix) { int prefix_len = strlen(prefix); for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->card) continue; if (strncmp(elem->name, prefix, prefix_len) == 0) return elem; } return NULL; } // return the first element with a name containing the given substring struct alsa_elem *get_elem_by_substr(GPtrArray *elems, const char *substr) { for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->card) continue; if (strstr(elem->name, substr)) return elem; } return NULL; } // find the maximum number in the matching elements // search by element name prefix and substring // e.g. get_max_elem_by_name(elems, "Line", "Pad Capture Switch") // will return 8 when the last pad capture switch is // "Line In 8 Pad Capture Switch" int get_max_elem_by_name( GPtrArray *elems, const char *prefix, const char *needle ) { int max = 0; int l = strlen(prefix); for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); int num; if (!elem->card) continue; if (strncmp(elem->name, prefix, l) != 0) continue; if (!strstr(elem->name, needle)) continue; num = get_num_from_string(elem->name); if (num > max) max = num; } return max; } // add a callback to the list of callbacks for this element void alsa_elem_add_callback( struct alsa_elem *elem, AlsaElemCallback *callback, void *data, GDestroyNotify destroy ) { struct alsa_elem_callback *cb = calloc(1, sizeof(struct alsa_elem_callback)); cb->callback = callback; cb->data = data; cb->destroy = destroy; elem->callbacks = g_list_append(elem->callbacks, cb); } void alsa_elem_remove_callbacks_by_data(struct alsa_elem *elem, void *data) { if (!elem || !elem->callbacks) return; GList *l = elem->callbacks; while (l) { GList *next = l->next; struct alsa_elem_callback *cb = l->data; if (cb && cb->data == data) { if (cb->destroy) cb->destroy(cb->data); free(cb); elem->callbacks = g_list_delete_link(elem->callbacks, l); } l = next; } } // // alsa snd_ctl_elem_*() mediation functions // for simulated elements, fake the ALSA element // for real elements, pass through to snd_ctl_elem*() // // get the element type int alsa_get_elem_type(struct alsa_elem *elem) { snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); return snd_ctl_elem_info_get_type(elem_info); } // get the element name char *alsa_get_elem_name(struct alsa_elem *elem) { snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); const char *name = snd_ctl_elem_info_get_name(elem_info); return strdup(name); } // get the element value // boolean, enum, or int all returned as long ints long alsa_get_elem_value(struct alsa_elem *elem) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) return elem->value; snd_ctl_elem_value_t *elem_value; snd_ctl_elem_value_alloca(&elem_value); snd_ctl_elem_value_set_numid(elem_value, elem->numid); snd_ctl_elem_read(elem->card->handle, elem_value); int type = elem->type; if (type == SND_CTL_ELEM_TYPE_BOOLEAN) { return snd_ctl_elem_value_get_boolean(elem_value, elem->index); } else if (type == SND_CTL_ELEM_TYPE_ENUMERATED) { return snd_ctl_elem_value_get_enumerated(elem_value, elem->index); } else if (type == SND_CTL_ELEM_TYPE_INTEGER) { return snd_ctl_elem_value_get_integer(elem_value, elem->index); } else { fprintf( stderr, "internal error: elem %s (%d) type %d not bool/enum/int\n", elem->name, elem->numid, elem->type ); return 0; } } // idle callback to trigger element change static gboolean alsa_elem_change_idle(gpointer user_data) { struct alsa_elem *elem = user_data; elem->pending_idle = 0; alsa_elem_change(elem); return G_SOURCE_REMOVE; } // for elements with multiple int values, return all the values // the int array returned needs to be freed by the caller long *alsa_get_elem_int_values(struct alsa_elem *elem) { long *values = calloc(elem->count, sizeof(long)); if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) { if (elem->values) memcpy(values, elem->values, elem->count * sizeof(long)); return values; } snd_ctl_elem_value_t *elem_value; snd_ctl_elem_value_alloca(&elem_value); snd_ctl_elem_value_set_numid(elem_value, elem->numid); snd_ctl_elem_read(elem->card->handle, elem_value); for (int i = 0; i < elem->count; i++) values[i] = snd_ctl_elem_value_get_integer(elem_value, i); return values; } // set multiple int values for an element (e.g., biquad coefficients) void alsa_set_elem_int_values( struct alsa_elem *elem, const long *values, int count ) { int n = count < elem->count ? count : elem->count; size_t size = n * sizeof(long); // Allocate cache on first use if (!elem->values) elem->values = calloc(elem->count, sizeof(long)); // Skip if unchanged if (memcmp(elem->values, values, size) == 0) return; if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) { memcpy(elem->values, values, size); if (!elem->pending_idle) elem->pending_idle = g_idle_add(alsa_elem_change_idle, elem); return; } // Don't update cache here - let ALSA callback do it so callbacks fire snd_ctl_elem_value_t *elem_value; snd_ctl_elem_value_alloca(&elem_value); snd_ctl_elem_value_set_numid(elem_value, elem->numid); for (int i = 0; i < n; i++) snd_ctl_elem_value_set_integer(elem_value, i, values[i]); snd_ctl_elem_write(elem->card->handle, elem_value); } // set the element value // boolean, enum, or int all set from long ints void alsa_set_elem_value(struct alsa_elem *elem, long value) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) { if (elem->value != value) { elem->value = value; alsa_elem_change(elem); } return; } snd_ctl_elem_value_t *elem_value; snd_ctl_elem_value_alloca(&elem_value); snd_ctl_elem_value_set_numid(elem_value, elem->numid); snd_ctl_elem_read(elem->card->handle, elem_value); int type = elem->type; if (type == SND_CTL_ELEM_TYPE_BOOLEAN) { snd_ctl_elem_value_set_boolean(elem_value, elem->index, value); } else if (type == SND_CTL_ELEM_TYPE_ENUMERATED) { snd_ctl_elem_value_set_enumerated(elem_value, elem->index, value); } else if (type == SND_CTL_ELEM_TYPE_INTEGER) { snd_ctl_elem_value_set_integer(elem_value, elem->index, value); } else { fprintf( stderr, "internal error: elem %s (%d) type %d not bool/enum/int\n", elem->name, elem->numid, elem->type ); return; } snd_ctl_elem_write(elem->card->handle, elem_value); } // return whether the element can be modified (is writable) int alsa_get_elem_writable(struct alsa_elem *elem) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) return elem->is_writable; snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); return snd_ctl_elem_info_is_writable(elem_info) && !snd_ctl_elem_info_is_locked(elem_info); } // return whether the element is volatile (can change without // notification) int alsa_get_elem_volatile(struct alsa_elem *elem) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) return elem->is_volatile; snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); return snd_ctl_elem_info_is_volatile(elem_info); } // get the number of values this element has // (most are just 1; the levels element is the exception) int alsa_get_elem_count(struct alsa_elem *elem) { snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); return snd_ctl_elem_info_get_count(elem_info); } // get the integer element's min and max values static void alsa_get_elem_int_range(struct alsa_elem *elem) { snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); elem->min_val = snd_ctl_elem_info_get_min(elem_info); elem->max_val = snd_ctl_elem_info_get_max(elem_info); } // get the number of items this enum element has int alsa_get_item_count(struct alsa_elem *elem) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) return elem->item_count; snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(elem->card->handle, elem_info); return snd_ctl_elem_info_get_items(elem_info); } // get the name of an item of the given enum element char *alsa_get_item_name(struct alsa_elem *elem, int i) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) return strdup(elem->item_names[i]); snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info_set_item(elem_info, i); snd_ctl_elem_info(elem->card->handle, elem_info); const char *name = snd_ctl_elem_info_get_item_name(elem_info); return strdup(name); } // get the bytes data from a BYTES element // returns pointer to data and sets *size to the data size // for simulated elements, returns the stored bytes_value // for real elements, reads from ALSA and caches in elem->bytes_value const void *alsa_get_elem_bytes(struct alsa_elem *elem, size_t *size) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) { if (size) *size = elem->count; return elem->bytes_value; } // for real elements, read from ALSA and cache in elem->bytes_value snd_ctl_elem_value_t *elem_value; snd_ctl_elem_value_alloca(&elem_value); snd_ctl_elem_value_set_numid(elem_value, elem->numid); snd_ctl_elem_read(elem->card->handle, elem_value); const void *data = snd_ctl_elem_value_get_bytes(elem_value); // cache the data in elem->bytes_value (free old value first) if (elem->bytes_value) free(elem->bytes_value); elem->bytes_value = malloc(elem->count); memcpy(elem->bytes_value, data, elem->count); if (size) *size = elem->count; return elem->bytes_value; } // set the bytes data for a BYTES element // for simulated elements, stores in elem->bytes_value and triggers callbacks // for real elements, writes to ALSA void alsa_set_elem_bytes(struct alsa_elem *elem, const void *data, size_t size) { if (elem->card->num == SIMULATED_CARD_NUM || elem->is_simulated) { // truncate to max capacity if (size > elem->bytes_size) size = elem->bytes_size; // skip if not changed if (elem->count == size && memcmp(elem->bytes_value, data, size) == 0) return; memcpy(elem->bytes_value, data, size); elem->count = size; // update actual length // schedule callback from idle to avoid GTK warnings if (!elem->pending_idle) elem->pending_idle = g_idle_add(alsa_elem_change_idle, elem); return; } snd_ctl_elem_value_t *elem_value; snd_ctl_elem_value_alloca(&elem_value); snd_ctl_elem_value_set_numid(elem_value, elem->numid); snd_ctl_elem_set_bytes(elem_value, (void *)data, size); snd_ctl_elem_write(elem->card->handle, elem_value); } // create a simulated optional element and add it to the card's element array // used for optional controls that may not exist on all devices struct alsa_elem *alsa_create_optional_elem( struct alsa_card *card, const char *name, int type, size_t max_size ) { // allocate new element struct alsa_elem *elem = calloc(1, sizeof(struct alsa_elem)); elem->card = card; elem->numid = 0; // simulated elements have no numid elem->name = strdup(name); elem->type = type; elem->count = 1; elem->index = 0; // mark as simulated elem->is_simulated = 1; elem->is_writable = 1; elem->is_volatile = 0; // for BYTES elements, allocate buffer at max size if (type == SND_CTL_ELEM_TYPE_BYTES) { elem->bytes_value = malloc(max_size); elem->count = 0; // actual length, starts at 0 elem->bytes_size = max_size; // max capacity } // add to card->elems array g_ptr_array_add(card->elems, elem); return elem; } // create a simulated optional enumerated element with item names struct alsa_elem *alsa_create_optional_enum_elem( struct alsa_card *card, const char *name, const char **item_names, int item_count ) { // check if element already exists struct alsa_elem *elem = get_elem_by_name(card->elems, name); if (elem) return elem; // allocate new element elem = calloc(1, sizeof(struct alsa_elem)); elem->card = card; elem->numid = 0; // simulated elements have no numid elem->name = strdup(name); elem->type = SND_CTL_ELEM_TYPE_ENUMERATED; elem->count = 1; elem->index = 0; // mark as simulated elem->is_simulated = 1; elem->is_writable = 1; elem->is_volatile = 0; // set up enum items elem->item_count = item_count; elem->item_names = calloc(item_count, sizeof(char *)); for (int i = 0; i < item_count; i++) elem->item_names[i] = strdup(item_names[i]); elem->min_val = 0; elem->max_val = item_count - 1; elem->value = 0; // add to card->elems array g_ptr_array_add(card->elems, elem); return elem; } // // create/destroy alsa cards // static void alsa_get_elem_tlv(struct alsa_elem *elem) { struct alsa_card *card = elem->card; if (elem->type != SND_CTL_ELEM_TYPE_INTEGER) return; snd_ctl_elem_info_t *elem_info; snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_info_set_numid(elem_info, elem->numid); snd_ctl_elem_info(card->handle, elem_info); if (!snd_ctl_elem_info_is_tlv_readable(elem_info)) return; snd_ctl_elem_id_t *elem_id; unsigned int tlv[MAX_TLV_RANGE_SIZE]; unsigned int *dbrec; int ret; long min_cdB, max_cdB; snd_ctl_elem_id_alloca(&elem_id); snd_ctl_elem_id_set_numid(elem_id, elem->numid); ret = snd_ctl_elem_tlv_read( card->handle, elem_id, tlv, sizeof(tlv) ); if (ret < 0) { fprintf(stderr, "TLV read error: %s\n", snd_strerror(ret)); return; } // meter map if (tlv[SNDRV_CTL_TLVO_TYPE] == SNDRV_CTL_TLVT_FCP_CHANNEL_LABELS) { int label_data_size = tlv[SNDRV_CTL_TLVO_LEN]; char *label_data = (char *)&tlv[SNDRV_CTL_TLVO_LEN + 1]; // check that there are at least elem->count labels in the data int label_count = 0; for (int i = 0; i < label_data_size; i++) { if (!label_data[i]) label_count++; } if (label_count < elem->count) { fprintf( stderr, "TLV label count %d < %d\n", label_count, elem->count ); return; } if (elem->count < 0 || elem->count > 255) { fprintf(stderr, "TLV label count %d out of range\n", elem->count); exit(1); } elem->meter_labels = calloc(elem->count, sizeof(char *)); char *cur_label = label_data; for (int i = 0; i < elem->count; i++) { elem->meter_labels[i] = strdup(cur_label); if (!elem->meter_labels[i]) { fprintf(stderr, "strdup failed\n"); exit(1); } cur_label += strlen(cur_label) + 1; } /* firmware version TLV contains socket location */ } else if (tlv[SNDRV_CTL_TLVO_TYPE] == 0x53434B54) { card->fcp_socket = strdup((char *)&tlv[SNDRV_CTL_TLVO_LEN + 1]); /* dB range */ } else { ret = snd_tlv_parse_dB_info(tlv, sizeof(tlv), &dbrec); if (ret <= 0) { fprintf(stderr, "TLV parse error: %s\n", snd_strerror(ret)); return; } int min_val = snd_ctl_elem_info_get_min(elem_info); int max_val = snd_ctl_elem_info_get_max(elem_info); ret = snd_tlv_get_dB_range( dbrec, min_val, max_val, &min_cdB, &max_cdB ); if (ret != 0) { fprintf(stderr, "TLV range error: %s\n", snd_strerror(ret)); return; } elem->min_val = min_val; elem->max_val = max_val; elem->dB_type = dbrec[SNDRV_CTL_TLVO_TYPE]; elem->min_cdB = min_cdB; elem->max_cdB = max_cdB; } } static void alsa_get_elem(struct alsa_card *card, int numid) { // allocate a temporary struct alsa_elem (will be copied later if // we want to keep it) struct alsa_elem alsa_elem = {}; // keep a reference to the card in the element alsa_elem.card = card; // get the control's numeric identifier (different to the index // into this array) alsa_elem.numid = numid; // get the control's info alsa_elem.type = alsa_get_elem_type(&alsa_elem); alsa_elem.name = alsa_get_elem_name(&alsa_elem); alsa_elem.count = alsa_get_elem_count(&alsa_elem); switch (alsa_elem.type) { case SND_CTL_ELEM_TYPE_BOOLEAN: case SND_CTL_ELEM_TYPE_ENUMERATED: case SND_CTL_ELEM_TYPE_INTEGER: case SND_CTL_ELEM_TYPE_BYTES: break; default: return; } if (strstr(alsa_elem.name, "Validity")) return; if (strstr(alsa_elem.name, "Channel Map")) return; alsa_get_elem_tlv(&alsa_elem); // get integer range if not set by TLV if (alsa_elem.type == SND_CTL_ELEM_TYPE_INTEGER && alsa_elem.min_val >= alsa_elem.max_val) alsa_get_elem_int_range(&alsa_elem); // Scarlett 1st Gen driver puts two volume controls/mutes in the // same element, so split them out to match the other series int count = alsa_elem.count; if (strcmp(alsa_elem.name, "Level Meter") == 0) count = 1; if (count > 2) count = 1; for (int i = 0; i < count; i++, alsa_elem.lr_num++) { alsa_elem.index = i; // allocate new element and copy data struct alsa_elem *elem = malloc(sizeof(struct alsa_elem)); *elem = alsa_elem; // Initialise value cache for change detection if (elem->count == 1) elem->value = alsa_get_elem_value(elem); else if (elem->count > 1) elem->values = alsa_get_elem_int_values(elem); g_ptr_array_add(card->elems, elem); } } // scan the ALSA ctl element list container and put the useful // elements into the cards->elems array of struct alsa_elem static void alsa_get_elem_list(struct alsa_card *card) { snd_ctl_elem_list_t *list; int count; // get the list from ALSA snd_ctl_elem_list_malloc(&list); snd_ctl_elem_list(card->handle, list); count = snd_ctl_elem_list_get_count(list); snd_ctl_elem_list_alloc_space(list, count); snd_ctl_elem_list(card->handle, list); // for each element in the list for (int i = 0; i < count; i++) { int numid = snd_ctl_elem_list_get_numid(list, i); alsa_get_elem(card, numid); } // free the ALSA list snd_ctl_elem_list_free_space(list); snd_ctl_elem_list_free(list); } static void alsa_set_elem_lr_num(struct alsa_elem *elem) { const char *name = elem->name; char side; if (strncmp(name, "Master Playback", 15) == 0 || strncmp(name, "Master HW Playback", 18) == 0) elem->lr_num = 0; else if (strncmp(name, "Master", 6) == 0) if (sscanf(name, "Master %d%c", &elem->lr_num, &side) != 2) printf("can't parse Master '%s'\n", name); else elem->lr_num = elem->lr_num * 2 - (side == 'L' || side == ' ') + elem->index; else elem->lr_num = get_num_from_string(name); } void alsa_set_lr_nums(struct alsa_card *card) { for (int i = 0; i < card->elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(card->elems, i); alsa_set_elem_lr_num(elem); } } static void get_routing_srcs(struct alsa_card *card) { struct alsa_elem *elem = card->sample_capture_elem; int count = alsa_get_item_count(elem); card->routing_srcs = g_array_new( FALSE, TRUE, sizeof(struct routing_src) ); g_array_set_size(card->routing_srcs, count); for (int i = 0; i < count; i++) { char *name = alsa_get_item_name(elem, i); struct routing_src *r = &g_array_index( card->routing_srcs, struct routing_src, i ); r->card = card; r->id = i; r->level_index = -1; if (strcmp(name, "Off") == 0) r->port_category = PC_OFF; else if (strncmp(name, "Mix", 3) == 0) r->port_category = PC_MIX; else if (strncmp(name, "DSP", 3) == 0) r->port_category = PC_DSP; else if (strncmp(name, "PCM", 3) == 0) r->port_category = PC_PCM; else { r->port_category = PC_HW; if (strncmp(name, "Analog", 6) == 0) r->hw_type = HW_TYPE_ANALOGUE; else if (strncmp(name, "S/PDIF", 6) == 0) r->hw_type = HW_TYPE_SPDIF; else if (strncmp(name, "SPDIF", 5) == 0) r->hw_type = HW_TYPE_SPDIF; else if (strncmp(name, "ADAT", 4) == 0) r->hw_type = HW_TYPE_ADAT; } r->name = name; r->lr_num = r->port_category == PC_MIX ? name[4] - 'A' + 1 : get_num_from_string(name); r->port_num = card->routing_in_count[r->port_category]++; } assert(card->routing_in_count[PC_MIX] <= MAX_MIX_OUT); } // return true if the element is an routing sink enum, e.g.: // PCM xx Capture Enum // Mixer Input xx Capture Enum // Analogue Output xx Playback Enum // S/PDIF Output xx Playback Enum // ADAT Output xx Playback Enum // // or new style: // PCM xx Capture Enum // Mixer xx Capture Enum // Analogue xx Playback Enum // S/PDIF xx Playback Enum // ADAT xx Playback Enum static int is_elem_routing_snk(struct alsa_elem *elem) { if (strstr(elem->name, "Capture Route") || strstr(elem->name, "Input Playback Route") || (strncmp(elem->name, "Master ", 7) == 0 && strstr(elem->name, "Source Playback Enu"))) return 1; if (strstr(elem->name, "Capture Enum") && ( strncmp(elem->name, "PCM ", 4) == 0 || strncmp(elem->name, "Mixer ", 6) == 0 || strncmp(elem->name, "DSP ", 4) == 0 )) return 1; if (strstr(elem->name, "Playback Enum") && ( strncmp(elem->name, "Analogue ", 9) == 0 || strncmp(elem->name, "S/PDIF ", 7) == 0 || strncmp(elem->name, "ADAT ", 5) == 0 )) return 1; return 0; } static void get_routing_snks(struct alsa_card *card) { GPtrArray *elems = card->elems; int count = 0; struct alsa_elem *first_mix_snk = NULL; // count and label routing snks for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->card) continue; if (!is_elem_routing_snk(elem)) continue; elem->is_routing_snk = 1; if (strncmp(elem->name, "Mixer", 5) == 0 || strncmp(elem->name, "Matrix", 6) == 0) { elem->port_category = PC_MIX; if (!first_mix_snk) first_mix_snk = elem; } else if (strncmp(elem->name, "DSP", 3) == 0) { elem->port_category = PC_DSP; } else if (strncmp(elem->name, "PCM", 3) == 0 || strncmp(elem->name, "Input Source", 12) == 0) { elem->port_category = PC_PCM; } else if (strstr(elem->name, "Playback Enu")) { elem->port_category = PC_HW; if (strncmp(elem->name, "Analog", 6) == 0) elem->hw_type = HW_TYPE_ANALOGUE; else if (strncmp(elem->name, "S/PDIF", 6) == 0 || strstr(elem->name, "SPDIF")) elem->hw_type = HW_TYPE_SPDIF; else if (strstr(elem->name, "ADAT")) elem->hw_type = HW_TYPE_ADAT; } else { printf("unknown mixer routing elem %s\n", elem->name); continue; } if (elem->lr_num <= 0) { fprintf(stderr, "routing sink %s had no number\n", elem->name); continue; } count++; } // Check mixer input capabilities from first PC_MIX sink if (first_mix_snk) { if (!alsa_get_elem_writable(first_mix_snk)) card->has_fixed_mixer_inputs = 1; int item_count = alsa_get_item_count(first_mix_snk); for (int i = 0; i < item_count; i++) { char *item_name = alsa_get_item_name(first_mix_snk, i); if (strncmp(item_name, "Mix", 3) == 0) { card->mixer_has_mix_srcs = 1; break; } } } // create an array of routing snks pointing to those elements card->routing_snks = g_array_new( FALSE, TRUE, sizeof(struct routing_snk) ); g_array_set_size(card->routing_snks, count); // count through card->routing_snks int j = 0; for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->is_routing_snk) continue; struct routing_snk *r = &g_array_index( card->routing_snks, struct routing_snk, j ); r->idx = j; r->level_index = -1; j++; r->elem = elem; elem->port_num = card->routing_out_count[elem->port_category]++; // Cache monitor group element pointers for HW analogue outputs if (elem->port_category == PC_HW && elem->hw_type == HW_TYPE_ANALOGUE) { char ctrl_name[64]; snprintf(ctrl_name, sizeof(ctrl_name), "Main Group Output %d Playback Switch", elem->lr_num); r->main_group_switch = get_elem_by_name(card->elems, ctrl_name); snprintf(ctrl_name, sizeof(ctrl_name), "Alt Group Output %d Playback Switch", elem->lr_num); r->alt_group_switch = get_elem_by_name(card->elems, ctrl_name); snprintf(ctrl_name, sizeof(ctrl_name), "Main Group Output %d Source Playback Enum", elem->lr_num); r->main_group_source = get_elem_by_name(card->elems, ctrl_name); snprintf(ctrl_name, sizeof(ctrl_name), "Alt Group Output %d Source Playback Enum", elem->lr_num); r->alt_group_source = get_elem_by_name(card->elems, ctrl_name); snprintf(ctrl_name, sizeof(ctrl_name), "Main Group Output %d Trim Playback Volume", elem->lr_num); r->main_group_trim = get_elem_by_name(card->elems, ctrl_name); snprintf(ctrl_name, sizeof(ctrl_name), "Alt Group Output %d Trim Playback Volume", elem->lr_num); r->alt_group_trim = get_elem_by_name(card->elems, ctrl_name); // Initialize effective_source_idx to normal routing value r->effective_source_idx = alsa_get_elem_value(elem); } else { // Non-HW-analogue sinks just use normal routing r->effective_source_idx = alsa_get_elem_value(elem); } // Cache is_left status // For fixed mixer inputs, use source's left/right (lr_num can be // misaligned on devices with odd analogue input count) if (elem->port_category == PC_MIX && !alsa_get_elem_writable(elem)) { int src_id = r->effective_source_idx; if (src_id > 0 && src_id < card->routing_srcs->len) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, src_id ); r->is_left = (src->lr_num % 2) == 1; } else { r->is_left = (elem->lr_num % 2) == 1; } } else { r->is_left = (elem->lr_num % 2) == 1; } } assert(j == count); assert(card->routing_out_count[PC_MIX] <= MAX_MUX_IN); } // Build lookup table mapping monitor group source enum values to routing // source indices. The monitor group source enums (Main/Alt Group Output X // Source Playback Enum) have different indices than the main routing // sources, so we need this mapping. static void get_monitor_group_src_map(struct alsa_card *card) { // Find any monitor group source enum to get the item names struct alsa_elem *vg_elem = get_elem_by_name( card->elems, "Main Group Output 1 Source Playback Enum" ); if (!vg_elem) { card->monitor_group_src_map = NULL; card->monitor_group_src_map_count = 0; return; } int count = alsa_get_item_count(vg_elem); card->monitor_group_src_map = g_malloc(count * sizeof(int)); card->monitor_group_src_map_count = count; // For each monitor group enum item, find matching routing source by name for (int i = 0; i < count; i++) { char *vg_name = alsa_get_item_name(vg_elem, i); card->monitor_group_src_map[i] = 0; // Default to "Off" for (int j = 0; j < card->routing_srcs->len; j++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, j ); if (strcmp(vg_name, r_src->name) == 0) { card->monitor_group_src_map[i] = j; break; } } } } void alsa_get_routing_controls(struct alsa_card *card) { // check that we can find a routing control card->sample_capture_elem = get_elem_by_name(card->elems, "PCM 01 Capture Enum"); if (!card->sample_capture_elem) card->sample_capture_elem = get_elem_by_name(card->elems, "PCM 1 Capture Enum"); if (!card->sample_capture_elem) card->sample_capture_elem = get_elem_by_name(card->elems, "Input Source 01 Capture Route"); if (!card->sample_capture_elem) { fprintf( stderr, "can't find routing control PCM 01 Capture Enum or " "Input Source 01 Capture Route\n" ); return; } get_routing_srcs(card); get_routing_snks(card); get_monitor_group_src_map(card); // look up Digital I/O Mode element for HW I/O availability card->digital_io_mode_elem = get_elem_by_prefix(card->elems, "Digital I/O Mode"); if (!card->digital_io_mode_elem) card->digital_io_mode_elem = get_elem_by_prefix(card->elems, "S/PDIF Mode"); if (!card->digital_io_mode_elem) { card->digital_io_mode_elem = get_elem_by_prefix(card->elems, "S/PDIF Source"); card->digital_io_mode_live = 1; } // cache the mode value at init time if (card->digital_io_mode_elem) card->digital_io_mode = alsa_get_elem_value(card->digital_io_mode_elem); // initialize HW I/O limits (sample rate unknown at this point, so // limits will be set to -1 meaning all available) update_hw_io_limits(card); } void alsa_elem_change(struct alsa_elem *elem) { if (!elem || !elem->callbacks) return; for (GList *l = elem->callbacks; l; l = l->next) { struct alsa_elem_callback *cb = (struct alsa_elem_callback *)l->data; if (!cb || !cb->callback) continue; cb->callback(elem, cb->data); } } static void card_destroy_callback(void *data) { struct alsa_card *card = data; // cancel the levels timer first to prevent it firing with freed data if (card->levels_timer) { g_source_remove(card->levels_timer); card->levels_timer = 0; } // close the windows associated with this card destroy_card_window(card); // free all elements and their callbacks if (card->elems) { for (int i = 0; i < card->elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(card->elems, i); // free callback list for (GList *l = elem->callbacks; l; l = l->next) { struct alsa_elem_callback *cb = l->data; // call cleanup function if provided if (cb->destroy && cb->data) cb->destroy(cb->data); free(cb); } g_list_free(elem->callbacks); // cancel pending idle callback if (elem->pending_idle) g_source_remove(elem->pending_idle); // free element data if (elem->name) free(elem->name); if (elem->values) free(elem->values); if (elem->bytes_value) free(elem->bytes_value); if (elem->meter_labels) { for (int j = 0; j < elem->count; j++) free(elem->meter_labels[j]); free(elem->meter_labels); } if (elem->item_names) { for (int j = 0; j < elem->item_count; j++) free(elem->item_names[j]); free(elem->item_names); } // free the element struct itself free(elem); } g_ptr_array_free(card->elems, TRUE); } // free routing arrays if (card->routing_srcs) { for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); g_free(src->display_name); } g_array_free(card->routing_srcs, TRUE); } if (card->routing_snks) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); g_free(snk->display_name); } g_array_free(card->routing_snks, TRUE); } g_free(card->monitor_group_src_map); // close ALSA handle if (card->handle) snd_ctl_close(card->handle); // unref IO channel if (card->io_channel) g_io_channel_unref(card->io_channel); free(card->device); free(card->serial); free(card->name); free(card->fcp_socket); free(card); // go through the alsa_cards array and clear the entry for this card for (int i = 0; i < alsa_cards->len; i++) { struct alsa_card **card_ptr = &g_array_index(alsa_cards, struct alsa_card *, i); if (*card_ptr == card) *card_ptr = NULL; } } void alsa_init_mixer_gains_cache(struct alsa_card *card) { GPtrArray *elems = card->elems; for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->card) continue; if (!strstr(elem->name, "Playback Volume")) continue; // Gen 2+: "Mix X Input Y", Gen 1: "Matrix Y Mix X" if (strncmp(elem->name, "Mix ", 4) && strncmp(elem->name, "Matrix ", 7)) continue; char *mix_str = strstr(elem->name, "Mix "); if (!mix_str || !mix_str[4]) continue; int mix_num = mix_str[4] - 'A'; int input_num = get_num_from_string(elem->name) - 1; if (mix_num < 0 || mix_num >= MAX_MIX_OUT) continue; if (input_num < 0 || input_num >= MAX_MUX_IN) continue; card->mixer_gains[mix_num][input_num] = elem; } } // Complete card initialisation after the driver is ready static void complete_card_init(struct alsa_card *card) { // Get full element list and create main window alsa_get_elem_list(card); alsa_set_lr_nums(card); alsa_get_routing_controls(card); alsa_init_mixer_gains_cache(card); optional_controls_init(card); custom_names_init(card); port_enable_init(card); stereo_link_init(card); dsp_state_init(card); card->best_firmware_version = scarlett2_get_best_firmware_version(card->pid); // For FCP/scarlett4 devices, get the 4-valued best firmware version // and read the current device firmware versions if (card->driver_type == DRIVER_TYPE_SOCKET) { card->best_firmware_version_4 = scarlett4_get_best_firmware_version(card->pid); // Read current device firmware version struct alsa_elem *fw_elem = get_elem_by_name(card->elems, "Firmware Version"); if (fw_elem && fw_elem->count == 4) { long *values = alsa_get_elem_int_values(fw_elem); if (values) { for (int i = 0; i < 4; i++) card->firmware_version_4[i] = values[i]; g_free(values); } } // Read current device ESP firmware version struct alsa_elem *esp_elem = get_elem_by_name(card->elems, "ESP Firmware Version"); if (esp_elem && esp_elem->count == 4) { long *values = alsa_get_elem_int_values(esp_elem); if (values) { for (int i = 0; i < 4; i++) card->esp_firmware_version[i] = values[i]; g_free(values); } } } if (card->serial) { // Call the reopen callbacks for this card struct reopen_callback *rc = g_hash_table_lookup( reopen_callbacks, card->serial ); if (rc) rc->callback(rc->data); g_hash_table_remove(reopen_callbacks, card->serial); } // Save initial configuration on first-ever load save_initial_config(card); create_card_window(card); } // Check if the Firmware Version control has a TLV and is locked, // indicating the driver is ready static int check_driver_ready(snd_ctl_elem_info_t *info) { return snd_ctl_elem_info_is_tlv_readable(info) && snd_ctl_elem_info_is_locked(info); } // Check if the FCP driver is initialised static void check_driver_init( struct alsa_card *card, int numid, unsigned int mask ) { // Ignore controls going away if (mask == SND_CTL_EVENT_MASK_REMOVE) return; // Get the control's info snd_ctl_elem_id_t *id; snd_ctl_elem_info_t *info; snd_ctl_elem_id_alloca(&id); snd_ctl_elem_info_alloca(&info); snd_ctl_elem_id_set_numid(id, numid); snd_ctl_elem_info_set_id(info, id); if (snd_ctl_elem_info(card->handle, info) < 0) { fprintf(stderr, "error getting elem info %d\n", numid); return; } const char *name = snd_ctl_elem_info_get_name(info); // Check if it's the Firmware Version control being updated if (strcmp(name, "Firmware Version")) return; // Check if the driver is ready if (!check_driver_ready(info)) return; // The driver is initialised; update the card's driver type card->driver_type = DRIVER_TYPE_SOCKET; // Complete the card initialisation complete_card_init(card); } static gboolean alsa_card_callback( GIOChannel *source, GIOCondition condition, void *data ) { struct alsa_card *card = data; snd_ctl_event_t *event; snd_ctl_event_alloca(&event); if (!card->handle) { printf("oops, no card handle??\n"); return 0; } int err = snd_ctl_read(card->handle, event); if (err == 0) { printf("alsa_card_callback nothing to read??\n"); return 0; } if (err < 0) { if (err == -ENODEV) return 0; printf("card_callback_error %d\n", err); exit(1); } if (snd_ctl_event_get_type(event) != SND_CTL_EVENT_ELEM) return 1; int numid = snd_ctl_event_elem_get_numid(event); unsigned int mask = snd_ctl_event_elem_get_mask(event); // Check if we're waiting for FCP driver to initialise and check if // it's now ready if (card->driver_type == DRIVER_TYPE_SOCKET_UNINIT) { check_driver_init(card, numid, mask); return 1; } if (mask == SND_CTL_EVENT_MASK_REMOVE) { card_destroy_callback(card); return 0; } if (!(mask & (SND_CTL_EVENT_MASK_VALUE | SND_CTL_EVENT_MASK_INFO))) return 1; for (int i = 0; i < card->elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(card->elems, i); if (elem->numid == numid) { // Update cached value int value_changed = 0; if (elem->count == 1) { long new_value = alsa_get_elem_value(elem); value_changed = new_value != elem->value; elem->value = new_value; } else if (elem->count > 1) { long *new_values = alsa_get_elem_int_values(elem); value_changed = !elem->values || memcmp(new_values, elem->values, elem->count * sizeof(long)) != 0; free(elem->values); elem->values = new_values; } // Info events (writable/range changes) always need a // callback; value-only events only when the value changed. if (value_changed || (mask & SND_CTL_EVENT_MASK_INFO)) alsa_elem_change(elem); } } return 1; } // go through the alsa_cards array and look for an entry with the // matching card_num static struct alsa_card *find_card_by_card_num(int card_num) { for (int i = 0; i < alsa_cards->len; i++) { struct alsa_card **card_ptr = &g_array_index(alsa_cards, struct alsa_card *, i); if (!*card_ptr) continue; if ((*card_ptr)->num == card_num) return *card_ptr; } return NULL; } // create a new entry in the alsa_cards array (either an unused entry // or add a new entry to the end) struct alsa_card *card_create(int card_num) { int i, found = 0; struct alsa_card **card_ptr; // look for an unused entry for (i = 0; i < alsa_cards->len; i++) { card_ptr = &g_array_index(alsa_cards, struct alsa_card *, i); if (!*card_ptr) { found = 1; break; } } // no unused entry? extend the array if (!found) { g_array_set_size(alsa_cards, i + 1); card_ptr = &g_array_index(alsa_cards, struct alsa_card *, i); } *card_ptr = calloc(1, sizeof(struct alsa_card)); struct alsa_card *card = *card_ptr; card->num = card_num; card->elems = g_ptr_array_new(); return card; } static void alsa_add_card_callback(struct alsa_card *card) { card->io_channel = g_io_channel_unix_new(card->pfd.fd); card->event_source_id = g_io_add_watch_full( card->io_channel, 0, G_IO_IN | G_IO_ERR | G_IO_HUP, alsa_card_callback, card, card_destroy_callback ); } static void alsa_subscribe(struct alsa_card *card) { int count = snd_ctl_poll_descriptors_count(card->handle); if (count != 1) { printf("poll descriptors %d != 1", count); exit(1); } snd_ctl_subscribe_events(card->handle, 1); snd_ctl_poll_descriptors(card->handle, &card->pfd, 1); } static void alsa_get_usbid(struct alsa_card *card) { char path[256]; snprintf(path, 256, "/proc/asound/card%d/usbid", card->num); FILE *f = fopen(path, "r"); if (!f) { fprintf(stderr, "can't open %s: %s\n", path, strerror(errno)); return; } int vid, pid; int result = fscanf(f, "%04x:%04x", &vid, &pid); fclose(f); if (result != 2) { fprintf(stderr, "can't read %s\n", path); return; } if (vid != 0x1235) { fprintf(stderr, "VID %04x != expected 0x1235 for Focusrite\n", vid); return; } card->pid = pid; } // Read the USB serial number via sysfs. // controlC/device points to the ALSA sound card, whose own // device symlink points to the USB interface; the parent of // that is the USB device which has the serial file. static void alsa_get_serial_number(struct alsa_card *card) { char path[128]; snprintf( path, sizeof(path), "/sys/class/sound/controlC%d/device/device/../serial", card->num ); FILE *f = fopen(path, "r"); if (!f) { fprintf( stderr, "can't open %s: %s\n", path, strerror(errno) ); return; } char serial[40]; int result = fscanf(f, "%39s", serial); fclose(f); if (result != 1) { fprintf(stderr, "can't read %s\n", path); return; } card->serial = strdup(serial); } // return true if the Firmware Version control exists and is writable // and locked (i.e. the FCP server is running) static int check_firmware_version_locked(struct alsa_card *card) { snd_ctl_elem_id_t *id; snd_ctl_elem_info_t *info; snd_ctl_elem_id_alloca(&id); snd_ctl_elem_info_alloca(&info); // look for the Firmware Version control snd_ctl_elem_id_set_interface(id, SND_CTL_ELEM_IFACE_CARD); snd_ctl_elem_id_set_name(id, "Firmware Version"); snd_ctl_elem_info_set_id(info, id); // no Firmware Version control found int err = snd_ctl_elem_info(card->handle, info); if (err < 0) return 0; return check_driver_ready(info); } // return the driver type for this card // DRIVER_TYPE_NONE: no driver // DRIVER_TYPE_HWDEP: Scarlett2 driver // DRIVER_TYPE_SOCKET: FCP driver // DRIVER_TYPE_SOCKET_UNINIT: FCP driver, but not initialised static int get_driver_type(struct alsa_card *card) { snd_hwdep_t *hwdep; int err = scarlett2_open_card(card->device, &hwdep); // no hwdep for this card - driver type none if (err == -ENOENT) return DRIVER_TYPE_NONE; // if we get EPERM, it's FCP but no server running if (err == -EPERM) return DRIVER_TYPE_SOCKET_UNINIT; // if we get EBUSY, it's FCP if (err == -EBUSY) // fcp-server locks the Firmware Version control when it has // finished starting up return check_firmware_version_locked(card) ? DRIVER_TYPE_SOCKET : DRIVER_TYPE_SOCKET_UNINIT; // failed to open hwdep if (err < 0) return DRIVER_TYPE_NONE; // we can open hwdep, so now check the protocol version int ver = scarlett2_get_protocol_version(hwdep); scarlett2_close(hwdep); // failed to get protocol version if (ver < 0) return DRIVER_TYPE_NONE; // hwdep protocol version 1.x.x is Scarlett2 driver if (SCARLETT2_HWDEP_VERSION_MAJOR(ver) == MAJOR_HWDEP_VERSION_SCARLETT2) return DRIVER_TYPE_HWDEP; // hwdep protocol version 2.x.x is FCP driver (but not initialised, // because we were able to open the hwdep) if (SCARLETT2_HWDEP_VERSION_MAJOR(ver) == MAJOR_HWDEP_VERSION_FCP) return DRIVER_TYPE_SOCKET_UNINIT; return DRIVER_TYPE_NONE; } static void card_init(struct alsa_card *card) { alsa_get_usbid(card); alsa_get_serial_number(card); alsa_subscribe(card); alsa_add_card_callback(card); card->driver_type = get_driver_type(card); // Driver not ready? Create the iface-waiting window if (card->driver_type == DRIVER_TYPE_SOCKET_UNINIT) { create_card_window(card); return; } complete_card_init(card); } static void alsa_scan_cards(void) { snd_ctl_card_info_t *info; snd_ctl_t *ctl; int card_num = -1; char device[32]; struct alsa_card *card; snd_ctl_card_info_alloca(&info); while (1) { int err = snd_card_next(&card_num); if (err < 0) fatal_alsa_error("snd_card_next", err); if (card_num < 0) break; snprintf(device, 32, "hw:%d", card_num); err = snd_ctl_open(&ctl, device, 0); if (err < 0) goto next; err = snd_ctl_card_info(ctl, info); if (err < 0) goto next; if (strncmp(snd_ctl_card_info_get_name(info), "Scarlett", 8) != 0 && strncmp(snd_ctl_card_info_get_name(info), "Clarett", 7) != 0 && strncmp(snd_ctl_card_info_get_name(info), "Vocaster", 8) != 0) goto next; // is there already an entry for this card in alsa_cards? card = find_card_by_card_num(card_num); // yes: skip if (card) goto next; // no: create card = card_create(card_num); card->device = strdup(device); card->name = strdup(snd_ctl_card_info_get_name(info)); card->handle = ctl; card_init(card); continue; next: snd_ctl_close(ctl); } } // inotify static gboolean inotify_callback( GIOChannel *source, GIOCondition condition, void *data ) { char buf[4096] __attribute__ ((aligned(__alignof__(struct inotify_event)))); const struct inotify_event *event; int len; len = read(inotify_fd, &buf, sizeof(buf)); if (len < 0) { perror("inotify read"); exit(1); } for ( event = (struct inotify_event *)buf; (char *)event < buf + len; event = (struct inotify_event *) ((char *)event + sizeof(*event) + event->len) ) { if (event->mask & IN_CREATE && len && strncmp(event->name, "control", 7) == 0) { // can't rescan for new cards too fast sleep(1); alsa_scan_cards(); } } return TRUE; } static void alsa_inotify_init(void) { GIOChannel *io_channel; inotify_fd = inotify_init(); inotify_wd = inotify_add_watch(inotify_fd, "/dev/snd", IN_CREATE); io_channel = g_io_channel_unix_new(inotify_fd); g_io_add_watch_full( io_channel, 0, G_IO_IN | G_IO_ERR | G_IO_HUP, inotify_callback, NULL, NULL ); } void alsa_init(void) { alsa_cards = g_array_new(FALSE, TRUE, sizeof(struct alsa_card *)); reopen_callbacks = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); alsa_inotify_init(); alsa_scan_cards(); } void alsa_register_reopen_callback( const char *serial, ReOpenCallback *callback, void *data ) { struct reopen_callback *rc = g_new0(struct reopen_callback, 1); rc->callback = callback; rc->data = data; g_hash_table_insert(reopen_callbacks, g_strdup(serial), rc); } void alsa_unregister_reopen_callback(const char *serial) { g_hash_table_remove(reopen_callbacks, serial); } int alsa_has_reopen_callbacks(void) { return g_hash_table_size(reopen_callbacks); } alsa-scarlett-gui-1.0~beta9/src/alsa.h000066400000000000000000000342361521233005100176760ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "const.h" // simulated cards have card->num set to -1 #define SIMULATED_CARD_NUM -1 // forward definitions struct alsa_elem; struct alsa_card; // typedef for callbacks to update widgets when the alsa element // notifies of a change typedef void (AlsaElemCallback)(struct alsa_elem *, void *); // port categories for routing_src and routing_snk entries // must match the level meter ordering from the driver enum { PC_OFF, // Off (the source when a sink is not connected) PC_HW, // Hardware inputs/outputs PC_MIX, // Mixer inputs/outputs PC_DSP, // DSP inputs/outputs PC_PCM, // PCM inputs/outputs PC_COUNT // number of port categories }; // names for the port categories extern const char *port_category_names[PC_COUNT]; extern const char *port_category_short_names[PC_COUNT]; // hardware types enum { HW_TYPE_ANALOGUE, HW_TYPE_SPDIF, HW_TYPE_ADAT, HW_TYPE_COUNT }; // check if hardware type is digital I/O (S/PDIF or ADAT) static inline int is_digital_io_type(int hw_type) { return hw_type == HW_TYPE_SPDIF || hw_type == HW_TYPE_ADAT; } // driver types // NONE is 1st Gen or Scarlett2 before hwdep support was added // (no erase config or firmware update support) // HWDEP is the Scarlett2 driver after hwdep support was added // SOCKET is the FCP driver enum { DRIVER_TYPE_NONE, DRIVER_TYPE_HWDEP, DRIVER_TYPE_SOCKET, DRIVER_TYPE_SOCKET_UNINIT, DRIVER_TYPE_COUNT }; // names for the hardware types extern const char *hw_type_names[HW_TYPE_COUNT]; // is a drag active, and whether dragging from a routing source or a // routing sink enum { DRAG_TYPE_NONE = 0, DRAG_TYPE_SRC = 1, DRAG_TYPE_SNK = 2, }; // entry in alsa_card routing_srcs (routing sources) array // list of enums that are in the Mixer Input X Capture Enum elements struct routing_src { // pointer back to the card this entry is associated with struct alsa_card *card; // the enum id of the alsa item int id; // PC_OFF, PC_DSP, PC_MIX, PC_PCM, or PC_HW int port_category; // 0-based count within port_category int port_num; // the alsa item name char *name; // for PC_HW, the hardware type int hw_type; // the number (or translated letter; A = 1) in the item name int lr_num; // on the routing page, the box widget containing the text and the // "socket" widget for this routing source GtkWidget *widget; // the socket widget GtkWidget *widget2; // the label widget (for updating text, e.g. PCM availability) GtkWidget *label_widget; // optional/simulated element for custom name struct alsa_elem *custom_name_elem; // optional/simulated element for enable/disable struct alsa_elem *enable_elem; // optional/simulated element for stereo link state (stored on left channel) struct alsa_elem *link_elem; // optional/simulated element for stereo pair name (stored on left channel) struct alsa_elem *pair_name_elem; // cached pointer to stereo partner (adjacent L/R channel) struct routing_src *partner; // cached display name (either custom or default) // updated by callback when custom name changes char *display_name; // mixer window labels for mixer outputs (Mix A, Mix B, etc.) GtkWidget *mixer_label_left; GtkWidget *mixer_label_right; // routing window talkback button widget (for mixer outputs with talkback) GtkWidget *talkback_widget; // talkback element for this mixer output (if talkback is supported) struct alsa_elem *talkback_elem; // cached level meter index (-1 if none) int level_index; }; // entry in alsa_card routing_snks (routing sinks) array for alsa // elements that are routing sinks like Analogue Output 01 Playback // Enum struct routing_snk { // location within the array int idx; // pointer back to the element this entry is associated with struct alsa_elem *elem; // box widget on the routing page GtkWidget *box_widget; // socket widget on the routing page GtkWidget *socket_widget; // label widget on the routing page (for updating text) GtkWidget *label_widget; // the mixer label widgets for this sink GtkWidget *mixer_label_top; GtkWidget *mixer_label_bottom; // config-io pair label (stored on left channel only) GtkWidget *config_io_pair_label; // optional/simulated element for custom name struct alsa_elem *custom_name_elem; // optional/simulated element for enable/disable struct alsa_elem *enable_elem; // optional/simulated element for stereo link state (stored on left channel) struct alsa_elem *link_elem; // optional/simulated element for stereo pair name (stored on left channel) struct alsa_elem *pair_name_elem; // cached pointer to stereo partner (adjacent L/R channel) struct routing_snk *partner; // cached display name (either custom or default) // updated by callback when custom name changes char *display_name; // cached effective source index (accounting for speaker switching) // updated by callback when monitor group controls change int effective_source_idx; // cached left channel status (for fixed mixer inputs, based on source) int is_left; // pointers to monitor group controls (NULL if not applicable) struct alsa_elem *main_group_switch; struct alsa_elem *alt_group_switch; struct alsa_elem *main_group_source; struct alsa_elem *alt_group_source; struct alsa_elem *main_group_trim; struct alsa_elem *alt_group_trim; // cached level meter index (-1 if none) int level_index; }; // hold one callback & its data struct alsa_elem_callback { AlsaElemCallback *callback; void *data; GDestroyNotify destroy; // cleanup function, NULL if no cleanup needed }; // entry in alsa_card elems (ALSA control elements) array struct alsa_elem { // pointer back to the card struct alsa_card *card; // ALSA element information int numid; char *name; int type; int count; int index; // for gain/volume elements, the value range, dB type, and dB range int min_val; int max_val; int dB_type; int min_cdB; int max_cdB; // level meter labels char **meter_labels; // for routing sinks int is_routing_snk; int port_category; int port_num; int hw_type; int lr_num; // the callback functions for this ALSA control element GList *callbacks; // for simulated elements, the current state int is_simulated; int is_writable; int is_volatile; long value; long *values; // cached multi-value integer state // for simulated enumerated elements, the items int item_count; char **item_names; // for BYTES type elements void *bytes_value; size_t bytes_size; // pending idle callback for change notification guint pending_idle; }; struct alsa_card { int num; char *device; uint32_t pid; char *serial; char *name; int driver_type; char *fcp_socket; int best_firmware_version; // For scarlett4 (big Gen 4) devices with 4-valued versions uint32_t firmware_version_4[4]; uint32_t esp_firmware_version[4]; uint32_t *best_firmware_version_4; snd_ctl_t *handle; struct pollfd pfd; GPtrArray *elems; struct alsa_elem *sample_capture_elem; struct alsa_elem *level_meter_elem; double *routing_levels; int routing_levels_count; GArray *routing_srcs; GArray *routing_snks; int *monitor_group_src_map; int monitor_group_src_map_count; GIOChannel *io_channel; guint event_source_id; GtkWidget *window_main; GtkWidget *window_routing; GtkWidget *window_mixer; GtkWidget *window_levels; GtkWidget *window_configuration; GtkWidget *window_startup; GtkWidget *window_modal; GtkWidget *window_dsp; GtkWidget *window_preferences; GtkWidget *window_main_contents; GtkWidget *routing_grid; GtkWidget *mixer_grid; GtkWidget *monitor_groups_grid; GList *monitor_group_cbs; GList *monitor_group_gains; GtkWidget *mixer_overlay; GtkWidget *mixer_glow; GtkWidget *mixer_label_overlay; GtkWidget *mixer_right_spacer; GtkWidget *mixer_unavailable_label; GtkWidget *mixer_corner_label; GList *mixer_gain_widgets; GList *input_gain_widgets; GList *output_gain_widgets; GList *dsp_comp_widgets; GtkWidget *routing_lines; GtkWidget *routing_hw_in_grid; GtkWidget *routing_hw_out_grid; GtkWidget *routing_pcm_in_grid; GtkWidget *routing_pcm_out_grid; GtkWidget *routing_dsp_in_grid; GtkWidget *routing_dsp_out_grid; GtkWidget *routing_mixer_in_grid; GtkWidget *routing_mixer_out_grid; GtkWidget *routing_mixer_in_heading; GtkWidget *routing_mixer_out_heading; GtkWidget *routing_src_label; GtkWidget *routing_snk_label; int has_speaker_switching; int has_talkback; int has_fixed_mixer_inputs; int mixer_has_mix_srcs; int routing_out_count[PC_COUNT]; int routing_in_count[PC_COUNT]; GtkWidget *drag_line; int drag_type; struct routing_src *src_drag; struct routing_snk *snk_drag; double drag_x, drag_y; struct routing_src *hovered_src; struct routing_snk *hovered_snk; int pending_ui_updates; gboolean pending_ui_update_idle; guint levels_timer; // PCM channel availability based on sample rate int playback_altset_channels[4]; // channels per altset (1-3) int capture_altset_channels[4]; // channels per altset (1-3) int altset_count; // number of altsets int pcm_playback_channels; // current available (0=all) int pcm_capture_channels; // current available (0=all) // HW I/O availability based on digital I/O mode and sample rate struct alsa_elem *digital_io_mode_elem; // "Digital I/O Mode", "S/PDIF Mode", or "S/PDIF Source" int digital_io_mode; // cached mode index at init time int digital_io_mode_live; // mode changes take effect immediately int current_sample_rate; // current sample rate (Hz) int max_spdif_in; // max S/PDIF input ports int max_spdif_out; // max S/PDIF output ports int max_adat_in; // max ADAT input ports int max_adat_out; // max ADAT output ports struct alsa_elem *mixer_gains[MAX_MIX_OUT][MAX_MUX_IN]; // level meter support (set at init, not persisted) int has_levels; // per-card preferences (persisted via optional-state [ui] section) int pref_show_bottom_right_labels; int pref_levels_interval_ms; // levels timer callback data (for restart_levels_timer) void *levels_data; }; // flags for pending_ui_updates #define PENDING_UI_UPDATE_MIXER_GRID (1 << 0) #define PENDING_UI_UPDATE_MONITOR_GROUPS (1 << 1) // utility void fatal_alsa_error(const char *msg, int err); // locate elements or get information about them struct alsa_elem *get_elem_by_name(GPtrArray *elems, const char *name); struct alsa_elem *get_elem_by_prefix(GPtrArray *elems, const char *prefix); struct alsa_elem *get_elem_by_substr(GPtrArray *elems, const char *substr); int get_max_elem_by_name( GPtrArray *elems, const char *prefix, const char *needle ); // add callback to alsa_elem callback list void alsa_elem_add_callback( struct alsa_elem *elem, AlsaElemCallback *callback, void *data, GDestroyNotify destroy // cleanup function, NULL if no cleanup needed ); // remove all callbacks with matching data pointer from an element void alsa_elem_remove_callbacks_by_data(struct alsa_elem *elem, void *data); // trigger callbacks for an element (notify of value change) void alsa_elem_change(struct alsa_elem *elem); // alsa snd_ctl_elem_*() functions int alsa_get_elem_type(struct alsa_elem *elem); char *alsa_get_elem_name(struct alsa_elem *elem); long alsa_get_elem_value(struct alsa_elem *elem); long *alsa_get_elem_int_values(struct alsa_elem *elem); void alsa_set_elem_int_values(struct alsa_elem *elem, const long *values, int count); void alsa_set_elem_value(struct alsa_elem *elem, long value); int alsa_get_elem_writable(struct alsa_elem *elem); int alsa_get_elem_volatile(struct alsa_elem *elem); int alsa_get_elem_count(struct alsa_elem *elem); int alsa_get_item_count(struct alsa_elem *elem); char *alsa_get_item_name(struct alsa_elem *elem, int i); // BYTES element support const void *alsa_get_elem_bytes(struct alsa_elem *elem, size_t *size); void alsa_set_elem_bytes(struct alsa_elem *elem, const void *data, size_t size); // create simulated optional element struct alsa_elem *alsa_create_optional_elem( struct alsa_card *card, const char *name, int type, size_t max_size ); // create simulated optional enumerated element with item names struct alsa_elem *alsa_create_optional_enum_elem( struct alsa_card *card, const char *name, const char **item_names, int item_count ); // add to alsa_cards array struct alsa_card *card_create(int card_num); // parse elements (used by alsa-sim.c) void alsa_set_lr_nums(struct alsa_card *card); void alsa_get_routing_controls(struct alsa_card *card); void alsa_init_mixer_gains_cache(struct alsa_card *card); // init void alsa_init(void); // register re-open callback typedef void (ReOpenCallback)(void *); void alsa_register_reopen_callback( const char *serial, ReOpenCallback *callback, void *data ); void alsa_unregister_reopen_callback(const char *serial); int alsa_has_reopen_callbacks(void); alsa-scarlett-gui-1.0~beta9/src/asound-stream-parser.c000066400000000000000000000004671521233005100230240ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "asound-stream-parser.h" int get_sample_rate_category(int sample_rate) { if (sample_rate <= 50000) return SR_LOW; if (sample_rate <= 100000) return SR_MID; return SR_HIGH; } alsa-scarlett-gui-1.0~beta9/src/asound-stream-parser.h000066400000000000000000000004611521233005100230230ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // Sample rate categories enum { SR_LOW, // 44.1/48 kHz SR_MID, // 88.2/96 kHz SR_HIGH, // 176.4/192 kHz SR_COUNT }; int get_sample_rate_category(int sample_rate); alsa-scarlett-gui-1.0~beta9/src/biquad.c000066400000000000000000000477071521233005100202250ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "biquad.h" // Filter type names static const char *filter_type_names[] = { "Peaking", "Low Shelf", "High Shelf", "Lowpass", "Highpass", "Bandpass", "Notch", "Gain", "LP 6dB/oct", "HP 6dB/oct", "LS 6dB/oct", "HS 6dB/oct" }; const char *biquad_type_name(BiquadFilterType type) { if (type < 0 || type >= BIQUAD_TYPE_COUNT) return "Unknown"; return filter_type_names[type]; } const char **biquad_get_type_names(void) { return filter_type_names; } gboolean biquad_type_uses_gain(BiquadFilterType type) { return type == BIQUAD_TYPE_PEAKING || type == BIQUAD_TYPE_LOW_SHELF || type == BIQUAD_TYPE_HIGH_SHELF || type == BIQUAD_TYPE_GAIN || type == BIQUAD_TYPE_LOW_SHELF_1 || type == BIQUAD_TYPE_HIGH_SHELF_1; } gboolean biquad_type_uses_q(BiquadFilterType type) { // First-order filters and gain don't use Q return type != BIQUAD_TYPE_GAIN && type != BIQUAD_TYPE_LOWPASS_1 && type != BIQUAD_TYPE_HIGHPASS_1 && type != BIQUAD_TYPE_LOW_SHELF_1 && type != BIQUAD_TYPE_HIGH_SHELF_1; } // Calculate biquad coefficients using Audio EQ Cookbook formulas // Reference: https://www.w3.org/TR/audio-eq-cookbook/ void biquad_calculate( const struct biquad_params *params, double sample_rate, struct biquad_coeffs *coeffs ) { double w0 = 2.0 * M_PI * params->freq / sample_rate; double cos_w0 = cos(w0); double sin_w0 = sin(w0); double alpha = sin_w0 / (2.0 * params->q); // A = sqrt(10^(gain_db/20)) = 10^(gain_db/40) double A = pow(10.0, params->gain_db / 40.0); double b0, b1, b2, a0, a1, a2; switch (params->type) { case BIQUAD_TYPE_PEAKING: b0 = 1.0 + alpha * A; b1 = -2.0 * cos_w0; b2 = 1.0 - alpha * A; a0 = 1.0 + alpha / A; a1 = -2.0 * cos_w0; a2 = 1.0 - alpha / A; break; case BIQUAD_TYPE_LOW_SHELF: { double sqrt_A = sqrt(A); double sqrt_A_alpha = 2.0 * sqrt_A * alpha; b0 = A * ((A + 1.0) - (A - 1.0) * cos_w0 + sqrt_A_alpha); b1 = 2.0 * A * ((A - 1.0) - (A + 1.0) * cos_w0); b2 = A * ((A + 1.0) - (A - 1.0) * cos_w0 - sqrt_A_alpha); a0 = (A + 1.0) + (A - 1.0) * cos_w0 + sqrt_A_alpha; a1 = -2.0 * ((A - 1.0) + (A + 1.0) * cos_w0); a2 = (A + 1.0) + (A - 1.0) * cos_w0 - sqrt_A_alpha; break; } case BIQUAD_TYPE_HIGH_SHELF: { double sqrt_A = sqrt(A); double sqrt_A_alpha = 2.0 * sqrt_A * alpha; b0 = A * ((A + 1.0) + (A - 1.0) * cos_w0 + sqrt_A_alpha); b1 = -2.0 * A * ((A - 1.0) + (A + 1.0) * cos_w0); b2 = A * ((A + 1.0) + (A - 1.0) * cos_w0 - sqrt_A_alpha); a0 = (A + 1.0) - (A - 1.0) * cos_w0 + sqrt_A_alpha; a1 = 2.0 * ((A - 1.0) - (A + 1.0) * cos_w0); a2 = (A + 1.0) - (A - 1.0) * cos_w0 - sqrt_A_alpha; break; } case BIQUAD_TYPE_LOWPASS: b0 = (1.0 - cos_w0) / 2.0; b1 = 1.0 - cos_w0; b2 = (1.0 - cos_w0) / 2.0; a0 = 1.0 + alpha; a1 = -2.0 * cos_w0; a2 = 1.0 - alpha; break; case BIQUAD_TYPE_HIGHPASS: b0 = (1.0 + cos_w0) / 2.0; b1 = -(1.0 + cos_w0); b2 = (1.0 + cos_w0) / 2.0; a0 = 1.0 + alpha; a1 = -2.0 * cos_w0; a2 = 1.0 - alpha; break; case BIQUAD_TYPE_BANDPASS: // Constant skirt gain, peak gain = Q b0 = alpha; b1 = 0.0; b2 = -alpha; a0 = 1.0 + alpha; a1 = -2.0 * cos_w0; a2 = 1.0 - alpha; break; case BIQUAD_TYPE_NOTCH: b0 = 1.0; b1 = -2.0 * cos_w0; b2 = 1.0; a0 = 1.0 + alpha; a1 = -2.0 * cos_w0; a2 = 1.0 - alpha; break; case BIQUAD_TYPE_GAIN: // Pure gain, no frequency dependence // gain_db uses 20*log10 scale (not 40 like peaking A parameter) coeffs->b0 = pow(10.0, params->gain_db / 20.0); coeffs->b1 = 0.0; coeffs->b2 = 0.0; coeffs->a1 = 0.0; coeffs->a2 = 0.0; return; case BIQUAD_TYPE_LOWPASS_1: { // First-order lowpass (6 dB/octave) double K = tan(M_PI * params->freq / sample_rate); double norm = 1.0 / (1.0 + K); coeffs->b0 = K * norm; coeffs->b1 = K * norm; coeffs->b2 = 0.0; coeffs->a1 = (K - 1.0) * norm; coeffs->a2 = 0.0; return; } case BIQUAD_TYPE_HIGHPASS_1: { // First-order highpass (6 dB/octave) double K = tan(M_PI * params->freq / sample_rate); double norm = 1.0 / (1.0 + K); coeffs->b0 = norm; coeffs->b1 = -norm; coeffs->b2 = 0.0; coeffs->a1 = (K - 1.0) * norm; coeffs->a2 = 0.0; return; } case BIQUAD_TYPE_LOW_SHELF_1: { // First-order low shelf // Ensure exact relationship: b0 - b1 = 1 - a1 (Nyquist gain = 1) double K = tan(M_PI * params->freq / sample_rate); double V = pow(10.0, fabs(params->gain_db) / 20.0); if (params->gain_db >= 0) { // Boost: a1 = (K-1)/(1+K) double denom = 1.0 + K; coeffs->a1 = (K - 1.0) / denom; double nyq_diff = 1.0 - coeffs->a1; // Exact: b0 - b1 = nyq_diff double dc_sum = 2.0 * V * K / denom; // b0 + b1 coeffs->b0 = (dc_sum + nyq_diff) / 2.0; coeffs->b1 = (dc_sum - nyq_diff) / 2.0; } else { // Cut: a1 = (V*K-1)/(1+V*K) double denom = 1.0 + V * K; coeffs->a1 = (V * K - 1.0) / denom; double nyq_diff = 1.0 - coeffs->a1; // Exact: b0 - b1 = nyq_diff double dc_sum = 2.0 * K / denom; // b0 + b1 coeffs->b0 = (dc_sum + nyq_diff) / 2.0; coeffs->b1 = (dc_sum - nyq_diff) / 2.0; } coeffs->b2 = 0.0; coeffs->a2 = 0.0; return; } case BIQUAD_TYPE_HIGH_SHELF_1: { // First-order high shelf // Ensure exact relationship: b0 + b1 = 1 + a1 (DC gain = 1) double K = tan(M_PI * params->freq / sample_rate); double V = pow(10.0, fabs(params->gain_db) / 20.0); if (params->gain_db >= 0) { // Boost: a1 = (K-1)/(1+K) double denom = 1.0 + K; coeffs->a1 = (K - 1.0) / denom; double dc_sum = 1.0 + coeffs->a1; // Exact: b0 + b1 = dc_sum double nyq_diff = 2.0 * V / denom; // b0 - b1 coeffs->b0 = (dc_sum + nyq_diff) / 2.0; coeffs->b1 = (dc_sum - nyq_diff) / 2.0; } else { // Cut: a1 = (K-V)/(V+K) double denom = V + K; coeffs->a1 = (K - V) / denom; double dc_sum = 1.0 + coeffs->a1; // Exact: b0 + b1 = dc_sum double nyq_diff = 2.0 / denom; // b0 - b1 coeffs->b0 = (dc_sum + nyq_diff) / 2.0; coeffs->b1 = (dc_sum - nyq_diff) / 2.0; } coeffs->b2 = 0.0; coeffs->a2 = 0.0; return; } default: // Passthrough (unity gain) coeffs->b0 = 1.0; coeffs->b1 = 0.0; coeffs->b2 = 0.0; coeffs->a1 = 0.0; coeffs->a2 = 0.0; return; } // Normalize by a0 coeffs->b0 = b0 / a0; coeffs->b1 = b1 / a0; coeffs->b2 = b2 / a0; coeffs->a1 = a1 / a0; coeffs->a2 = a2 / a0; } void biquad_to_fixed_point( const struct biquad_coeffs *coeffs, long fixed[5] ) { // Hardware expects: [b0, b1, b2, -a1, -a2] * 2^28 fixed[0] = lround(coeffs->b0 * BIQUAD_FIXED_POINT_SCALE); fixed[1] = lround(coeffs->b1 * BIQUAD_FIXED_POINT_SCALE); fixed[2] = lround(coeffs->b2 * BIQUAD_FIXED_POINT_SCALE); fixed[3] = lround(-coeffs->a1 * BIQUAD_FIXED_POINT_SCALE); fixed[4] = lround(-coeffs->a2 * BIQUAD_FIXED_POINT_SCALE); } // Calculate frequency response magnitude in dB // H(z) = (b0 + b1*z^-1 + b2*z^-2) / (1 + a1*z^-1 + a2*z^-2) // At frequency f: z = e^(j*2*pi*f/fs) double biquad_response_db( const struct biquad_coeffs *coeffs, double freq, double sample_rate ) { double w = 2.0 * M_PI * freq / sample_rate; double cos_w = cos(w); double cos_2w = cos(2.0 * w); double sin_w = sin(w); double sin_2w = sin(2.0 * w); // Numerator: b0 + b1*e^(-jw) + b2*e^(-2jw) double num_real = coeffs->b0 + coeffs->b1 * cos_w + coeffs->b2 * cos_2w; double num_imag = -coeffs->b1 * sin_w - coeffs->b2 * sin_2w; // Denominator: 1 + a1*e^(-jw) + a2*e^(-2jw) double den_real = 1.0 + coeffs->a1 * cos_w + coeffs->a2 * cos_2w; double den_imag = -coeffs->a1 * sin_w - coeffs->a2 * sin_2w; // |H|^2 = |num|^2 / |den|^2 double num_mag_sq = num_real * num_real + num_imag * num_imag; double den_mag_sq = den_real * den_real + den_imag * den_imag; if (den_mag_sq < 1e-20) return 0.0; double mag_sq = num_mag_sq / den_mag_sq; if (mag_sq < 1e-20) return -100.0; return 10.0 * log10(mag_sq); } void biquad_from_fixed_point( const long fixed[5], struct biquad_coeffs *coeffs ) { // Hardware format: [b0, b1, b2, -a1, -a2] * 2^28 coeffs->b0 = (double)fixed[0] / BIQUAD_FIXED_POINT_SCALE; coeffs->b1 = (double)fixed[1] / BIQUAD_FIXED_POINT_SCALE; coeffs->b2 = (double)fixed[2] / BIQUAD_FIXED_POINT_SCALE; coeffs->a1 = -(double)fixed[3] / BIQUAD_FIXED_POINT_SCALE; coeffs->a2 = -(double)fixed[4] / BIQUAD_FIXED_POINT_SCALE; } // Tolerance for fixed-point round-trip (2^-28 ≈ 3.7e-9, allow some margin) #define COEFF_TOL 1e-6 // Helper to check if two values are approximately equal static gboolean approx_eq(double a, double b, double tol) { return fabs(a - b) < tol; } // Check coefficient equality with fixed-point tolerance static gboolean coeff_eq(double a, double b) { return fabs(a - b) < COEFF_TOL; } // Analyze coefficients to determine filter parameters gboolean biquad_analyze( const struct biquad_coeffs *coeffs, double sample_rate, struct biquad_params *params ) { double b0 = coeffs->b0; double b1 = coeffs->b1; double b2 = coeffs->b2; double a1 = coeffs->a1; double a2 = coeffs->a2; // Check for pure gain filter (b1, b2, a1, a2 all zero, b0 is gain) if (approx_eq(b1, 0.0, 0.001) && approx_eq(b2, 0.0, 0.001) && approx_eq(a1, 0.0, 0.001) && approx_eq(a2, 0.0, 0.001) && b0 > 0.0) { params->type = BIQUAD_TYPE_GAIN; params->freq = 1000.0; // Arbitrary, not used params->q = 0.707; // Arbitrary, not used params->gain_db = 20.0 * log10(b0); params->gain_db = CLAMP(params->gain_db, -GAIN_DB_LIMIT, GAIN_DB_LIMIT); return TRUE; } // Check for first-order filters (b2 = 0, a2 = 0) if (approx_eq(b2, 0.0, 0.001) && approx_eq(a2, 0.0, 0.001)) { // First-order filter: H(z) = (b0 + b1*z^-1) / (1 + a1*z^-1) // K = (1 + a1) / (1 - a1) = tan(pi * fc / fs) double K = (1.0 + a1) / (1.0 - a1); if (K < 0.001) K = 0.001; double freq = atan(K) * sample_rate / M_PI; if (freq < 20.0) freq = 20.0; if (freq > 20000.0) freq = 20000.0; params->freq = freq; params->q = 0.707; // Not used for first-order // First-order lowpass: b0 = b1 if (coeff_eq(b0, b1)) { params->type = BIQUAD_TYPE_LOWPASS_1; params->gain_db = 0.0; return TRUE; } // First-order highpass: b0 = -b1 if (coeff_eq(b0, -b1)) { params->type = BIQUAD_TYPE_HIGHPASS_1; params->gain_db = 0.0; return TRUE; } // Low shelf: b0 - b1 = 1 - a1 (Nyquist gain = 1) if (coeff_eq(b0 - b1, 1.0 - a1)) { params->type = BIQUAD_TYPE_LOW_SHELF_1; double dc_gain = (b0 + b1) / (1.0 + a1); params->gain_db = 20.0 * log10(fabs(dc_gain)); if (params->gain_db < -24.0) params->gain_db = -24.0; if (params->gain_db > 24.0) params->gain_db = 24.0; // Recover K: boost uses a1 = (K-1)/(K+1), cut uses a1 = (V*K-1)/(V*K+1) double V = pow(10.0, fabs(params->gain_db) / 20.0); double K_term = (1.0 + a1) / (1.0 - a1); double K = (params->gain_db >= 0) ? K_term : K_term / V; if (K > 0) params->freq = atan(K) * sample_rate / M_PI; if (params->freq < 20.0) params->freq = 20.0; if (params->freq > 20000.0) params->freq = 20000.0; return TRUE; } // High shelf: b0 + b1 = 1 + a1 (DC gain = 1) if (coeff_eq(b0 + b1, 1.0 + a1)) { params->type = BIQUAD_TYPE_HIGH_SHELF_1; double nyq_gain = (b0 - b1) / (1.0 - a1); params->gain_db = 20.0 * log10(fabs(nyq_gain)); if (params->gain_db < -24.0) params->gain_db = -24.0; if (params->gain_db > 24.0) params->gain_db = 24.0; // Recover K: boost uses a1 = (K-1)/(K+1), cut uses a1 = (K-V)/(K+V) double V = pow(10.0, fabs(params->gain_db) / 20.0); double K_term = (1.0 + a1) / (1.0 - a1); double K = (params->gain_db >= 0) ? K_term : K_term * V; if (K > 0) params->freq = atan(K) * sample_rate / M_PI; if (params->freq < 20.0) params->freq = 20.0; if (params->freq > 20000.0) params->freq = 20000.0; return TRUE; } // Unknown first-order, default to lowpass params->type = BIQUAD_TYPE_LOWPASS_1; params->gain_db = 0.0; return TRUE; } // For normalized biquad coefficients, a1_norm = a1/a0, so we need to // recover a0 to get the original cos_w0 = -a1/2. // // For all filter types: a0 = 2/(1+a2) // (derived from a2_norm = (1-x)/(1+x) where x=alpha or alpha/A) double a0 = 2.0 / (1.0 + a2); double cos_w0 = -a1 * a0 / 2.0; // Clamp cos_w0 to valid range if (cos_w0 < -1.0) cos_w0 = -1.0; if (cos_w0 > 1.0) cos_w0 = 1.0; double w0 = acos(cos_w0); double sin_w0 = sin(w0); double freq = w0 * sample_rate / (2.0 * M_PI); // Clamp frequency to valid range if (freq < 20.0) freq = 20.0; if (freq > 20000.0) freq = 20000.0; params->freq = freq; params->gain_db = 0.0; // Check DC and Nyquist gains early to detect shelf filters // For low shelf: H(DC) = A, H(Nyquist) = 1 // For high shelf: H(DC) = 1, H(Nyquist) = A double dc_gain = (b0 + b1 + b2) / (1.0 + a1 + a2); double nyq_gain = (b0 - b1 + b2) / (1.0 - a1 + a2); // Low shelf: DC gain significantly different from 1, Nyquist ≈ 1 // Exclude highpass (dc_gain ≈ 0) which would otherwise match with extreme cut if (fabs(dc_gain - 1.0) > 0.05 && fabs(dc_gain) > 0.01 && approx_eq(nyq_gain, 1.0, 0.1)) { params->type = BIQUAD_TYPE_LOW_SHELF; // dc_gain = A² from cookbook, so gain_db = 20*log10(A²) = 40*log10(A) params->gain_db = 20.0 * log10(fabs(dc_gain)); params->gain_db = CLAMP(params->gain_db, -GAIN_DB_LIMIT, GAIN_DB_LIMIT); // For frequency formula, we need actual A = sqrt(dc_gain) double A = sqrt(fabs(dc_gain)); // Derive cos_w0 from a1 and A for low shelf // The formula: num/den gives -cos_w0, so negate num double num = -(a1 * (A + 1) + (1 + a2) * (A - 1)); double den = a1 * (A - 1) + (1 + a2) * (A + 1); double shelf_cos_w0 = 0.0; if (fabs(den) > 0.001) { shelf_cos_w0 = num / den; if (shelf_cos_w0 < -1.0) shelf_cos_w0 = -1.0; if (shelf_cos_w0 > 1.0) shelf_cos_w0 = 1.0; double shelf_w0 = acos(shelf_cos_w0); params->freq = shelf_w0 * sample_rate / (2.0 * M_PI); } // Extract Q from: (1-a2)/(1+a2) = sqrt(A)*sin_w0 / [Q * ((A+1)+(A-1)*cos_w0)] double shelf_sin_w0 = sqrt(1.0 - shelf_cos_w0 * shelf_cos_w0); double x = (A + 1) + (A - 1) * shelf_cos_w0; double y_over_x = (1.0 - a2) / (1.0 + a2); if (fabs(y_over_x * x) > 1e-10) { params->q = sqrt(A) * shelf_sin_w0 / (y_over_x * x); } else { params->q = 0.707; } if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // High shelf: Nyquist gain significantly different from 1, DC ≈ 1 // Exclude lowpass (nyq_gain ≈ 0) which would otherwise match with extreme cut if (fabs(nyq_gain - 1.0) > 0.05 && fabs(nyq_gain) > 0.01 && approx_eq(dc_gain, 1.0, 0.1)) { params->type = BIQUAD_TYPE_HIGH_SHELF; // nyq_gain = A² from cookbook, so gain_db = 20*log10(A²) = 40*log10(A) params->gain_db = 20.0 * log10(fabs(nyq_gain)); params->gain_db = CLAMP(params->gain_db, -GAIN_DB_LIMIT, GAIN_DB_LIMIT); // For frequency formula, we need actual A = sqrt(nyq_gain) double A = sqrt(fabs(nyq_gain)); // Derive cos_w0 from a1 and A for high shelf double num = a1 * (A + 1) - (1 + a2) * (A - 1); double den = a1 * (A - 1) - (1 + a2) * (A + 1); double shelf_cos_w0 = 0.0; if (fabs(den) > 0.001) { shelf_cos_w0 = num / den; if (shelf_cos_w0 < -1.0) shelf_cos_w0 = -1.0; if (shelf_cos_w0 > 1.0) shelf_cos_w0 = 1.0; double shelf_w0 = acos(shelf_cos_w0); params->freq = shelf_w0 * sample_rate / (2.0 * M_PI); } // Extract Q: for high shelf, x = (A+1) - (A-1)*cos_w0 double shelf_sin_w0 = sqrt(1.0 - shelf_cos_w0 * shelf_cos_w0); double x = (A + 1) - (A - 1) * shelf_cos_w0; double y_over_x = (1.0 - a2) / (1.0 + a2); if (fabs(y_over_x * x) > 1e-10) { params->q = sqrt(A) * shelf_sin_w0 / (y_over_x * x); } else { params->q = 0.707; } if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // Bandpass: b1 = 0, b0 = -b2 if (coeff_eq(b1, 0.0) && coeff_eq(b0, -b2)) { params->type = BIQUAD_TYPE_BANDPASS; // alpha from normalized a2: a2_n = (1-alpha)/(1+alpha) double alpha = (1.0 - a2) / (1.0 + a2); if (alpha > 1e-10) params->q = sin_w0 / (2.0 * alpha); else params->q = 1.0; if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // Peaking: b1 = a1 (both equal -2*cos_w0), but b0 ≠ b2 if (coeff_eq(b1, a1) && !coeff_eq(b0, b2)) { params->type = BIQUAD_TYPE_PEAKING; // For peaking: b0 = 1 + alpha*A, b2 = 1 - alpha*A (before norm) // After norm by a0 = 1 + alpha/A: // b0_n = (1 + alpha*A) / (1 + alpha/A) // b2_n = (1 - alpha*A) / (1 + alpha/A) // a2_n = (1 - alpha/A) / (1 + alpha/A) // // From a2: alpha/A = (1 - a2) / (1 + a2) // From b0-b2: alpha*A * 2 / a0 = b0 - b2 // so alpha*A = (b0 - b2) * (1 + alpha/A) / 2 // = (b0 - b2) * (1 + (1-a2)/(1+a2)) / 2 // = (b0 - b2) * (2/(1+a2)) / 2 // = (b0 - b2) / (1 + a2) // Direct computation without intermediate divisions: // A² = (b0 - b2) / (1 - a2) // alpha² = (b0 - b2) * (1 - a2) / (1 + a2)² double b_diff = b0 - b2; double a_diff = 1.0 - a2; double A_sq = b_diff / a_diff; double A = (A_sq > 0 && isfinite(A_sq)) ? sqrt(A_sq) : 1.0; double alpha_sq = b_diff * a_diff / ((1.0 + a2) * (1.0 + a2)); double alpha = (alpha_sq > 0) ? sqrt(alpha_sq) : 0.001; params->gain_db = 40.0 * log10(A); params->gain_db = CLAMP(params->gain_db, -GAIN_DB_LIMIT, GAIN_DB_LIMIT); if (alpha > 1e-10) params->q = sin_w0 / (2.0 * alpha); else params->q = 1.0; if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // Notch: b0 = b2, b1 = a1 if (coeff_eq(b0, b2) && coeff_eq(b1, a1)) { params->type = BIQUAD_TYPE_NOTCH; double alpha = (1.0 - a2) / (1.0 + a2); if (alpha > 1e-10) params->q = sin_w0 / (2.0 * alpha); else params->q = 1.0; if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // Lowpass: b0 = b2, b1 = 2*b0 if (coeff_eq(b0, b2) && coeff_eq(b1, 2.0 * b0)) { params->type = BIQUAD_TYPE_LOWPASS; double alpha = (1.0 - a2) / (1.0 + a2); if (alpha > 1e-10) params->q = sin_w0 / (2.0 * alpha); else params->q = 0.707; if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // Highpass: b0 = b2, b1 = -2*b0 if (coeff_eq(b0, b2) && coeff_eq(b1, -2.0 * b0)) { params->type = BIQUAD_TYPE_HIGHPASS; double alpha = (1.0 - a2) / (1.0 + a2); if (alpha > 1e-10) params->q = sin_w0 / (2.0 * alpha); else params->q = 0.707; if (params->q < 0.1) params->q = 0.1; if (params->q > 10.0) params->q = 10.0; return TRUE; } // Default to gain with 0dB if we can't identify (equivalent to bypass) params->type = BIQUAD_TYPE_GAIN; params->freq = 1000.0; params->q = 0.707; params->gain_db = 0.0; return TRUE; } alsa-scarlett-gui-1.0~beta9/src/biquad.h000066400000000000000000000046541521233005100202240ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include // Biquad filter types typedef enum { BIQUAD_TYPE_PEAKING, BIQUAD_TYPE_LOW_SHELF, BIQUAD_TYPE_HIGH_SHELF, BIQUAD_TYPE_LOWPASS, BIQUAD_TYPE_HIGHPASS, BIQUAD_TYPE_BANDPASS, BIQUAD_TYPE_NOTCH, BIQUAD_TYPE_GAIN, // First-order filters (6 dB/octave) BIQUAD_TYPE_LOWPASS_1, BIQUAD_TYPE_HIGHPASS_1, BIQUAD_TYPE_LOW_SHELF_1, BIQUAD_TYPE_HIGH_SHELF_1, BIQUAD_TYPE_COUNT } BiquadFilterType; // Gain limits #define GAIN_DB_LIMIT 24.0 #define DB_RANGE_NARROW 12.0 // Filter parameters struct biquad_params { BiquadFilterType type; double freq; // Frequency in Hz (20-20000) double q; // Q factor (0.1-10) double gain_db; // Gain in dB for peaking/shelving }; // Biquad coefficients (normalized so a0=1) struct biquad_coeffs { double b0, b1, b2; // numerator double a1, a2; // denominator (a0 implicit = 1) }; // Fixed-point conversion constants #define BIQUAD_FIXED_POINT_SHIFT 28 #define BIQUAD_FIXED_POINT_SCALE (1L << BIQUAD_FIXED_POINT_SHIFT) // 268435456 // Calculate biquad coefficients from parameters void biquad_calculate( const struct biquad_params *params, double sample_rate, struct biquad_coeffs *coeffs ); // Convert coefficients to fixed-point format for hardware // Output: [b0, b1, b2, -a1, -a2] * 2^28 void biquad_to_fixed_point( const struct biquad_coeffs *coeffs, long fixed[5] ); // Calculate frequency response magnitude in dB at given frequency double biquad_response_db( const struct biquad_coeffs *coeffs, double freq, double sample_rate ); // Get human-readable filter type name const char *biquad_type_name(BiquadFilterType type); // Get array of filter type names (for creating enum elements) const char **biquad_get_type_names(void); // Check if filter type uses gain parameter gboolean biquad_type_uses_gain(BiquadFilterType type); // Check if filter type uses Q parameter gboolean biquad_type_uses_q(BiquadFilterType type); // Convert fixed-point coefficients back to floating-point void biquad_from_fixed_point( const long fixed[5], struct biquad_coeffs *coeffs ); // Analyze coefficients to determine filter parameters // Returns TRUE if successful, FALSE if coefficients don't match a known filter gboolean biquad_analyze( const struct biquad_coeffs *coeffs, double sample_rate, struct biquad_params *params ); alsa-scarlett-gui-1.0~beta9/src/compressor-curve.c000066400000000000000000000226031521233005100222620ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "compressor-curve.h" #define CURVE_SIZE 150 #define LABEL_MARGIN 18 #define CURVE_PADDING 3 #define DB_MIN -60.0 #define DB_MAX 0.0 struct _GtkCompressorCurve { GtkWidget parent_instance; int threshold; // -40 to 0 dB int ratio; // 2-100 (divide by 2 for actual ratio) int knee_width; // 0-10 dB int makeup_gain; // 0-24 dB gboolean dsp_enabled; // overall DSP enable double input_level_db; // current input level for dot display double output_level_db; // current output level for dot display }; G_DEFINE_TYPE(GtkCompressorCurve, gtk_compressor_curve, GTK_TYPE_WIDGET) // Calculate compressor output for a given input (both in dB) static double calculate_output(GtkCompressorCurve *curve, double input) { double threshold = curve->threshold; double ratio = curve->ratio / 2.0; double knee = curve->knee_width; double makeup = curve->makeup_gain; double output; if (knee <= 0) { // Hard knee: no soft transition if (input < threshold) output = input; else output = threshold + (input - threshold) / ratio; } else if (input < threshold - knee / 2) { // Below knee region: unity gain output = input; } else if (input > threshold + knee / 2) { // Above knee region: full compression output = threshold + (input - threshold) / ratio; } else { // In knee region: smooth transition double x = input - threshold + knee / 2; double compression = (1.0 - 1.0 / ratio) * x * x / (2.0 * knee); output = input - compression; } return output + makeup; } // Graph area boundaries (accounting for label margin) #define GRAPH_LEFT LABEL_MARGIN #define GRAPH_RIGHT (CURVE_SIZE - CURVE_PADDING) #define GRAPH_TOP CURVE_PADDING #define GRAPH_BOTTOM (CURVE_SIZE - LABEL_MARGIN) #define GRAPH_WIDTH (GRAPH_RIGHT - GRAPH_LEFT) #define GRAPH_HEIGHT (GRAPH_BOTTOM - GRAPH_TOP) // Convert dB value to pixel coordinate static double db_to_x(double db) { return GRAPH_LEFT + (db - DB_MIN) / (DB_MAX - DB_MIN) * GRAPH_WIDTH; } static double db_to_y(double db) { return GRAPH_BOTTOM - (db - DB_MIN) / (DB_MAX - DB_MIN) * GRAPH_HEIGHT; } static void curve_snapshot(GtkWidget *widget, GtkSnapshot *snapshot) { GtkCompressorCurve *curve = GTK_COMPRESSOR_CURVE(widget); int width = gtk_widget_get_width(widget); int height = gtk_widget_get_height(widget); int size = MIN(width, height); cairo_t *cr = gtk_snapshot_append_cairo( snapshot, &GRAPHENE_RECT_INIT(0, 0, width, height) ); // Center the square drawing area double offset_x = (width - size) / 2.0; double offset_y = (height - size) / 2.0; cairo_translate(cr, offset_x, offset_y); double scale = size / (double)CURVE_SIZE; cairo_scale(cr, scale, scale); // Background (graph area only) cairo_set_source_rgb(cr, 0.1, 0.1, 0.1); cairo_rectangle(cr, GRAPH_LEFT, GRAPH_TOP, GRAPH_WIDTH, GRAPH_HEIGHT); cairo_fill(cr); // Grid lines (every 20 dB) cairo_set_source_rgba(cr, 1, 1, 1, 0.15); cairo_set_line_width(cr, 0.5); for (double db = -40; db <= 0; db += 20) { // Vertical double x = db_to_x(db); cairo_move_to(cr, x, GRAPH_TOP); cairo_line_to(cr, x, GRAPH_BOTTOM); // Horizontal double y = db_to_y(db); cairo_move_to(cr, GRAPH_LEFT, y); cairo_line_to(cr, GRAPH_RIGHT, y); } cairo_stroke(cr); // Axis labels cairo_set_source_rgba(cr, 1, 1, 1, 0.6); cairo_select_font_face(cr, "sans-serif", CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL); cairo_set_font_size(cr, 8); for (double db = -60; db <= 0; db += 20) { char label[8]; snprintf(label, sizeof(label), "%.0f", db); cairo_text_extents_t extents; cairo_text_extents(cr, label, &extents); // Y-axis labels (left side) double y = db_to_y(db); cairo_move_to(cr, GRAPH_LEFT - extents.width - 3, y + extents.height / 2); cairo_show_text(cr, label); // X-axis labels (bottom) double x = db_to_x(db); cairo_move_to(cr, x - extents.width / 2, GRAPH_BOTTOM + extents.height + 3); cairo_show_text(cr, label); } // 1:1 reference line (dotted) cairo_set_source_rgba(cr, 1, 1, 1, 0.25); cairo_set_line_width(cr, 1); double dashes[] = {3.0, 3.0}; cairo_set_dash(cr, dashes, 2, 0); cairo_move_to(cr, db_to_x(DB_MIN), db_to_y(DB_MIN)); cairo_line_to(cr, db_to_x(DB_MAX), db_to_y(DB_MAX)); cairo_stroke(cr); cairo_set_dash(cr, NULL, 0, 0); // Threshold indicator (vertical line) cairo_set_source_rgba(cr, 1, 0.8, 0.2, 0.4); cairo_set_line_width(cr, 1); double thresh_x = db_to_x(curve->threshold); cairo_move_to(cr, thresh_x, GRAPH_TOP); cairo_line_to(cr, thresh_x, GRAPH_BOTTOM); cairo_stroke(cr); // Transfer curve // When enabled: white for normal, red for clipped // When disabled: grey dashed cairo_set_line_width(cr, 2); gboolean is_enabled = curve->dsp_enabled; if (!is_enabled) { double dashes[] = { 6.0, 4.0 }; cairo_set_dash(cr, dashes, 2, 0); } // First pass: white/grey portion (output <= 0dB) if (is_enabled) cairo_set_source_rgb(cr, 1, 1, 1); else cairo_set_source_rgb(cr, 0.6, 0.6, 0.6); gboolean first = TRUE; for (double in_db = DB_MIN; in_db <= DB_MAX; in_db += 0.5) { double out_db = calculate_output(curve, in_db); if (out_db > DB_MAX) { // End segment here if (!first) cairo_stroke(cr); first = TRUE; continue; } if (out_db < DB_MIN) out_db = DB_MIN; double x = db_to_x(in_db); double y = db_to_y(out_db); if (first) { cairo_move_to(cr, x, y); first = FALSE; } else { cairo_line_to(cr, x, y); } } if (!first) cairo_stroke(cr); // Second pass: red/grey portion (output > 0dB, clamped to 0dB line) if (is_enabled) cairo_set_source_rgb(cr, 1, 0.3, 0.3); else cairo_set_source_rgb(cr, 0.6, 0.6, 0.6); first = TRUE; for (double in_db = DB_MIN; in_db <= DB_MAX; in_db += 0.5) { double out_db = calculate_output(curve, in_db); if (out_db <= DB_MAX) { // End segment here if (!first) cairo_stroke(cr); first = TRUE; continue; } double x = db_to_x(in_db); double y = db_to_y(DB_MAX); // Clamp to 0dB if (first) { cairo_move_to(cr, x, y); first = FALSE; } else { cairo_line_to(cr, x, y); } } if (!first) cairo_stroke(cr); // Draw level indicator dot if we have valid levels if (is_enabled && curve->input_level_db > DB_MIN && curve->output_level_db > DB_MIN) { double in_db = curve->input_level_db; double out_db = curve->output_level_db; // Clamp to graph bounds if (in_db > DB_MAX) in_db = DB_MAX; if (out_db > DB_MAX) out_db = DB_MAX; double x = db_to_x(in_db); double y = db_to_y(out_db); // Draw filled circle - red if clipping, cyan otherwise if (curve->input_level_db >= DB_MAX || curve->output_level_db >= DB_MAX) cairo_set_source_rgb(cr, 1.0, 0.3, 0.3); else cairo_set_source_rgb(cr, 0.2, 0.8, 1.0); cairo_arc(cr, x, y, 4, 0, 2 * M_PI); cairo_fill(cr); } cairo_destroy(cr); } static void curve_measure( GtkWidget *widget, GtkOrientation orientation, int for_size, int *minimum, int *natural, int *minimum_baseline, int *natural_baseline ) { *minimum = CURVE_SIZE; *natural = CURVE_SIZE; *minimum_baseline = -1; *natural_baseline = -1; } static void gtk_compressor_curve_class_init(GtkCompressorCurveClass *klass) { GtkWidgetClass *widget_class = GTK_WIDGET_CLASS(klass); widget_class->snapshot = curve_snapshot; widget_class->measure = curve_measure; } static void gtk_compressor_curve_init(GtkCompressorCurve *curve) { // Default values curve->threshold = -22; curve->ratio = 8; // 4:1 curve->knee_width = 3; curve->makeup_gain = 5; curve->dsp_enabled = TRUE; curve->input_level_db = -80.0; curve->output_level_db = -80.0; } GtkWidget *gtk_compressor_curve_new(void) { return g_object_new(GTK_TYPE_COMPRESSOR_CURVE, NULL); } void gtk_compressor_curve_set_threshold(GtkCompressorCurve *curve, int threshold) { if (curve->threshold != threshold) { curve->threshold = threshold; gtk_widget_queue_draw(GTK_WIDGET(curve)); } } void gtk_compressor_curve_set_ratio(GtkCompressorCurve *curve, int ratio) { if (curve->ratio != ratio) { curve->ratio = ratio; gtk_widget_queue_draw(GTK_WIDGET(curve)); } } void gtk_compressor_curve_set_knee_width(GtkCompressorCurve *curve, int knee_width) { if (curve->knee_width != knee_width) { curve->knee_width = knee_width; gtk_widget_queue_draw(GTK_WIDGET(curve)); } } void gtk_compressor_curve_set_makeup_gain(GtkCompressorCurve *curve, int makeup_gain) { if (curve->makeup_gain != makeup_gain) { curve->makeup_gain = makeup_gain; gtk_widget_queue_draw(GTK_WIDGET(curve)); } } void gtk_compressor_curve_set_dsp_enabled(GtkCompressorCurve *curve, gboolean enabled) { if (curve->dsp_enabled != enabled) { curve->dsp_enabled = enabled; gtk_widget_queue_draw(GTK_WIDGET(curve)); } } void gtk_compressor_curve_set_levels( GtkCompressorCurve *curve, double input_db, double output_db ) { curve->input_level_db = input_db; curve->output_level_db = output_db; gtk_widget_queue_draw(GTK_WIDGET(curve)); } alsa-scarlett-gui-1.0~beta9/src/compressor-curve.h000066400000000000000000000016631521233005100222720ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include G_BEGIN_DECLS #define GTK_TYPE_COMPRESSOR_CURVE (gtk_compressor_curve_get_type()) G_DECLARE_FINAL_TYPE( GtkCompressorCurve, gtk_compressor_curve, GTK, COMPRESSOR_CURVE, GtkWidget ) GtkWidget *gtk_compressor_curve_new(void); void gtk_compressor_curve_set_threshold(GtkCompressorCurve *curve, int threshold); void gtk_compressor_curve_set_ratio(GtkCompressorCurve *curve, int ratio); void gtk_compressor_curve_set_knee_width(GtkCompressorCurve *curve, int knee_width); void gtk_compressor_curve_set_makeup_gain(GtkCompressorCurve *curve, int makeup_gain); void gtk_compressor_curve_set_dsp_enabled(GtkCompressorCurve *curve, gboolean enabled); void gtk_compressor_curve_set_levels( GtkCompressorCurve *curve, double input_db, double output_db ); G_END_DECLS alsa-scarlett-gui-1.0~beta9/src/config-autogain.c000066400000000000000000000044721521233005100220220ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "config-helpers.h" #include "widget-gain.h" #include "window-configuration.h" #define AUTOGAIN_TARGET_COUNT 3 void add_autogain_tab(GtkWidget *notebook, struct alsa_card *card) { static const char *names[] = { "Autogain Hot Target", "Autogain Mean Target", "Autogain Peak Target" }; static const char *labels[] = { "Hot", "Mean", "Peak" }; int count = 0; for (int i = 0; i < AUTOGAIN_TARGET_COUNT; i++) if (get_elem_by_name(card->elems, names[i])) count++; if (!count) return; GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); gtk_widget_set_margin_start(content, 20); gtk_widget_set_margin_end(content, 20); gtk_widget_set_margin_top(content, 20); gtk_widget_set_margin_bottom(content, 20); const char *help_text = count == 1 ? "Configure the target level for the Autogain feature.\n" "This setting controls what signal level Autogain aims for." : "Configure the target levels for the Autogain feature.\n" "These settings control what signal levels Autogain aims for."; gtk_box_append(GTK_BOX(content), config_help_label(help_text)); GtkWidget *grid = gtk_grid_new(); gtk_grid_set_row_spacing(GTK_GRID(grid), 10); gtk_grid_set_column_spacing(GTK_GRID(grid), 20); gtk_widget_set_margin_top(grid, 10); gtk_widget_set_halign(grid, GTK_ALIGN_START); int col = 0; for (int i = 0; i < AUTOGAIN_TARGET_COUNT; i++) { struct alsa_elem *elem = get_elem_by_name(card->elems, names[i]); if (!elem) continue; GtkWidget *label = gtk_label_new(labels[i]); gtk_widget_set_halign(label, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), label, col, 0, 1, 1); GtkWidget *gain = make_gain_alsa_elem( elem, 0, // zero_is_off WIDGET_GAIN_TAPER_LINEAR, 1, // can_control FALSE // show_level ); gtk_grid_attach(GTK_GRID(grid), gain, col, 1, 1, 1); col++; } gtk_box_append(GTK_BOX(content), grid); g_object_set_data(G_OBJECT(content), PAGE_ID_KEY, (gpointer)"autogain"); gtk_notebook_append_page( GTK_NOTEBOOK(notebook), content, gtk_label_new("Autogain") ); } alsa-scarlett-gui-1.0~beta9/src/config-autogain.h000066400000000000000000000003541521233005100220220ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void add_autogain_tab(GtkWidget *notebook, struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/config-device-name.c000066400000000000000000000021161521233005100223610ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "config-helpers.h" #include "optional-controls.h" #include "widget-text-entry.h" #include "window-configuration.h" #include "config-device-name.h" void add_device_name_tab(GtkWidget *notebook, struct alsa_card *card) { struct alsa_elem *name_elem = optional_controls_get_name_elem(card); if (!name_elem) return; GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); gtk_widget_set_margin_top(content, 20); gtk_box_append(GTK_BOX(content), config_help_label( "This name will appear in the window title and can help you\n" "identify this device if you have multiple interfaces." )); GtkWidget *entry = make_text_entry_alsa_elem(name_elem); gtk_widget_set_hexpand(entry, TRUE); gtk_box_append(GTK_BOX(content), entry); g_object_set_data(G_OBJECT(content), PAGE_ID_KEY, (gpointer)"device-name"); gtk_notebook_append_page( GTK_NOTEBOOK(notebook), content, gtk_label_new("Device Name") ); } alsa-scarlett-gui-1.0~beta9/src/config-device-name.h000066400000000000000000000003571521233005100223730ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void add_device_name_tab(GtkWidget *notebook, struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/config-device-settings.c000066400000000000000000000025571521233005100233120ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "config-helpers.h" #include "widget-drop-down.h" #include "window-configuration.h" #include "config-device-settings.h" void add_device_settings_tab(GtkWidget *notebook, struct alsa_card *card) { struct alsa_elem *spdif_source = get_elem_by_name( card->elems, "S/PDIF Source Capture Enum" ); if (!spdif_source) return; GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); gtk_widget_set_margin_top(content, 20); gtk_widget_set_margin_start(content, 20); gtk_widget_set_margin_end(content, 20); gtk_widget_set_margin_bottom(content, 20); // S/PDIF Source control gtk_box_append(GTK_BOX(content), config_bold_label("S/PDIF Source")); GtkWidget *dropdown = make_drop_down_alsa_elem(spdif_source, NULL); gtk_widget_set_halign(dropdown, GTK_ALIGN_START); gtk_box_append(GTK_BOX(content), dropdown); gtk_box_append(GTK_BOX(content), config_help_label( "Select the S/PDIF input source: None to disable S/PDIF input,\n" "Optical for the optical input, or RCA for the coaxial input." )); g_object_set_data(G_OBJECT(content), PAGE_ID_KEY, (gpointer)"device-settings"); gtk_notebook_append_page( GTK_NOTEBOOK(notebook), content, gtk_label_new("Device Settings") ); } alsa-scarlett-gui-1.0~beta9/src/config-device-settings.h000066400000000000000000000003631521233005100233100ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void add_device_settings_tab(GtkWidget *notebook, struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/config-front-panel.c000066400000000000000000000117601521233005100224360ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "config-front-panel.h" #include "config-helpers.h" #include "widget-drop-down.h" #include "window-configuration.h" struct sleep_preset { const char *label; int seconds; }; // Preset values for the Front Panel Sleep Time control. // 0 = never sleep; remaining values are common timeouts up to the // 86400-second maximum (24 hours). static const struct sleep_preset sleep_presets[] = { { "Off (never sleep)", 0 }, { "30 seconds", 30 }, { "1 minute", 60 }, { "5 minutes", 300 }, { "10 minutes", 600 }, { "30 minutes", 1800 }, { "1 hour", 3600 }, { "2 hours", 7200 }, { "4 hours", 14400 }, { "8 hours", 28800 }, { "24 hours", 86400 }, }; #define SLEEP_PRESET_COUNT G_N_ELEMENTS(sleep_presets) static int find_preset_index(int seconds) { for (guint i = 0; i < SLEEP_PRESET_COUNT; i++) if (sleep_presets[i].seconds == seconds) return (int)i; return -1; } static int sleep_value_to_row(int value, void *user_data) { int idx = find_preset_index(value); if (idx >= 0) return idx; // Custom row, when present, is always the last entry. return SLEEP_PRESET_COUNT; } static int sleep_row_to_value(int row, int current_value, void *user_data) { if (row < (int)SLEEP_PRESET_COUNT) return sleep_presets[row].seconds; // Click on the "Custom (N s)" row: no-op. return current_value; } static char *sleep_button_label(int value, void *user_data) { int idx = find_preset_index(value); if (idx >= 0) return g_strdup(sleep_presets[idx].label); return g_strdup_printf("Custom (%d s)", value); } // Keep the model in sync with the live value: a synthetic // "Custom (N s)" row is appended whenever the value isn't a preset, // and removed once it is. static void sleep_refresh_model( GtkStringList *model, int value, void *user_data ) { guint n = g_list_model_get_n_items(G_LIST_MODEL(model)); int has_custom = (n > SLEEP_PRESET_COUNT); int is_preset = find_preset_index(value) >= 0; if (!is_preset) { char *s = g_strdup_printf("Custom (%d s)", value); const char *additions[] = { s, NULL }; if (has_custom) gtk_string_list_splice( model, SLEEP_PRESET_COUNT, 1, additions ); else gtk_string_list_append(model, s); g_free(s); } else if (has_custom) { gtk_string_list_remove(model, SLEEP_PRESET_COUNT); } } static const struct drop_down_value_ops sleep_ops = { .value_to_row = sleep_value_to_row, .row_to_value = sleep_row_to_value, .button_label = sleep_button_label, .refresh_model = sleep_refresh_model, }; static GtkWidget *make_sleep_time_dropdown(struct alsa_elem *elem) { GtkStringList *model = gtk_string_list_new(NULL); for (guint i = 0; i < SLEEP_PRESET_COUNT; i++) gtk_string_list_append(model, sleep_presets[i].label); return make_value_mapped_drop_down_alsa_elem( elem, model, &sleep_ops, NULL, NULL ); } // Layout for one control: heading and control sitting next to each // other on top, description on its own line below. static void add_control_row( GtkBox *box, const char *heading, GtkWidget *control, const char *description ) { GtkWidget *header_row = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 10); gtk_widget_set_halign(control, GTK_ALIGN_START); gtk_widget_set_valign(control, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(header_row), config_bold_label(heading)); gtk_box_append(GTK_BOX(header_row), control); gtk_box_append(box, header_row); gtk_box_append(box, config_wrapped_help_label(description, 60)); } void add_front_panel_tab(GtkWidget *notebook, struct alsa_card *card) { struct alsa_elem *brightness = get_elem_by_name( card->elems, "Front Panel Brightness" ); struct alsa_elem *sleep_time = get_elem_by_name( card->elems, "Front Panel Sleep Time" ); if (!brightness && !sleep_time) return; GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_margin_top(content, 20); gtk_widget_set_margin_start(content, 20); gtk_widget_set_margin_end(content, 20); gtk_widget_set_margin_bottom(content, 20); if (brightness) { add_control_row( GTK_BOX(content), "Brightness", make_drop_down_alsa_elem(brightness, NULL), "Sets the brightness of the front panel LEDs." ); } if (sleep_time) { if (brightness) config_append_separator(GTK_BOX(content)); add_control_row( GTK_BOX(content), "Sleep Time", make_sleep_time_dropdown(sleep_time), "After this much inactivity (no front panel adjustments or " "passing audio), the front panel LEDs turn off. Select Off to " "keep them lit indefinitely." ); } g_object_set_data(G_OBJECT(content), PAGE_ID_KEY, (gpointer)"front-panel"); gtk_notebook_append_page( GTK_NOTEBOOK(notebook), content, gtk_label_new("Front Panel") ); } alsa-scarlett-gui-1.0~beta9/src/config-front-panel.h000066400000000000000000000003521521233005100224360ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void add_front_panel_tab(GtkWidget *notebook, struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/config-helpers.c000066400000000000000000000022551521233005100216520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "config-helpers.h" GtkWidget *config_bold_label(const char *text) { GtkWidget *w = gtk_label_new(NULL); char *markup = g_strdup_printf("%s", text); gtk_label_set_markup(GTK_LABEL(w), markup); g_free(markup); gtk_widget_set_halign(w, GTK_ALIGN_START); return w; } GtkWidget *config_help_label(const char *text) { GtkWidget *w = gtk_label_new(text); gtk_widget_set_halign(w, GTK_ALIGN_START); gtk_widget_add_css_class(w, "dim-label"); return w; } GtkWidget *config_wrapped_help_label(const char *text, int max_chars) { GtkWidget *w = config_help_label(text); gtk_label_set_wrap(GTK_LABEL(w), TRUE); if (max_chars > 0) gtk_label_set_max_width_chars(GTK_LABEL(w), max_chars); gtk_label_set_xalign(GTK_LABEL(w), 0.0); gtk_label_set_yalign(GTK_LABEL(w), 0.0); gtk_widget_set_valign(w, GTK_ALIGN_START); return w; } void config_append_separator(GtkBox *box) { GtkWidget *sep = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_widget_set_margin_top(sep, 5); gtk_widget_set_margin_bottom(sep, 5); gtk_box_append(box, sep); } alsa-scarlett-gui-1.0~beta9/src/config-helpers.h000066400000000000000000000014671521233005100216630ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include // Bold heading label, start-aligned. Suitable for use as a section // heading. GtkWidget *config_bold_label(const char *text); // Start-aligned, dim help text. Use this for help text that uses // explicit newlines for layout (no automatic wrapping). GtkWidget *config_help_label(const char *text); // Start-aligned, dim, wrap-enabled help text. max_chars caps the // natural width so the description doesn't widen the window // unnecessarily; pass -1 to leave the width uncapped. GtkWidget *config_wrapped_help_label(const char *text, int max_chars); // Horizontal separator with a small margin above and below; appended // to box. void config_append_separator(GtkBox *box); alsa-scarlett-gui-1.0~beta9/src/config-io.c000066400000000000000000002122051521233005100206150ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "config-helpers.h" #include "custom-names.h" #include "device-port-names.h" #include "stereo-link.h" #include "widget-text-entry.h" #include "window-configuration.h" #include "config-io.h" // Key for I/O sub-tab persistence #define CONFIG_IO_TAB_KEY "configuration-io-tab" // Structure to track a column's enable-all checkbox and its children struct column_checkbox_data { GtkWidget *column_checkbox; GArray *child_elems; // array of struct alsa_elem* int updating; // flag to prevent recursion int was_inconsistent; // track if we were inconsistent before click }; // Structure to track a tab's enable-all checkbox and its column checkboxes struct tab_checkbox_data { GtkWidget *tab_checkbox; struct column_checkbox_data *left_column; // can be NULL if no inputs struct column_checkbox_data *right_column; // can be NULL if no outputs GArray *columns; // array of column_checkbox_data* for multi-column support int updating; // flag to prevent recursion int was_inconsistent; // track if we were inconsistent before click }; // Free column checkbox data static void free_column_checkbox_data(gpointer data) { struct column_checkbox_data *ccd = data; if (ccd->child_elems) g_array_free(ccd->child_elems, TRUE); g_free(ccd); } // Update column checkbox state based on child states static void update_column_checkbox_state(struct column_checkbox_data *data) { if (data->updating || !data->child_elems || data->child_elems->len == 0) return; int enabled_count = 0; for (int i = 0; i < data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(data->child_elems, struct alsa_elem *, i); if (alsa_get_elem_value(elem)) enabled_count++; } data->updating = 1; GtkCheckButton *check = GTK_CHECK_BUTTON(data->column_checkbox); if (enabled_count == 0) { // all disabled gtk_check_button_set_active(check, FALSE); gtk_check_button_set_inconsistent(check, FALSE); data->was_inconsistent = 0; } else if (enabled_count == data->child_elems->len) { // all enabled gtk_check_button_set_active(check, TRUE); gtk_check_button_set_inconsistent(check, FALSE); data->was_inconsistent = 0; } else { // mixed state gtk_check_button_set_inconsistent(check, TRUE); data->was_inconsistent = 1; } data->updating = 0; } // Callback when an individual port enable checkbox changes static void child_enable_changed(struct alsa_elem *elem, void *private) { struct column_checkbox_data *data = private; update_column_checkbox_state(data); } // Callback when column checkbox is clicked static void column_checkbox_toggled(GtkCheckButton *button, gpointer user_data) { struct column_checkbox_data *data = user_data; if (data->updating) return; data->updating = 1; // If we were inconsistent before the click, turn all off (to clear the mixed state) // Otherwise, use the new active state (toggle between all on/all off) gboolean new_state; if (data->was_inconsistent) { new_state = FALSE; // turn all off when clicking indeterminate gtk_check_button_set_active(button, FALSE); // also update the checkbox itself data->was_inconsistent = 0; } else { gboolean active = gtk_check_button_get_active(button); new_state = active; // toggle normally } // update all child checkboxes for (int i = 0; i < data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(data->child_elems, struct alsa_elem *, i); alsa_set_elem_value(elem, new_state ? 1 : 0); } // clear inconsistent state gtk_check_button_set_inconsistent(button, FALSE); data->updating = 0; } // Free tab checkbox data static void free_tab_checkbox_data(gpointer data) { struct tab_checkbox_data *tcd = data; // don't free column data - they're managed by the columns themselves if (tcd->columns) g_array_free(tcd->columns, TRUE); g_free(tcd); } // Helper to count column state static void count_column_state( struct column_checkbox_data *col, int *all_enabled, int *all_disabled, int *columns_exist ) { if (!col || !col->child_elems) return; (*columns_exist)++; if (gtk_check_button_get_inconsistent(GTK_CHECK_BUTTON(col->column_checkbox))) { // mixed state - don't count as enabled or disabled } else if (gtk_check_button_get_active(GTK_CHECK_BUTTON(col->column_checkbox))) { (*all_enabled)++; } else { (*all_disabled)++; } } // Update tab checkbox state based on column checkbox states static void update_tab_checkbox_state(struct tab_checkbox_data *data) { if (data->updating) return; // count how many column checkboxes are in each state int all_enabled = 0; int all_disabled = 0; int columns_exist = 0; // Use columns array if present, otherwise fall back to left/right if (data->columns) { for (int i = 0; i < data->columns->len; i++) { struct column_checkbox_data *col = g_array_index( data->columns, struct column_checkbox_data *, i ); count_column_state(col, &all_enabled, &all_disabled, &columns_exist); } } else { count_column_state(data->left_column, &all_enabled, &all_disabled, &columns_exist); count_column_state(data->right_column, &all_enabled, &all_disabled, &columns_exist); } if (columns_exist == 0) return; data->updating = 1; GtkCheckButton *check = GTK_CHECK_BUTTON(data->tab_checkbox); if (all_disabled == columns_exist) { // all columns are disabled gtk_check_button_set_active(check, FALSE); gtk_check_button_set_inconsistent(check, FALSE); data->was_inconsistent = 0; } else if (all_enabled == columns_exist) { // all columns are enabled gtk_check_button_set_active(check, TRUE); gtk_check_button_set_inconsistent(check, FALSE); data->was_inconsistent = 0; } else { // mixed state gtk_check_button_set_inconsistent(check, TRUE); data->was_inconsistent = 1; } data->updating = 0; } // Callback when a column checkbox changes (need to update tab checkbox) static void tab_child_enable_changed(struct alsa_elem *elem, void *private) { struct tab_checkbox_data *data = private; update_tab_checkbox_state(data); } // Helper to set column state from tab checkbox toggle static void set_column_state(struct column_checkbox_data *col, gboolean new_state) { if (!col || !col->child_elems) return; col->was_inconsistent = 0; // Directly set all child elements to the target state for (int i = 0; i < col->child_elems->len; i++) { struct alsa_elem *elem = g_array_index( col->child_elems, struct alsa_elem *, i ); alsa_set_elem_value(elem, new_state ? 1 : 0); } // Update the column checkbox UI to match if (col->column_checkbox) { gtk_check_button_set_inconsistent( GTK_CHECK_BUTTON(col->column_checkbox), FALSE ); gtk_check_button_set_active( GTK_CHECK_BUTTON(col->column_checkbox), new_state ); } } // Callback when tab checkbox is clicked static void tab_checkbox_toggled(GtkCheckButton *button, gpointer user_data) { struct tab_checkbox_data *data = user_data; if (data->updating) return; data->updating = 1; // If we were inconsistent before the click, turn all off // Otherwise, use the new active state (toggle between all on/all off) gboolean new_state; if (data->was_inconsistent) { new_state = FALSE; // turn all off when clicking indeterminate gtk_check_button_set_active(button, FALSE); // also update the checkbox itself data->was_inconsistent = 0; } else { gboolean active = gtk_check_button_get_active(button); new_state = active; // toggle normally } // Set all column checkboxes to the same state if (data->columns) { for (int i = 0; i < data->columns->len; i++) { struct column_checkbox_data *col = g_array_index( data->columns, struct column_checkbox_data *, i ); set_column_state(col, new_state); } } else { set_column_state(data->left_column, new_state); set_column_state(data->right_column, new_state); } // clear tab inconsistent state gtk_check_button_set_inconsistent(button, FALSE); data->updating = 0; } // Create a grid for name entries static GtkWidget *create_name_grid(void) { GtkWidget *grid = gtk_grid_new(); gtk_grid_set_row_spacing(GTK_GRID(grid), 10); gtk_grid_set_column_spacing(GTK_GRID(grid), 10); gtk_widget_set_margin_start(grid, 16); return grid; } // Callback when enable checkbox is toggled static void enable_checkbox_toggled(GtkCheckButton *button, gpointer user_data) { struct alsa_elem *elem = user_data; gboolean active = gtk_check_button_get_active(button); alsa_set_elem_value(elem, active ? 1 : 0); } // Callback when enable element changes static void enable_checkbox_updated(struct alsa_elem *elem, void *private) { GtkCheckButton *button = GTK_CHECK_BUTTON(private); int value = alsa_get_elem_value(elem); gtk_check_button_set_active(button, value != 0); } // Update link button appearance based on state static void update_link_button_appearance(GtkToggleButton *button) { gboolean active = gtk_toggle_button_get_active(button); GtkWidget *label = gtk_button_get_child(GTK_BUTTON(button)); gtk_label_set_text(GTK_LABEL(label), active ? "🔗" : "⛓️‍💥"); if (active) gtk_widget_remove_css_class(GTK_WIDGET(button), "dim-label"); else gtk_widget_add_css_class(GTK_WIDGET(button), "dim-label"); } // Callback when link toggle button is clicked static void link_button_toggled(GtkToggleButton *button, gpointer user_data) { struct alsa_elem *elem = user_data; gboolean active = gtk_toggle_button_get_active(button); alsa_set_elem_value(elem, active ? 1 : 0); update_link_button_appearance(button); } // Callback when link element changes static void link_button_updated(struct alsa_elem *elem, void *private) { GtkToggleButton *button = GTK_TOGGLE_BUTTON(private); int value = alsa_get_elem_value(elem); gtk_toggle_button_set_active(button, value != 0); update_link_button_appearance(button); } // Create a link toggle button for a stereo pair static GtkWidget *create_link_button(struct alsa_elem *link_elem) { GtkWidget *link_button = gtk_toggle_button_new(); GtkWidget *label = gtk_label_new("🔗"); gtk_button_set_child(GTK_BUTTON(link_button), label); gtk_widget_set_halign(link_button, GTK_ALIGN_CENTER); gtk_widget_set_valign(link_button, GTK_ALIGN_CENTER); gtk_widget_set_tooltip_text(link_button, "Link as stereo pair"); gtk_widget_add_css_class(link_button, "flat"); g_signal_connect(link_button, "toggled", G_CALLBACK(link_button_toggled), link_elem); alsa_elem_add_callback(link_elem, link_button_updated, link_button, NULL); int value = alsa_get_elem_value(link_elem); gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(link_button), value != 0); update_link_button_appearance(GTK_TOGGLE_BUTTON(link_button)); return link_button; } // Structure to track widgets for a linkable pair (for visibility toggling) // When linked: show pair widgets, hide individual channel widgets // When unlinked: show individual channel widgets, hide pair widgets struct pair_visibility_data { GtkWidget *ch1_enable; // First channel enable checkbox GtkWidget *ch1_label; // First channel label GtkWidget *ch1_entry; // First channel name entry GtkWidget *ch2_enable; // Second channel enable checkbox GtkWidget *ch2_label; // Second channel label GtkWidget *ch2_entry; // Second channel name entry GtkWidget *pair_enable; // Pair enable checkbox (spans both rows) GtkWidget *pair_label; // Pair label (spans both rows) GtkWidget *pair_entry; // Pair name entry (spans both rows) // For mixer/DSP input pairs: data to update pair label text on link change struct alsa_card *card; struct routing_snk *snk_left; struct routing_snk *snk_right; }; // Set visibility for pair widgets based on linked state static void set_pair_visibility(struct pair_visibility_data *pv, int linked) { // Individual channels: hidden when linked, shown when unlinked if (pv->ch1_enable) gtk_widget_set_visible(pv->ch1_enable, !linked); if (pv->ch1_label) gtk_widget_set_visible(pv->ch1_label, !linked); if (pv->ch1_entry) gtk_widget_set_visible(pv->ch1_entry, !linked); if (pv->ch2_enable) gtk_widget_set_visible(pv->ch2_enable, !linked); if (pv->ch2_label) gtk_widget_set_visible(pv->ch2_label, !linked); if (pv->ch2_entry) gtk_widget_set_visible(pv->ch2_entry, !linked); // Pair widgets: shown when linked, hidden when unlinked if (pv->pair_enable) gtk_widget_set_visible(pv->pair_enable, linked); if (pv->pair_label) gtk_widget_set_visible(pv->pair_label, linked); if (pv->pair_entry) gtk_widget_set_visible(pv->pair_entry, linked); } // Callback when link state changes - update widget visibility and label static void link_visibility_changed(struct alsa_elem *elem, void *private) { struct pair_visibility_data *pv = private; int linked = alsa_get_elem_value(elem); // Update pair label text before changing visibility (for mixer/DSP inputs) if (pv->card && pv->snk_left && pv->snk_right) update_config_io_mixer_labels(pv->card); set_pair_visibility(pv, linked); } // Create an enable checkbox widget static GtkWidget *create_enable_checkbox(struct alsa_elem *enable_elem) { if (!enable_elem) return NULL; GtkWidget *checkbox = gtk_check_button_new(); gtk_widget_set_halign(checkbox, GTK_ALIGN_CENTER); gtk_widget_set_valign(checkbox, GTK_ALIGN_CENTER); gtk_widget_set_tooltip_text(checkbox, "Show/hide this port"); g_signal_connect(checkbox, "toggled", G_CALLBACK(enable_checkbox_toggled), enable_elem); alsa_elem_add_callback(enable_elem, enable_checkbox_updated, checkbox, NULL); int value = alsa_get_elem_value(enable_elem); gtk_check_button_set_active(GTK_CHECK_BUTTON(checkbox), value != 0); return checkbox; } // Pre-extracted channel info for add_pair_to_grid struct pair_channel_info { struct alsa_elem *enable_elem; struct alsa_elem *custom_name_elem; char *generic_name; // freed by add_pair_to_grid const char *placeholder; // device port name, not freed }; // Pre-extracted pair info for add_pair_to_grid struct pair_grid_info { struct alsa_elem *link_elem; int linked; struct alsa_elem *pair_name_elem; char *pair_label_text; // freed by add_pair_to_grid char *pair_placeholder; // freed by add_pair_to_grid struct pair_channel_info ch[2]; // [0]=left, [1]=right }; // Add a linkable pair to a grid using pre-extracted channel info. // Returns the number of rows added (always 2). static int add_pair_to_grid( GtkWidget *grid, int row, struct pair_grid_info *info, struct column_checkbox_data *col_data ) { // Link button at column 0, spanning 2 rows GtkWidget *link_button = create_link_button(info->link_elem); gtk_grid_attach(GTK_GRID(grid), link_button, 0, row, 1, 2); // Per-channel widgets (individual view) GtkWidget *ch_enable[2] = {0}; GtkWidget *ch_label[2] = {0}; GtkWidget *ch_entry[2] = {0}; for (int c = 0; c < 2; c++) { struct pair_channel_info *ch = &info->ch[c]; int r = row + c; ch_enable[c] = create_enable_checkbox(ch->enable_elem); if (ch_enable[c]) gtk_grid_attach(GTK_GRID(grid), ch_enable[c], 1, r, 1, 1); ch_label[c] = gtk_label_new(ch->generic_name); gtk_widget_set_halign(ch_label[c], GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), ch_label[c], 2, r, 1, 1); g_free(ch->generic_name); if (ch->custom_name_elem) { ch_entry[c] = make_text_entry_alsa_elem(ch->custom_name_elem); gtk_widget_set_hexpand(ch_entry[c], TRUE); if (ch->placeholder && *ch->placeholder) gtk_entry_set_placeholder_text( GTK_ENTRY(ch_entry[c]), ch->placeholder ); gtk_grid_attach(GTK_GRID(grid), ch_entry[c], 3, r, 1, 1); } } // Pair widgets (spanning both rows, shown when linked) GtkWidget *pair_enable = create_enable_checkbox(info->ch[0].enable_elem); if (pair_enable) { gtk_widget_set_valign(pair_enable, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_enable, 1, row, 1, 2); } GtkWidget *pair_label = gtk_label_new(info->pair_label_text); g_free(info->pair_label_text); gtk_widget_set_halign(pair_label, GTK_ALIGN_START); gtk_widget_set_valign(pair_label, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_label, 2, row, 1, 2); GtkWidget *pair_entry = NULL; if (info->pair_name_elem) { pair_entry = make_text_entry_alsa_elem(info->pair_name_elem); if (info->pair_placeholder) gtk_entry_set_placeholder_text( GTK_ENTRY(pair_entry), info->pair_placeholder ); gtk_widget_set_hexpand(pair_entry, TRUE); gtk_widget_set_valign(pair_entry, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_entry, 3, row, 1, 2); } g_free(info->pair_placeholder); // Setup visibility toggling struct pair_visibility_data *pv = g_malloc0(sizeof(struct pair_visibility_data)); pv->ch1_enable = ch_enable[0]; pv->ch1_label = ch_label[0]; pv->ch1_entry = ch_entry[0]; pv->ch2_enable = ch_enable[1]; pv->ch2_label = ch_label[1]; pv->ch2_entry = ch_entry[1]; pv->pair_enable = pair_enable; pv->pair_label = pair_label; pv->pair_entry = pair_entry; set_pair_visibility(pv, info->linked); alsa_elem_add_callback( info->link_elem, link_visibility_changed, pv, g_free ); // Register with column checkbox if available for (int c = 0; c < 2; c++) { if (col_data && info->ch[c].enable_elem) { g_array_append_val( col_data->child_elems, info->ch[c].enable_elem ); alsa_elem_add_callback( info->ch[c].enable_elem, child_enable_changed, col_data, NULL ); } } return 2; } // Fill pair_grid_info for a source pair static void fill_src_pair_info( struct routing_src *src_left, struct routing_src *src_right, struct pair_grid_info *info ) { info->link_elem = get_src_link_elem(src_left); info->linked = is_src_linked(src_left); info->pair_name_elem = get_src_pair_name_elem(src_left); info->pair_label_text = get_src_generic_pair_name(src_left); int pair_num = (src_left->lr_num - 1) / 2; const char *device_pair = get_device_pair_name( src_left->card->pid, src_left->port_category, src_left->hw_type, 0, pair_num ); info->pair_placeholder = device_pair ? g_strdup(device_pair) : NULL; struct routing_src *srcs[] = { src_left, src_right }; for (int c = 0; c < 2; c++) { info->ch[c].enable_elem = srcs[c]->enable_elem; info->ch[c].custom_name_elem = srcs[c]->custom_name_elem; info->ch[c].generic_name = get_src_generic_name(srcs[c]); info->ch[c].placeholder = get_device_port_name( srcs[c]->card->pid, srcs[c]->port_category, srcs[c]->hw_type, 0, srcs[c]->port_num ); } } // Fill pair_grid_info for a sink pair static void fill_snk_pair_info( struct routing_snk *snk_left, struct routing_snk *snk_right, struct pair_grid_info *info ) { info->link_elem = get_snk_link_elem(snk_left); info->linked = is_snk_linked(snk_left); info->pair_name_elem = get_snk_pair_name_elem(snk_left); info->pair_label_text = get_snk_generic_pair_name(snk_left); struct alsa_elem *left_elem = snk_left->elem; int pair_num = (left_elem->lr_num - 1) / 2; const char *device_pair = get_device_pair_name( left_elem->card->pid, left_elem->port_category, left_elem->hw_type, 1, pair_num ); info->pair_placeholder = device_pair ? g_strdup(device_pair) : NULL; struct routing_snk *snks[] = { snk_left, snk_right }; for (int c = 0; c < 2; c++) { struct alsa_elem *elem = snks[c]->elem; info->ch[c].enable_elem = snks[c]->enable_elem; info->ch[c].custom_name_elem = snks[c]->custom_name_elem; info->ch[c].generic_name = get_snk_generic_name(snks[c]); info->ch[c].placeholder = get_device_port_name( elem->card->pid, elem->port_category, elem->hw_type, 1, elem->port_num ); } } // Add a linkable source pair to a grid (returns rows consumed: 2) static int add_src_pair_to_grid( GtkWidget *grid, int row, struct routing_src *src_left, struct routing_src *src_right, struct column_checkbox_data *col_data ) { struct pair_grid_info info = {0}; fill_src_pair_info(src_left, src_right, &info); return add_pair_to_grid(grid, row, &info, col_data); } // Add a linkable sink pair to a grid (returns rows consumed: 2) static int add_snk_pair_to_grid( GtkWidget *grid, int row, struct routing_snk *snk_left, struct routing_snk *snk_right, struct column_checkbox_data *col_data ) { struct pair_grid_info info = {0}; fill_snk_pair_info(snk_left, snk_right, &info); return add_pair_to_grid(grid, row, &info, col_data); } // Structure to track mixer input label and its sink struct mixer_input_label_data { GtkLabel *label; struct routing_snk *snk; struct alsa_card *card; }; // Get the port category and hw_type of the source routed to a mixer sink // For fixed mixer inputs, this effectively categorises each mixer input static void get_routing_src_info_for_mixer_snk( struct alsa_card *card, struct routing_snk *snk, int *port_category, // output: PC_PCM, PC_HW, etc. int *hw_type // output: HW_TYPE_ANALOGUE, etc. (only valid if PC_HW) ) { int routing_src_idx = alsa_get_elem_value(snk->elem); if (routing_src_idx >= 0 && routing_src_idx < card->routing_srcs->len) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, routing_src_idx ); *port_category = r_src->port_category; *hw_type = r_src->hw_type; } else { *port_category = PC_OFF; *hw_type = -1; } } // Check if there are mixer inputs routed from a specific source type static int has_mixer_inputs_for_src_type( struct alsa_card *card, int src_port_category, int src_hw_type // only used for PC_HW, -1 for others ) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->elem->port_category != PC_MIX) continue; if (!snk->enable_elem) continue; int src_cat, hw_t; get_routing_src_info_for_mixer_snk(card, snk, &src_cat, &hw_t); if (src_cat == src_port_category) { if (src_port_category != PC_HW || hw_t == src_hw_type) return 1; } } return 0; } // Get the formatted text for a mixer input label // Returns newly allocated string that must be freed static char *get_mixer_input_label_text( struct alsa_card *card, struct routing_snk *snk ) { // Get the current routing source int routing_src_idx = alsa_get_elem_value(snk->elem); struct routing_src *r_src = NULL; if (routing_src_idx >= 0 && routing_src_idx < card->routing_srcs->len) { r_src = &g_array_index( card->routing_srcs, struct routing_src, routing_src_idx ); } // Format depends on whether mixer inputs are fixed if (card->has_fixed_mixer_inputs) { // For fixed mixer inputs, just show the source name return g_strdup(r_src ? get_routing_src_display_name(r_src) : "Off"); } else { // For configurable mixer inputs, show "Mixer X - [Source Name]" char *snk_name = get_snk_generic_name(snk); char *result = g_strdup_printf( "%s - %s", snk_name, r_src ? get_routing_src_display_name(r_src) : "Off" ); g_free(snk_name); return result; } } // Callback to update mixer input label when routing changes static void mixer_input_label_updated(struct alsa_elem *elem, void *private) { struct mixer_input_label_data *data = private; char *label_text = get_mixer_input_label_text(data->card, data->snk); gtk_label_set_text(data->label, label_text); g_free(label_text); } // Structure to track stereo mixer input pair label struct mixer_input_pair_label_data { GtkLabel *label; struct routing_snk *snk_left; struct routing_snk *snk_right; struct alsa_card *card; }; // Generate pair label text: "Mixer X–Y - Source" or "Mixer X–Y - Left / Right" static char *get_mixer_input_pair_label_text( struct alsa_card *card, struct routing_snk *snk_left, struct routing_snk *snk_right ) { // Get left and right channel sources int idx_l = alsa_get_elem_value(snk_left->elem); int idx_r = alsa_get_elem_value(snk_right->elem); struct routing_src *r_src_l = NULL; struct routing_src *r_src_r = NULL; if (idx_l >= 0 && idx_l < card->routing_srcs->len) r_src_l = &g_array_index(card->routing_srcs, struct routing_src, idx_l); if (idx_r >= 0 && idx_r < card->routing_srcs->len) r_src_r = &g_array_index(card->routing_srcs, struct routing_src, idx_r); // For fixed mixer inputs, just show the source pair name if (card->has_fixed_mixer_inputs) { if (r_src_l && r_src_r && is_src_linked(r_src_l) && get_src_partner(r_src_l) == r_src_r) return get_src_pair_display_name(r_src_l); const char *src_l = r_src_l ? get_routing_src_display_name(r_src_l) : "Off"; const char *src_r = r_src_r ? get_routing_src_display_name(r_src_r) : "Off"; if (strcmp(src_l, src_r) == 0) return g_strdup(src_l); return g_strdup_printf("%s / %s", src_l, src_r); } char *pair_prefix = get_snk_generic_pair_name(snk_left); // Connected to a stereo source pair - use pair display name if (r_src_l && r_src_r && is_src_linked(r_src_l) && get_src_partner(r_src_l) == r_src_r) { char *pair_name = get_src_pair_display_name(r_src_l); char *result = g_strdup_printf( "%s - %s", pair_prefix, pair_name ); g_free(pair_name); g_free(pair_prefix); return result; } // Get individual source names const char *src_l = r_src_l ? get_routing_src_display_name(r_src_l) : "Off"; const char *src_r = r_src_r ? get_routing_src_display_name(r_src_r) : "Off"; char *result; if (strcmp(src_l, src_r) == 0) result = g_strdup_printf("%s - %s", pair_prefix, src_l); else result = g_strdup_printf( "%s - %s / %s", pair_prefix, src_l, src_r ); g_free(pair_prefix); return result; } // Callback to update mixer input pair label when routing changes static void mixer_input_pair_label_updated( struct alsa_elem *elem, void *private ) { struct mixer_input_pair_label_data *data = private; char *label_text = get_mixer_input_pair_label_text( data->card, data->snk_left, data->snk_right ); gtk_label_set_text(data->label, label_text); g_free(label_text); } // Free mixer input pair label data static void free_mixer_input_pair_label_data(void *data) { g_free(data); } // Callback when a source's custom name changes - update all mixer labels that // reference it static void source_name_changed_update_mixer_labels( struct alsa_elem *elem, void *private ) { struct alsa_card *card = elem->card; // Find which routing source this custom name belongs to struct routing_src *changed_src = NULL; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->custom_name_elem == elem) { changed_src = r_src; break; } } if (!changed_src) return; // Find the index of this source int changed_src_idx = changed_src->id; // Update all mixer/DSP input labels that are routed to this source for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); int cat = snk->elem->port_category; if (cat != PC_MIX && cat != PC_DSP) continue; // Check if this mixer input is routed to the changed source int routing_src_idx = alsa_get_elem_value(snk->elem); if (routing_src_idx == changed_src_idx) { // Trigger update of this mixer input's label by calling its callback alsa_elem_change(snk->elem); } } } // Free mixer input label data static void free_mixer_input_label_data(void *data) { g_free(data); } // Helper to create a mixer input label with routing update callback static GtkWidget *create_mixer_input_label( struct alsa_card *card, struct routing_snk *snk ) { char *label_text = get_mixer_input_label_text(card, snk); GtkWidget *label = gtk_label_new(label_text); g_free(label_text); gtk_widget_set_halign(label, GTK_ALIGN_START); struct mixer_input_label_data *label_data = g_malloc(sizeof(struct mixer_input_label_data)); label_data->label = GTK_LABEL(label); label_data->snk = snk; label_data->card = card; alsa_elem_add_callback( snk->elem, mixer_input_label_updated, label_data, free_mixer_input_label_data ); return label; } // Add a mixer input stereo pair to the grid (returns rows consumed) static int add_mixer_snk_pair_to_grid( struct alsa_card *card, GtkWidget *grid, int row, struct routing_snk *snk_left, struct routing_snk *snk_right, struct column_checkbox_data *col_data ) { struct alsa_elem *link_elem = get_snk_link_elem(snk_left); int linked = is_snk_linked(snk_left); // Link button at column 0, spanning 2 rows GtkWidget *link_button = create_link_button(link_elem); gtk_grid_attach(GTK_GRID(grid), link_button, 0, row, 1, 2); // Individual channel 1 widgets GtkWidget *ch1_enable = create_enable_checkbox(snk_left->enable_elem); if (ch1_enable) gtk_grid_attach(GTK_GRID(grid), ch1_enable, 1, row, 1, 1); GtkWidget *ch1_label = create_mixer_input_label(card, snk_left); gtk_grid_attach(GTK_GRID(grid), ch1_label, 2, row, 1, 1); // Individual channel 2 widgets GtkWidget *ch2_enable = create_enable_checkbox(snk_right->enable_elem); if (ch2_enable) gtk_grid_attach(GTK_GRID(grid), ch2_enable, 1, row + 1, 1, 1); GtkWidget *ch2_label = create_mixer_input_label(card, snk_right); gtk_grid_attach(GTK_GRID(grid), ch2_label, 2, row + 1, 1, 1); // Pair widgets (spanning both rows) GtkWidget *pair_enable = create_enable_checkbox(snk_left->enable_elem); if (pair_enable) { gtk_widget_set_valign(pair_enable, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_enable, 1, row, 1, 2); } // Pair label shows "Mixer X–Y - Source L / Source R" char *pair_label_text = get_mixer_input_pair_label_text( card, snk_left, snk_right ); GtkWidget *pair_label = gtk_label_new(pair_label_text); g_free(pair_label_text); gtk_widget_set_halign(pair_label, GTK_ALIGN_START); gtk_widget_set_valign(pair_label, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_label, 2, row, 1, 2); // Store reference for stereo link updates snk_left->config_io_pair_label = pair_label; // Register callbacks to update pair label when routing changes struct mixer_input_pair_label_data *pair_label_data = g_malloc(sizeof(struct mixer_input_pair_label_data)); pair_label_data->label = GTK_LABEL(pair_label); pair_label_data->snk_left = snk_left; pair_label_data->snk_right = snk_right; pair_label_data->card = card; alsa_elem_add_callback( snk_left->elem, mixer_input_pair_label_updated, pair_label_data, NULL ); alsa_elem_add_callback( snk_right->elem, mixer_input_pair_label_updated, pair_label_data, free_mixer_input_pair_label_data ); // Setup visibility toggling struct pair_visibility_data *pv = g_malloc0(sizeof(struct pair_visibility_data)); pv->ch1_enable = ch1_enable; pv->ch1_label = ch1_label; pv->ch1_entry = NULL; pv->ch2_enable = ch2_enable; pv->ch2_label = ch2_label; pv->ch2_entry = NULL; pv->pair_enable = pair_enable; pv->pair_label = pair_label; pv->pair_entry = NULL; pv->card = card; pv->snk_left = snk_left; pv->snk_right = snk_right; set_pair_visibility(pv, linked); alsa_elem_add_callback(link_elem, link_visibility_changed, pv, g_free); // Register both channels with column checkbox if (col_data) { if (snk_left->enable_elem) { g_array_append_val(col_data->child_elems, snk_left->enable_elem); alsa_elem_add_callback( snk_left->enable_elem, child_enable_changed, col_data, NULL ); } if (snk_right->enable_elem) { g_array_append_val(col_data->child_elems, snk_right->enable_elem); alsa_elem_add_callback( snk_right->enable_elem, child_enable_changed, col_data, NULL ); } } return 2; // consumed 2 rows } // Add a pair of fixed mixer input sinks whose sources are linkable. // Visibility is driven by the source's link element (no link button). // Returns 2 (rows consumed). static int add_fixed_src_pair_to_grid( struct alsa_card *card, GtkWidget *grid, int row, struct routing_snk *snk_left, struct routing_snk *snk_right, struct alsa_elem *src_link_elem, struct column_checkbox_data *col_data ) { int linked = alsa_get_elem_value(src_link_elem); // Individual channel widgets GtkWidget *ch1_enable = create_enable_checkbox(snk_left->enable_elem); if (ch1_enable) gtk_grid_attach(GTK_GRID(grid), ch1_enable, 0, row, 1, 1); GtkWidget *ch1_label = create_mixer_input_label(card, snk_left); gtk_grid_attach(GTK_GRID(grid), ch1_label, 1, row, 1, 1); GtkWidget *ch2_enable = create_enable_checkbox(snk_right->enable_elem); if (ch2_enable) gtk_grid_attach(GTK_GRID(grid), ch2_enable, 0, row + 1, 1, 1); GtkWidget *ch2_label = create_mixer_input_label(card, snk_right); gtk_grid_attach(GTK_GRID(grid), ch2_label, 1, row + 1, 1, 1); // Pair widgets (spanning both rows) GtkWidget *pair_enable = create_enable_checkbox(snk_left->enable_elem); if (pair_enable) { gtk_widget_set_valign(pair_enable, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_enable, 0, row, 1, 2); } char *pair_label_text = get_mixer_input_pair_label_text( card, snk_left, snk_right ); GtkWidget *pair_label = gtk_label_new(pair_label_text); g_free(pair_label_text); gtk_widget_set_halign(pair_label, GTK_ALIGN_START); gtk_widget_set_valign(pair_label, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), pair_label, 1, row, 1, 2); // Update pair label when source names change struct mixer_input_pair_label_data *pair_label_data = g_malloc(sizeof(struct mixer_input_pair_label_data)); pair_label_data->label = GTK_LABEL(pair_label); pair_label_data->snk_left = snk_left; pair_label_data->snk_right = snk_right; pair_label_data->card = card; alsa_elem_add_callback( snk_left->elem, mixer_input_pair_label_updated, pair_label_data, NULL ); alsa_elem_add_callback( snk_right->elem, mixer_input_pair_label_updated, pair_label_data, NULL ); alsa_elem_add_callback( src_link_elem, mixer_input_pair_label_updated, pair_label_data, free_mixer_input_pair_label_data ); // Also update when the source pair name changes int src_l_idx = alsa_get_elem_value(snk_left->elem); if (src_l_idx > 0 && src_l_idx < card->routing_srcs->len) { struct routing_src *src_l = &g_array_index( card->routing_srcs, struct routing_src, src_l_idx ); struct alsa_elem *src_pair_name = get_src_pair_name_elem(src_l); if (src_pair_name) alsa_elem_add_callback( src_pair_name, mixer_input_pair_label_updated, pair_label_data, NULL ); } // Visibility toggling driven by source link state struct pair_visibility_data *pv = g_malloc0(sizeof(struct pair_visibility_data)); pv->ch1_enable = ch1_enable; pv->ch1_label = ch1_label; pv->ch2_enable = ch2_enable; pv->ch2_label = ch2_label; pv->pair_enable = pair_enable; pv->pair_label = pair_label; pv->card = card; pv->snk_left = snk_left; pv->snk_right = snk_right; set_pair_visibility(pv, linked); alsa_elem_add_callback( src_link_elem, link_visibility_changed, pv, g_free ); // Register both channels with column checkbox if (col_data) { if (snk_left->enable_elem) { g_array_append_val(col_data->child_elems, snk_left->enable_elem); alsa_elem_add_callback( snk_left->enable_elem, child_enable_changed, col_data, NULL ); } if (snk_right->enable_elem) { g_array_append_val(col_data->child_elems, snk_right->enable_elem); alsa_elem_add_callback( snk_right->enable_elem, child_enable_changed, col_data, NULL ); } } return 2; } // Add enable checkboxes only (no custom names) for routing sinks static void add_snk_enables_for_category( struct alsa_card *card, GtkWidget *grid, int port_category, int hw_type, // only used for PC_HW sinks, -1 for others struct column_checkbox_data *col_data, // for column checkbox tracking int src_port_category, // filter by source type, -1 for no filter int src_hw_type // for PC_HW sources, -1 for no filter ) { int row = 0; int skip_idx = -1; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); // skip partner of a handled source pair if (i == skip_idx) continue; // skip if not the right category if (snk->elem->port_category != port_category) continue; // for hardware, also check hw_type if (port_category == PC_HW && snk->elem->hw_type != hw_type) continue; // for mixer inputs with source type filter, check the source type if (port_category == PC_MIX && src_port_category != -1) { int src_cat, src_hw; get_routing_src_info_for_mixer_snk(card, snk, &src_cat, &src_hw); if (src_cat != src_port_category) continue; if (src_port_category == PC_HW && src_hw != src_hw_type) continue; } // skip if no enable element if (!snk->enable_elem) continue; // For fixed mixer inputs, check if source forms a linkable pair if (port_category == PC_MIX && card->has_fixed_mixer_inputs) { int src_idx = alsa_get_elem_value(snk->elem); if (src_idx > 0 && src_idx < card->routing_srcs->len) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, src_idx ); struct alsa_elem *src_link = get_src_link_elem(src); if (src_link && is_src_left_channel(src)) { // Find the next qualifying sink with partner source struct routing_src *src_partner = get_src_partner(src); for (int j = i + 1; src_partner && j < card->routing_snks->len; j++) { struct routing_snk *snk_r = &g_array_index( card->routing_snks, struct routing_snk, j ); if (snk_r->elem->port_category != PC_MIX) continue; if (!snk_r->enable_elem) continue; int r_idx = alsa_get_elem_value(snk_r->elem); if (r_idx == src_partner->id) { row += add_fixed_src_pair_to_grid( card, grid, row, snk, snk_r, src_link, col_data ); skip_idx = j; goto next_snk; } break; // not adjacent — don't search further } } } } // Check for stereo pair (mixer/DSP inputs, non-fixed) if ((port_category == PC_MIX || port_category == PC_DSP) && !card->has_fixed_mixer_inputs) { struct routing_snk *partner = get_snk_partner(snk); if (partner && is_snk_left_channel(snk)) { row += add_mixer_snk_pair_to_grid( card, grid, row, snk, partner, col_data ); continue; } else if (partner && !is_snk_left_channel(snk)) { // Right channel - skip (handled with its partner) continue; } // No partner - fall through to single channel handling } // Single channel (no partner or fixed mixer inputs) GtkWidget *checkbox = create_enable_checkbox(snk->enable_elem); if (checkbox) gtk_grid_attach(GTK_GRID(grid), checkbox, 0, row, 1, 1); // Label GtkWidget *label; if (port_category == PC_MIX || port_category == PC_DSP) { label = create_mixer_input_label(card, snk); } else { char *label_text = get_snk_default_name_formatted(snk, 0); label = gtk_label_new(label_text); g_free(label_text); gtk_widget_set_halign(label, GTK_ALIGN_START); } gtk_grid_attach(GTK_GRID(grid), label, 1, row, 1, 1); row++; // register with column checkbox if available if (col_data) { g_array_append_val(col_data->child_elems, snk->enable_elem); alsa_elem_add_callback( snk->enable_elem, child_enable_changed, col_data, NULL ); } next_snk:; } } // Add custom name entries for routing sources of a specific category and hw_type static void add_src_names_for_category( struct alsa_card *card, GtkWidget *grid, int port_category, int hw_type, // only used for PC_HW, -1 for others struct column_checkbox_data *col_data // for column checkbox tracking ) { int row = 0; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); // skip if not the right category if (src->port_category != port_category) continue; // for hardware, also check hw_type if (port_category == PC_HW && src->hw_type != hw_type) continue; // skip if no custom name element if (!src->custom_name_elem) continue; // Check if this source can be part of a stereo pair struct routing_src *partner = get_src_partner(src); if (partner && is_src_left_channel(src)) { // This is the left channel of a linkable pair row += add_src_pair_to_grid(grid, row, src, partner, col_data); } else if (partner && !is_src_left_channel(src)) { // This is the right channel - skip (already handled with its partner) continue; } else { // No partner - add as single channel (column 0 is empty for consistency) char *generic_name = get_src_generic_name(src); const char *device_default = get_device_port_name( src->card->pid, src->port_category, src->hw_type, 0, src->port_num ); // Enable checkbox at column 1 if (src->enable_elem) { GtkWidget *checkbox = create_enable_checkbox(src->enable_elem); if (checkbox) gtk_grid_attach(GTK_GRID(grid), checkbox, 1, row, 1, 1); } // Label at column 2 GtkWidget *label = gtk_label_new(generic_name); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), label, 2, row, 1, 1); // Entry at column 3 GtkWidget *entry = make_text_entry_alsa_elem(src->custom_name_elem); gtk_widget_set_hexpand(entry, TRUE); if (device_default && *device_default) gtk_entry_set_placeholder_text(GTK_ENTRY(entry), device_default); gtk_grid_attach(GTK_GRID(grid), entry, 3, row, 1, 1); g_free(generic_name); // register with column checkbox if available if (col_data && src->enable_elem) { g_array_append_val(col_data->child_elems, src->enable_elem); alsa_elem_add_callback( src->enable_elem, child_enable_changed, col_data, NULL ); } row++; } } } // Add custom name entries for routing sinks of a specific category and hw_type static void add_snk_names_for_category( struct alsa_card *card, GtkWidget *grid, int port_category, int hw_type, // only used for PC_HW, -1 for others struct column_checkbox_data *col_data // for column checkbox tracking ) { int row = 0; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); // skip if not the right category if (snk->elem->port_category != port_category) continue; // for hardware, also check hw_type if (port_category == PC_HW && snk->elem->hw_type != hw_type) continue; // skip if no custom name element if (!snk->custom_name_elem) continue; // Check if this sink can be part of a stereo pair struct routing_snk *partner = get_snk_partner(snk); if (partner && is_snk_left_channel(snk)) { // This is the left channel of a linkable pair row += add_snk_pair_to_grid(grid, row, snk, partner, col_data); } else if (partner && !is_snk_left_channel(snk)) { // This is the right channel - skip (already handled with its partner) continue; } else { // No partner - add as single channel (column 0 is empty for consistency) char *generic_name = get_snk_generic_name(snk); const char *device_default = get_device_port_name( snk->elem->card->pid, snk->elem->port_category, snk->elem->hw_type, 1, snk->elem->port_num ); // Enable checkbox at column 1 if (snk->enable_elem) { GtkWidget *checkbox = create_enable_checkbox(snk->enable_elem); if (checkbox) gtk_grid_attach(GTK_GRID(grid), checkbox, 1, row, 1, 1); } // Label at column 2 GtkWidget *label = gtk_label_new(generic_name); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), label, 2, row, 1, 1); // Entry at column 3 GtkWidget *entry = make_text_entry_alsa_elem(snk->custom_name_elem); gtk_widget_set_hexpand(entry, TRUE); if (device_default && *device_default) gtk_entry_set_placeholder_text(GTK_ENTRY(entry), device_default); gtk_grid_attach(GTK_GRID(grid), entry, 3, row, 1, 1); g_free(generic_name); // register with column checkbox if available if (col_data && snk->enable_elem) { g_array_append_val(col_data->child_elems, snk->enable_elem); alsa_elem_add_callback( snk->enable_elem, child_enable_changed, col_data, NULL ); } row++; } } } // Check if there are any sources/sinks for a given category/hw_type combination static int has_io_for_category( struct alsa_card *card, int port_category, int hw_type, int check_sources, int check_sinks ) { if (check_sources) { for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category == port_category && (port_category != PC_HW || src->hw_type == hw_type) && src->custom_name_elem) return 1; } } if (check_sinks) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->elem->port_category == port_category && (port_category != PC_HW || snk->elem->hw_type == hw_type) && snk->custom_name_elem) return 1; } } return 0; } // Create a single column for mixer inputs filtered by source type // Returns the column_checkbox_data, adds vbox to parent hbox static struct column_checkbox_data *create_mixer_input_column( GtkWidget *parent_hbox, struct alsa_card *card, const char *label_text, int src_port_category, int src_hw_type, struct tab_checkbox_data *tab_data ) { GtkWidget *vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); // Header with checkbox and label GtkWidget *header = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); // Create column checkbox data struct column_checkbox_data *col_data = g_malloc0(sizeof(struct column_checkbox_data)); col_data->child_elems = g_array_new(FALSE, FALSE, sizeof(struct alsa_elem *)); col_data->updating = 0; // Column checkbox col_data->column_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(col_data->column_checkbox), TRUE); g_signal_connect( col_data->column_checkbox, "toggled", G_CALLBACK(column_checkbox_toggled), col_data ); gtk_box_append(GTK_BOX(header), col_data->column_checkbox); // Label gtk_box_append(GTK_BOX(header), config_bold_label(label_text)); gtk_widget_set_halign(header, GTK_ALIGN_START); gtk_box_append(GTK_BOX(vbox), header); // Create grid and populate with mixer inputs filtered by source type GtkWidget *grid = create_name_grid(); add_snk_enables_for_category( card, grid, PC_MIX, -1, col_data, src_port_category, src_hw_type ); gtk_box_append(GTK_BOX(vbox), grid); gtk_box_append(GTK_BOX(parent_hbox), vbox); // Register callbacks from children to update tab checkbox for (int i = 0; i < col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } // Update column checkbox initial state update_column_checkbox_state(col_data); // Attach cleanup to the vbox g_object_weak_ref( G_OBJECT(vbox), (GWeakNotify)free_column_checkbox_data, col_data ); return col_data; } // Create a two-column layout with column checkboxes // Returns the box containing both columns static GtkWidget *create_two_column_layout( GtkWidget **left_grid, // returns the left grid GtkWidget **right_grid, // returns the right grid struct column_checkbox_data **left_col_data, // returns left column data struct column_checkbox_data **right_col_data, // returns right column data struct tab_checkbox_data **tab_data, // returns tab checkbox data int show_left, int show_right, const char *left_label_text, const char *right_label_text ) { GtkWidget *hbox = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 30); gtk_widget_set_margin_start(hbox, 20); gtk_widget_set_margin_end(hbox, 20); gtk_widget_set_margin_top(hbox, 20); gtk_widget_set_margin_bottom(hbox, 20); // Create tab checkbox data structure struct tab_checkbox_data *tab_checkbox_data = g_malloc0(sizeof(struct tab_checkbox_data)); tab_checkbox_data->updating = 0; *tab_data = tab_checkbox_data; // Left column if (show_left) { GtkWidget *left_vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); // Header with checkbox and label GtkWidget *left_header = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); // Create column checkbox data struct column_checkbox_data *col_data = g_malloc0(sizeof(struct column_checkbox_data)); col_data->child_elems = g_array_new(FALSE, FALSE, sizeof(struct alsa_elem *)); col_data->updating = 0; // Column checkbox col_data->column_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(col_data->column_checkbox), TRUE); g_signal_connect( col_data->column_checkbox, "toggled", G_CALLBACK(column_checkbox_toggled), col_data ); gtk_box_append(GTK_BOX(left_header), col_data->column_checkbox); // Label gtk_box_append(GTK_BOX(left_header), config_bold_label(left_label_text)); gtk_widget_set_halign(left_header, GTK_ALIGN_START); gtk_box_append(GTK_BOX(left_vbox), left_header); *left_grid = create_name_grid(); gtk_box_append(GTK_BOX(left_vbox), *left_grid); gtk_box_append(GTK_BOX(hbox), left_vbox); *left_col_data = col_data; tab_checkbox_data->left_column = col_data; // attach cleanup to the vbox g_object_weak_ref( G_OBJECT(left_vbox), (GWeakNotify)free_column_checkbox_data, col_data ); } else { if (left_grid) *left_grid = NULL; if (left_col_data) *left_col_data = NULL; tab_checkbox_data->left_column = NULL; } // Right column if (show_right) { GtkWidget *right_vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); // Header with checkbox and label GtkWidget *right_header = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); // Create column checkbox data struct column_checkbox_data *col_data = g_malloc0(sizeof(struct column_checkbox_data)); col_data->child_elems = g_array_new(FALSE, FALSE, sizeof(struct alsa_elem *)); col_data->updating = 0; // Column checkbox col_data->column_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(col_data->column_checkbox), TRUE); g_signal_connect( col_data->column_checkbox, "toggled", G_CALLBACK(column_checkbox_toggled), col_data ); gtk_box_append(GTK_BOX(right_header), col_data->column_checkbox); // Label gtk_box_append(GTK_BOX(right_header), config_bold_label(right_label_text)); gtk_widget_set_halign(right_header, GTK_ALIGN_START); gtk_box_append(GTK_BOX(right_vbox), right_header); *right_grid = create_name_grid(); gtk_box_append(GTK_BOX(right_vbox), *right_grid); gtk_box_append(GTK_BOX(hbox), right_vbox); *right_col_data = col_data; tab_checkbox_data->right_column = col_data; // attach cleanup to the vbox g_object_weak_ref( G_OBJECT(right_vbox), (GWeakNotify)free_column_checkbox_data, col_data ); } else { if (right_grid) *right_grid = NULL; if (right_col_data) *right_col_data = NULL; tab_checkbox_data->right_column = NULL; } return hbox; } // Page IDs for hardware type tabs static const char *hw_type_page_ids[] = { "analogue", "spdif", "adat" }; // Add a hardware tab (Analogue, S/PDIF, or ADAT) static void add_hw_tab( GtkWidget *notebook, struct alsa_card *card, int hw_type ) { int has_inputs = has_io_for_category(card, PC_HW, hw_type, 1, 0); int has_outputs = has_io_for_category(card, PC_HW, hw_type, 0, 1); if (!has_inputs && !has_outputs) return; GtkWidget *left_grid, *right_grid; struct column_checkbox_data *left_col_data, *right_col_data; struct tab_checkbox_data *tab_data; GtkWidget *content = create_two_column_layout( &left_grid, &right_grid, &left_col_data, &right_col_data, &tab_data, has_inputs, has_outputs, "Inputs", "Outputs" ); // Left column: Inputs (sources - audio from hardware) if (left_grid) add_src_names_for_category(card, left_grid, PC_HW, hw_type, left_col_data); // Right column: Outputs (sinks - audio to hardware) if (right_grid) add_snk_names_for_category(card, right_grid, PC_HW, hw_type, right_col_data); // Register callbacks from children to update tab checkbox if (left_col_data) { for (int i = 0; i < left_col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(left_col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } } if (right_col_data) { for (int i = 0; i < right_col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(right_col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } } // Update column checkbox initial states if (left_col_data) update_column_checkbox_state(left_col_data); if (right_col_data) update_column_checkbox_state(right_col_data); // Create custom tab label with checkbox GtkWidget *tab_label_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); tab_data->tab_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(tab_data->tab_checkbox), TRUE); g_signal_connect( tab_data->tab_checkbox, "toggled", G_CALLBACK(tab_checkbox_toggled), tab_data ); gtk_box_append(GTK_BOX(tab_label_box), tab_data->tab_checkbox); GtkWidget *tab_label_text = gtk_label_new(hw_type_names[hw_type]); gtk_box_append(GTK_BOX(tab_label_box), tab_label_text); GtkWidget *scrolled = wrap_tab_content_scrolled(content); g_object_set_data(G_OBJECT(scrolled), PAGE_ID_KEY, (gpointer)hw_type_page_ids[hw_type]); gtk_notebook_append_page(GTK_NOTEBOOK(notebook), scrolled, tab_label_box); // Update tab checkbox initial state update_tab_checkbox_state(tab_data); // attach cleanup to the content g_object_weak_ref( G_OBJECT(content), (GWeakNotify)free_tab_checkbox_data, tab_data ); } // Page IDs for category tabs (matched by tab_name parameter) static const char *get_category_page_id(const char *tab_name) { if (strcmp(tab_name, "PCM") == 0) return "pcm"; if (strcmp(tab_name, "Mixer") == 0) return "mixer"; if (strcmp(tab_name, "DSP") == 0) return "dsp"; return tab_name; } // Add a non-hardware tab (PCM, Mixer, DSP) static void add_category_tab( GtkWidget *notebook, struct alsa_card *card, int port_category, const char *tab_name, int show_inputs, int show_outputs ) { if (!has_io_for_category(card, port_category, -1, show_inputs, show_outputs)) return; GtkWidget *left_grid, *right_grid; struct column_checkbox_data *left_col_data, *right_col_data; struct tab_checkbox_data *tab_data; // PCM: sources (outputs) on left, sinks (inputs) on right // Others: sinks (inputs) on left, sources (outputs) on right int pcm = (port_category == PC_PCM); GtkWidget *content = create_two_column_layout( &left_grid, &right_grid, &left_col_data, &right_col_data, &tab_data, pcm ? show_outputs : show_inputs, pcm ? show_inputs : show_outputs, pcm ? "Outputs" : "Inputs", pcm ? "Inputs" : "Outputs" ); if (pcm) { // Left column: Outputs (sources - audio from the subsystem) if (show_outputs && left_grid) add_src_names_for_category( card, left_grid, port_category, -1, left_col_data ); // Right column: Inputs (sinks - audio into the subsystem) if (show_inputs && right_grid) add_snk_names_for_category( card, right_grid, port_category, -1, right_col_data ); } else { // Left column: Inputs (sinks - audio into the subsystem) if (show_inputs && left_grid) { if (port_category == PC_DSP) add_snk_enables_for_category( card, left_grid, port_category, -1, left_col_data, -1, -1 ); else add_snk_names_for_category( card, left_grid, port_category, -1, left_col_data ); } // Right column: Outputs (sources - audio from the subsystem) if (show_outputs && right_grid) add_src_names_for_category( card, right_grid, port_category, -1, right_col_data ); } // Register callbacks from children to update tab checkbox if (left_col_data) { for (int i = 0; i < left_col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(left_col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } } if (right_col_data) { for (int i = 0; i < right_col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(right_col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } } // Update column checkbox initial states if (left_col_data) update_column_checkbox_state(left_col_data); if (right_col_data) update_column_checkbox_state(right_col_data); // Create custom tab label with checkbox GtkWidget *tab_label_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); tab_data->tab_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(tab_data->tab_checkbox), TRUE); g_signal_connect( tab_data->tab_checkbox, "toggled", G_CALLBACK(tab_checkbox_toggled), tab_data ); gtk_box_append(GTK_BOX(tab_label_box), tab_data->tab_checkbox); GtkWidget *tab_label_text = gtk_label_new(tab_name); gtk_box_append(GTK_BOX(tab_label_box), tab_label_text); GtkWidget *scrolled = wrap_tab_content_scrolled(content); g_object_set_data( G_OBJECT(scrolled), PAGE_ID_KEY, (gpointer)get_category_page_id(tab_name) ); gtk_notebook_append_page(GTK_NOTEBOOK(notebook), scrolled, tab_label_box); // Update tab checkbox initial state update_tab_checkbox_state(tab_data); // attach cleanup to the content g_object_weak_ref( G_OBJECT(content), (GWeakNotify)free_tab_checkbox_data, tab_data ); } // Add the Mixer tab with special handling for fixed vs non-fixed mixer inputs static void add_mixer_tab(GtkWidget *notebook, struct alsa_card *card) { if (!has_io_for_category(card, PC_MIX, -1, 1, 1)) return; // Register callbacks on all source custom names to update mixer labels // Do this once for all mixer inputs before creating them for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->custom_name_elem) { alsa_elem_add_callback( r_src->custom_name_elem, source_name_changed_update_mixer_labels, NULL, NULL ); } } GtkWidget *content; struct tab_checkbox_data *tab_data; if (card->has_fixed_mixer_inputs) { // For fixed mixer inputs, create multiple columns by source type content = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 20); gtk_widget_set_margin_start(content, 20); gtk_widget_set_margin_end(content, 20); gtk_widget_set_margin_top(content, 20); gtk_widget_set_margin_bottom(content, 20); // Create tab checkbox data structure tab_data = g_malloc0(sizeof(struct tab_checkbox_data)); tab_data->updating = 0; tab_data->columns = g_array_new(FALSE, FALSE, sizeof(struct column_checkbox_data *)); // Labels for hardware input types const char *hw_labels[] = {"Analogue Inputs", "S/PDIF Inputs", "ADAT Inputs"}; // PCM Outputs column (playback from computer) if (has_mixer_inputs_for_src_type(card, PC_PCM, -1)) { struct column_checkbox_data *col = create_mixer_input_column( content, card, "PCM Outputs", PC_PCM, -1, tab_data ); g_array_append_val(tab_data->columns, col); } // Hardware input columns (Analogue, S/PDIF, ADAT) for (int hw_type = 0; hw_type < HW_TYPE_COUNT; hw_type++) { if (has_mixer_inputs_for_src_type(card, PC_HW, hw_type)) { struct column_checkbox_data *col = create_mixer_input_column( content, card, hw_labels[hw_type], PC_HW, hw_type, tab_data ); g_array_append_val(tab_data->columns, col); } } // Outputs column (mixer outputs with custom names) if (has_io_for_category(card, PC_MIX, -1, 0, 1)) { GtkWidget *vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); // Header with checkbox and label GtkWidget *header = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); // Create column checkbox data struct column_checkbox_data *col_data = g_malloc0(sizeof(struct column_checkbox_data)); col_data->child_elems = g_array_new(FALSE, FALSE, sizeof(struct alsa_elem *)); col_data->updating = 0; // Column checkbox col_data->column_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(col_data->column_checkbox), TRUE); g_signal_connect( col_data->column_checkbox, "toggled", G_CALLBACK(column_checkbox_toggled), col_data ); gtk_box_append(GTK_BOX(header), col_data->column_checkbox); // Label GtkWidget *label = gtk_label_new(NULL); gtk_label_set_markup(GTK_LABEL(label), "Outputs"); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_box_append(GTK_BOX(header), label); gtk_widget_set_halign(header, GTK_ALIGN_START); gtk_box_append(GTK_BOX(vbox), header); GtkWidget *grid = create_name_grid(); add_src_names_for_category(card, grid, PC_MIX, -1, col_data); gtk_box_append(GTK_BOX(vbox), grid); gtk_box_append(GTK_BOX(content), vbox); // Register callbacks from children to update tab checkbox for (int i = 0; i < col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } update_column_checkbox_state(col_data); g_array_append_val(tab_data->columns, col_data); // Attach cleanup to the vbox g_object_weak_ref( G_OBJECT(vbox), (GWeakNotify)free_column_checkbox_data, col_data ); } } else { // Non-fixed mixer inputs: single Inputs column with "Mixer X - [Source]" format GtkWidget *left_grid, *right_grid; struct column_checkbox_data *left_col_data, *right_col_data; content = create_two_column_layout( &left_grid, &right_grid, &left_col_data, &right_col_data, &tab_data, 1, 1, "Inputs", "Outputs" ); // Left column: Mixer Inputs (with stereo linking, no custom names) if (left_grid) add_snk_enables_for_category(card, left_grid, PC_MIX, -1, left_col_data, -1, -1); // Right column: Mixer Outputs (with custom names) if (right_grid) add_src_names_for_category(card, right_grid, PC_MIX, -1, right_col_data); // Register callbacks from children to update tab checkbox if (left_col_data) { for (int i = 0; i < left_col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(left_col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } } if (right_col_data) { for (int i = 0; i < right_col_data->child_elems->len; i++) { struct alsa_elem *elem = g_array_index(right_col_data->child_elems, struct alsa_elem *, i); alsa_elem_add_callback(elem, tab_child_enable_changed, tab_data, NULL); } } // Update column checkbox initial states if (left_col_data) update_column_checkbox_state(left_col_data); if (right_col_data) update_column_checkbox_state(right_col_data); } // Create custom tab label with checkbox GtkWidget *tab_label_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); tab_data->tab_checkbox = gtk_check_button_new(); gtk_check_button_set_active(GTK_CHECK_BUTTON(tab_data->tab_checkbox), TRUE); g_signal_connect( tab_data->tab_checkbox, "toggled", G_CALLBACK(tab_checkbox_toggled), tab_data ); gtk_box_append(GTK_BOX(tab_label_box), tab_data->tab_checkbox); GtkWidget *tab_label_text = gtk_label_new("Mixer"); gtk_box_append(GTK_BOX(tab_label_box), tab_label_text); GtkWidget *scrolled = wrap_tab_content_scrolled(content); g_object_set_data(G_OBJECT(scrolled), PAGE_ID_KEY, (gpointer)"mixer"); gtk_notebook_append_page(GTK_NOTEBOOK(notebook), scrolled, tab_label_box); // Update tab checkbox initial state update_tab_checkbox_state(tab_data); // attach cleanup to the content g_object_weak_ref( G_OBJECT(content), (GWeakNotify)free_tab_checkbox_data, tab_data ); } // Update all config-io mixer/DSP input pair labels // Called when source stereo link state changes void update_config_io_mixer_labels(struct alsa_card *card) { if (!card || !card->routing_snks) return; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); // Only process mixer/DSP inputs with pair labels int cat = snk->elem->port_category; if (cat != PC_MIX && cat != PC_DSP) continue; if (!snk->config_io_pair_label) continue; // Get the partner (snk is the left channel since it has the label) struct routing_snk *partner = get_snk_partner(snk); if (!partner) continue; char *label_text = get_mixer_input_pair_label_text(card, snk, partner); gtk_label_set_text(GTK_LABEL(snk->config_io_pair_label), label_text); g_free(label_text); } } void add_io_tab(GtkWidget *top_notebook, struct alsa_card *card) { // Create the sub-notebook for I/O Configuration GtkWidget *notebook = gtk_notebook_new(); // Add tabs for each hardware type (Analogue, S/PDIF, ADAT) for (int hw_type = 0; hw_type < HW_TYPE_COUNT; hw_type++) { add_hw_tab(notebook, card, hw_type); } // Add tabs for other categories (PCM, DSP, Mixer) add_category_tab(notebook, card, PC_PCM, "PCM", 1, 1); add_category_tab(notebook, card, PC_DSP, "DSP", 1, 1); add_mixer_tab(notebook, card); // I/O tab (only if there are any sub-tabs) if (gtk_notebook_get_n_pages(GTK_NOTEBOOK(notebook)) > 0) { GtkWidget *io_tab_content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); gtk_widget_set_margin_top(io_tab_content, 20); gtk_box_append(GTK_BOX(io_tab_content), config_help_label( "Use the checkboxes to hide unused inputs and outputs from the display.\n" "You can also give each port a custom name to help identify it.\n" "Use the link buttons to pair adjacent channels as stereo." )); gtk_widget_set_vexpand(notebook, TRUE); gtk_box_append(GTK_BOX(io_tab_content), notebook); // Restore saved I/O tab and connect signal to save tab changes setup_notebook_tab_persistence( GTK_NOTEBOOK(notebook), card, CONFIG_IO_TAB_KEY ); GtkWidget *io_tab_label = gtk_label_new("I/O Configuration"); g_object_set_data( G_OBJECT(io_tab_content), PAGE_ID_KEY, (gpointer)"io-config" ); gtk_notebook_append_page( GTK_NOTEBOOK(top_notebook), io_tab_content, io_tab_label ); } } alsa-scarlett-gui-1.0~beta9/src/config-io.h000066400000000000000000000004461521233005100206240ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void add_io_tab(GtkWidget *top_notebook, struct alsa_card *card); void update_config_io_mixer_labels(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/config-monitor-groups.c000066400000000000000000000453551521233005100232240ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "config-helpers.h" #include "custom-names.h" #include "port-enable.h" #include "stereo-link.h" #include "widget-drop-down-two-level.h" #include "widget-gain.h" #include "window-configuration.h" // Entry for tracking registered callbacks so they can be removed on rebuild struct monitor_group_cb_entry { struct alsa_elem *elem; void *data; }; // Register a callback and track it for later cleanup static void register_mg_callback( struct alsa_card *card, struct alsa_elem *elem, AlsaElemCallback *callback, void *data, GDestroyNotify destroy ) { alsa_elem_add_callback(elem, callback, data, destroy); struct monitor_group_cb_entry *entry = g_malloc(sizeof(struct monitor_group_cb_entry)); entry->elem = elem; entry->data = data; card->monitor_group_cbs = g_list_prepend( card->monitor_group_cbs, entry ); } // Remove all tracked callbacks and gain widgets (before grid rebuild) static void cleanup_monitor_group_grid(struct alsa_card *card) { for (GList *l = card->monitor_group_cbs; l; l = l->next) { struct monitor_group_cb_entry *entry = l->data; alsa_elem_remove_callbacks_by_data(entry->elem, entry->data); g_free(entry); } g_list_free(card->monitor_group_cbs); card->monitor_group_cbs = NULL; for (GList *l = card->monitor_group_gains; l; l = l->next) cleanup_gain_widget(l->data); g_list_free(card->monitor_group_gains); card->monitor_group_gains = NULL; } // Structure to track Main/Alt Group controls for one output struct group_output_data { struct alsa_elem *main_elem; struct alsa_elem *alt_elem; struct alsa_elem *main_source_elem; struct alsa_elem *alt_source_elem; struct alsa_elem *main_trim_elem; struct alsa_elem *alt_trim_elem; }; // Structure to track group output label and its sink struct group_output_label_data { GtkLabel *label; struct routing_snk *snk; }; // Structure to track widgets that should be enabled/disabled based on group // output state struct group_enable_data { GtkWidget *source_widget; GtkWidget *trim_widget; }; // Get Main/Alt Group elements for a given output number (1-based) static void get_group_output_elems( struct alsa_card *card, int output_num, struct group_output_data *data ) { char name[64]; snprintf(name, sizeof(name), "Main Group Output %d Playback Switch", output_num); data->main_elem = get_elem_by_name(card->elems, name); snprintf(name, sizeof(name), "Alt Group Output %d Playback Switch", output_num); data->alt_elem = get_elem_by_name(card->elems, name); snprintf(name, sizeof(name), "Main Group Output %d Source Playback Enum", output_num); data->main_source_elem = get_elem_by_name(card->elems, name); snprintf(name, sizeof(name), "Alt Group Output %d Source Playback Enum", output_num); data->alt_source_elem = get_elem_by_name(card->elems, name); snprintf(name, sizeof(name), "Main Group Output %d Trim Playback Volume", output_num); data->main_trim_elem = get_elem_by_name(card->elems, name); snprintf(name, sizeof(name), "Alt Group Output %d Trim Playback Volume", output_num); data->alt_trim_elem = get_elem_by_name(card->elems, name); } // Get the routing sink for an analogue output by number (1-based) static struct routing_snk *get_analogue_output_snk( struct alsa_card *card, int output_num ) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->elem->port_category == PC_HW && snk->elem->hw_type == HW_TYPE_ANALOGUE && snk->elem->lr_num == output_num) { return snk; } } return NULL; } // Callback when enable checkbox is toggled static void enable_checkbox_toggled(GtkCheckButton *button, gpointer user_data) { struct alsa_elem *elem = user_data; gboolean active = gtk_check_button_get_active(button); alsa_set_elem_value(elem, active ? 1 : 0); } // Callback when enable element changes static void enable_checkbox_updated(struct alsa_elem *elem, void *private) { GtkCheckButton *button = GTK_CHECK_BUTTON(private); int value = alsa_get_elem_value(elem); gtk_check_button_set_active(button, value != 0); } // Callback to update source/trim sensitivity when group output enabled state // changes static void group_enable_updated(struct alsa_elem *elem, void *private) { struct group_enable_data *data = private; int enabled = alsa_get_elem_value(elem); if (data->source_widget) gtk_widget_set_sensitive(data->source_widget, enabled); if (data->trim_widget) gtk_widget_set_sensitive(data->trim_widget, enabled); } // Free group enable data static void free_group_enable_data(void *data) { g_free(data); } // Callback to update group output label when custom name changes static void group_output_label_updated(struct alsa_elem *elem, void *private) { struct group_output_label_data *data = private; char *text = is_snk_linked(data->snk) ? get_snk_pair_display_name(data->snk) : get_snk_display_name_formatted(data->snk); gtk_label_set_text(data->label, text); g_free(text); } // Free group output label data static void free_group_output_label_data(void *data) { g_free(data); } // Create the Main/Alt Group grid static GtkWidget *create_main_alt_group_grid(struct alsa_card *card) { GtkWidget *grid = gtk_grid_new(); gtk_grid_set_row_spacing(GTK_GRID(grid), 6); gtk_grid_set_column_spacing(GTK_GRID(grid), 10); gtk_widget_set_margin_top(grid, 10); gtk_widget_set_valign(grid, GTK_ALIGN_START); gtk_grid_set_row_homogeneous(GTK_GRID(grid), FALSE); // Check if source/trim controls exist (check first output) struct group_output_data first_data; get_group_output_elems(card, 1, &first_data); int has_source = first_data.main_source_elem != NULL; int has_trim = first_data.main_trim_elem != NULL; // Column layout with separators: // 0: Output label // 1: Separator // 2: Main checkbox // 3: Main Source (if has_source) // 4: Main Trim (if has_trim) // 5: Separator // 6: Alt checkbox // 7: Alt Source (if has_source) // 8: Alt Trim (if has_trim) int sep1_col = 1; int main_col = 2; int main_source_col = has_source ? 3 : -1; int main_trim_col = has_trim ? (has_source ? 4 : 3) : -1; int sep2_col = 2 + 1 + (has_source ? 1 : 0) + (has_trim ? 1 : 0); int alt_col = sep2_col + 1; int alt_source_col = has_source ? alt_col + 1 : -1; int alt_trim_col = has_trim ? alt_col + 1 + (has_source ? 1 : 0) : -1; // Calculate column spans for Main and Alt headers int main_span = 1 + (has_source ? 1 : 0) + (has_trim ? 1 : 0); int alt_span = main_span; // Row 0: Main group headers GtkWidget *main_header = gtk_label_new(NULL); gtk_label_set_markup(GTK_LABEL(main_header), "Main"); gtk_widget_set_halign(main_header, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), main_header, main_col, 0, main_span, 1); GtkWidget *alt_header = gtk_label_new(NULL); gtk_label_set_markup(GTK_LABEL(alt_header), "Alt"); gtk_widget_set_halign(alt_header, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), alt_header, alt_col, 0, alt_span, 1); // Row 1: Sub-headings for columns GtkWidget *main_enable_label = gtk_label_new("Enable"); gtk_widget_add_css_class(main_enable_label, "dim-label"); gtk_grid_attach(GTK_GRID(grid), main_enable_label, main_col, 1, 1, 1); if (has_source) { GtkWidget *main_source_label = gtk_label_new("Source"); gtk_widget_add_css_class(main_source_label, "dim-label"); gtk_grid_attach(GTK_GRID(grid), main_source_label, main_source_col, 1, 1, 1); } if (has_trim) { GtkWidget *main_trim_label = gtk_label_new("Trim"); gtk_widget_add_css_class(main_trim_label, "dim-label"); gtk_grid_attach(GTK_GRID(grid), main_trim_label, main_trim_col, 1, 1, 1); } GtkWidget *alt_enable_label = gtk_label_new("Enable"); gtk_widget_add_css_class(alt_enable_label, "dim-label"); gtk_grid_attach(GTK_GRID(grid), alt_enable_label, alt_col, 1, 1, 1); if (has_source) { GtkWidget *alt_source_label = gtk_label_new("Source"); gtk_widget_add_css_class(alt_source_label, "dim-label"); gtk_grid_attach(GTK_GRID(grid), alt_source_label, alt_source_col, 1, 1, 1); } if (has_trim) { GtkWidget *alt_trim_label = gtk_label_new("Trim"); gtk_widget_add_css_class(alt_trim_label, "dim-label"); gtk_grid_attach(GTK_GRID(grid), alt_trim_label, alt_trim_col, 1, 1, 1); } // Add rows for each output (starting after 2 header rows) int row = 2; for (int i = 1; ; i++) { struct group_output_data data; get_group_output_elems(card, i, &data); // Stop when no more outputs exist if (!data.main_elem && !data.alt_elem) break; // Skip hidden or right-channel-of-linked-pair sinks struct routing_snk *snk = get_analogue_output_snk(card, i); if (snk && (!should_display_snk(snk) || !is_routing_snk_enabled(snk))) continue; int linked = snk && is_snk_linked(snk); // Row label — use pair name when linked, otherwise single name char *label_text; if (linked) label_text = get_snk_pair_display_name(snk); else label_text = snk ? get_snk_display_name_formatted(snk) : g_strdup(""); GtkWidget *label = gtk_label_new(label_text); g_free(label_text); gtk_widget_set_halign(label, GTK_ALIGN_END); gtk_widget_set_valign(label, GTK_ALIGN_CENTER); gtk_grid_attach(GTK_GRID(grid), label, 0, row, 1, 1); // Register callbacks to update label when name changes if (snk) { if (snk->custom_name_elem) { struct group_output_label_data *label_data = g_malloc(sizeof(struct group_output_label_data)); label_data->label = GTK_LABEL(label); label_data->snk = snk; register_mg_callback( card, snk->custom_name_elem, group_output_label_updated, label_data, free_group_output_label_data ); } // Also update label when pair name changes (for linked pairs) struct alsa_elem *pair_elem = get_snk_pair_name_elem(snk); if (pair_elem) { struct group_output_label_data *pair_label_data = g_malloc(sizeof(struct group_output_label_data)); pair_label_data->label = GTK_LABEL(label); pair_label_data->snk = snk; register_mg_callback( card, pair_elem, group_output_label_updated, pair_label_data, free_group_output_label_data ); } } // When linked, get the right channel data for stereo trim struct group_output_data data_r = {0}; if (linked) { struct routing_snk *snk_r = get_snk_partner(snk); if (snk_r) get_group_output_elems(card, snk_r->elem->lr_num, &data_r); } // Main Source dropdown (create before checkbox so we can track it) GtkWidget *main_source = NULL; if (data.main_source_elem && main_source_col >= 0) { main_source = make_monitor_group_source_dropdown( data.main_source_elem, card, linked ); gtk_widget_set_size_request(main_source, 120, -1); gtk_widget_set_hexpand(main_source, FALSE); gtk_widget_set_valign(main_source, GTK_ALIGN_CENTER); gtk_grid_attach( GTK_GRID(grid), main_source, main_source_col, row, 1, 1 ); } // Main Trim (create before checkbox so we can track it) GtkWidget *main_trim = NULL; if (data.main_trim_elem && main_trim_col >= 0) { if (linked && data_r.main_trim_elem) { struct alsa_elem *elems[] = { data.main_trim_elem, data_r.main_trim_elem }; main_trim = make_stereo_gain_alsa_elem( elems, 2, 0, WIDGET_GAIN_TAPER_LINEAR, 1, FALSE ); } else { main_trim = make_gain_alsa_elem( data.main_trim_elem, 0, WIDGET_GAIN_TAPER_LINEAR, 1, FALSE ); } gtk_widget_set_size_request(main_trim, 40, 80); gtk_widget_set_hexpand(main_trim, FALSE); gtk_widget_set_valign(main_trim, GTK_ALIGN_CENTER); gtk_grid_attach( GTK_GRID(grid), main_trim, main_trim_col, row, 1, 1 ); card->monitor_group_gains = g_list_prepend( card->monitor_group_gains, main_trim ); } // Main checkbox if (data.main_elem) { GtkWidget *main_check = gtk_check_button_new(); gtk_widget_set_halign(main_check, GTK_ALIGN_CENTER); gtk_widget_set_valign(main_check, GTK_ALIGN_CENTER); g_signal_connect( main_check, "toggled", G_CALLBACK(enable_checkbox_toggled), data.main_elem ); register_mg_callback( card, data.main_elem, enable_checkbox_updated, main_check, NULL ); int value = alsa_get_elem_value(data.main_elem); gtk_check_button_set_active( GTK_CHECK_BUTTON(main_check), value != 0 ); gtk_grid_attach( GTK_GRID(grid), main_check, main_col, row, 1, 1 ); // Register callback to enable/disable source and trim if (main_source || main_trim) { struct group_enable_data *enable_data = g_malloc(sizeof(struct group_enable_data)); enable_data->source_widget = main_source; enable_data->trim_widget = main_trim; register_mg_callback( card, data.main_elem, group_enable_updated, enable_data, free_group_enable_data ); if (main_source) gtk_widget_set_sensitive(main_source, value != 0); if (main_trim) gtk_widget_set_sensitive(main_trim, value != 0); } } // Alt Source dropdown (create before checkbox so we can track it) GtkWidget *alt_source = NULL; if (data.alt_source_elem && alt_source_col >= 0) { alt_source = make_monitor_group_source_dropdown( data.alt_source_elem, card, linked ); gtk_widget_set_size_request(alt_source, 120, -1); gtk_widget_set_hexpand(alt_source, FALSE); gtk_widget_set_valign(alt_source, GTK_ALIGN_CENTER); gtk_grid_attach( GTK_GRID(grid), alt_source, alt_source_col, row, 1, 1 ); } // Alt Trim (create before checkbox so we can track it) GtkWidget *alt_trim = NULL; if (data.alt_trim_elem && alt_trim_col >= 0) { if (linked && data_r.alt_trim_elem) { struct alsa_elem *elems[] = { data.alt_trim_elem, data_r.alt_trim_elem }; alt_trim = make_stereo_gain_alsa_elem( elems, 2, 0, WIDGET_GAIN_TAPER_LINEAR, 1, FALSE ); } else { alt_trim = make_gain_alsa_elem( data.alt_trim_elem, 0, WIDGET_GAIN_TAPER_LINEAR, 1, FALSE ); } gtk_widget_set_size_request(alt_trim, 40, 80); gtk_widget_set_hexpand(alt_trim, FALSE); gtk_widget_set_valign(alt_trim, GTK_ALIGN_CENTER); gtk_grid_attach( GTK_GRID(grid), alt_trim, alt_trim_col, row, 1, 1 ); card->monitor_group_gains = g_list_prepend( card->monitor_group_gains, alt_trim ); } // Alt checkbox if (data.alt_elem) { GtkWidget *alt_check = gtk_check_button_new(); gtk_widget_set_halign(alt_check, GTK_ALIGN_CENTER); gtk_widget_set_valign(alt_check, GTK_ALIGN_CENTER); g_signal_connect( alt_check, "toggled", G_CALLBACK(enable_checkbox_toggled), data.alt_elem ); register_mg_callback( card, data.alt_elem, enable_checkbox_updated, alt_check, NULL ); int value = alsa_get_elem_value(data.alt_elem); gtk_check_button_set_active( GTK_CHECK_BUTTON(alt_check), value != 0 ); gtk_grid_attach( GTK_GRID(grid), alt_check, alt_col, row, 1, 1 ); // Register callback to enable/disable source and trim if (alt_source || alt_trim) { struct group_enable_data *enable_data = g_malloc(sizeof(struct group_enable_data)); enable_data->source_widget = alt_source; enable_data->trim_widget = alt_trim; register_mg_callback( card, data.alt_elem, group_enable_updated, enable_data, free_group_enable_data ); if (alt_source) gtk_widget_set_sensitive(alt_source, value != 0); if (alt_trim) gtk_widget_set_sensitive(alt_trim, value != 0); } } row++; } // Add vertical separators spanning all data rows int total_rows = row; GtkWidget *sep1 = gtk_separator_new(GTK_ORIENTATION_VERTICAL); gtk_widget_set_margin_start(sep1, 10); gtk_widget_set_margin_end(sep1, 10); gtk_grid_attach(GTK_GRID(grid), sep1, sep1_col, 0, 1, total_rows); GtkWidget *sep2 = gtk_separator_new(GTK_ORIENTATION_VERTICAL); gtk_widget_set_margin_start(sep2, 10); gtk_widget_set_margin_end(sep2, 10); gtk_grid_attach(GTK_GRID(grid), sep2, sep2_col, 0, 1, total_rows); return grid; } void add_monitor_groups_tab(GtkWidget *notebook, struct alsa_card *card) { if (!get_elem_by_prefix(card->elems, "Main Group Output")) return; GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); gtk_widget_set_margin_start(content, 20); gtk_widget_set_margin_end(content, 20); gtk_widget_set_margin_top(content, 20); gtk_widget_set_margin_bottom(content, 20); gtk_box_append(GTK_BOX(content), config_help_label( "Monitor groups let you organise your outputs into Main and " "Alt sets.\n" "Switch between them using the Alt button on your interface " "or the toggle in the main window.\n" "The main volume knob controls the enabled group; use Trim " "for per-output level calibration.\n\n" "Examples:\n" " \xe2\x80\xa2 Connect two sets of speakers for A/B reference " "mixing\n" " \xe2\x80\xa2 Create a surround setup with all speakers in one " "group\n" " \xe2\x80\xa2 Quick DAW/Direct monitoring switch by assigning " "same output to both groups with different sources" )); GtkWidget *grid = create_main_alt_group_grid(card); gtk_box_append(GTK_BOX(content), grid); card->monitor_groups_grid = grid; GtkWidget *scrolled = wrap_tab_content_scrolled(content); g_object_set_data( G_OBJECT(scrolled), PAGE_ID_KEY, (gpointer)"monitor-groups" ); gtk_notebook_append_page( GTK_NOTEBOOK(notebook), scrolled, gtk_label_new("Monitor Groups") ); } void rebuild_monitor_groups_grid(struct alsa_card *card) { if (!card || !card->monitor_groups_grid) return; GtkWidget *parent = gtk_widget_get_parent(card->monitor_groups_grid); if (!parent) return; // Clean up callbacks and gain widgets from old grid cleanup_monitor_group_grid(card); // Remove old grid from parent gtk_box_remove(GTK_BOX(parent), card->monitor_groups_grid); // Create new grid with current stereo state GtkWidget *grid = create_main_alt_group_grid(card); gtk_box_append(GTK_BOX(parent), grid); card->monitor_groups_grid = grid; } alsa-scarlett-gui-1.0~beta9/src/config-monitor-groups.h000066400000000000000000000005671521233005100232250ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void add_monitor_groups_tab(GtkWidget *notebook, struct alsa_card *card); // Rebuild the monitor groups grid (e.g., when stereo link state changes) void rebuild_monitor_groups_grid(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/const.h000066400000000000000000000004051521233005100200730ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // maximum number of mix outputs #define MAX_MIX_OUT 12 // maximum number of mux inputs (4th Gen 18i20 has 53) #define MAX_MUX_IN 53 alsa-scarlett-gui-1.0~beta9/src/custom-names.c000066400000000000000000000424711521233005100213640ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "custom-names.h" #include "device-port-names.h" #include "optional-state.h" #include "alsa.h" #include "stereo-link.h" #include "widget-boolean.h" #include "window-mixer.h" #include "window-routing.h" // Maximum length for custom names #define MAX_CUSTOM_NAME_LEN 32 // Callback structure to pass data to save callback struct custom_name_save_data { struct alsa_card *card; char *config_key; }; // Callback when a custom name value changes // Saves the new value to the state file static void custom_name_changed( struct alsa_elem *elem, void *private ) { struct custom_name_save_data *data = private; // get the string value size_t size; const void *bytes = alsa_get_elem_bytes(elem, &size); if (bytes && size > 0) { // find actual string length (up to first null byte) size_t str_len = strnlen((const char *)bytes, size); // only save if valid UTF-8 if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) { char *str = g_strndup((const char *)bytes, str_len); optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, str ); g_free(str); } else { optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, "" ); } } else { optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, "" ); } } // Free custom name callback data void custom_names_free_callback_data(void *data) { if (!data) return; struct custom_name_save_data *save_data = data; g_free(save_data->config_key); g_free(save_data); } // Generate ALSA element name for a routing source // Returns newly allocated string that must be freed static char *get_src_elem_name(struct routing_src *src) { const char *category_name = NULL; switch (src->port_category) { case PC_HW: category_name = hw_type_names[src->hw_type]; return g_strdup_printf( "%s In %d Name", category_name, src->lr_num ); case PC_PCM: return g_strdup_printf("PCM Out %d Name", src->lr_num); case PC_MIX: return g_strdup_printf("Mixer Out %d Name", src->lr_num); case PC_DSP: return g_strdup_printf("DSP Out %d Name", src->lr_num); default: return NULL; } } // Generate ALSA element name for a routing sink // Returns newly allocated string that must be freed static char *get_snk_elem_name(struct routing_snk *snk) { struct alsa_elem *elem = snk->elem; const char *category_name = NULL; switch (elem->port_category) { case PC_HW: category_name = hw_type_names[elem->hw_type]; return g_strdup_printf( "%s Out %d Name", category_name, elem->lr_num ); case PC_PCM: return g_strdup_printf("PCM In %d Name", elem->lr_num); case PC_MIX: return g_strdup_printf("Mixer In %d Name", elem->lr_num); case PC_DSP: return g_strdup_printf("DSP In %d Name", elem->lr_num); default: return NULL; } } // Update the cached display name for a routing source static void update_src_display_name(struct routing_src *src) { if (!src) return; // free old cached name g_free(src->display_name); src->display_name = NULL; // check if custom name is set if (src->custom_name_elem) { size_t size; const void *bytes = alsa_get_elem_bytes(src->custom_name_elem, &size); if (bytes && size > 0) { size_t str_len = strnlen((const char *)bytes, size); if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) { // create properly null-terminated copy src->display_name = g_strndup((const char *)bytes, str_len); return; } } } // fall back to default name (device-specific or generic) src->display_name = get_src_default_name_formatted(src, 0); } // Update the cached display name for a routing sink static void update_snk_display_name(struct routing_snk *snk) { if (!snk || !snk->elem) return; // free old cached name g_free(snk->display_name); snk->display_name = NULL; // check if custom name is set if (snk->custom_name_elem) { size_t size; const void *bytes = alsa_get_elem_bytes(snk->custom_name_elem, &size); if (bytes && size > 0) { size_t str_len = strnlen((const char *)bytes, size); if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) { // create properly null-terminated copy snk->display_name = g_strndup((const char *)bytes, str_len); return; } } } // fall back to default name (device-specific or generic) snk->display_name = get_snk_default_name_formatted(snk, 0); } // Callback when a routing source's custom name changes // Updates the cached display name and triggers UI updates static void src_custom_name_display_changed( struct alsa_elem *elem, void *private ) { struct routing_src *src = private; update_src_display_name(src); // update mixer window labels if mixer window exists struct alsa_card *card = src->card; if (card->window_mixer) { // update mixer input labels (showing which source is connected) update_mixer_labels(card); // update mixer output labels (Mix A, Mix B, etc.) if this is a mixer source if (src->port_category == PC_MIX) { char *label = get_mixer_output_label_for_mixer_window(src); if (src->mixer_label_left) { gtk_label_set_text(GTK_LABEL(src->mixer_label_left), label); gtk_widget_set_tooltip_text(src->mixer_label_left, label); } if (src->mixer_label_right) { gtk_label_set_text(GTK_LABEL(src->mixer_label_right), label); gtk_widget_set_tooltip_text(src->mixer_label_right, label); } g_free(label); } } // update talkback button label in routing window if it exists // talkback buttons use abbreviated stereo-aware names (A, B, A–B) if (src->talkback_widget && src->port_category == PC_MIX) { char *formatted_name; if (is_src_linked(src) && is_src_left_channel(src)) { // linked: show "A–B" format formatted_name = g_strdup_printf( "%c\xe2\x80\x93%c", src->port_num + 'A', src->port_num + 'B' ); } else { // not linked: show single letter formatted_name = g_strdup_printf("%c", src->port_num + 'A'); } boolean_widget_update_labels( src->talkback_widget, formatted_name, formatted_name ); g_free(formatted_name); } update_routing_src_label(src); } // Get generic hardware name for a routing source (no device-specific names) // Returns newly allocated string that must be freed char *get_src_generic_name(struct routing_src *src) { if (!src) return g_strdup(""); switch (src->port_category) { case PC_HW: return g_strdup_printf( "%s %d", hw_type_names[src->hw_type], src->lr_num ); case PC_PCM: return g_strdup_printf("PCM %d", src->lr_num); case PC_MIX: return g_strdup_printf("Mix %c", src->port_num + 'A'); case PC_DSP: return g_strdup_printf("DSP %d", src->lr_num); default: return g_strdup(src->name ? src->name : ""); } } // Get formatted default name for a routing source (ignoring custom name) // Returns newly allocated string that must be freed char *get_src_default_name_formatted(struct routing_src *src, int abbreviated) { if (!src) return g_strdup(""); // for abbreviated mode, always use short form for Mix/DSP if (abbreviated) { switch (src->port_category) { case PC_MIX: return g_strdup_printf("%c", src->port_num + 'A'); case PC_DSP: return g_strdup_printf("%d", src->lr_num); default: break; } } // check device-specific default name const char *device_default = get_device_port_name( src->card->pid, src->port_category, src->hw_type, 0, // is_snk = false for sources src->port_num ); if (device_default) return g_strdup(device_default); return get_src_generic_name(src); } // Get the formatted name to display for a routing source // Returns newly allocated string that must be freed char *get_src_display_name_formatted(struct routing_src *src) { // mixer/DSP always show abbreviated form, others show display_name if (src->port_category == PC_MIX || src->port_category == PC_DSP) return get_src_default_name_formatted(src, 1); return g_strdup(src->display_name); } // Get generic hardware name for a routing sink (no device-specific names) // Returns newly allocated string that must be freed char *get_snk_generic_name(struct routing_snk *snk) { if (!snk || !snk->elem) return g_strdup(""); struct alsa_elem *elem = snk->elem; switch (elem->port_category) { case PC_HW: return g_strdup_printf( "%s %d", hw_type_names[elem->hw_type], elem->lr_num ); case PC_PCM: return g_strdup_printf("PCM %d", elem->lr_num); case PC_MIX: return g_strdup_printf("Mixer %d", elem->lr_num); case PC_DSP: return g_strdup_printf("DSP %d", elem->lr_num); default: return g_strdup(elem->name ? elem->name : ""); } } // Get formatted default name for a routing sink (ignoring custom name) // If abbreviated is true, Mix/DSP use short form ("1") for routing window // Returns newly allocated string that must be freed char *get_snk_default_name_formatted(struct routing_snk *snk, int abbreviated) { if (!snk || !snk->elem) return g_strdup(""); struct alsa_elem *elem = snk->elem; // for abbreviated mode, always use short form for Mix/DSP if (abbreviated) { switch (elem->port_category) { case PC_MIX: case PC_DSP: return g_strdup_printf("%d", elem->lr_num); default: break; } } // check device-specific default name const char *device_default = get_device_port_name( elem->card->pid, elem->port_category, elem->hw_type, 1, // is_snk = true for sinks elem->port_num ); if (device_default) return g_strdup(device_default); return get_snk_generic_name(snk); } // Get formatted display name for a routing sink (for UI display) // Returns custom name if set, otherwise formatted default name // Mix/DSP sinks use abbreviated form for routing window // Returns newly allocated string that must be freed char *get_snk_display_name_formatted(struct routing_snk *snk) { if (!snk || !snk->elem) return g_strdup(""); struct alsa_elem *elem = snk->elem; // Mix/DSP always show abbreviated form, others show display_name if (elem->port_category == PC_MIX || elem->port_category == PC_DSP) return get_snk_default_name_formatted(snk, 1); return g_strdup(snk->display_name); } // Callback when a routing sink's custom name changes // Updates the cached display name and triggers UI updates static void snk_custom_name_display_changed( struct alsa_elem *elem, void *private ) { struct routing_snk *snk = private; update_snk_display_name(snk); // update routing window label - this handles monitor group indicators too update_hw_output_label(snk); } // Create simulated element for a routing source static void create_src_custom_name_elem( struct alsa_card *card, struct routing_src *src, GHashTable *state ) { // skip PC_OFF if (src->port_category == PC_OFF) return; // generate element name char *elem_name = get_src_elem_name(src); if (!elem_name) return; // check if real element exists (for forward compatibility) struct alsa_elem *elem = get_elem_by_name(card->elems, elem_name); if (elem) { // real element exists, store the pointer and set up callbacks src->custom_name_elem = elem; g_free(elem_name); alsa_elem_add_callback(elem, src_custom_name_display_changed, src, NULL); update_src_display_name(src); return; } // create simulated element elem = alsa_create_optional_elem( card, elem_name, SND_CTL_ELEM_TYPE_BYTES, MAX_CUSTOM_NAME_LEN ); g_free(elem_name); if (!elem) { fprintf(stderr, "Failed to create custom name element for source\n"); return; } src->custom_name_elem = elem; // use element name as config key char *config_key = get_src_elem_name(src); if (!config_key) return; // load value from state file const char *value = g_hash_table_lookup(state, config_key); if (value && *value) alsa_set_elem_bytes(elem, value, strlen(value)); // register callback to save state on changes struct custom_name_save_data *callback_data = g_malloc0(sizeof(struct custom_name_save_data)); callback_data->card = card; callback_data->config_key = config_key; alsa_elem_add_callback( elem, custom_name_changed, callback_data, custom_names_free_callback_data ); // register callback to update display name and UI alsa_elem_add_callback(elem, src_custom_name_display_changed, src, NULL); // initialise cached display name update_src_display_name(src); } // Create simulated element for a routing sink static void create_snk_custom_name_elem( struct alsa_card *card, struct routing_snk *snk, GHashTable *state ) { // skip sinks without valid port category if (snk->elem->port_category == PC_OFF) return; // skip DSP sinks (DSP inputs just show numbers on routing window) if (snk->elem->port_category == PC_DSP) return; // generate element name char *elem_name = get_snk_elem_name(snk); if (!elem_name) return; // check if real element exists (for forward compatibility) struct alsa_elem *elem = get_elem_by_name(card->elems, elem_name); if (elem) { // real element exists, store the pointer and set up callbacks snk->custom_name_elem = elem; g_free(elem_name); alsa_elem_add_callback(elem, snk_custom_name_display_changed, snk, NULL); update_snk_display_name(snk); return; } // create simulated element elem = alsa_create_optional_elem( card, elem_name, SND_CTL_ELEM_TYPE_BYTES, MAX_CUSTOM_NAME_LEN ); g_free(elem_name); if (!elem) { fprintf(stderr, "Failed to create custom name element for sink\n"); return; } snk->custom_name_elem = elem; // use element name as config key char *config_key = get_snk_elem_name(snk); if (!config_key) return; // load value from state file const char *value = g_hash_table_lookup(state, config_key); if (value && *value) alsa_set_elem_bytes(elem, value, strlen(value)); // register callback to save state on changes struct custom_name_save_data *callback_data = g_malloc0(sizeof(struct custom_name_save_data)); callback_data->card = card; callback_data->config_key = config_key; alsa_elem_add_callback( elem, custom_name_changed, callback_data, custom_names_free_callback_data ); // register callback to update display name and UI alsa_elem_add_callback(elem, snk_custom_name_display_changed, snk, NULL); // initialise cached display name update_snk_display_name(snk); } // Initialise custom name elements for all routing sources and sinks void custom_names_init(struct alsa_card *card) { if (!card->serial || !*card->serial) { // no serial number, can't persist state return; } // check if card has routing controls if (!card->routing_srcs || !card->routing_snks) { // card doesn't have routing controls return; } // load existing state GHashTable *state = optional_state_load(card, CONFIG_SECTION_CONTROLS); if (!state) { state = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); } // create custom name elements for all routing sources for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); create_src_custom_name_elem(card, src, state); } // create custom name elements for all routing sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); create_snk_custom_name_elem(card, snk, state); } g_hash_table_destroy(state); // initialise display names for sources/sinks without custom name elements for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!src->display_name) update_src_display_name(src); } for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk->display_name) update_snk_display_name(snk); } } // Get display name for a routing source (returns cached value) const char *get_routing_src_display_name(struct routing_src *src) { if (!src) return ""; return src->display_name ? src->display_name : ""; } // Get mixer output label for mixer window // Returns newly allocated string that must be freed char *get_mixer_output_label_for_mixer_window(struct routing_src *src) { if (!src || src->port_category != PC_MIX) return g_strdup(""); // display_name already has: custom name > device default > generic default if (src->display_name) return g_strdup(src->display_name); return get_src_default_name_formatted(src, 0); } // Get display name for a routing sink (returns cached value) const char *get_routing_snk_display_name(struct routing_snk *snk) { if (!snk) return ""; return snk->display_name ? snk->display_name : ""; } alsa-scarlett-gui-1.0~beta9/src/custom-names.h000066400000000000000000000051341521233005100213640ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Initialise custom name elements for all routing sources and sinks // - Creates simulated ALSA elements for custom names // - Loads values from state file // - Registers save callbacks // Must be called after alsa_get_routing_controls() void custom_names_init(struct alsa_card *card); // Get display name for a routing source // Returns custom name if set, otherwise returns the default name const char *get_routing_src_display_name(struct routing_src *src); // Get display name for a routing sink // Returns custom name if set, otherwise returns the element name const char *get_routing_snk_display_name(struct routing_snk *snk); // Get formatted default name for a routing source (ignoring custom name) // If abbreviated is true, DSP/Mix use short form ("1", "A") for routing window // Returns newly allocated string that must be freed char *get_src_default_name_formatted(struct routing_src *src, int abbreviated); // Get the formatted name to display for a routing source // Mixer/DSP always show abbreviated form, others show display_name // Returns newly allocated string that must be freed char *get_src_display_name_formatted(struct routing_src *src); // Get generic hardware name for a routing source (no device-specific names) // Returns e.g. "Analogue 1", "PCM 1", "Mix A" // Returns newly allocated string that must be freed char *get_src_generic_name(struct routing_src *src); // Get formatted default name for a routing sink (ignoring custom name) // If abbreviated is true, Mix/DSP use short form ("1") for routing window // Returns newly allocated string that must be freed char *get_snk_default_name_formatted(struct routing_snk *snk, int abbreviated); // Get generic hardware name for a routing sink (no device-specific names) // Returns e.g. "Analogue 1", "PCM 1", "Mixer 1" // Returns newly allocated string that must be freed char *get_snk_generic_name(struct routing_snk *snk); // Get formatted display name for a routing sink (for UI display) // Mix/DSP sinks use abbreviated form ("1"), others use display_name // Returns newly allocated string that must be freed char *get_snk_display_name_formatted(struct routing_snk *snk); // Get mixer output label for mixer window (returns "Mix A" for defaults) // Returns newly allocated string that must be freed char *get_mixer_output_label_for_mixer_window(struct routing_src *src); // Free custom name callback data for simulated elements // Called from card_destroy_callback void custom_names_free_callback_data(void *data); alsa-scarlett-gui-1.0~beta9/src/db.c000066400000000000000000000037231521233005100173330ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include static double db_to_linear(double db) { if (db <= SND_CTL_TLV_DB_GAIN_MUTE) return 0.0; return pow(10.0, db / 20.0); } static double linear_to_db(double linear) { if (linear <= 0.0) return SND_CTL_TLV_DB_GAIN_MUTE; return 20.0 * log10(linear); } int cdb_to_linear_value( int cdb, int min_val, int max_val, int min_cdb, int max_cdb ) { if (cdb <= min_cdb) return min_val; if (cdb >= max_cdb) return max_val; // Convert centidB to dB double db = (double)cdb / 100.0; double max_db = (double)max_cdb / 100.0; // Convert dB relative to max_db to linear scale 0.0-1.0 double linear = db_to_linear(db - max_db); // Scale to full ALSA range double scaled = linear * (double)max_val; int value = (int)round(scaled); if (value < min_val) return min_val; if (value > max_val) return max_val; return value; } int linear_value_to_cdb( int value, int min_val, int max_val, int min_cdb, int max_cdb ) { if (value <= min_val) return min_cdb; if (value >= max_val) return max_cdb; // Convert to 0.0-1.0 linear scale double linear = (double)value / (double)max_val; double max_db = (double)max_cdb / 100.0; // Convert to dB relative to max_db and back to centidB int cdb = (int)round((linear_to_db(linear) + max_db) * 100.0); if (cdb < min_cdb) return min_cdb; if (cdb > max_cdb) return max_cdb; return cdb; } double linear_value_to_db( int value, int min_val, int max_val, int min_db, int max_db ) { if (value <= min_val) return min_db; if (value >= max_val) return max_db; // Convert to 0.0-1.0 linear scale double linear = (double)value / (double)max_val; // Convert to dB relative to max_db double db = linear_to_db(linear) + max_db; if (db < min_db) return min_db; if (db > max_db) return max_db; return db; } alsa-scarlett-gui-1.0~beta9/src/db.h000066400000000000000000000006231521233005100173340ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once int cdb_to_linear_value( int cdb, int min_val, int max_val, int min_cdb, int max_cdb ); int linear_value_to_cdb( int value, int min_val, int max_val, int min_cdb, int max_cdb ); double linear_value_to_db( int value, int min_val, int max_val, int min_db, int max_db ); alsa-scarlett-gui-1.0~beta9/src/debug.c000066400000000000000000000020711521233005100200270ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "debug.h" static GHashTable *debug_categories = NULL; void debug_init(void) { if (debug_categories) return; debug_categories = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, NULL ); const char *env = getenv("ALSA_SCARLETT_GUI_DEBUG"); if (!env || !*env) return; char *copy = g_strdup(env); char *saveptr = NULL; char *token = strtok_r(copy, ",", &saveptr); while (token) { // Trim whitespace while (*token == ' ') token++; char *end = token + strlen(token) - 1; while (end > token && *end == ' ') *end-- = '\0'; if (*token) g_hash_table_insert(debug_categories, g_strdup(token), (void *)1); token = strtok_r(NULL, ",", &saveptr); } g_free(copy); } int debug_enabled(const char *category) { if (!debug_categories || !category) return 0; return g_hash_table_contains(debug_categories, category); } alsa-scarlett-gui-1.0~beta9/src/debug.h000066400000000000000000000006731521233005100200420ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // Initialise debug system from ALSA_SCARLETT_GUI_DEBUG environment variable. // Call once at startup. The env var is a comma-separated list of categories. // // Example: ALSA_SCARLETT_GUI_DEBUG=stereo-link,routing void debug_init(void); // Check if a debug category is enabled. int debug_enabled(const char *category); alsa-scarlett-gui-1.0~beta9/src/device-port-names.c000066400000000000000000000713461521233005100222760ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "device-port-names.h" #include "hardware.h" // Scarlett 1st Gen 18i6 analogue inputs (sources) static const char *scarlett_gen1_18i6_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Line 3", "Line 4", "Line 5", "Line 6", "Line 7", "Line 8", NULL }; // Scarlett 1st Gen 18i6 analogue outputs (sinks) static const char *scarlett_gen1_18i6_analogue_snk[] = { "Line 1", "Line 2", "Headphones (L)", "Headphones (R)", NULL }; // Scarlett 2nd Gen 6i6 analogue inputs (sources) static const char *scarlett_gen2_6i6_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Line 3", "Line 4", NULL }; // Scarlett 2nd Gen 6i6 analogue outputs (sinks) static const char *scarlett_gen2_6i6_analogue_snk[] = { "Line 1/Headphones 1 (L)", "Line 2/Headphones 1 (R)", "Line 3/Headphones 2 (L)", "Line 4/Headphones 2 (R)", NULL }; // Scarlett 2nd Gen 18i8 analogue inputs (sources) static const char *scarlett_gen2_18i8_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Line 5", "Line 6", "Line 7", "Line 8", NULL }; // Scarlett 2nd Gen 18i8 analogue outputs (sinks) static const char *scarlett_gen2_18i8_analogue_snk[] = { "Line 1", "Line 2", "Headphones 1 (L)", "Headphones 1 (R)", "Headphones 2 (L)", "Headphones 2 (R)", NULL }; // Scarlett 2nd Gen 18i20 analogue inputs (sources) static const char *scarlett_gen2_18i20_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Mic/Line 5", "Mic/Line 6", "Mic/Line 7", "Mic/Line 8", NULL }; // Scarlett 2nd Gen 18i20 analogue outputs (sinks) static const char *scarlett_gen2_18i20_analogue_snk[] = { "Line 1 (Main L)", "Line 2 (Main R)", "Line 3 (Alt L)", "Line 4 (Alt R)", "Line 5", "Line 6", "Line 7/Headphones 1 (L)", "Line 8/Headphones 1 (R)", "Line 9/Headphones 2 (L)", "Line 10/Headphones 2 (R)", NULL }; // Scarlett 3rd Gen 4i4 analogue inputs (sources) static const char *scarlett_gen3_4i4_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Line 3", "Line 4", NULL }; // Scarlett 3rd Gen 4i4 analogue outputs (sinks) static const char *scarlett_gen3_4i4_analogue_snk[] = { "Line 1", "Line 2", "Line 3/Headphones (L)", "Line 4/Headphones (R)", NULL }; // Scarlett 3rd Gen 8i6 analogue inputs (sources) static const char *scarlett_gen3_8i6_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Line 3", "Line 4", "Line 5", "Line 6", NULL }; // Scarlett 3rd Gen 8i6 analogue outputs (sinks) static const char *scarlett_gen3_8i6_analogue_snk[] = { "Line 1/Headphones 1 (L)", "Line 2/Headphones 1 (R)", "Line 3/Headphones 2 (L)", "Line 4/Headphones 2 (R)", NULL }; // Scarlett 3rd Gen 18i8 analogue inputs (sources) static const char *scarlett_gen3_18i8_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Line 5", "Line 6", "Line 7", "Line 8", NULL }; // Scarlett 3rd Gen 18i8 analogue outputs (sinks) static const char *scarlett_gen3_18i8_analogue_snk[] = { "Line 1", "Line 2", "Line 3", "Line 4", "Headphones 1 (L)", "Headphones 1 (R)", "Headphones 2 (L)", "Headphones 2 (R)", NULL }; // Scarlett 3rd Gen 18i20 analogue inputs (sources) static const char *scarlett_gen3_18i20_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Mic/Line 5", "Mic/Line 6", "Mic/Line 7", "Mic/Line 8", "Talkback Mic", NULL }; // Clarett 2Pre analogue inputs (sources) static const char *clarett_2pre_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", NULL }; // Clarett 2Pre analogue outputs (sinks) static const char *clarett_2pre_analogue_snk[] = { "Line 1", "Line 2", "Line 3/Headphones (L)", "Line 4/Headphones (R)", NULL }; // Clarett 8Pre analogue inputs (sources) static const char *clarett_8pre_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Mic/Line 5", "Mic/Line 6", "Mic/Line 7", "Mic/Line 8", NULL }; // Clarett 8Pre analogue outputs (sinks) static const char *clarett_8pre_analogue_snk[] = { "Line 1", "Line 2", "Line 3", "Line 4", "Line 5", "Line 6", "Line 7/Headphones 1 (L)", "Line 8/Headphones 1 (R)", "Line 9/Headphones 2 (L)", "Line 10/Headphones 2 (R)", NULL }; // Clarett 4Pre analogue inputs (sources) static const char *clarett_4pre_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Line 5", "Line 6", "Line 7", "Line 8", NULL }; // Clarett 4Pre analogue outputs (sinks) static const char *clarett_4pre_analogue_snk[] = { "Line 1", "Line 2", "Line 3/Headphones 1 (L)", "Line 4/Headphones 1 (R)", "Headphones 2 (L)", "Headphones 2 (R)", NULL }; // Vocaster One analogue inputs (sources) static const char *vocaster_one_analogue_src[] = { "Host", "Aux", NULL }; // Vocaster One analogue outputs (sinks) static const char *vocaster_one_analogue_snk[] = { "Spkr/Headphones (L)", "Spkr/Headphones (R)", "Aux (L)", "Aux (R)", NULL }; // Vocaster One DSP outputs (sources) static const char *vocaster_one_dsp_src[] = { "Host", NULL }; // Vocaster One mixer outputs (sources) static const char *vocaster_one_mix_src[] = { "Show Mix Pre (L)", "Show Mix Pre (R)", "Aux (L)", "Aux (R)", "Video Call (L)", "Video Call (R)", "Show Mix Post (L)", "Show Mix Post (R)", NULL }; // Vocaster One PCM outputs (sources - from computer) static const char *vocaster_one_pcm_src[] = { "Video Call (L)", "Video Call (R)", "Playback (L)", "Playback (R)", NULL }; // Vocaster One PCM inputs (sinks - to computer) static const char *vocaster_one_pcm_snk[] = { "Video Call (L)", "Video Call (R)", "Show Mix (L)", "Show Mix (R)", "Host Microphone", "Aux", "Loopback 1 (L)", "Loopback 1 (R)", "Loopback 2 (L)", "Loopback 2 (R)", NULL }; // Vocaster Two analogue inputs (sources) static const char *vocaster_two_analogue_src[] = { "Host", "Guest", "Aux (L)", "Aux (R)", "Bluetooth (L)", "Bluetooth (R)", NULL }; // Vocaster Two analogue outputs (sinks) static const char *vocaster_two_analogue_snk[] = { "Spkr/Headphones (L)", "Spkr/Headphones (R)", "Aux (L)", "Aux (R)", "Bluetooth (L)", "Bluetooth (R)", NULL }; // Vocaster Two PCM outputs (sources - from computer) static const char *vocaster_two_pcm_src[] = { "Video Call (L)", "Video Call (R)", "Playback (L)", "Playback (R)", NULL }; // Vocaster Two DSP outputs (sources) static const char *vocaster_two_dsp_src[] = { "Host", "Guest", NULL }; // Vocaster Two mixer outputs (sources) static const char *vocaster_two_mix_src[] = { "Show Mix Pre (L)", "Show Mix Pre (R)", "Aux (L)", "Aux (R)", "Bluetooth (L)", "Bluetooth (R)", "Video Call (L)", "Video Call (R)", "Show Mix Post (L)", "Show Mix Post (R)", NULL }; // Vocaster Two PCM inputs (sinks - to computer) static const char *vocaster_two_pcm_snk[] = { "Video Call (L)", "Video Call (R)", "Show Mix (L)", "Show Mix (R)", "Host Microphone", "Guest Microphone", "Aux (L)", "Aux (R)", "Bluetooth (L)", "Bluetooth (R)", "Loopback 1 (L)", "Loopback 1 (R)", "Loopback 2 (L)", "Loopback 2 (R)", NULL }; // Scarlett 4th Gen Solo analogue inputs (sources) static const char *scarlett_gen4_solo_analogue_src[] = { "Line/Inst", "Mic", NULL }; // Scarlett 4th Gen Solo analogue outputs (sinks) static const char *scarlett_gen4_solo_analogue_snk[] = { "Line 1/Headphones (L)", "Line 2/Headphones (R)", NULL }; // Scarlett 4th Gen 2i2 analogue inputs (sources) static const char *scarlett_gen4_2i2_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", NULL }; // Scarlett 4th Gen 2i2 analogue outputs (sinks) static const char *scarlett_gen4_2i2_analogue_snk[] = { "Line 1/Headphones (L)", "Line 2/Headphones (R)", NULL }; // Scarlett 4th Gen 4i4 analogue inputs (sources) static const char *scarlett_gen4_4i4_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Line 3", "Line 4", NULL }; // Scarlett 4th Gen 4i4 analogue outputs (sinks) static const char *scarlett_gen4_4i4_analogue_snk[] = { "Line 1", "Line 2", "Line 3", "Line 4", "Headphones (L)", "Headphones (R)", NULL }; // Scarlett 4th Gen 16i16 analogue inputs (sources) static const char *scarlett_gen4_16i16_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Line 3", "Line 4", "Line 5", "Line 6", NULL }; // Scarlett 4th Gen 16i16 analogue outputs (sinks) static const char *scarlett_gen4_16i16_analogue_snk[] = { "Line 1", "Line 2", "Line 3", "Line 4", "Headphones 1 (L)", "Headphones 1 (R)", "Headphones 2 (L)", "Headphones 2 (R)", NULL }; // Scarlett 4th Gen 18i16 analogue inputs (sources) static const char *scarlett_gen4_18i16_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Line 5", "Line 6", "Line 7", "Line 8", NULL }; // Scarlett 4th Gen 18i16 analogue outputs (sinks) static const char *scarlett_gen4_18i16_analogue_snk[] = { "Line 1", "Line 2", "Line 3", "Line 4", "Headphones 1 (L)", "Headphones 1 (R)", "Headphones 2 (L)", "Headphones 2 (R)", NULL }; // Scarlett 4th Gen 18i20 analogue inputs (sources) static const char *scarlett_gen4_18i20_analogue_src[] = { "Mic/Line/Inst 1", "Mic/Line/Inst 2", "Mic/Line 3", "Mic/Line 4", "Mic/Line 5", "Mic/Line 6", "Mic/Line 7", "Mic/Line 8", "Talkback Mic", NULL }; // Scarlett 4th Gen 18i20 analogue outputs (sinks) static const char *scarlett_gen4_18i20_analogue_snk[] = { "Line 1", "Line 2", "Line 3", "Line 4", "Line 5", "Line 6", "Line 7", "Line 8", "Line 9", "Line 10", "Headphones 1 (L)", "Headphones 1 (R)", "Headphones 2 (L)", "Headphones 2 (R)", NULL }; struct device_port_names { int pid; int port_category; int hw_type; int is_snk; const char **names; }; // Stereo pair names (indexed by pair number: 0 = ports 1-2, 1 = ports 3-4, etc.) // Scarlett 1st Gen 18i6 analogue output pairs static const char *scarlett_gen1_18i6_analogue_snk_pairs[] = { "Line 1–2", "Headphones", NULL }; // Scarlett 2nd Gen 6i6 analogue output pairs static const char *scarlett_gen2_6i6_analogue_snk_pairs[] = { "Line 1–2/Headphones 1", "Line 3–4/Headphones 2", NULL }; // Scarlett 2nd Gen 18i8 analogue output pairs static const char *scarlett_gen2_18i8_analogue_snk_pairs[] = { "Line 1–2", "Headphones 1", "Headphones 2", NULL }; // Scarlett 2nd Gen 18i20 analogue output pairs static const char *scarlett_gen2_18i20_analogue_snk_pairs[] = { "Main", "Alt", "Line 5–6", "Line 7–8/Headphones 1", "Line 9–10/Headphones 2", NULL }; // Scarlett 3rd Gen 4i4 analogue output pairs static const char *scarlett_gen3_4i4_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4/Headphones", NULL }; // Scarlett 3rd Gen 8i6 analogue output pairs static const char *scarlett_gen3_8i6_analogue_snk_pairs[] = { "Line 1–2/Headphones 1", "Line 3–4/Headphones 2", NULL }; // Scarlett 3rd Gen 18i8 analogue output pairs static const char *scarlett_gen3_18i8_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4", "Headphones 1", "Headphones 2", NULL }; // Clarett 2Pre analogue output pairs static const char *clarett_2pre_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4/Headphones", NULL }; // Clarett 4Pre analogue output pairs static const char *clarett_4pre_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4/Headphones 1", "Headphones 2", NULL }; // Clarett 8Pre analogue output pairs static const char *clarett_8pre_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4", "Line 5–6", "Line 7–8/Headphones 1", "Line 9–10/Headphones 2", NULL }; // Vocaster One analogue output pairs static const char *vocaster_one_analogue_snk_pairs[] = { "Spkr/Headphones", "Aux", NULL }; // Vocaster One PCM source pairs (from computer) static const char *vocaster_one_pcm_src_pairs[] = { "Video Call", "Playback", NULL }; // Vocaster One PCM sink pairs (to computer) // Note: pair 2 (Host Microphone + Aux) are not a true stereo pair static const char *vocaster_one_pcm_snk_pairs[] = { "Video Call", "Show Mix", "Host/Aux", "Loopback 1", "Loopback 2", NULL }; // Vocaster One mixer output pairs static const char *vocaster_one_mix_src_pairs[] = { "Show Mix Pre", "Aux", "Video Call", "Show Mix Post", NULL }; // Vocaster Two analogue input pairs static const char *vocaster_two_analogue_src_pairs[] = { "Mic 1-2", "Aux", "Bluetooth", NULL }; // Vocaster Two analogue output pairs static const char *vocaster_two_analogue_snk_pairs[] = { "Spkr/Headphones", "Aux", "Bluetooth", NULL }; // Vocaster Two PCM source pairs (from computer) static const char *vocaster_two_pcm_src_pairs[] = { "Video Call", "Playback", NULL }; // Vocaster Two PCM sink pairs (to computer) // Note: pair 2 (Host Microphone + Guest Microphone) are not a true stereo pair static const char *vocaster_two_pcm_snk_pairs[] = { "Video Call", "Show Mix", "Mic 1-2", "Aux", "Bluetooth", "Loopback 1", "Loopback 2", NULL }; // Vocaster Two DSP output pairs static const char *vocaster_two_dsp_src_pairs[] = { "Mic 1-2", NULL }; // Vocaster Two mixer output pairs static const char *vocaster_two_mix_src_pairs[] = { "Show Mix Pre", "Aux", "Bluetooth", "Video Call", "Show Mix Post", NULL }; // Scarlett 4th Gen Solo analogue output pairs static const char *scarlett_gen4_solo_analogue_snk_pairs[] = { "Line 1–2/Headphones", NULL }; // Scarlett 4th Gen 2i2 analogue output pairs static const char *scarlett_gen4_2i2_analogue_snk_pairs[] = { "Line 1–2/Headphones", NULL }; // Scarlett 4th Gen 4i4 analogue output pairs static const char *scarlett_gen4_4i4_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4", "Headphones", NULL }; // Scarlett 4th Gen 16i16 analogue output pairs static const char *scarlett_gen4_16i16_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4", "Headphones 1", "Headphones 2", NULL }; // Scarlett 4th Gen 18i16 analogue output pairs static const char *scarlett_gen4_18i16_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4", "Headphones 1", "Headphones 2", NULL }; // Scarlett 4th Gen 18i20 analogue output pairs static const char *scarlett_gen4_18i20_analogue_snk_pairs[] = { "Line 1–2", "Line 3–4", "Line 5–6", "Line 7–8", "Line 9–10", "Headphones 1", "Headphones 2", NULL }; // Analogue input (source) pair names // Mic/Line/Inst 1–2 only static const char *analogue_src_pairs_inst_12[] = { "Mic/Line/Inst 1–2", NULL }; // Mic/Line/Inst 1–2, Line 3–4 static const char *analogue_src_pairs_inst_12_line_34[] = { "Mic/Line/Inst 1–2", "Line 3–4", NULL }; // Mic/Line/Inst 1–2, Line 3–4, Line 5–6 static const char *analogue_src_pairs_inst_12_line_3456[] = { "Mic/Line/Inst 1–2", "Line 3–4", "Line 5–6", NULL }; // Mic/Line/Inst 1–2, Line 3–4, Line 5–6, Line 7–8 static const char *analogue_src_pairs_inst_12_line_345678[] = { "Mic/Line/Inst 1–2", "Line 3–4", "Line 5–6", "Line 7–8", NULL }; // Mic/Line/Inst 1–2, Mic/Line 3–4, Line 5–6, Line 7–8 static const char *analogue_src_pairs_inst_12_mic_34_line_5678[] = { "Mic/Line/Inst 1–2", "Mic/Line 3–4", "Line 5–6", "Line 7–8", NULL }; // Mic/Line/Inst 1–2, Mic/Line 3–4, Mic/Line 5–6, Mic/Line 7–8 static const char *analogue_src_pairs_inst_12_mic_345678[] = { "Mic/Line/Inst 1–2", "Mic/Line 3–4", "Mic/Line 5–6", "Mic/Line 7–8", NULL }; struct device_pair_names { int pid; int port_category; int hw_type; int is_snk; const char **names; }; static const struct device_pair_names device_pair_names[] = { // Scarlett 1st Gen 6i6 (same as Gen 2) { PID_SCARLETT_GEN1_6I6, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_34 }, { PID_SCARLETT_GEN1_6I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_6i6_analogue_snk_pairs }, // Scarlett 1st Gen 8i6 (same as Gen 3 4i4) { PID_SCARLETT_GEN1_8I6, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_34 }, { PID_SCARLETT_GEN1_8I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_4i4_analogue_snk_pairs }, // Scarlett 1st Gen 18i6 { PID_SCARLETT_GEN1_18I6, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_345678 }, { PID_SCARLETT_GEN1_18I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen1_18i6_analogue_snk_pairs }, // Scarlett 1st Gen 18i8 (same as Gen 2) { PID_SCARLETT_GEN1_18I8, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_34_line_5678 }, { PID_SCARLETT_GEN1_18I8, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i8_analogue_snk_pairs }, // Scarlett 1st Gen 18i20 (same as Gen 2) { PID_SCARLETT_GEN1_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_345678 }, { PID_SCARLETT_GEN1_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i20_analogue_snk_pairs }, // Scarlett 2nd Gen 6i6 { PID_SCARLETT_GEN2_6I6, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_34 }, { PID_SCARLETT_GEN2_6I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_6i6_analogue_snk_pairs }, // Scarlett 2nd Gen 18i8 { PID_SCARLETT_GEN2_18I8, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_34_line_5678 }, { PID_SCARLETT_GEN2_18I8, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i8_analogue_snk_pairs }, // Scarlett 2nd Gen 18i20 { PID_SCARLETT_GEN2_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_345678 }, { PID_SCARLETT_GEN2_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i20_analogue_snk_pairs }, // Clarett USB 2Pre { PID_CLARETT_USB_2PRE, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12 }, { PID_CLARETT_USB_2PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_2pre_analogue_snk_pairs }, // Clarett USB 4Pre { PID_CLARETT_USB_4PRE, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_34_line_5678 }, { PID_CLARETT_USB_4PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_4pre_analogue_snk_pairs }, // Clarett USB 8Pre { PID_CLARETT_USB_8PRE, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_345678 }, { PID_CLARETT_USB_8PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_8pre_analogue_snk_pairs }, // Clarett+ 2Pre { PID_CLARETT_PLUS_2PRE, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12 }, { PID_CLARETT_PLUS_2PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_2pre_analogue_snk_pairs }, // Clarett+ 4Pre { PID_CLARETT_PLUS_4PRE, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_34_line_5678 }, { PID_CLARETT_PLUS_4PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_4pre_analogue_snk_pairs }, // Clarett+ 8Pre { PID_CLARETT_PLUS_8PRE, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_345678 }, { PID_CLARETT_PLUS_8PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_8pre_analogue_snk_pairs }, // Scarlett 3rd Gen 4i4 { PID_SCARLETT_GEN3_4I4, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_34 }, { PID_SCARLETT_GEN3_4I4, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_4i4_analogue_snk_pairs }, // Scarlett 3rd Gen 8i6 { PID_SCARLETT_GEN3_8I6, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_3456 }, { PID_SCARLETT_GEN3_8I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_8i6_analogue_snk_pairs }, // Scarlett 3rd Gen 18i8 { PID_SCARLETT_GEN3_18I8, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_34_line_5678 }, { PID_SCARLETT_GEN3_18I8, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_18i8_analogue_snk_pairs }, // Scarlett 3rd Gen 18i20 { PID_SCARLETT_GEN3_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_345678 }, { PID_SCARLETT_GEN3_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i20_analogue_snk_pairs }, // Vocaster One { PID_VOCASTER_ONE, PC_HW, HW_TYPE_ANALOGUE, 1, vocaster_one_analogue_snk_pairs }, { PID_VOCASTER_ONE, PC_PCM, 0, 0, vocaster_one_pcm_src_pairs }, { PID_VOCASTER_ONE, PC_PCM, 0, 1, vocaster_one_pcm_snk_pairs }, { PID_VOCASTER_ONE, PC_MIX, 0, 0, vocaster_one_mix_src_pairs }, // Vocaster Two { PID_VOCASTER_TWO, PC_HW, HW_TYPE_ANALOGUE, 0, vocaster_two_analogue_src_pairs }, { PID_VOCASTER_TWO, PC_HW, HW_TYPE_ANALOGUE, 1, vocaster_two_analogue_snk_pairs }, { PID_VOCASTER_TWO, PC_PCM, 0, 0, vocaster_two_pcm_src_pairs }, { PID_VOCASTER_TWO, PC_PCM, 0, 1, vocaster_two_pcm_snk_pairs }, { PID_VOCASTER_TWO, PC_DSP, 0, 0, vocaster_two_dsp_src_pairs }, { PID_VOCASTER_TWO, PC_MIX, 0, 0, vocaster_two_mix_src_pairs }, // Scarlett 4th Gen Solo { PID_SCARLETT_GEN4_SOLO, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_solo_analogue_snk_pairs }, // Scarlett 4th Gen 2i2 { PID_SCARLETT_GEN4_2I2, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12 }, { PID_SCARLETT_GEN4_2I2, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_2i2_analogue_snk_pairs }, // Scarlett 4th Gen 4i4 { PID_SCARLETT_GEN4_4I4, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_34 }, { PID_SCARLETT_GEN4_4I4, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_4i4_analogue_snk_pairs }, // Scarlett 4th Gen 16i16 { PID_SCARLETT_GEN4_16I16, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_line_3456 }, { PID_SCARLETT_GEN4_16I16, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_16i16_analogue_snk_pairs }, // Scarlett 4th Gen 18i16 { PID_SCARLETT_GEN4_18I16, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_34_line_5678 }, { PID_SCARLETT_GEN4_18I16, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_18i16_analogue_snk_pairs }, // Scarlett 4th Gen 18i20 { PID_SCARLETT_GEN4_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, analogue_src_pairs_inst_12_mic_345678 }, { PID_SCARLETT_GEN4_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_18i20_analogue_snk_pairs }, { 0 } }; static const struct device_port_names device_port_names[] = { // Scarlett 1st Gen 6i6 (same as Gen 2) { PID_SCARLETT_GEN1_6I6, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_6i6_analogue_src }, { PID_SCARLETT_GEN1_6I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_6i6_analogue_snk }, // Scarlett 1st Gen 8i6 (same as Gen 3 4i4) { PID_SCARLETT_GEN1_8I6, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_6i6_analogue_src }, { PID_SCARLETT_GEN1_8I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_4i4_analogue_snk }, // Scarlett 1st Gen 18i6 { PID_SCARLETT_GEN1_18I6, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen1_18i6_analogue_src }, { PID_SCARLETT_GEN1_18I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen1_18i6_analogue_snk }, // Scarlett 1st Gen 18i8 (same as Gen 2) { PID_SCARLETT_GEN1_18I8, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_18i8_analogue_src }, { PID_SCARLETT_GEN1_18I8, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i8_analogue_snk }, // Scarlett 1st Gen 18i20 (same as Gen 2) { PID_SCARLETT_GEN1_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_18i20_analogue_src }, { PID_SCARLETT_GEN1_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i20_analogue_snk }, // Scarlett 2nd Gen 18i20 { PID_SCARLETT_GEN2_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_18i20_analogue_src }, { PID_SCARLETT_GEN2_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i20_analogue_snk }, // Scarlett 2nd Gen 6i6 { PID_SCARLETT_GEN2_6I6, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_6i6_analogue_src }, { PID_SCARLETT_GEN2_6I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_6i6_analogue_snk }, // Scarlett 2nd Gen 18i8 { PID_SCARLETT_GEN2_18I8, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen2_18i8_analogue_src }, { PID_SCARLETT_GEN2_18I8, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i8_analogue_snk }, // Clarett USB 2Pre { PID_CLARETT_USB_2PRE, PC_HW, HW_TYPE_ANALOGUE, 0, clarett_2pre_analogue_src }, { PID_CLARETT_USB_2PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_2pre_analogue_snk }, // Clarett USB 4Pre { PID_CLARETT_USB_4PRE, PC_HW, HW_TYPE_ANALOGUE, 0, clarett_4pre_analogue_src }, { PID_CLARETT_USB_4PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_4pre_analogue_snk }, // Clarett USB 8Pre { PID_CLARETT_USB_8PRE, PC_HW, HW_TYPE_ANALOGUE, 0, clarett_8pre_analogue_src }, { PID_CLARETT_USB_8PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_8pre_analogue_snk }, // Clarett+ 2Pre (same as Clarett USB 2Pre) { PID_CLARETT_PLUS_2PRE, PC_HW, HW_TYPE_ANALOGUE, 0, clarett_2pre_analogue_src }, { PID_CLARETT_PLUS_2PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_2pre_analogue_snk }, // Clarett+ 4Pre (same as Clarett USB 4Pre) { PID_CLARETT_PLUS_4PRE, PC_HW, HW_TYPE_ANALOGUE, 0, clarett_4pre_analogue_src }, { PID_CLARETT_PLUS_4PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_4pre_analogue_snk }, // Clarett+ 8Pre (same as Clarett USB 8Pre) { PID_CLARETT_PLUS_8PRE, PC_HW, HW_TYPE_ANALOGUE, 0, clarett_8pre_analogue_src }, { PID_CLARETT_PLUS_8PRE, PC_HW, HW_TYPE_ANALOGUE, 1, clarett_8pre_analogue_snk }, // Scarlett 3rd Gen 4i4 { PID_SCARLETT_GEN3_4I4, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen3_4i4_analogue_src }, { PID_SCARLETT_GEN3_4I4, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_4i4_analogue_snk }, // Scarlett 3rd Gen 8i6 { PID_SCARLETT_GEN3_8I6, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen3_8i6_analogue_src }, { PID_SCARLETT_GEN3_8I6, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_8i6_analogue_snk }, // Scarlett 3rd Gen 18i8 { PID_SCARLETT_GEN3_18I8, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen3_18i8_analogue_src }, { PID_SCARLETT_GEN3_18I8, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen3_18i8_analogue_snk }, // Scarlett 3rd Gen 18i20 { PID_SCARLETT_GEN3_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen3_18i20_analogue_src }, { PID_SCARLETT_GEN3_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen2_18i20_analogue_snk }, // Vocaster One { PID_VOCASTER_ONE, PC_HW, HW_TYPE_ANALOGUE, 0, vocaster_one_analogue_src }, { PID_VOCASTER_ONE, PC_HW, HW_TYPE_ANALOGUE, 1, vocaster_one_analogue_snk }, { PID_VOCASTER_ONE, PC_DSP, 0, 0, vocaster_one_dsp_src }, { PID_VOCASTER_ONE, PC_MIX, 0, 0, vocaster_one_mix_src }, { PID_VOCASTER_ONE, PC_PCM, 0, 0, vocaster_one_pcm_src }, { PID_VOCASTER_ONE, PC_PCM, 0, 1, vocaster_one_pcm_snk }, // Vocaster Two { PID_VOCASTER_TWO, PC_HW, HW_TYPE_ANALOGUE, 0, vocaster_two_analogue_src }, { PID_VOCASTER_TWO, PC_HW, HW_TYPE_ANALOGUE, 1, vocaster_two_analogue_snk }, { PID_VOCASTER_TWO, PC_DSP, 0, 0, vocaster_two_dsp_src }, { PID_VOCASTER_TWO, PC_MIX, 0, 0, vocaster_two_mix_src }, { PID_VOCASTER_TWO, PC_PCM, 0, 0, vocaster_two_pcm_src }, { PID_VOCASTER_TWO, PC_PCM, 0, 1, vocaster_two_pcm_snk }, // Scarlett 4th Gen Solo { PID_SCARLETT_GEN4_SOLO, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen4_solo_analogue_src }, { PID_SCARLETT_GEN4_SOLO, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_solo_analogue_snk }, // Scarlett 4th Gen 2i2 { PID_SCARLETT_GEN4_2I2, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen4_2i2_analogue_src }, { PID_SCARLETT_GEN4_2I2, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_2i2_analogue_snk }, // Scarlett 4th Gen 4i4 { PID_SCARLETT_GEN4_4I4, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen4_4i4_analogue_src }, { PID_SCARLETT_GEN4_4I4, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_4i4_analogue_snk }, // Scarlett 4th Gen 16i16 { PID_SCARLETT_GEN4_16I16, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen4_16i16_analogue_src }, { PID_SCARLETT_GEN4_16I16, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_16i16_analogue_snk }, // Scarlett 4th Gen 18i16 { PID_SCARLETT_GEN4_18I16, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen4_18i16_analogue_src }, { PID_SCARLETT_GEN4_18I16, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_18i16_analogue_snk }, // Scarlett 4th Gen 18i20 { PID_SCARLETT_GEN4_18I20, PC_HW, HW_TYPE_ANALOGUE, 0, scarlett_gen4_18i20_analogue_src }, { PID_SCARLETT_GEN4_18I20, PC_HW, HW_TYPE_ANALOGUE, 1, scarlett_gen4_18i20_analogue_snk }, { 0 } }; const char *get_device_port_name( int pid, int port_category, int hw_type, int is_snk, int port_num ) { for (int i = 0; device_port_names[i].names; i++) { const struct device_port_names *entry = &device_port_names[i]; if (entry->pid != pid) continue; if (entry->port_category != port_category) continue; if (port_category == PC_HW && entry->hw_type != hw_type) continue; if (entry->is_snk != is_snk) continue; // found matching entry, look up port name by index for (int j = 0; entry->names[j]; j++) { if (j == port_num) return entry->names[j]; } // port_num out of range for this entry return NULL; } return NULL; } const char *get_device_pair_name( int pid, int port_category, int hw_type, int is_snk, int pair_num ) { for (int i = 0; device_pair_names[i].names; i++) { const struct device_pair_names *entry = &device_pair_names[i]; if (entry->pid != pid) continue; if (entry->port_category != port_category) continue; if (port_category == PC_HW && entry->hw_type != hw_type) continue; if (entry->is_snk != is_snk) continue; // found matching entry, look up pair name by index for (int j = 0; entry->names[j]; j++) { if (j == pair_num) return entry->names[j]; } // pair_num out of range for this entry return NULL; } return NULL; } alsa-scarlett-gui-1.0~beta9/src/device-port-names.h000066400000000000000000000017221521233005100222720ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // Get device-specific default port name // Returns NULL if no device-specific name defined for this port const char *get_device_port_name( int pid, // USB product ID int port_category, // PC_HW, PC_PCM, PC_MIX int hw_type, // for PC_HW: HW_TYPE_ANALOGUE, HW_TYPE_SPDIF, HW_TYPE_ADAT int is_snk, // 0 = source, 1 = sink int port_num // 0-based port number ); // Get device-specific default stereo pair name // Returns NULL if no device-specific name defined for this pair const char *get_device_pair_name( int pid, // USB product ID int port_category, // PC_HW, PC_PCM, PC_MIX int hw_type, // for PC_HW: HW_TYPE_ANALOGUE, HW_TYPE_SPDIF, HW_TYPE_ADAT int is_snk, // 0 = source, 1 = sink int pair_num // 0-based pair number (pair 0 = ports 1-2, pair 1 = ports 3-4, etc.) ); alsa-scarlett-gui-1.0~beta9/src/device-reset-config.c000066400000000000000000000072201521233005100225640ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "device-reset-config.h" #include "fcp-socket.h" #include "optional-state.h" #include "scarlett2.h" #include "scarlett2-ioctls.h" #include "window-modal.h" static gpointer update_progress( struct modal_data *modal_data, char *text, int progress ) { struct progress_data *progress_data = g_new0(struct progress_data, 1); progress_data->modal_data = modal_data; progress_data->text = text; progress_data->progress = progress; g_main_context_invoke(NULL, modal_update_progress, progress_data); return NULL; } // Progress callback for FCP socket static void fcp_progress_callback(int percent, void *user_data) { struct modal_data *modal_data = user_data; update_progress(modal_data, NULL, percent); } // HWDEP (Scarlett2) reset config implementation static gpointer reset_config_hwdep(struct modal_data *modal_data) { snd_hwdep_t *hwdep = NULL; int err = scarlett2_open_card(modal_data->card->device, &hwdep); if (err < 0) { return update_progress( modal_data, g_strdup_printf("Unable to open hwdep interface: %s", snd_strerror(err)), -1 ); } err = scarlett2_erase_config(hwdep); if (err < 0) { scarlett2_close(hwdep); return update_progress( modal_data, g_strdup_printf("Unable to reset configuration: %s", snd_strerror(err)), -1 ); } while (1) { g_usleep(50000); err = scarlett2_get_erase_progress(hwdep); if (err < 0) { scarlett2_close(hwdep); return update_progress( modal_data, g_strdup_printf("Unable to get erase progress: %s", snd_strerror(err)), -1 ); } if (err == 255) break; update_progress(modal_data, NULL, err); } g_main_context_invoke(NULL, modal_start_reboot_progress, modal_data); scarlett2_reboot(hwdep); scarlett2_close(hwdep); return NULL; } // FCP socket reset config implementation static gpointer reset_config_socket(struct modal_data *modal_data) { int err = fcp_socket_reset_config( modal_data->card, fcp_progress_callback, modal_data ); if (err < 0) { return update_progress( modal_data, g_strdup("Unable to reset configuration via FCP socket"), -1 ); } g_main_context_invoke(NULL, modal_start_reboot_progress, modal_data); fcp_socket_reboot_device(modal_data->card); return NULL; } gpointer reset_config_thread(gpointer user_data) { struct modal_data *modal_data = user_data; update_progress(modal_data, g_strdup("Resetting configuration..."), 0); // Remove the application config file for this device optional_state_remove(modal_data->card->serial); if (modal_data->card->driver_type == DRIVER_TYPE_HWDEP) return reset_config_hwdep(modal_data); if (modal_data->card->driver_type == DRIVER_TYPE_SOCKET) return reset_config_socket(modal_data); return update_progress( modal_data, g_strdup("Unsupported driver type for reset configuration"), -1 ); } static void join_thread(gpointer thread) { g_thread_join(thread); } static void reset_config_yes_callback(struct modal_data *modal_data) { GThread *thread = g_thread_new( "reset_config_thread", reset_config_thread, modal_data ); g_object_set_data_full( G_OBJECT(modal_data->button_box), "thread", thread, join_thread ); } void create_reset_config_window(GtkWidget *w, struct alsa_card *card) { create_modal_window( w, card, "Confirm Reset Configuration", "Resetting Configuration", "Are you sure you want to reset the configuration?", reset_config_yes_callback ); } alsa-scarlett-gui-1.0~beta9/src/device-reset-config.h000066400000000000000000000003561521233005100225740ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void create_reset_config_window(GtkWidget *w, struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/device-update-firmware.c000066400000000000000000000301301521233005100232670ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "device-reset-config.h" #include "fcp-shared.h" #include "fcp-socket.h" #include "scarlett2.h" #include "scarlett2-firmware.h" #include "scarlett4-firmware.h" #include "scarlett2-ioctls.h" #include "window-modal.h" static gpointer update_progress( struct modal_data *modal_data, char *text, int progress ) { struct progress_data *progress_data = g_new0(struct progress_data, 1); progress_data->modal_data = modal_data; progress_data->text = text; progress_data->progress = progress; g_main_context_invoke(NULL, modal_update_progress, progress_data); return NULL; } // Progress callback for FCP socket static void fcp_progress_callback(int percent, void *user_data) { struct modal_data *modal_data = user_data; update_progress(modal_data, NULL, percent); } // Find a firmware section by type in a container static struct scarlett4_firmware *find_firmware_section( struct scarlett4_firmware_container *container, enum scarlett4_firmware_type type ) { for (uint32_t i = 0; i < container->num_sections; i++) if (container->sections[i]->type == type) return container->sections[i]; return NULL; } // HWDEP (Scarlett2) firmware update implementation static gpointer update_firmware_hwdep(struct modal_data *modal_data) { struct alsa_card *card = modal_data->card; int err = 0; snd_hwdep_t *hwdep = NULL; struct scarlett2_firmware_file *firmware = NULL; update_progress(modal_data, g_strdup("Checking firmware..."), 0); firmware = scarlett2_get_best_firmware(card->pid); if (!firmware) { return update_progress( modal_data, g_strdup("No update firmware found for device"), -1 ); } if (firmware->header.usb_pid != card->pid) { scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup("Firmware file does not match device"), -1 ); } update_progress(modal_data, g_strdup("Resetting configuration..."), 0); err = scarlett2_open_card(card->device, &hwdep); if (err < 0) { scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup_printf("Unable to open hwdep interface: %s", snd_strerror(err)), -1 ); } err = scarlett2_erase_config(hwdep); if (err < 0) { scarlett2_close(hwdep); scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup_printf("Unable to reset configuration: %s", snd_strerror(err)), -1 ); } while (1) { g_usleep(50000); err = scarlett2_get_erase_progress(hwdep); if (err < 0) { scarlett2_close(hwdep); scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup_printf("Unable to get erase progress: %s", snd_strerror(err)), -1 ); } if (err == 255) break; update_progress(modal_data, NULL, err); } update_progress(modal_data, g_strdup("Erasing flash..."), 0); err = scarlett2_erase_firmware(hwdep); if (err < 0) { scarlett2_close(hwdep); scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup_printf("Unable to erase firmware: %s", snd_strerror(err)), -1 ); } while (1) { g_usleep(50000); err = scarlett2_get_erase_progress(hwdep); if (err < 0) { scarlett2_close(hwdep); scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup_printf("Unable to get erase progress: %s", snd_strerror(err)), -1 ); } if (err == 255) break; update_progress(modal_data, NULL, err); } update_progress(modal_data, g_strdup("Writing firmware..."), 0); size_t offset = 0; size_t len = firmware->header.firmware_length; unsigned char *buf = firmware->firmware_data; while (offset < len) { err = snd_hwdep_write(hwdep, buf + offset, len - offset); if (err < 0) { scarlett2_close(hwdep); scarlett2_free_firmware_file(firmware); return update_progress( modal_data, g_strdup_printf("Unable to write firmware: %s", snd_strerror(err)), -1 ); } offset += err; update_progress(modal_data, NULL, (offset * 100) / len); } g_main_context_invoke(NULL, modal_start_reboot_progress, modal_data); scarlett2_reboot(hwdep); scarlett2_close(hwdep); scarlett2_free_firmware_file(firmware); return NULL; } // Compare two 4-valued firmware versions // Returns: -1 if v1 < v2, 0 if v1 == v2, 1 if v1 > v2 static int version_cmp(const uint32_t *v1, const uint32_t *v2) { for (int i = 0; i < 4; i++) { if (v1[i] < v2[i]) return -1; if (v1[i] > v2[i]) return 1; } return 0; } // FCP socket (Scarlett4) firmware update implementation static gpointer update_firmware_socket(struct modal_data *modal_data) { struct alsa_card *card = modal_data->card; struct scarlett4_firmware_container *container = NULL; struct scarlett4_firmware *leapfrog_fw = NULL; struct scarlett4_firmware *esp_fw = NULL; struct scarlett4_firmware *app_fw = NULL; int sock_fd = -1; int err; update_progress(modal_data, g_strdup("Checking firmware..."), 0); container = scarlett4_get_best_firmware(card->pid); if (!container) { return update_progress( modal_data, g_strdup("No update firmware found for device"), -1 ); } if (container->usb_pid != card->pid) { scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Firmware file does not match device"), -1 ); } // Find firmware sections leapfrog_fw = find_firmware_section(container, SCARLETT4_FIRMWARE_LEAPFROG); esp_fw = find_firmware_section(container, SCARLETT4_FIRMWARE_ESP); app_fw = find_firmware_section(container, SCARLETT4_FIRMWARE_APP); if (!app_fw) { scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("No App firmware found in container"), -1 ); } // Check if ESP needs update int need_esp = 0; if (esp_fw) { if (version_cmp(card->esp_firmware_version, esp_fw->firmware_version) != 0) need_esp = 1; } // Check if Leapfrog is already loaded (device firmware == leapfrog version) int leapfrog_loaded = 0; if (leapfrog_fw) { if (version_cmp(card->firmware_version_4, leapfrog_fw->firmware_version) == 0) leapfrog_loaded = 1; } // If ESP needs update and Leapfrog is NOT loaded, we need to load it first int need_leapfrog = need_esp && leapfrog_fw && !leapfrog_loaded; fprintf(stderr, "FW update: device=%u.%u.%u.%u esp=%u.%u.%u.%u\n", card->firmware_version_4[0], card->firmware_version_4[1], card->firmware_version_4[2], card->firmware_version_4[3], card->esp_firmware_version[0], card->esp_firmware_version[1], card->esp_firmware_version[2], card->esp_firmware_version[3]); if (leapfrog_fw) fprintf(stderr, "FW update: leapfrog=%u.%u.%u.%u\n", leapfrog_fw->firmware_version[0], leapfrog_fw->firmware_version[1], leapfrog_fw->firmware_version[2], leapfrog_fw->firmware_version[3]); if (esp_fw) fprintf(stderr, "FW update: esp_fw=%u.%u.%u.%u\n", esp_fw->firmware_version[0], esp_fw->firmware_version[1], esp_fw->firmware_version[2], esp_fw->firmware_version[3]); if (app_fw) fprintf(stderr, "FW update: app_fw=%u.%u.%u.%u\n", app_fw->firmware_version[0], app_fw->firmware_version[1], app_fw->firmware_version[2], app_fw->firmware_version[3]); fprintf(stderr, "FW update: need_esp=%d leapfrog_loaded=%d need_leapfrog=%d\n", need_esp, leapfrog_loaded, need_leapfrog); // Open connection once for all operations sock_fd = fcp_socket_connect(card); if (sock_fd < 0) { scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Failed to connect to device"), -1 ); } // Step 1: Upload Leapfrog if needed, then reboot and exit // When device comes back running leapfrog, the upgrade prompt will appear // again and we'll detect leapfrog_loaded and continue with ESP + App if (need_leapfrog) { update_progress(modal_data, g_strdup("Erasing app firmware..."), 0); err = fcp_socket_erase_app_firmware_fd(sock_fd, fcp_progress_callback, modal_data); if (err < 0) { close(sock_fd); scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Failed to erase app firmware"), -1 ); } update_progress(modal_data, g_strdup("Uploading leapfrog firmware..."), 0); err = fcp_socket_upload_firmware_fd( sock_fd, FCP_SOCKET_REQUEST_APP_FIRMWARE_UPDATE, leapfrog_fw->firmware_data, leapfrog_fw->firmware_length, leapfrog_fw->usb_vid, leapfrog_fw->usb_pid, leapfrog_fw->sha256, NULL, fcp_progress_callback, modal_data ); if (err < 0) { close(sock_fd); scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Failed to upload leapfrog firmware"), -1 ); } // Reboot - modal will wait for device to come back g_main_context_invoke(NULL, modal_start_reboot_progress, modal_data); fcp_socket_reboot_device_fd(sock_fd); close(sock_fd); scarlett4_free_firmware_container(container); return NULL; } // Step 2: Upload ESP if needed (no reboot after) if (need_esp) { update_progress(modal_data, g_strdup("Uploading ESP firmware..."), 0); err = fcp_socket_upload_firmware_fd( sock_fd, FCP_SOCKET_REQUEST_ESP_FIRMWARE_UPDATE, esp_fw->firmware_data, esp_fw->firmware_length, esp_fw->usb_vid, esp_fw->usb_pid, esp_fw->sha256, esp_fw->md5, fcp_progress_callback, modal_data ); if (err < 0) { close(sock_fd); scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Failed to upload ESP firmware"), -1 ); } } // Step 3: Erase and upload App firmware update_progress(modal_data, g_strdup("Erasing app firmware..."), 0); err = fcp_socket_erase_app_firmware_fd(sock_fd, fcp_progress_callback, modal_data); if (err < 0) { close(sock_fd); scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Failed to erase app firmware"), -1 ); } update_progress(modal_data, g_strdup("Uploading app firmware..."), 0); err = fcp_socket_upload_firmware_fd( sock_fd, FCP_SOCKET_REQUEST_APP_FIRMWARE_UPDATE, app_fw->firmware_data, app_fw->firmware_length, app_fw->usb_vid, app_fw->usb_pid, app_fw->sha256, NULL, fcp_progress_callback, modal_data ); if (err < 0) { close(sock_fd); scarlett4_free_firmware_container(container); return update_progress( modal_data, g_strdup("Failed to upload app firmware"), -1 ); } // Final reboot g_main_context_invoke(NULL, modal_start_reboot_progress, modal_data); fcp_socket_reboot_device_fd(sock_fd); close(sock_fd); scarlett4_free_firmware_container(container); return NULL; } gpointer update_firmware_thread(gpointer user_data) { struct modal_data *modal_data = user_data; struct alsa_card *card = modal_data->card; if (card->driver_type == DRIVER_TYPE_HWDEP) return update_firmware_hwdep(modal_data); if (card->driver_type == DRIVER_TYPE_SOCKET) return update_firmware_socket(modal_data); return update_progress( modal_data, g_strdup("Unsupported driver type for firmware update"), -1 ); } static void join_thread(gpointer thread) { g_thread_join(thread); } static void update_firmware_yes_callback(struct modal_data *modal_data) { GThread *thread = g_thread_new( "update_firmware_thread", update_firmware_thread, modal_data ); g_object_set_data_full( G_OBJECT(modal_data->button_box), "thread", thread, join_thread ); } void create_update_firmware_window( GtkWidget *w, struct alsa_card *card, GtkWidget *parent_label ) { create_modal_window_autostart( w, card, "Updating Firmware", "Updating Firmware", "Please do not disconnect the device while updating.", update_firmware_yes_callback, parent_label ); } alsa-scarlett-gui-1.0~beta9/src/device-update-firmware.h000066400000000000000000000004401521233005100232750ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void create_update_firmware_window( GtkWidget *w, struct alsa_card *card, GtkWidget *parent_label ); alsa-scarlett-gui-1.0~beta9/src/dsp-state.c000066400000000000000000000163011521233005100206460ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "alsa.h" #include "biquad.h" #include "dsp-state.h" #include "optional-state.h" // Scaling factors for storing float values as integers #define FREQ_SCALE 10 // Hz * 10 (1000.5 Hz = 10005) #define Q_SCALE 1000 // Q * 1000 (0.707 = 707) #define GAIN_SCALE 10 // dB * 10 (3.5 dB = 35) // Generate element name for a filter parameter static char *get_filter_elem_name( const char *filter_type, int channel, int stage, const char *param ) { return g_strdup_printf( "Line In %d %s Filter %d %s", channel, filter_type, stage, param ); } // Create a simulated integer element for a DSP parameter static struct alsa_elem *create_dsp_elem( struct alsa_card *card, const char *elem_name, long min_val, long max_val, long default_val, GHashTable *state ) { // check if element already exists struct alsa_elem *elem = get_elem_by_name(card->elems, elem_name); if (elem) return elem; // create simulated integer element elem = alsa_create_optional_elem( card, elem_name, SND_CTL_ELEM_TYPE_INTEGER, 0 ); if (!elem) { fprintf(stderr, "Failed to create DSP element %s\n", elem_name); return NULL; } // set min/max values elem->min_val = min_val; elem->max_val = max_val; // load value from state file const char *value_str = g_hash_table_lookup(state, elem_name); long value = default_val; if (value_str && *value_str) { value = strtol(value_str, NULL, 10); if (value < min_val) value = min_val; if (value > max_val) value = max_val; } elem->value = value; return elem; } // Create a simulated enum element for a DSP parameter static struct alsa_elem *create_dsp_enum_elem( struct alsa_card *card, const char *elem_name, const char **item_names, int item_count, int default_val, GHashTable *state ) { // check if element already exists struct alsa_elem *elem = get_elem_by_name(card->elems, elem_name); if (elem) return elem; // create simulated enum element elem = alsa_create_optional_enum_elem( card, elem_name, item_names, item_count ); if (!elem) { fprintf(stderr, "Failed to create DSP element %s\n", elem_name); return NULL; } // load value from state file (by name) const char *value_str = g_hash_table_lookup(state, elem_name); int value = default_val; if (value_str && *value_str) { // look up by name for (int i = 0; i < item_count; i++) { if (strcmp(item_names[i], value_str) == 0) { value = i; break; } } } elem->value = value; return elem; } // Create all filter parameter elements for one filter stage static void create_filter_stage_elems( struct alsa_card *card, const char *filter_type, int channel, int stage, BiquadFilterType default_type, GHashTable *state ) { char *name; // Enable (boolean stored as 0/1) name = get_filter_elem_name(filter_type, channel, stage, "Enable"); create_dsp_elem(card, name, 0, 1, 1, state); g_free(name); // Type (BiquadFilterType enum) name = get_filter_elem_name(filter_type, channel, stage, "Type"); create_dsp_enum_elem( card, name, biquad_get_type_names(), BIQUAD_TYPE_COUNT, default_type, state ); g_free(name); // Freq (Hz * FREQ_SCALE, 20-20000 Hz) name = get_filter_elem_name(filter_type, channel, stage, "Freq"); create_dsp_elem( card, name, 20 * FREQ_SCALE, 20000 * FREQ_SCALE, 1000 * FREQ_SCALE, state ); g_free(name); // Q (Q * Q_SCALE, 0.1-10) name = get_filter_elem_name(filter_type, channel, stage, "Q"); create_dsp_elem( card, name, (long)(0.1 * Q_SCALE), 10 * Q_SCALE, (long)(0.707 * Q_SCALE), state ); g_free(name); // Gain (dB * GAIN_SCALE) name = get_filter_elem_name(filter_type, channel, stage, "Gain"); create_dsp_elem( card, name, (long)(-GAIN_DB_LIMIT * GAIN_SCALE), (long)(GAIN_DB_LIMIT * GAIN_SCALE), 0, state ); g_free(name); } // Initialise DSP filter state elements for a card void dsp_state_init(struct alsa_card *card) { if (!card->serial || !*card->serial) return; // check if card has DSP controls by looking for a DSP element char *test_name = g_strdup_printf("Line In 1 DSP Capture Switch"); struct alsa_elem *test_elem = get_elem_by_name(card->elems, test_name); g_free(test_name); if (!test_elem) return; // load existing state from [controls] section GHashTable *state = optional_state_load(card, CONFIG_SECTION_CONTROLS); if (!state) { state = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); } // create elements for each channel for (int channel = 1; channel <= 2; channel++) { // check if this channel has DSP char *dsp_name = g_strdup_printf("Line In %d DSP Capture Switch", channel); struct alsa_elem *dsp_elem = get_elem_by_name(card->elems, dsp_name); g_free(dsp_name); if (!dsp_elem) continue; // Pre-Comp stages (2 stages, default to highpass) for (int stage = 1; stage <= 2; stage++) { create_filter_stage_elems( card, "Pre-Comp", channel, stage, BIQUAD_TYPE_HIGHPASS, state ); } // PEQ bands (3 bands, default to peaking) for (int stage = 1; stage <= 3; stage++) { create_filter_stage_elems( card, "PEQ", channel, stage, BIQUAD_TYPE_PEAKING, state ); } } g_hash_table_destroy(state); } // Helper to get a filter parameter element static struct alsa_elem *get_filter_param_elem( struct alsa_card *card, const char *filter_type, int channel, int stage, const char *param ) { char *name = get_filter_elem_name(filter_type, channel, stage, param); struct alsa_elem *elem = get_elem_by_name(card->elems, name); g_free(name); return elem; } struct alsa_elem *dsp_state_get_enable_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ) { return get_filter_param_elem(card, filter_type, channel, stage, "Enable"); } struct alsa_elem *dsp_state_get_type_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ) { return get_filter_param_elem(card, filter_type, channel, stage, "Type"); } struct alsa_elem *dsp_state_get_freq_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ) { return get_filter_param_elem(card, filter_type, channel, stage, "Freq"); } struct alsa_elem *dsp_state_get_q_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ) { return get_filter_param_elem(card, filter_type, channel, stage, "Q"); } struct alsa_elem *dsp_state_get_gain_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ) { return get_filter_param_elem(card, filter_type, channel, stage, "Gain"); } alsa-scarlett-gui-1.0~beta9/src/dsp-state.h000066400000000000000000000026161521233005100206570ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" #include "biquad.h" // Initialise DSP filter state elements for all filter stages // - Creates simulated ALSA elements for filter parameters // - Loads values from state file // Must be called after alsa_get_routing_controls() void dsp_state_init(struct alsa_card *card); // Get the simulated element for a filter parameter // filter_type is "Pre-Comp" or "PEQ" // channel is 1 or 2 (Line In channel) // stage is 1-based stage/band number // Returns NULL if not available struct alsa_elem *dsp_state_get_enable_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ); struct alsa_elem *dsp_state_get_type_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ); struct alsa_elem *dsp_state_get_freq_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ); struct alsa_elem *dsp_state_get_q_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ); struct alsa_elem *dsp_state_get_gain_elem( struct alsa_card *card, const char *filter_type, int channel, int stage ); alsa-scarlett-gui-1.0~beta9/src/error.c000066400000000000000000000005341521233005100200740ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "error.h" void show_error(GtkWindow *w, char *s) { if (!w) { printf("%s\n", s); return; } GtkAlertDialog *dialog = gtk_alert_dialog_new("%s", s); gtk_alert_dialog_show(dialog, w); g_object_unref(dialog); } alsa-scarlett-gui-1.0~beta9/src/error.h000066400000000000000000000002751521233005100201030ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include void show_error(GtkWindow *w, char *s); alsa-scarlett-gui-1.0~beta9/src/fcp-shared.c000066400000000000000000000007411521233005100207570ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later // Error messages const char *fcp_socket_error_messages[] = { "Success", "Invalid magic", "Invalid command", "Invalid length", "Invalid hash", "Firmware PID does not match USB PID", "Configuration error (check fcp-server log)", "FCP communication error", "Timeout", "Read error", "Write error", "Not running leapfrog firmware", "Invalid state" }; alsa-scarlett-gui-1.0~beta9/src/fcp-shared.h000066400000000000000000000040411521233005100207610ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include // Error codes #define FCP_SOCKET_ERR_INVALID_MAGIC 1 #define FCP_SOCKET_ERR_INVALID_COMMAND 2 #define FCP_SOCKET_ERR_INVALID_LENGTH 3 #define FCP_SOCKET_ERR_INVALID_HASH 4 #define FCP_SOCKET_ERR_INVALID_USB_ID 5 #define FCP_SOCKET_ERR_CONFIG 6 #define FCP_SOCKET_ERR_FCP 7 #define FCP_SOCKET_ERR_TIMEOUT 8 #define FCP_SOCKET_ERR_READ 9 #define FCP_SOCKET_ERR_WRITE 10 #define FCP_SOCKET_ERR_NOT_LEAPFROG 11 #define FCP_SOCKET_ERR_INVALID_STATE 12 #define FCP_SOCKET_ERR_MAX 12 // Protocol constants #define FCP_SOCKET_PROTOCOL_VERSION 1 #define FCP_SOCKET_MAGIC_REQUEST 0x53 #define FCP_SOCKET_MAGIC_RESPONSE 0x73 // Maximum payload length (2MB) #define MAX_PAYLOAD_LENGTH 2 * 1024 * 1024 // Request types #define FCP_SOCKET_REQUEST_REBOOT 0x0001 #define FCP_SOCKET_REQUEST_CONFIG_ERASE 0x0002 #define FCP_SOCKET_REQUEST_APP_FIRMWARE_ERASE 0x0003 #define FCP_SOCKET_REQUEST_APP_FIRMWARE_UPDATE 0x0004 #define FCP_SOCKET_REQUEST_ESP_FIRMWARE_UPDATE 0x0005 // Response types #define FCP_SOCKET_RESPONSE_VERSION 0x00 #define FCP_SOCKET_RESPONSE_SUCCESS 0x01 #define FCP_SOCKET_RESPONSE_ERROR 0x02 #define FCP_SOCKET_RESPONSE_PROGRESS 0x03 extern const char *fcp_socket_error_messages[]; // Message structures #pragma pack(push, 1) struct fcp_socket_msg_header { uint8_t magic; uint8_t msg_type; uint32_t payload_length; }; struct firmware_payload { uint32_t size; uint16_t usb_vid; uint16_t usb_pid; uint8_t sha256[32]; uint8_t md5[16]; uint8_t data[]; }; struct version_msg { struct fcp_socket_msg_header header; uint8_t version; }; struct progress_msg { struct fcp_socket_msg_header header; uint8_t percent; }; struct error_msg { struct fcp_socket_msg_header header; int16_t error_code; }; #pragma pack(pop) alsa-scarlett-gui-1.0~beta9/src/fcp-socket.c000066400000000000000000000273461521233005100210130ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include #include "fcp-shared.h" #include "fcp-socket.h" #include "error.h" // Connect to the FCP socket server for the given card int fcp_socket_connect(struct alsa_card *card) { if (!card || !card->fcp_socket) { fprintf(stderr, "FCP socket path is not available"); return -1; } int sock_fd = socket(AF_UNIX, SOCK_STREAM, 0); if (sock_fd < 0) { fprintf(stderr, "Cannot create socket: %s", strerror(errno)); return -1; } struct sockaddr_un addr = { .sun_family = AF_UNIX }; strncpy(addr.sun_path, card->fcp_socket, sizeof(addr.sun_path) - 1); if (connect(sock_fd, (struct sockaddr*)&addr, sizeof(addr)) < 0) { fprintf(stderr, "Cannot connect to server at %s: %s", addr.sun_path, strerror(errno)); close(sock_fd); return -1; } return sock_fd; } // Send a simple command with no payload to the server int fcp_socket_send_command(int sock_fd, uint8_t command) { struct fcp_socket_msg_header header = { .magic = FCP_SOCKET_MAGIC_REQUEST, .msg_type = command, .payload_length = 0 }; if (write(sock_fd, &header, sizeof(header)) != sizeof(header)) { fprintf(stderr, "Error sending command: %s", strerror(errno)); return -1; } return 0; } // Handle server responses from a command int fcp_socket_handle_response(int sock_fd, bool show_progress) { struct fcp_socket_msg_header header; ssize_t bytes_read; // Read response header bytes_read = read(sock_fd, &header, sizeof(header)); if (bytes_read != sizeof(header)) { if (bytes_read == 0) { // Server closed the connection return 0; } fprintf(stderr, "Error reading response header: %s", strerror(errno)); return -1; } // Verify the magic value if (header.magic != FCP_SOCKET_MAGIC_RESPONSE) { fprintf(stderr, "Invalid response magic: 0x%02x", header.magic); return -1; } // Handle different response types switch (header.msg_type) { case FCP_SOCKET_RESPONSE_VERSION: { // Protocol version response uint8_t version; bytes_read = read(sock_fd, &version, sizeof(version)); if (bytes_read != sizeof(version)) { fprintf(stderr, "Error reading version: %s", strerror(errno)); return -1; } // Protocol version mismatch? if (version != FCP_SOCKET_PROTOCOL_VERSION) { fprintf(stderr, "Protocol version mismatch: expected %d, got %d", FCP_SOCKET_PROTOCOL_VERSION, version); return -1; } break; } case FCP_SOCKET_RESPONSE_SUCCESS: // Command completed successfully return 0; case FCP_SOCKET_RESPONSE_ERROR: { // Error response int16_t error_code; bytes_read = read(sock_fd, &error_code, sizeof(error_code)); if (bytes_read != sizeof(error_code)) { fprintf(stderr, "Error reading error code: %s", strerror(errno)); return -1; } if (error_code > 0 && error_code <= FCP_SOCKET_ERR_MAX) { fprintf(stderr, "Server error: %s", fcp_socket_error_messages[error_code]); } else { fprintf(stderr, "Unknown server error code: %d", error_code); } return -1; } case FCP_SOCKET_RESPONSE_PROGRESS: { // Progress update if (show_progress) { uint8_t percent; bytes_read = read(sock_fd, &percent, sizeof(percent)); if (bytes_read != sizeof(percent)) { fprintf(stderr, "Error reading progress: %s", strerror(errno)); return -1; } fprintf(stderr, "\rProgress: %d%%", percent); if (percent == 100) fprintf(stderr, "\n"); } else { // Skip the progress byte uint8_t dummy; if (read(sock_fd, &dummy, sizeof(dummy)) < 0) { fprintf(stderr, "Error reading progress: %s", strerror(errno)); return -1; } } // Continue reading responses return fcp_socket_handle_response(sock_fd, show_progress); } default: fprintf(stderr, "Unknown response type: 0x%02x", header.msg_type); return -1; } return 0; } // Wait for server to disconnect (used after reboot command) int fcp_socket_wait_for_disconnect(int sock_fd) { fd_set rfds; struct timeval tv, start_time, now; char buf[1]; const int TIMEOUT_SECS = 2; gettimeofday(&start_time, NULL); while (1) { FD_ZERO(&rfds); FD_SET(sock_fd, &rfds); gettimeofday(&now, NULL); int elapsed = now.tv_sec - start_time.tv_sec; if (elapsed >= TIMEOUT_SECS) { fprintf(stderr, "Timeout waiting for server disconnect\n"); return -1; } tv.tv_sec = TIMEOUT_SECS - elapsed; tv.tv_usec = 0; int ret = select(sock_fd + 1, &rfds, NULL, NULL, &tv); if (ret < 0) { if (errno == EINTR) continue; fprintf(stderr, "Select error: %s\n", strerror(errno)); return -1; } if (ret > 0) { // Try to read one byte ssize_t n = read(sock_fd, buf, 1); if (n < 0) { if (errno == EINTR || errno == EAGAIN) continue; fprintf(stderr, "Read error: %s\n", strerror(errno)); return -1; } if (n == 0) { // EOF received - server has disconnected return 0; } // Ignore any data received, just keep waiting for EOF } } } // Reboot a device on an existing socket connection int fcp_socket_reboot_device_fd(int sock_fd) { // Send reboot command and wait for server to disconnect if (fcp_socket_send_command(sock_fd, FCP_SOCKET_REQUEST_REBOOT) < 0) return -1; return fcp_socket_wait_for_disconnect(sock_fd); } // Reboot a device using the FCP socket interface int fcp_socket_reboot_device(struct alsa_card *card) { int sock_fd = fcp_socket_connect(card); if (sock_fd < 0) return -1; int ret = fcp_socket_reboot_device_fd(sock_fd); close(sock_fd); return ret; } // Handle server responses with progress callback static int handle_response_with_progress( int sock_fd, void (*progress_callback)(int percent, void *user_data), void *user_data ) { struct fcp_socket_msg_header header; ssize_t bytes_read; while (1) { bytes_read = read(sock_fd, &header, sizeof(header)); if (bytes_read != sizeof(header)) { if (bytes_read == 0) return 0; fprintf(stderr, "Error reading response header: %s", strerror(errno)); return -1; } if (header.magic != FCP_SOCKET_MAGIC_RESPONSE) { fprintf(stderr, "Invalid response magic: 0x%02x", header.magic); return -1; } switch (header.msg_type) { case FCP_SOCKET_RESPONSE_VERSION: { uint8_t version; bytes_read = read(sock_fd, &version, sizeof(version)); if (bytes_read != sizeof(version)) { fprintf(stderr, "Error reading version: %s", strerror(errno)); return -1; } if (version != FCP_SOCKET_PROTOCOL_VERSION) { fprintf(stderr, "Protocol version mismatch: expected %d, got %d", FCP_SOCKET_PROTOCOL_VERSION, version); return -1; } break; } case FCP_SOCKET_RESPONSE_SUCCESS: return 0; case FCP_SOCKET_RESPONSE_ERROR: { int16_t error_code; bytes_read = read(sock_fd, &error_code, sizeof(error_code)); if (bytes_read != sizeof(error_code)) { fprintf(stderr, "Error reading error code: %s", strerror(errno)); return -1; } if (error_code > 0 && error_code <= FCP_SOCKET_ERR_MAX) fprintf(stderr, "Server error: %s", fcp_socket_error_messages[error_code]); else fprintf(stderr, "Unknown server error code: %d", error_code); return -1; } case FCP_SOCKET_RESPONSE_PROGRESS: { uint8_t percent; bytes_read = read(sock_fd, &percent, sizeof(percent)); if (bytes_read != sizeof(percent)) { fprintf(stderr, "Error reading progress: %s", strerror(errno)); return -1; } if (progress_callback) progress_callback(percent, user_data); break; } default: fprintf(stderr, "Unknown response type: 0x%02x", header.msg_type); return -1; } } } // Reset config using FCP socket, with progress callback int fcp_socket_reset_config( struct alsa_card *card, void (*progress_callback)(int percent, void *user_data), void *user_data ) { int sock_fd, ret = -1; sock_fd = fcp_socket_connect(card); if (sock_fd < 0) return -1; if (fcp_socket_send_command(sock_fd, FCP_SOCKET_REQUEST_CONFIG_ERASE) == 0) ret = handle_response_with_progress(sock_fd, progress_callback, user_data); close(sock_fd); return ret; } // Erase app firmware on an existing socket connection int fcp_socket_erase_app_firmware_fd( int sock_fd, void (*progress_callback)(int percent, void *user_data), void *user_data ) { if (fcp_socket_send_command(sock_fd, FCP_SOCKET_REQUEST_APP_FIRMWARE_ERASE) < 0) return -1; return handle_response_with_progress(sock_fd, progress_callback, user_data); } // Erase app firmware using FCP socket, with progress callback int fcp_socket_erase_app_firmware( struct alsa_card *card, void (*progress_callback)(int percent, void *user_data), void *user_data ) { int sock_fd = fcp_socket_connect(card); if (sock_fd < 0) return -1; int ret = fcp_socket_erase_app_firmware_fd(sock_fd, progress_callback, user_data); close(sock_fd); return ret; } // Upload firmware on an existing socket connection int fcp_socket_upload_firmware_fd( int sock_fd, uint8_t command, const uint8_t *firmware_data, uint32_t firmware_size, uint16_t usb_vid, uint16_t usb_pid, const uint8_t *sha256, const uint8_t *md5, void (*progress_callback)(int percent, void *user_data), void *user_data ) { // Build and send header // Payload = firmware_payload header (56 bytes) + firmware data struct fcp_socket_msg_header header = { .magic = FCP_SOCKET_MAGIC_REQUEST, .msg_type = command, .payload_length = sizeof(struct firmware_payload) + firmware_size }; if (write(sock_fd, &header, sizeof(header)) != sizeof(header)) { fprintf(stderr, "Error sending header: %s", strerror(errno)); return -1; } // Build and send firmware payload header struct firmware_payload payload = { .size = firmware_size, .usb_vid = usb_vid, .usb_pid = usb_pid }; memcpy(payload.sha256, sha256, 32); if (md5) memcpy(payload.md5, md5, 16); if (write(sock_fd, &payload, sizeof(payload)) != sizeof(payload)) { fprintf(stderr, "Error sending payload header: %s", strerror(errno)); return -1; } // Send firmware data ssize_t written = write(sock_fd, firmware_data, firmware_size); if (written != firmware_size) { fprintf(stderr, "Error sending firmware data: %s", strerror(errno)); return -1; } // Handle server responses return handle_response_with_progress(sock_fd, progress_callback, user_data); } // Upload firmware using FCP socket, with progress callback int fcp_socket_upload_firmware( struct alsa_card *card, uint8_t command, const uint8_t *firmware_data, uint32_t firmware_size, uint16_t usb_vid, uint16_t usb_pid, const uint8_t *sha256, const uint8_t *md5, void (*progress_callback)(int percent, void *user_data), void *user_data ) { int sock_fd = fcp_socket_connect(card); if (sock_fd < 0) return -1; int ret = fcp_socket_upload_firmware_fd( sock_fd, command, firmware_data, firmware_size, usb_vid, usb_pid, sha256, md5, progress_callback, user_data ); close(sock_fd); return ret; } alsa-scarlett-gui-1.0~beta9/src/fcp-socket.h000066400000000000000000000051301521233005100210030ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // Connect to the FCP socket server for the given card // Returns socket file descriptor on success, -1 on error int fcp_socket_connect(struct alsa_card *card); // Send a simple command with no payload to the server // Returns 0 on success, -1 on error int fcp_socket_send_command(int sock_fd, uint8_t command); // Handle server responses from a command // Returns 0 on success, -1 on error int fcp_socket_handle_response(int sock_fd, bool show_progress); // Wait for server to disconnect (used after reboot command) // Returns 0 if disconnected, -1 on timeout or error int fcp_socket_wait_for_disconnect(int sock_fd); // Reboot a device using the FCP socket interface // Returns 0 on success, -1 on error int fcp_socket_reboot_device(struct alsa_card *card); // Reboot a device on an existing socket connection int fcp_socket_reboot_device_fd(int sock_fd); // Reset config using FCP socket, with progress callback // Returns 0 on success, -1 on error int fcp_socket_reset_config( struct alsa_card *card, void (*progress_callback)(int percent, void *user_data), void *user_data ); // Erase app firmware using FCP socket, with progress callback // Returns 0 on success, -1 on error int fcp_socket_erase_app_firmware( struct alsa_card *card, void (*progress_callback)(int percent, void *user_data), void *user_data ); // Erase app firmware on an existing socket connection int fcp_socket_erase_app_firmware_fd( int sock_fd, void (*progress_callback)(int percent, void *user_data), void *user_data ); // Upload firmware using FCP socket, with progress callback // command should be FCP_SOCKET_REQUEST_APP_FIRMWARE_UPDATE or // FCP_SOCKET_REQUEST_ESP_FIRMWARE_UPDATE // Returns 0 on success, -1 on error int fcp_socket_upload_firmware( struct alsa_card *card, uint8_t command, const uint8_t *firmware_data, uint32_t firmware_size, uint16_t usb_vid, uint16_t usb_pid, const uint8_t *sha256, const uint8_t *md5, void (*progress_callback)(int percent, void *user_data), void *user_data ); // Upload firmware on an existing socket connection int fcp_socket_upload_firmware_fd( int sock_fd, uint8_t command, const uint8_t *firmware_data, uint32_t firmware_size, uint16_t usb_vid, uint16_t usb_pid, const uint8_t *sha256, const uint8_t *md5, void (*progress_callback)(int percent, void *user_data), void *user_data ); alsa-scarlett-gui-1.0~beta9/src/file.c000066400000000000000000000324341521233005100176660ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "alsa.h" #include "alsa-sim.h" #include "error.h" #include "file.h" #include "optional-state.h" #include "stringhelper.h" static void run_alsactl( struct alsa_card *card, char *cmd, char *fn ) { GtkWindow *w = GTK_WINDOW(card->window_main); gchar *alsactl_path = g_find_program_in_path("alsactl"); if (!alsactl_path) alsactl_path = g_strdup("/usr/sbin/alsactl"); gchar *argv[] = { alsactl_path, cmd, card->device, "-I", "-f", fn, NULL }; gchar *stdout; gchar *stderr; gint exit_status; GError *error = NULL; gboolean result = g_spawn_sync( NULL, argv, NULL, G_SPAWN_SEARCH_PATH, NULL, NULL, &stdout, &stderr, &exit_status, &error ); if (result && WIFEXITED(exit_status) && WEXITSTATUS(exit_status) == 0) goto done; char *error_message = result ? g_strdup_printf("%s\n%s", stdout, stderr) : g_strdup_printf("%s", error->message); char *msg = g_strdup_printf( "Error running “alsactl %s %s -f %s”: %s", cmd, card->device, fn, error_message ); show_error(w, msg); g_free(msg); g_free(error_message); done: g_free(alsactl_path); g_free(stdout); g_free(stderr); if (error) g_error_free(error); } // Convert element value to string for saving static char *elem_value_to_string(struct alsa_elem *elem) { int type = elem->type; if (type == SND_CTL_ELEM_TYPE_BOOLEAN) { return g_strdup(alsa_get_elem_value(elem) ? "true" : "false"); } else if (type == SND_CTL_ELEM_TYPE_ENUMERATED) { long value = alsa_get_elem_value(elem); char *item_name = alsa_get_item_name(elem, value); return g_strdup(item_name ? item_name : ""); } else if (type == SND_CTL_ELEM_TYPE_INTEGER) { int count = elem->count; // single value if (count <= 1) return g_strdup_printf("%ld", alsa_get_elem_value(elem)); // multi-valued: get all values and format as comma-separated long *values = alsa_get_elem_int_values(elem); GString *str = g_string_new(NULL); for (int i = 0; i < count; i++) { if (i > 0) g_string_append_c(str, ','); g_string_append_printf(str, "%ld", values[i]); } free(values); return g_string_free(str, FALSE); } else if (type == SND_CTL_ELEM_TYPE_BYTES) { // bytes type used for custom names - treat as string size_t size; const void *data = alsa_get_elem_bytes(elem, &size); if (!data || size == 0) return g_strdup(""); // find actual string length (may be null-terminated before size) size_t len = strnlen(data, size); return g_strndup(data, len); } return NULL; } // Check if element should be saved (skip volatile/read-only elements) static int should_save_elem(struct alsa_elem *elem) { // skip volatile elements like level meters if (alsa_get_elem_volatile(elem)) return 0; // skip non-writable elements (read-only status values) if (!alsa_get_elem_writable(elem)) return 0; return 1; } // Save card configuration to native format int save_native(struct alsa_card *card, const char *path) { GKeyFile *key_file = g_key_file_new(); GError *error = NULL; // add device section if (card->serial && *card->serial) g_key_file_set_string( key_file, CONFIG_SECTION_DEVICE, "serial", card->serial ); if (card->name) g_key_file_set_string( key_file, CONFIG_SECTION_DEVICE, "model", card->name ); // add controls section for (guint i = 0; i < card->elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(card->elems, i); if (!should_save_elem(elem)) continue; char *value_str = elem_value_to_string(elem); if (!value_str) continue; g_key_file_set_string( key_file, CONFIG_SECTION_CONTROLS, elem->name, value_str ); g_free(value_str); } // save to file int ret = 0; if (!g_key_file_save_to_file(key_file, path, &error)) { ret = -1; if (error) g_error_free(error); } g_key_file_free(key_file); return ret; } // Convert string value back to element value (single value) static int string_to_elem_value( struct alsa_elem *elem, const char *str, long *value ) { int type = elem->type; if (type == SND_CTL_ELEM_TYPE_BOOLEAN) { if (strcmp(str, "true") == 0 || strcmp(str, "1") == 0) *value = 1; else *value = 0; return 0; } else if (type == SND_CTL_ELEM_TYPE_ENUMERATED) { // find the enum item by name int count = alsa_get_item_count(elem); for (int i = 0; i < count; i++) { char *item_name = alsa_get_item_name(elem, i); if (item_name && strcmp(item_name, str) == 0) { *value = i; return 0; } } // not found - try parsing as integer char *end; long v = strtol(str, &end, 10); if (end != str && *end == '\0') { *value = v; return 0; } return -1; } else if (type == SND_CTL_ELEM_TYPE_INTEGER) { char *end; long v = strtol(str, &end, 10); if (end != str && (*end == '\0' || *end == ',')) { *value = v; return 0; } return -1; } return -1; } // Set element value from string, handling multi-valued elements static void set_elem_from_string(struct alsa_elem *elem, const char *str) { int type = elem->type; // for multi-valued integers, parse comma-separated values if (type == SND_CTL_ELEM_TYPE_INTEGER && elem->count > 1) { long *values = calloc(elem->count, sizeof(long)); const char *p = str; int i = 0; while (*p && i < elem->count) { char *end; values[i] = strtol(p, &end, 10); if (end == p) break; i++; p = end; if (*p == ',') p++; } if (i > 0) { alsa_set_elem_int_values(elem, values, i); alsa_elem_change(elem); } free(values); return; } // bytes type for custom names if (type == SND_CTL_ELEM_TYPE_BYTES) { size_t len = strlen(str); alsa_set_elem_bytes(elem, str, len); // alsa_set_elem_bytes already schedules callback for simulated elements return; } // single value long value; if (string_to_elem_value(elem, str, &value) == 0) { alsa_set_elem_value(elem, value); // explicitly trigger callback to update UI immediately alsa_elem_change(elem); } } // Load card configuration from native format int load_native(struct alsa_card *card, const char *path) { GKeyFile *key_file = g_key_file_new(); GError *error = NULL; if (!g_key_file_load_from_file(key_file, path, G_KEY_FILE_NONE, &error)) { g_key_file_free(key_file); if (error) g_error_free(error); return -1; } // get all keys from controls section gsize num_keys; gchar **keys = g_key_file_get_keys( key_file, CONFIG_SECTION_CONTROLS, &num_keys, NULL ); if (!keys) { g_key_file_free(key_file); return 0; } // two passes: some elements may be read-only until other controls // (like enable switches) are set first for (int pass = 0; pass < 2; pass++) { // for each key, find the matching element and set its value for (gsize i = 0; i < num_keys; i++) { gchar *value = g_key_file_get_string( key_file, CONFIG_SECTION_CONTROLS, keys[i], NULL ); if (!value) continue; // find element by name struct alsa_elem *elem = get_elem_by_name(card->elems, keys[i]); if (!elem) { g_free(value); continue; } // skip non-writable elements (may become writable on second pass) if (!alsa_get_elem_writable(elem)) { g_free(value); continue; } // convert string to value and set set_elem_from_string(elem, value); g_free(value); } } g_strfreev(keys); g_key_file_free(key_file); return 0; } // Create filter list for file dialogs static GListModel *create_file_filters(void) { GListStore *filters = g_list_store_new(GTK_TYPE_FILE_FILTER); GtkFileFilter *conf_filter = gtk_file_filter_new(); gtk_file_filter_set_name(conf_filter, "alsa-scarlett-gui config (.conf)"); gtk_file_filter_add_pattern(conf_filter, "*.conf"); g_list_store_append(filters, conf_filter); g_object_unref(conf_filter); GtkFileFilter *state_filter = gtk_file_filter_new(); gtk_file_filter_set_name(state_filter, "alsactl state file (.state)"); gtk_file_filter_add_pattern(state_filter, "*.state"); g_list_store_append(filters, state_filter); g_object_unref(state_filter); return G_LIST_MODEL(filters); } // Create filter list for simulation file dialog (state files only) static GListModel *create_state_filter(void) { GListStore *filters = g_list_store_new(GTK_TYPE_FILE_FILTER); GtkFileFilter *filter = gtk_file_filter_new(); gtk_file_filter_set_name(filter, "alsactl state file (.state)"); gtk_file_filter_add_pattern(filter, "*.state"); g_list_store_append(filters, filter); g_object_unref(filter); return G_LIST_MODEL(filters); } // Callback for load file dialog completion static void load_dialog_complete( GObject *source, GAsyncResult *result, gpointer data ) { struct alsa_card *card = data; GtkWindow *w = GTK_WINDOW(card->window_main); GtkFileDialog *dialog = GTK_FILE_DIALOG(source); GError *error = NULL; GFile *file = gtk_file_dialog_open_finish(dialog, result, &error); if (!file) { if (error && !g_error_matches(error, GTK_DIALOG_ERROR, GTK_DIALOG_ERROR_DISMISSED)) show_error(w, error->message); g_clear_error(&error); return; } char *fn = g_file_get_path(file); // determine format from extension if (string_ends_with(fn, ".conf")) { if (load_native(card, fn) < 0) { char *msg = g_strdup_printf("Error loading from %s", fn); show_error(w, msg); g_free(msg); } } else { run_alsactl(card, "restore", fn); } g_free(fn); g_object_unref(file); } void activate_load( GSimpleAction *action, GVariant *parameter, gpointer data ) { struct alsa_card *card = data; GtkFileDialog *dialog = gtk_file_dialog_new(); gtk_file_dialog_set_title(dialog, "Load Configuration"); GListModel *filters = create_file_filters(); gtk_file_dialog_set_filters(dialog, filters); g_object_unref(filters); gtk_file_dialog_open( dialog, GTK_WINDOW(card->window_main), NULL, load_dialog_complete, card ); g_object_unref(dialog); } // Callback for save file dialog completion static void save_dialog_complete( GObject *source, GAsyncResult *result, gpointer data ) { struct alsa_card *card = data; GtkWindow *w = GTK_WINDOW(card->window_main); GtkFileDialog *dialog = GTK_FILE_DIALOG(source); GError *error = NULL; GFile *file = gtk_file_dialog_save_finish(dialog, result, &error); if (!file) { if (error && !g_error_matches(error, GTK_DIALOG_ERROR, GTK_DIALOG_ERROR_DISMISSED)) show_error(w, error->message); g_clear_error(&error); return; } char *fn = g_file_get_path(file); // determine format from extension int use_native = string_ends_with(fn, ".conf"); int use_state = string_ends_with(fn, ".state"); // if no recognized extension, default to .conf and append it char *fn_with_ext; if (!use_native && !use_state) { fn_with_ext = g_strdup_printf("%s.conf", fn); use_native = 1; } else { fn_with_ext = g_strdup(fn); } if (use_native) { if (save_native(card, fn_with_ext) < 0) { char *msg = g_strdup_printf("Error saving to %s", fn_with_ext); show_error(w, msg); g_free(msg); } } else { run_alsactl(card, "store", fn_with_ext); } g_free(fn); g_free(fn_with_ext); g_object_unref(file); } void activate_save( GSimpleAction *action, GVariant *parameter, gpointer data ) { struct alsa_card *card = data; GtkFileDialog *dialog = gtk_file_dialog_new(); gtk_file_dialog_set_title(dialog, "Save Configuration"); GListModel *filters = create_file_filters(); gtk_file_dialog_set_filters(dialog, filters); g_object_unref(filters); gtk_file_dialog_save( dialog, GTK_WINDOW(card->window_main), NULL, save_dialog_complete, card ); g_object_unref(dialog); } // Callback for simulation file dialog completion static void sim_dialog_complete( GObject *source, GAsyncResult *result, gpointer data ) { GtkWindow *w = data; GtkFileDialog *dialog = GTK_FILE_DIALOG(source); GError *error = NULL; GFile *file = gtk_file_dialog_open_finish(dialog, result, &error); if (!file) { if (error && !g_error_matches(error, GTK_DIALOG_ERROR, GTK_DIALOG_ERROR_DISMISSED)) show_error(w, error->message); g_clear_error(&error); return; } char *fn = g_file_get_path(file); create_sim_from_file(w, fn); g_free(fn); g_object_unref(file); } void activate_sim( GSimpleAction *action, GVariant *parameter, gpointer data ) { GtkWidget *w = data; GtkFileDialog *dialog = gtk_file_dialog_new(); gtk_file_dialog_set_title( dialog, "Load Configuration File for Interface Simulation" ); GListModel *filters = create_state_filter(); gtk_file_dialog_set_filters(dialog, filters); g_object_unref(filters); gtk_file_dialog_open( dialog, GTK_WINDOW(w), NULL, sim_dialog_complete, w ); g_object_unref(dialog); } alsa-scarlett-gui-1.0~beta9/src/file.h000066400000000000000000000013051521233005100176640ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // load/save configuration in native format (used by file dialogs and presets) int load_native(struct alsa_card *card, const char *path); int save_native(struct alsa_card *card, const char *path); // load/save configuration (supports both alsactl .state and native .conf) void activate_load(GSimpleAction *action, GVariant *parameter, gpointer data); void activate_save(GSimpleAction *action, GVariant *parameter, gpointer data); // simulation from .state file void activate_sim(GSimpleAction *action, GVariant *parameter, gpointer data); alsa-scarlett-gui-1.0~beta9/src/glow.c000066400000000000000000000124301521233005100177110ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "glow.h" // calculate glow intensity (0 to 1) from dB level, with curve applied double get_glow_intensity(double level_db) { if (level_db < GLOW_MIN_DB) return 0.0; double intensity = (level_db - GLOW_MIN_DB) / (GLOW_MAX_DB - GLOW_MIN_DB); if (intensity > 1.0) intensity = 1.0; // apply curve so glow ramps up more gradually return intensity * intensity; } // calculate glow layer width and alpha for a given layer and intensity void get_glow_layer_params( int layer, double intensity, double *width, double *alpha ) { double layer_frac = (double)layer / (GLOW_LAYERS - 1); // width: minimum of 4 pixels, scaling up to GLOW_MAX_WIDTH // (routing line is 2 pixels, so glow must be > 2 to be visible) *width = 4.0 + (GLOW_MAX_WIDTH - 4.0) * intensity * (0.3 + 0.7 * layer_frac); // alpha: minimum of 0.08, scaling up with intensity *alpha = 0.08 + intensity * 0.32 * (1.0 - 0.7 * layer_frac); } // convert dB level to RGB colour (green → yellow → red) void level_to_colour(double db, double *r, double *g, double *b) { if (db < -18.0) { // green *r = 0.0; *g = 1.0; *b = 0.0; } else if (db < -12.0) { // green → yellow-green double t = (db + 18.0) / 6.0; *r = 0.5 * t; *g = 1.0; *b = 0.0; } else if (db < -6.0) { // yellow-green → yellow double t = (db + 12.0) / 6.0; *r = 0.5 + 0.5 * t; *g = 1.0; *b = 0.0; } else if (db < -3.0) { // yellow → orange double t = (db + 6.0) / 3.0; *r = 1.0; *g = 1.0 - 0.25 * t; *b = 0.0; } else { // orange → red double t = fmin(1.0, (db + 3.0) / 3.0); *r = 1.0; *g = 0.75 - 0.75 * t; *b = 0.0; } } // compute the level meter index for a routing sink static int compute_snk_level_index( struct alsa_card *card, struct routing_snk *r_snk ) { if (!r_snk->elem) return -1; int cat = r_snk->elem->port_category; if (cat == PC_OFF) return -1; // if meter labels are available, search for matching "Sink" label if (card->level_meter_elem && card->level_meter_elem->meter_labels) { for (int i = 0; i < card->routing_levels_count; i++) { const char *label = card->level_meter_elem->meter_labels[i]; if (!label) continue; if (strncmp(label, "Sink ", 5) != 0) continue; // label+5 is like "Analogue 1"; elem->name is like // "Analogue 1 Playback Enum"; match the label as a // complete word prefix (followed by space) const char *sink_name = label + 5; int sink_name_len = strlen(sink_name); if (strncmp(r_snk->elem->name, sink_name, sink_name_len) == 0 && r_snk->elem->name[sink_name_len] == ' ') return i; } return -1; } // without labels, level meters are ordered: // HW Outputs, Mixer Inputs, DSP Inputs, PCM Inputs int index = 0; for (int c = PC_HW; c < cat; c++) index += card->routing_out_count[c]; index += r_snk->elem->port_num; if (index >= card->routing_levels_count) return -1; return index; } // compute the level meter index for a routing source static int compute_src_level_index( struct alsa_card *card, struct routing_src *r_src ) { if (!card->level_meter_elem || !card->routing_levels || r_src->port_category == PC_OFF) return -1; // if meter labels are available, search for matching "Source" label if (card->level_meter_elem->meter_labels) { for (int i = 0; i < card->routing_levels_count; i++) { const char *label = card->level_meter_elem->meter_labels[i]; if (!label) continue; if (strncmp(label, "Source ", 7) != 0) continue; if (strcmp(label + 7, r_src->name) == 0) return i; } return -1; } // without labels, level meters are at sinks only; find a sink // connected to this source and return its level index for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (r_snk->effective_source_idx != r_src->id) continue; if (r_snk->level_index >= 0) return r_snk->level_index; } return -1; } // compute and cache level meter indices for all routing srcs/snks void init_routing_level_indices(struct alsa_card *card) { // sinks first (sources may depend on them in the no-labels path) for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); r_snk->level_index = compute_snk_level_index(card, r_snk); } for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); r_src->level_index = compute_src_level_index(card, r_src); } } // get the cached level meter index for a routing sink int get_routing_snk_level_index(struct routing_snk *r_snk) { return r_snk->level_index; } // get level in dB for a routing source (-80 if no level data) double get_routing_src_level_db( struct alsa_card *card, struct routing_src *r_src ) { if (r_src->level_index < 0) return -80.0; return card->routing_levels[r_src->level_index]; } alsa-scarlett-gui-1.0~beta9/src/glow.h000066400000000000000000000021261521233005100177170ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // glow effect configuration #define GLOW_LAYERS 4 #define GLOW_MAX_WIDTH 16.0 #define GLOW_MIN_DB -60.0 #define GLOW_MAX_DB 0.0 // calculate glow intensity (0 to 1) from dB level, with curve applied double get_glow_intensity(double level_db); // calculate glow layer width and alpha for a given layer and intensity void get_glow_layer_params( int layer, double intensity, double *width, double *alpha ); // convert dB level to RGB colour (green → yellow → red) void level_to_colour(double db, double *r, double *g, double *b); // compute and cache level meter indices for all routing srcs/snks void init_routing_level_indices(struct alsa_card *card); // get the cached level meter index for a routing sink int get_routing_snk_level_index(struct routing_snk *r_snk); // get level in dB for a routing source (-80 if no level data) double get_routing_src_level_db( struct alsa_card *card, struct routing_src *r_src ); alsa-scarlett-gui-1.0~beta9/src/gtkdial.c000066400000000000000000001453431521233005100203720ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2021 Stiliyan Varbanov // SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: LGPL-3.0-or-later /* * A Dial widget for GTK-4 similar to GtkScale. * 2021 Stiliyan Varbanov www.fiverr.com/stilvar */ #include #include #include #include #include #include #include #include "gtkdial.h" #include "glow.h" #include "db.h" #define DIAL_MIN_WIDTH 50 #define DIAL_MAX_WIDTH 70 #define HISTORY_COUNT 50 static int set_value(GtkDial *dial, double newval); static int set_level(GtkDial *dial, double newlevel); static void gtk_dial_set_property( GObject *object, guint prop_id, const GValue *value, GParamSpec *pspec ); static void gtk_dial_get_property( GObject *object, guint prop_id, GValue *value, GParamSpec *pspec ); static void gtk_dial_move_slider(GtkDial *dial, GtkScrollType scroll); static void gtk_dial_drag_gesture_begin( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkDial *dial ); static void gtk_dial_drag_gesture_update( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkDial *dial ); static void gtk_dial_drag_gesture_end( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkDial *dial ); static void gtk_dial_click_gesture_pressed( GtkGestureClick *gesture, int n_press, double x, double y, GtkDial *dial ); static gboolean gtk_dial_scroll_controller_scroll( GtkEventControllerScroll *scroll, double dx, double dy, GtkDial *dial ); static void gtk_dial_dispose(GObject *o); typedef enum { GRAB_NONE, GRAB_SLIDER } e_grab; enum { PROP_0, PROP_ADJUSTMENT, PROP_ROUND_DIGITS, PROP_ZERO_DB, PROP_OFF_DB, PROP_IS_LINEAR, PROP_TAPER, PROP_CAN_CONTROL, PROP_PEAK_HOLD, PROP_LEVEL, PROP_SHOW_LEVEL, PROP_SHOW_VALUE, LAST_PROP }; enum { SIGNAL_0, VALUE_CHANGED, MOVE_SLIDER, LAST_SIGNAL }; static guint signals[LAST_SIGNAL]; static GParamSpec *properties[LAST_PROP]; struct _GtkDial { GtkWidget parent_instance; GtkAdjustment *adj; // for value (gain setting) GtkAdjustment *level_adj; // for level metering (dB scale) GtkGesture *drag_gesture, *click_gesture; GtkEventController *scroll_controller; e_grab grab; double dvalp; int round_digits; double zero_db; double off_db; gboolean is_linear; int taper; gboolean can_control; int peak_hold; int properties_updated; // linear taper breakpoints array double *taper_breakpoints; double *taper_outputs; int taper_breakpoints_count; // level meter colour breakpoints array const int *level_breakpoints; const double *level_colours; int level_breakpoints_count; // cached static layer (background, value arc, knob, focus ring) cairo_surface_t *static_cache; int static_cache_valid; // variables derived from the widget's dynamic properties (size and // configuration, excluding the value) int dim; double w; double h; double radius; double slider_thickness; double knob_radius; double slider_radius; double background_radius; double cx; double cy; double zero_db_x; double zero_db_y; double *level_breakpoint_angles; // cairo patterns dependent on the above cairo_pattern_t *fill_pattern[2][2]; cairo_pattern_t *outline_pattern[2]; // pango resources for displaying the peak value PangoLayout *peak_layout; PangoFontDescription *peak_font_desc; // variables derived from the dial value (gain setting) double valp; double angle; double slider_cx; double slider_cy; // level metering (separate from value) double level; // current signal level in dB double level_valp; // normalised level position (0-1) double level_angle; // angle for level arc gboolean show_level; // whether to show level meter gboolean show_value; // whether to show value arc (defaults TRUE) // peak tracking (applies to level, not value) double peak_angle; // value history for displaying peak double hist_values[HISTORY_COUNT]; long long hist_time[HISTORY_COUNT]; double current_peak; int hist_head, hist_tail, hist_count; }; G_DEFINE_TYPE(GtkDial, gtk_dial, GTK_TYPE_WIDGET) static void dial_snapshot(GtkWidget *widget, GtkSnapshot *snapshot); static void dial_measure( GtkWidget *widget, GtkOrientation orientation, int for_size, int *minimum, int *natural, int *minimum_baseline, int *natural_baseline ); #define add_slider_binding(w_class, binding_set, keyval, mask, scroll) \ gtk_widget_class_add_binding_signal(w_class, \ keyval, mask, \ "move-slider", \ "(i)", scroll) long long current_time = 0; void gtk_dial_peak_tick(void) { struct timespec ts; if (clock_gettime(CLOCK_BOOTTIME, &ts) < 0) return; current_time = ts.tv_sec * 1000 + ts.tv_nsec / 1000000; } // BEGIN SECTION HELPERS #define TOTAL_ROTATION_DEGREES 290 #define TOTAL_ROTATION (2 * M_PI * TOTAL_ROTATION_DEGREES / 360) #define ANGLE_START (-M_PI / 2 - TOTAL_ROTATION / 2) #define ANGLE_END (-M_PI / 2 + TOTAL_ROTATION / 2) #define DRAG_FACTOR 0.5 // convert val from mn..mx to 0..1 with clamp static double calc_valp(double val, double mn, double mx) { if (val <= mn) return 0.0; if (val >= mx) return 1.0; return (val - mn) / (mx - mn); } static double taper_linear(double val, double *bp, double *out, int count) { if (count < 3) return val; if (val <= bp[0]) return out[0]; for (int i = 0; i < count - 1; i++) { if (val > bp[i + 1]) continue; double scale = (out[i + 1] - out[i]) / (bp[i + 1] - bp[i]); return out[i] + scale * (val - bp[i]); } return out[count - 1]; } static double taper_log(double val) { // 10^(val - 1) converts it to 0.1..1 with a nice curve val = pow(10, val - 1); // convert to 0..1 again return (val - 0.1) / 0.9; } // calc_taper_adj: calculate taper using a specific adjustment's range // use_linear_conversion: apply is_linear conversion (only for value, not level) static double calc_taper_adj( GtkDial *dial, GtkAdjustment *adj, double val, gboolean use_linear_conversion ) { double mn = gtk_adjustment_get_lower(adj); double mx = gtk_adjustment_get_upper(adj); double off_db = gtk_dial_get_off_db(dial); if (use_linear_conversion && gtk_dial_get_is_linear(dial)) { val = linear_value_to_cdb(val, mn, mx, -8000, 1200) / 100.0; mn = -60; mx = 12; } // if off_db is set, then values below it are considered as // almost-silence, so we clamp them to 0.01 // only apply this for level display (not for value taper) if (!use_linear_conversion && off_db > mn) { if (val <= mn) val = 0; else if (val <= off_db) val = 0.01; else val = calc_valp(val, off_db, mx) * 0.99 + 0.01; } else { val = calc_valp(val, mn, mx); } if (dial->taper == GTK_DIAL_TAPER_LINEAR) return taper_linear( val, dial->taper_breakpoints, dial->taper_outputs, dial->taper_breakpoints_count ); if (dial->taper == GTK_DIAL_TAPER_LOG) return taper_log(val); g_warning("Invalid taper value: %d", dial->taper); return val; } // calc_taper: calculate taper for value using dial->adj static double calc_taper(GtkDial *dial, double val) { return calc_taper_adj(dial, dial->adj, val, TRUE); } static double calc_val(double valp, double mn, double mx) { return (mx - mn) * valp + mn; } static int calculate_dial_height(int width) { double radius = width / 2; double angle = (360 - TOTAL_ROTATION_DEGREES) / 2 * M_PI / 180; double height = radius + radius * cos(angle); return ceil(height); } static double calculate_dial_radius_from_height(int height) { double angle = (360 - TOTAL_ROTATION_DEGREES) / 2.0 * M_PI / 180.0; return height / (1 + cos(angle)); } // internal replacement for cairo_pattern_add_color_stop_rgb() that // dims the color if the widget is insensitive and brightens it by // focus_mult static void cairo_add_stop_rgb_dim( cairo_pattern_t *pat, double offset, double r, double g, double b, int dim, double focus_mult ) { double x = dim ? 0.5 : 1.0; x *= focus_mult; cairo_pattern_add_color_stop_rgb(pat, offset, r * x, g * x, b * x); } static int update_dial_properties(GtkDial *dial) { // always update dial->dim = !gtk_widget_is_sensitive(GTK_WIDGET(dial)) && dial->can_control; // the rest of the values only depend on the widget size and // configuration double width = gtk_widget_get_width(GTK_WIDGET(dial)); double height = gtk_widget_get_height(GTK_WIDGET(dial)); if (dial->w == width && dial->h == height && !dial->properties_updated) return 0; dial->w = width; dial->h = height; dial->properties_updated = 0; // calculate size of dial to fit within the given space if (width > DIAL_MAX_WIDTH) width = DIAL_MAX_WIDTH; double max_height = calculate_dial_height(DIAL_MAX_WIDTH); if (height > max_height) height = max_height; // calculate dial radius double radius_from_width = width / 2; double radius_from_height = calculate_dial_radius_from_height(height); dial->radius = radius_from_width < radius_from_height ? radius_from_width : radius_from_height; dial->radius -= 0.5; // calculate center of dial double angle = (360 - TOTAL_ROTATION_DEGREES) / 2.0 * M_PI / 180.0; double y_offset = dial->radius * cos(angle); dial->cx = dial->w / 2; dial->cy = (dial->h / 2.0) + (dial->radius - y_offset) / 2.0 - 0.5; dial->slider_thickness = dial->radius / 2.2; dial->knob_radius = dial->radius - dial->slider_thickness; dial->slider_radius = dial->radius - dial->slider_thickness / 2; dial->background_radius = dial->slider_radius + dial->slider_thickness / 4; // calculate zero_db marker position double zero_db = gtk_dial_get_zero_db(dial); if (zero_db != -G_MAXDOUBLE) { double zero_db_valp = calc_taper(dial, zero_db); double zero_db_angle = calc_val(zero_db_valp, ANGLE_START, ANGLE_END); dial->zero_db_x = cos(zero_db_angle) * dial->slider_radius + dial->cx; dial->zero_db_y = sin(zero_db_angle) * dial->slider_radius + dial->cy; } // generate cairo fill patterns for (int focus = 0; focus <= 1; focus++) { for (int dim = 0; dim <= 1; dim++) { if (dial->fill_pattern[focus][dim]) cairo_pattern_destroy(dial->fill_pattern[focus][dim]); cairo_pattern_t *pat = cairo_pattern_create_radial( dial->cx + 5, dial->cy + 5, 0, dial->cx, dial->cy, dial->radius ); cairo_add_stop_rgb_dim(pat, 0.0, 0.18, 0.18, 0.20, dim, focus ? 1.65 : 1); cairo_add_stop_rgb_dim(pat, 0.4, 0.18, 0.18, 0.20, dim, focus ? 1.65 : 1); cairo_add_stop_rgb_dim(pat, 1.0, 0.40, 0.40, 0.42, dim, focus ? 1.25 : 1); dial->fill_pattern[focus][dim] = pat; } } // generate cairo outline pattern for (int dim = 0; dim <= 1; dim++) { if (dial->outline_pattern[dim]) cairo_pattern_destroy(dial->outline_pattern[dim]); cairo_pattern_t *pat = cairo_pattern_create_linear( dial->cx - dial->radius / 2, dial->cy - dial->radius / 2, dial->cx + dial->radius / 2, dial->cy + dial->radius / 2 ); cairo_add_stop_rgb_dim(pat, 0, 0.6, 0.6, 0.6, dim, 1); cairo_add_stop_rgb_dim(pat, 1, 0.2, 0.2, 0.2, dim, 1); dial->outline_pattern[dim] = pat; } // init pango layout for peak value if (dial->peak_layout) g_object_unref(dial->peak_layout); if (dial->peak_font_desc) pango_font_description_free(dial->peak_font_desc); PangoContext *context = gtk_widget_create_pango_context(GTK_WIDGET(dial)); dial->peak_layout = pango_layout_new(context); dial->peak_font_desc = pango_context_get_font_description(context); int size = pango_font_description_get_size(dial->peak_font_desc) * 0.6; dial->peak_font_desc = pango_font_description_copy(dial->peak_font_desc); pango_font_description_set_size(dial->peak_font_desc, size); pango_layout_set_font_description(dial->peak_layout, dial->peak_font_desc); g_object_unref(context); // calculate level meter breakpoint angles using level_adj (dB range) if (dial->level_breakpoint_angles) free(dial->level_breakpoint_angles); if (dial->level_breakpoints_count) { dial->level_breakpoint_angles = malloc( dial->level_breakpoints_count * sizeof(double) ); for (int i = 0; i < dial->level_breakpoints_count; i++) { double valp = calc_taper_adj( dial, dial->level_adj, dial->level_breakpoints[i], FALSE ); dial->level_breakpoint_angles[i] = calc_val(valp, ANGLE_START, ANGLE_END); } } return 1; } static void update_dial_values(GtkDial *dial) { dial->valp = calc_taper(dial, gtk_adjustment_get_value(dial->adj)); dial->angle = calc_val(dial->valp, ANGLE_START, ANGLE_END); dial->slider_cx = cos(dial->angle) * dial->slider_radius + dial->cx; dial->slider_cy = sin(dial->angle) * dial->slider_radius + dial->cy; } static void update_dial_level_values(GtkDial *dial) { // update level display values using level_adj (dB range) dial->level_valp = calc_taper_adj(dial, dial->level_adj, dial->level, FALSE); dial->level_angle = calc_val(dial->level_valp, ANGLE_START, ANGLE_END); if (!dial->peak_hold) return; double peak_valp = calc_taper_adj(dial, dial->level_adj, dial->current_peak, FALSE); dial->peak_angle = calc_val(peak_valp, ANGLE_START, ANGLE_END); } static double pdist2(double x1, double y1, double x2, double y2) { double dx = x2 - x1; double dy = y2 - y1; return dx * dx + dy * dy; } static gboolean circle_contains_point( double cx, double cy, double r, double px, double py ) { return pdist2(cx, cy, px, py) <= r * r; } // END SECTION HELPERS static void gtk_dial_state_flags_changed( GtkWidget *widget, GtkStateFlags previous_flags ) { GTK_DIAL(widget)->static_cache_valid = 0; gtk_widget_queue_draw(widget); } static void gtk_dial_class_init(GtkDialClass *klass) { GtkWidgetClass *w_class = GTK_WIDGET_CLASS(klass); GObjectClass *g_class = G_OBJECT_CLASS(klass); GtkWidgetClass *p_class = GTK_WIDGET_CLASS(gtk_dial_parent_class); g_class->set_property = >k_dial_set_property; g_class->get_property = >k_dial_get_property; g_class->dispose = >k_dial_dispose; w_class->size_allocate = p_class->size_allocate; w_class->measure = &dial_measure; w_class->snapshot = &dial_snapshot; w_class->grab_focus = p_class->grab_focus; w_class->focus = p_class->focus; w_class->state_flags_changed = >k_dial_state_flags_changed; klass->move_slider = >k_dial_move_slider; klass->value_changed = NULL; gtk_widget_class_set_css_name(w_class, "dial"); /** * GtkDial:adjustment: (attributes org.gtk.Method.get=gtk_dial_get_adjustment org.gtk.Method.set=gtk_dial_set_adjustment) * * The GtkAdjustment that contains the current value of this dial object. */ properties[PROP_ADJUSTMENT] = g_param_spec_object( "adjustment", "Adjustment", "The GtkAdjustment that contains the current value of this dial object", GTK_TYPE_ADJUSTMENT, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:round_digits: (attributes org.gtk.Method.get=gtk_dial_get_round_digits org.gtk.Method.set=gtk_dial_set_round_digits) * * Limits the number of decimal points this GtkDial will store (default 0: integers). */ properties[PROP_ROUND_DIGITS] = g_param_spec_int( "round_digits", "RoundDigits", "Limits the number of decimal points this GtkDial will store", -1, 1000, -1, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:zero_db: (attributes org.gtk.Method.get=gtk_dial_get_zero_db org.gtk.Method.set=gtk_dial_set_zero_db) * * The zero-dB value of the dial. */ properties[PROP_ZERO_DB] = g_param_spec_double( "zero_db", "ZerodB", "The zero-dB value of the dial", -G_MAXDOUBLE, G_MAXDOUBLE, -G_MAXDOUBLE, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:off_db: (attributes org.gtk.Method.get=gtk_dial_get_off_db org.gtk.Method.set=gtk_dial_set_off_db) * * Values above the lower value of the adjustment up to this value * will be considered as the minimum value + 1 (so will display as * just-above-zero). */ properties[PROP_OFF_DB] = g_param_spec_double( "off_db", "OffdB", "Values up to this value will be considered as almost-silence", -G_MAXDOUBLE, G_MAXDOUBLE, -G_MAXDOUBLE, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:is_linear: (attributes org.gtk.Method.get=gtk_dial_get_is_linear org.gtk.Method.set=gtk_dial_set_is_linear) * * Whether the dial values are linear or dB. */ properties[PROP_IS_LINEAR] = g_param_spec_boolean( "is_linear", "IsLinear", "Whether the dial values are linear or dB", FALSE, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:taper: (attributes org.gtk.Method.get=gtk_dial_get_taper org.gtk.Method.set=gtk_dial_set_taper) * * The taper of the dial. */ properties[PROP_TAPER] = g_param_spec_int( "taper", "Taper", "The taper of the dial", GTK_DIAL_TAPER_LINEAR, GTK_DIAL_TAPER_LOG, GTK_DIAL_TAPER_LINEAR, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:can-control: (attributes org.gtk.Method.get=gtk_dial_get_can_control org.gtk.Method.set=gtk_dial_set_can_control) * * Whether the dial can be controlled by the user (even though it * might sometimes be insensitive). */ properties[PROP_CAN_CONTROL] = g_param_spec_boolean( "can-control", "CanControl", "Whether the dial can be controlled by the user", TRUE, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:peak-hold: (attributes org.gtk.Method.get=gtk_dial_get_peak_hold org.gtk.Method.set=gtk_dial_set_peak_hold) * * The number of milliseconds to hold the peak value. */ properties[PROP_PEAK_HOLD] = g_param_spec_int( "peak-hold", "PeakHold", "The number of milliseconds to hold the peak value", 0, 1000, 0, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:level: (attributes org.gtk.Method.get=gtk_dial_get_level org.gtk.Method.set=gtk_dial_set_level) * * The signal level for metering (in dB). */ properties[PROP_LEVEL] = g_param_spec_double( "level", "Level", "The signal level for metering", -G_MAXDOUBLE, G_MAXDOUBLE, -80.0, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:show-level: (attributes org.gtk.Method.get=gtk_dial_get_show_level org.gtk.Method.set=gtk_dial_set_show_level) * * Whether to show the level meter. */ properties[PROP_SHOW_LEVEL] = g_param_spec_boolean( "show-level", "ShowLevel", "Whether to show the level meter", FALSE, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); /** * GtkDial:show-value: (attributes org.gtk.Method.get=gtk_dial_get_show_value org.gtk.Method.set=gtk_dial_set_show_value) * * Whether to show the value arc (defaults TRUE). */ properties[PROP_SHOW_VALUE] = g_param_spec_boolean( "show-value", "ShowValue", "Whether to show the value arc", TRUE, G_PARAM_READWRITE | G_PARAM_CONSTRUCT ); g_object_class_install_properties(g_class, LAST_PROP, properties); /** * GtkDial::value-changed: * @dial: the `GtkDial` that received the signal * * Emitted when the dial value changes. */ signals[VALUE_CHANGED] = g_signal_new( "value-changed", G_TYPE_FROM_CLASS(g_class), G_SIGNAL_RUN_LAST, G_STRUCT_OFFSET(GtkDialClass, value_changed), NULL, NULL, NULL, G_TYPE_NONE, 0 ); /** * GtkDial::move-slider: * @Dial: the `GtkDial` that received the signal * @step: how to move the slider * * Virtual function that moves the slider. * * Used for keybindings. */ signals[MOVE_SLIDER] = g_signal_new( "move-slider", G_TYPE_FROM_CLASS(g_class), G_SIGNAL_RUN_LAST | G_SIGNAL_ACTION, G_STRUCT_OFFSET(GtkDialClass, move_slider), NULL, NULL, NULL, G_TYPE_NONE, 1, GTK_TYPE_SCROLL_TYPE ); add_slider_binding(w_class, binding_set, GDK_KEY_Left, 0, GTK_SCROLL_STEP_LEFT); add_slider_binding(w_class, binding_set, GDK_KEY_Down, 0, GTK_SCROLL_STEP_LEFT); add_slider_binding(w_class, binding_set, GDK_KEY_Right, 0, GTK_SCROLL_STEP_RIGHT); add_slider_binding(w_class, binding_set, GDK_KEY_Up, 0, GTK_SCROLL_STEP_RIGHT); add_slider_binding(w_class, binding_set, GDK_KEY_Page_Up, 0, GTK_SCROLL_PAGE_RIGHT); add_slider_binding(w_class, binding_set, GDK_KEY_Page_Down, 0, GTK_SCROLL_PAGE_LEFT); add_slider_binding(w_class, binding_set, GDK_KEY_Home, 0, GTK_SCROLL_START); add_slider_binding(w_class, binding_set, GDK_KEY_End, 0, GTK_SCROLL_END); } static void gtk_dial_focus_change_cb( GtkEventControllerFocus *controller, GtkDial *dial ) { dial->static_cache_valid = 0; gtk_widget_queue_draw(GTK_WIDGET(dial)); } static void gtk_dial_init(GtkDial *dial) { gtk_widget_set_focusable(GTK_WIDGET(dial), TRUE); dial->adj = NULL; dial->grab = GRAB_NONE; dial->drag_gesture = gtk_gesture_drag_new(); gtk_gesture_single_set_button(GTK_GESTURE_SINGLE(dial->drag_gesture), 0); g_signal_connect( dial->drag_gesture, "drag-begin", G_CALLBACK(gtk_dial_drag_gesture_begin), dial ); g_signal_connect( dial->drag_gesture, "drag-update", G_CALLBACK(gtk_dial_drag_gesture_update), dial ); g_signal_connect( dial->drag_gesture, "drag-end", G_CALLBACK(gtk_dial_drag_gesture_end), dial ); gtk_widget_add_controller( GTK_WIDGET(dial), GTK_EVENT_CONTROLLER(dial->drag_gesture) ); dial->click_gesture = gtk_gesture_click_new(); gtk_gesture_single_set_button(GTK_GESTURE_SINGLE(dial->click_gesture), 0); g_signal_connect( dial->click_gesture, "pressed", G_CALLBACK(gtk_dial_click_gesture_pressed), dial ); gtk_widget_add_controller( GTK_WIDGET(dial), GTK_EVENT_CONTROLLER(dial->click_gesture) ); gtk_gesture_group(dial->click_gesture, dial->drag_gesture); dial->scroll_controller = gtk_event_controller_scroll_new( GTK_EVENT_CONTROLLER_SCROLL_BOTH_AXES ); g_signal_connect( dial->scroll_controller, "scroll", G_CALLBACK(gtk_dial_scroll_controller_scroll), dial ); gtk_widget_add_controller(GTK_WIDGET(dial), dial->scroll_controller); GtkEventController *controller = gtk_event_controller_focus_new(); g_signal_connect( controller, "enter", G_CALLBACK(gtk_dial_focus_change_cb), dial ); g_signal_connect( controller, "leave", G_CALLBACK(gtk_dial_focus_change_cb), dial ); gtk_widget_add_controller(GTK_WIDGET(dial), controller); dial->current_peak = -INFINITY; dial->hist_head = 0; dial->hist_tail = 0; dial->hist_count = 0; dial->level = -80.0; dial->show_level = FALSE; // create level adjustment with dB range dial->level_adj = gtk_adjustment_new(-80.0, -80.0, 0.0, 1.0, 6.0, 0.0); g_object_ref_sink(dial->level_adj); } static void dial_measure( GtkWidget *widget, GtkOrientation orientation, int for_size, int *minimum, int *natural, int *minimum_baseline, int *natural_baseline ) { if (orientation == GTK_ORIENTATION_HORIZONTAL) { *minimum = DIAL_MIN_WIDTH; *natural = DIAL_MAX_WIDTH; } else { *minimum = calculate_dial_height(DIAL_MIN_WIDTH); *natural = calculate_dial_height(DIAL_MAX_WIDTH); } *minimum_baseline = -1; *natural_baseline = -1; } // internal replacement for cairo_set_source_rgba() that dims the // color if the widget is insensitive static void cairo_set_source_rgba_dim( cairo_t *cr, double r, double g, double b, double a, int dim ) { if (dim) cairo_set_source_rgba(cr, r * 0.5, g * 0.5, b * 0.5, a); else cairo_set_source_rgba(cr, r, g, b, a); } static void draw_peak(GtkDial *dial, cairo_t *cr, double radius) { // don't draw if peak is at or below minimum if (dial->peak_angle <= ANGLE_START) return; double angle_start = dial->peak_angle - M_PI / 180; if (angle_start < ANGLE_START) angle_start = ANGLE_START; // determine the colour of the peak int count = dial->level_breakpoints_count; // if there are no colours, don't draw the peak if (!count) return; int i; for (i = 0; i < count - 1; i++) if (dial->current_peak < dial->level_breakpoints[i + 1]) break; const double *colours = &dial->level_colours[i * 3]; cairo_set_source_rgba_dim( cr, colours[0], colours[1], colours[2], 0.5, 0 ); cairo_set_line_width(cr, 2); cairo_arc(cr, dial->cx, dial->cy, radius, ANGLE_START, dial->peak_angle); cairo_stroke(cr); cairo_set_source_rgba_dim( cr, colours[0], colours[1], colours[2], 1, 0 ); cairo_set_line_width(cr, 4); cairo_arc(cr, dial->cx, dial->cy, radius, angle_start, dial->peak_angle); cairo_stroke(cr); } static void show_peak_value(GtkDial *dial, cairo_t *cr) { double value = round(dial->current_peak); if (value <= gtk_adjustment_get_lower(dial->level_adj)) return; char s[20]; char *p = s; if (value < 0) p += sprintf(p, "−"); snprintf(p, 10, "%.0f", fabs(value)); pango_layout_set_text(dial->peak_layout, s, -1); int width, height; pango_layout_get_pixel_size(dial->peak_layout, &width, &height); cairo_set_source_rgba_dim(cr, 1, 1, 1, 0.5, 0); cairo_move_to( cr, dial->cx - width / 2 - 1, dial->cy - height / 2 ); pango_cairo_show_layout(cr, dial->peak_layout); } // draw the level arc (coloured, uses level_angle) static void draw_level_arc( GtkDial *dial, cairo_t *cr, double radius, double thickness, double alpha ) { cairo_set_line_width(cr, thickness); int count = dial->level_breakpoints_count; if (!count) { cairo_arc(cr, dial->cx, dial->cy, radius, ANGLE_START, dial->level_angle); cairo_set_source_rgba_dim(cr, 1, 1, 1, alpha, 0); cairo_stroke(cr); return; } // if the last breakpoint is at the upper limit, then the maximum // value is displayed with the whole arc in that colour if (dial->level_breakpoint_angles[count - 1] == ANGLE_END && dial->level_angle == ANGLE_END) { const double *colours = &dial->level_colours[(count - 1) * 3]; cairo_set_source_rgba_dim( cr, colours[0], colours[1], colours[2], alpha, 0 ); cairo_arc(cr, dial->cx, dial->cy, radius, ANGLE_START, ANGLE_END); cairo_stroke(cr); return; } for (int i = 0; i < count; i++) { const double *colours = &dial->level_colours[i * 3]; cairo_set_source_rgba_dim( cr, colours[0], colours[1], colours[2], alpha, 0 ); double angle_start = dial->level_breakpoint_angles[i]; double angle_end = i == count - 1 ? ANGLE_END : dial->level_breakpoint_angles[i + 1]; if (dial->level_angle < angle_end) { cairo_arc(cr, dial->cx, dial->cy, radius, angle_start, dial->level_angle); cairo_stroke(cr); return; } cairo_arc(cr, dial->cx, dial->cy, radius, angle_start, angle_end); cairo_stroke(cr); } } // draw the value arc (white, for gain setting display) static void draw_value_arc( GtkDial *dial, cairo_t *cr, double radius, double thickness, double alpha ) { if (dial->valp <= 0.0) return; cairo_set_line_width(cr, thickness); cairo_arc(cr, dial->cx, dial->cy, radius, ANGLE_START, dial->angle); cairo_set_source_rgba_dim(cr, 1, 1, 1, alpha, dial->dim); cairo_stroke(cr); } // draw level indicator with blur/glow at specified radius static void draw_level_indicator( GtkDial *dial, cairo_t *cr, double radius, double shadow_radius ) { if (dial->level_valp <= 0.0) return; // outside level shadow draw_level_arc(dial, cr, shadow_radius, dial->slider_thickness / 2, 0.1); // level blur 2 draw_level_arc(dial, cr, radius, 6, 0.3); // level blur 1 draw_level_arc(dial, cr, radius, 4, 0.5); // level arc (keep bright) draw_level_arc(dial, cr, radius, 2, 1); } // draw a tick mark symmetrical about the arc path static void draw_arc_tick( GtkDial *dial, cairo_t *cr, double dx, // unit direction x (from centre) double dy, // unit direction y (from centre) double alpha, double offset // extent either side of arc ) { double inner_r = dial->slider_radius - offset; double outer_r = dial->slider_radius + offset; cairo_move_to(cr, dial->cx + dx * inner_r, dial->cy + dy * inner_r); cairo_line_to(cr, dial->cx + dx * outer_r, dial->cy + dy * outer_r); cairo_set_line_width(cr, 2); cairo_set_source_rgba_dim(cr, 1, 1, 1, alpha, dial->dim); cairo_stroke(cr); } // draw the static parts of the dial to the cache surface static void dial_draw_static(GtkDial *dial) { int w = (int)dial->w; int h = (int)dial->h; if (dial->static_cache) cairo_surface_destroy(dial->static_cache); dial->static_cache = cairo_image_surface_create( CAIRO_FORMAT_ARGB32, w, h ); cairo_t *cr = cairo_create(dial->static_cache); cairo_set_line_cap(cr, CAIRO_LINE_CAP_ROUND); cairo_set_operator(cr, CAIRO_OPERATOR_SOURCE); // 1. background line (thin grey arc showing full range) cairo_arc( cr, dial->cx, dial->cy, dial->slider_radius, ANGLE_START, ANGLE_END ); cairo_set_line_width(cr, 2); cairo_set_source_rgba_dim(cr, 1, 1, 1, 0.17, dial->dim); cairo_stroke(cr); // 2. dim tick at zero dB double zero_db = gtk_dial_get_zero_db(dial); double tick_large = dial->slider_thickness / 4; double tick_small = dial->slider_thickness / 6; if (zero_db != -G_MAXDOUBLE) { draw_arc_tick( dial, cr, (dial->zero_db_x - dial->cx) / dial->slider_radius, (dial->zero_db_y - dial->cy) / dial->slider_radius, 0.17, tick_large ); } // 3. value arc (for dials with show_value) if (dial->show_value) { double value = gtk_dial_get_value(dial); int at_min = value == gtk_adjustment_get_lower(dial->adj); if (at_min || value == gtk_adjustment_get_upper(dial->adj) || (zero_db != -G_MAXDOUBLE && value == zero_db)) { draw_arc_tick( dial, cr, (dial->slider_cx - dial->cx) / dial->slider_radius, (dial->slider_cy - dial->cy) / dial->slider_radius, 0.5, at_min ? tick_small : tick_large ); } draw_value_arc(dial, cr, dial->slider_radius, 4, 0.5); draw_value_arc(dial, cr, dial->slider_radius, 2, 1); } // 4. fill the knob circle int has_focus = gtk_widget_has_focus(GTK_WIDGET(dial)); cairo_set_source( cr, dial->fill_pattern[has_focus][dial->dim] ); cairo_arc( cr, dial->cx, dial->cy, dial->knob_radius, 0, 2 * M_PI ); cairo_fill(cr); // 5. draw the knob outline cairo_set_source(cr, dial->outline_pattern[dial->dim]); cairo_arc( cr, dial->cx, dial->cy, dial->knob_radius, 0, 2 * M_PI ); cairo_set_line_width(cr, 2); cairo_stroke(cr); // 6. focus ring if (has_focus) { cairo_new_path(cr); cairo_set_source_rgba(cr, 1, 0.125, 0.125, 0.5); cairo_set_line_width(cr, 2); cairo_arc( cr, dial->cx, dial->cy, dial->knob_radius + 2, 0, 2 * M_PI ); cairo_stroke(cr); } cairo_destroy(cr); dial->static_cache_valid = 1; } static void dial_snapshot(GtkWidget *widget, GtkSnapshot *snapshot) { GtkDial *dial = GTK_DIAL(widget); if (update_dial_properties(dial)) { dial->static_cache_valid = 0; update_dial_values(dial); update_dial_level_values(dial); } if (!dial->static_cache_valid) dial_draw_static(dial); cairo_t *cr = gtk_snapshot_append_cairo( snapshot, &GRAPHENE_RECT_INIT(0, 0, dial->w, dial->h) ); // paint cached static layer cairo_set_source_surface(cr, dial->static_cache, 0, 0); cairo_set_operator(cr, CAIRO_OPERATOR_SOURCE); cairo_paint(cr); // 7. peak hold indicator on outer arc (level-only dials) cairo_set_line_cap(cr, CAIRO_LINE_CAP_ROUND); cairo_set_operator(cr, CAIRO_OPERATOR_SOURCE); if (dial->peak_hold && dial->show_level && !dial->show_value) draw_peak(dial, cr, dial->slider_radius); // 8. level arc on outer ring (level-only dials) if (dial->show_level && !dial->show_value) draw_level_indicator( dial, cr, dial->slider_radius, dial->background_radius ); // 9. level arc inside knob (dual-purpose dials) if (dial->show_level && dial->show_value) { if (dial->peak_hold) draw_peak(dial, cr, dial->knob_radius); draw_level_indicator( dial, cr, dial->knob_radius, dial->knob_radius ); } // 10. peak value text if (dial->peak_hold && dial->show_level) show_peak_value(dial, cr); cairo_destroy(cr); } GtkWidget *gtk_dial_new(GtkAdjustment *adjustment) { g_return_val_if_fail( adjustment == NULL || GTK_IS_ADJUSTMENT(adjustment), NULL ); return g_object_new( GTK_TYPE_DIAL, "adjustment", adjustment, NULL ); } GtkWidget *gtk_dial_new_with_range( double min, double max, double step, double page ) { GtkAdjustment *adj; int digits; g_return_val_if_fail(min < max, NULL); adj = gtk_adjustment_new(min, min, max, step, page, 0); if (step == 0.0) { digits = -1; } else if (fabs(step) >= 1.0) { digits = 0; } else { digits = abs((int)floor(log10(fabs(step)))); if (digits > 5) digits = 5; } return g_object_new( GTK_TYPE_DIAL, "adjustment", adj, "round_digits", digits, NULL ); } static void gtk_dial_set_property( GObject *object, guint prop_id, const GValue *value, GParamSpec *pspec ) { GtkDial *dial = GTK_DIAL(object); switch (prop_id) { case PROP_ADJUSTMENT: gtk_dial_set_adjustment(dial, g_value_get_object(value)); break; case PROP_ROUND_DIGITS: gtk_dial_set_round_digits(dial, g_value_get_int(value)); break; case PROP_ZERO_DB: gtk_dial_set_zero_db(dial, g_value_get_double(value)); break; case PROP_OFF_DB: gtk_dial_set_off_db(dial, g_value_get_double(value)); break; case PROP_IS_LINEAR: gtk_dial_set_is_linear(dial, g_value_get_boolean(value)); break; case PROP_TAPER: gtk_dial_set_taper(dial, g_value_get_int(value)); break; case PROP_CAN_CONTROL: gtk_dial_set_can_control(dial, g_value_get_boolean(value)); break; case PROP_PEAK_HOLD: gtk_dial_set_peak_hold(dial, g_value_get_int(value)); break; case PROP_LEVEL: gtk_dial_set_level(dial, g_value_get_double(value)); break; case PROP_SHOW_LEVEL: gtk_dial_set_show_level(dial, g_value_get_boolean(value)); break; case PROP_SHOW_VALUE: gtk_dial_set_show_value(dial, g_value_get_boolean(value)); break; default: G_OBJECT_WARN_INVALID_PROPERTY_ID(object, prop_id, pspec); break; } } static void gtk_dial_get_property( GObject *object, guint prop_id, GValue *value, GParamSpec *pspec ) { GtkDial *dial = GTK_DIAL(object); switch (prop_id) { case PROP_ADJUSTMENT: g_value_set_object(value, dial->adj); break; case PROP_ROUND_DIGITS: g_value_set_int(value, dial->round_digits); break; case PROP_ZERO_DB: g_value_set_double(value, dial->zero_db); break; case PROP_OFF_DB: g_value_set_double(value, dial->off_db); break; case PROP_IS_LINEAR: g_value_set_boolean(value, dial->is_linear); break; case PROP_TAPER: g_value_set_int(value, dial->taper); break; case PROP_CAN_CONTROL: g_value_set_boolean(value, dial->can_control); break; case PROP_PEAK_HOLD: g_value_set_int(value, dial->peak_hold); break; case PROP_LEVEL: g_value_set_double(value, dial->level); break; case PROP_SHOW_LEVEL: g_value_set_boolean(value, dial->show_level); break; case PROP_SHOW_VALUE: g_value_set_boolean(value, dial->show_value); break; default: G_OBJECT_WARN_INVALID_PROPERTY_ID(object, prop_id, pspec); break; } } double gtk_dial_get_value(GtkDial *dial) { return gtk_adjustment_get_value(dial->adj); } void gtk_dial_set_value(GtkDial *dial, double value) { if (set_value(dial, value)) gtk_widget_queue_draw(GTK_WIDGET(dial)); } void gtk_dial_set_round_digits(GtkDial *dial, int round_digits) { dial->round_digits = round_digits; gtk_dial_set_value(dial, gtk_dial_get_value(dial)); } int gtk_dial_get_round_digits(GtkDial *dial) { return dial->round_digits; } void gtk_dial_set_zero_db(GtkDial *dial, double zero_db) { dial->zero_db = zero_db; dial->properties_updated = 1; dial->static_cache_valid = 0; } double gtk_dial_get_zero_db(GtkDial *dial) { return dial->zero_db; } void gtk_dial_set_off_db(GtkDial *dial, double off_db) { dial->off_db = off_db; dial->properties_updated = 1; dial->static_cache_valid = 0; } double gtk_dial_get_off_db(GtkDial *dial) { return dial->off_db; } void gtk_dial_set_is_linear(GtkDial *dial, gboolean is_linear) { dial->is_linear = is_linear; dial->properties_updated = 1; dial->static_cache_valid = 0; } gboolean gtk_dial_get_is_linear(GtkDial *dial) { return dial->is_linear; } void gtk_dial_set_taper(GtkDial *dial, int taper) { dial->taper = taper; dial->properties_updated = 1; dial->static_cache_valid = 0; } int gtk_dial_get_taper(GtkDial *dial) { return dial->taper; } void gtk_dial_set_taper_linear_breakpoints( GtkDial *dial, const double *breakpoints, const double *outputs, int count ) { dial->properties_updated = 1; dial->static_cache_valid = 0; free(dial->taper_breakpoints); free(dial->taper_outputs); dial->taper_breakpoints = NULL; dial->taper_outputs = NULL; dial->taper_breakpoints_count = 0; if (count < 1) return; int total_count = count + 2; dial->taper_breakpoints = malloc(total_count * sizeof(double)); dial->taper_outputs = malloc(total_count * sizeof(double)); dial->taper_breakpoints[0] = 0; dial->taper_outputs[0] = 0; for (int i = 0; i < count; i++) { dial->taper_breakpoints[i + 1] = breakpoints[i]; dial->taper_outputs[i + 1] = outputs[i]; } dial->taper_breakpoints[total_count - 1] = 1; dial->taper_outputs[total_count - 1] = 1; dial->taper_breakpoints_count = total_count; } void gtk_dial_set_can_control(GtkDial *dial, gboolean can_control) { dial->can_control = can_control; dial->properties_updated = 1; dial->static_cache_valid = 0; } gboolean gtk_dial_get_can_control(GtkDial *dial) { return dial->can_control; } void gtk_dial_set_level_meter_colours( GtkDial *dial, const int *breakpoints, const double *colours, int count ) { dial->level_breakpoints = breakpoints; dial->level_colours = colours; dial->level_breakpoints_count = count; dial->properties_updated = 1; dial->static_cache_valid = 0; } void gtk_dial_set_peak_hold(GtkDial *dial, int peak_hold) { dial->peak_hold = peak_hold; } int gtk_dial_get_peak_hold(GtkDial *dial) { return dial->peak_hold; } void gtk_dial_set_level(GtkDial *dial, double level) { if (set_level(dial, level)) gtk_widget_queue_draw(GTK_WIDGET(dial)); } double gtk_dial_get_level(GtkDial *dial) { return dial->level; } void gtk_dial_set_show_level(GtkDial *dial, gboolean show_level) { dial->show_level = show_level; dial->properties_updated = 1; dial->static_cache_valid = 0; gtk_widget_queue_draw(GTK_WIDGET(dial)); } gboolean gtk_dial_get_show_level(GtkDial *dial) { return dial->show_level; } void gtk_dial_set_show_value(GtkDial *dial, gboolean show_value) { dial->show_value = show_value; dial->properties_updated = 1; dial->static_cache_valid = 0; gtk_widget_queue_draw(GTK_WIDGET(dial)); } gboolean gtk_dial_get_show_value(GtkDial *dial) { return dial->show_value; } void gtk_dial_set_adjustment(GtkDial *dial, GtkAdjustment *adj) { if (!(adj == NULL || GTK_IS_ADJUSTMENT(adj))) return; if (dial->adj) g_object_unref(dial->adj); dial->adj = adj; g_object_ref_sink(dial->adj); g_signal_emit(dial, signals[VALUE_CHANGED], 0); dial->static_cache_valid = 0; gtk_widget_queue_draw(GTK_WIDGET(dial)); } GtkAdjustment *gtk_dial_get_adjustment(GtkDial *dial) { return dial->adj; } static void gtk_dial_add_hist_value(GtkDial *dial, double value) { int need_peak_update = 0; // remove the oldest value(s) if they are too old or if the history // is full while (dial->hist_count > 0 && (dial->hist_time[dial->hist_head] < current_time - dial->peak_hold || dial->hist_count == HISTORY_COUNT)) { // check if the value removed is the current peak if (dial->hist_values[dial->hist_head] >= dial->current_peak) need_peak_update = 1; // move the head forward dial->hist_head = (dial->hist_head + 1) % HISTORY_COUNT; dial->hist_count--; } // recalculate the peak if needed if (need_peak_update) { dial->current_peak = -INFINITY; for (int i = dial->hist_head; i != dial->hist_tail; i = (i + 1) % HISTORY_COUNT) if (dial->hist_values[i] > dial->current_peak) dial->current_peak = dial->hist_values[i]; } // add the new value dial->hist_values[dial->hist_tail] = value; dial->hist_time[dial->hist_tail] = current_time; dial->hist_tail = (dial->hist_tail + 1) % HISTORY_COUNT; dial->hist_count++; // update the peak if needed if (value > dial->current_peak) dial->current_peak = value; } static int set_value(GtkDial *dial, double newval) { if (dial->round_digits >= 0) { double power; int i; i = dial->round_digits; power = 1; while (i--) power *= 10; newval = floor((newval * power) + 0.5) / power; } if (newval < gtk_adjustment_get_lower(dial->adj)) newval = gtk_adjustment_get_lower(dial->adj); else if (newval > gtk_adjustment_get_upper(dial->adj)) newval = gtk_adjustment_get_upper(dial->adj); double oldval = gtk_adjustment_get_value(dial->adj); if (oldval == newval) return 0; gtk_adjustment_set_value(dial->adj, newval); g_signal_emit(dial, signals[VALUE_CHANGED], 0); double old_valp = dial->valp; update_dial_values(dial); if (old_valp != dial->valp) { dial->static_cache_valid = 0; return 1; } return 0; } // set the level value for metering (this tracks peaks) // level is always in dB, using level_adj range static int set_level(GtkDial *dial, double newlevel) { double old_level = dial->level; double old_peak = dial->current_peak; // track peaks from level gtk_dial_add_hist_value(dial, newlevel); dial->level = newlevel; if (old_level == newlevel && old_peak == dial->current_peak) return 0; // update level display values using level_adj (dB range) dial->level_valp = calc_taper_adj(dial, dial->level_adj, newlevel, FALSE); dial->level_angle = calc_val(dial->level_valp, ANGLE_START, ANGLE_END); // update peak angle double peak_valp = calc_taper_adj(dial, dial->level_adj, dial->current_peak, FALSE); dial->peak_angle = calc_val(peak_valp, ANGLE_START, ANGLE_END); return 1; } static double do_step(GtkDial *dial, double step_amount) { double mn = gtk_adjustment_get_lower(dial->adj); double mx = gtk_adjustment_get_upper(dial->adj); double newval = gtk_adjustment_get_value(dial->adj); double step = gtk_adjustment_get_step_increment(dial->adj); if (gtk_dial_get_is_linear(dial)) { double db_val = linear_value_to_cdb(newval, mn, mx, -8000, 1200) / 100.0; db_val = round(db_val / step) * step + step_amount; newval = cdb_to_linear_value(db_val * 100.0, mn, mx, -8000, 1200); if (newval == gtk_adjustment_get_value(dial->adj)) { newval = CLAMP(newval + (step_amount > 0 ? 1 : -1), mn, mx); } } else { newval += step_amount; } return newval; } static void step_back(GtkDial *dial) { set_value(dial, do_step(dial, -gtk_adjustment_get_step_increment(dial->adj))); } static void step_forward(GtkDial *dial) { set_value(dial, do_step(dial, gtk_adjustment_get_step_increment(dial->adj))); } static void page_back(GtkDial *dial) { set_value(dial, do_step(dial, -gtk_adjustment_get_page_increment(dial->adj))); } static void page_forward(GtkDial *dial) { set_value(dial, do_step(dial, gtk_adjustment_get_page_increment(dial->adj))); } static void scroll_begin(GtkDial *dial) { double newval = gtk_adjustment_get_lower(dial->adj); set_value(dial, newval); } static void scroll_end(GtkDial *dial) { double newval = gtk_adjustment_get_upper(dial->adj) - gtk_adjustment_get_page_size(dial->adj); set_value(dial, newval); } static gboolean should_invert_move(GtkDial *dial, GtkOrientation o) { return FALSE; } static void gtk_dial_move_slider(GtkDial *dial, GtkScrollType scroll) { switch (scroll) { case GTK_SCROLL_STEP_LEFT: if (should_invert_move(dial, GTK_ORIENTATION_HORIZONTAL)) step_forward(dial); else step_back(dial); break; case GTK_SCROLL_STEP_UP: if (should_invert_move(dial, GTK_ORIENTATION_VERTICAL)) step_forward(dial); else step_back(dial); break; case GTK_SCROLL_STEP_RIGHT: if (should_invert_move(dial, GTK_ORIENTATION_HORIZONTAL)) step_back(dial); else step_forward(dial); break; case GTK_SCROLL_STEP_DOWN: if (should_invert_move(dial, GTK_ORIENTATION_VERTICAL)) step_back(dial); else step_forward(dial); break; case GTK_SCROLL_STEP_BACKWARD: step_back(dial); break; case GTK_SCROLL_STEP_FORWARD: step_forward(dial); break; case GTK_SCROLL_PAGE_LEFT: if (should_invert_move(dial, GTK_ORIENTATION_HORIZONTAL)) page_forward(dial); else page_back(dial); break; case GTK_SCROLL_PAGE_UP: if (should_invert_move(dial, GTK_ORIENTATION_VERTICAL)) page_forward(dial); else page_back(dial); break; case GTK_SCROLL_PAGE_RIGHT: if (should_invert_move(dial, GTK_ORIENTATION_HORIZONTAL)) page_back(dial); else page_forward(dial); break; case GTK_SCROLL_PAGE_DOWN: if (should_invert_move(dial, GTK_ORIENTATION_VERTICAL)) page_back(dial); else page_forward(dial); break; case GTK_SCROLL_PAGE_BACKWARD: page_back(dial); break; case GTK_SCROLL_PAGE_FORWARD: page_forward(dial); break; case GTK_SCROLL_START: scroll_begin(dial); break; case GTK_SCROLL_END: scroll_end(dial); break; case GTK_SCROLL_JUMP: case GTK_SCROLL_NONE: default: break; } gtk_widget_queue_draw(GTK_WIDGET(dial)); } static void gtk_dial_drag_gesture_begin( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkDial *dial ) { dial->dvalp = calc_valp( gtk_dial_get_value(dial), gtk_adjustment_get_lower(dial->adj), gtk_adjustment_get_upper(dial->adj) ); gtk_gesture_set_state(dial->drag_gesture, GTK_EVENT_SEQUENCE_CLAIMED); } static void gtk_dial_drag_gesture_update( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkDial *dial ) { double mn = gtk_adjustment_get_lower(dial->adj); double mx = gtk_adjustment_get_upper(dial->adj); gboolean is_linear = gtk_dial_get_is_linear(dial); double valp; // add a 1px deadband to prevent double-click with zero mouse // movement from changing the value from the toggled -inf/0dB value // (sometimes we see an offset_y value that rounds to +/- 1 which // causes the value to change after the double-click has set the // value) if (offset_y < -1) { offset_y += 1; } else if (offset_y < 1) { offset_y = 0; } else { offset_y -= 1; } if (is_linear) { double step = gtk_adjustment_get_step_increment(dial->adj); // Convert initial value from linear to dB space double db_val = linear_value_to_cdb( calc_val(dial->dvalp, mn, mx), mn, mx, -8000, 1200 ) / 100.0; // Adjust in dB space db_val -= 30.0 * DRAG_FACTOR * (offset_y / dial->h); // Round db_val = round(db_val / step) * step; // Convert back to linear space and normalise double val = cdb_to_linear_value( db_val * 100.0, mn, mx, -8000, 1200 ); valp = calc_valp(val, mn, mx); } else { valp = dial->dvalp - DRAG_FACTOR * (offset_y / dial->h); valp = CLAMP(valp, 0.0, 1.0); } set_value(dial, calc_val(valp, mn, mx)); gtk_widget_queue_draw(GTK_WIDGET(dial)); } static void gtk_dial_drag_gesture_end( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkDial *dial ) { dial->grab = GRAB_NONE; gtk_widget_queue_draw(GTK_WIDGET(dial)); } static void gtk_dial_click_gesture_pressed( GtkGestureClick *gesture, int n_press, double x, double y, GtkDial *dial ) { // on double (or more) click, toggle between lower and zero_db value if (n_press >= 2) { double lower = gtk_adjustment_get_lower(dial->adj); if (gtk_dial_get_value(dial) != lower) set_value(dial, lower); else set_value(dial, dial->zero_db); return; } if (gtk_widget_get_focus_on_click(GTK_WIDGET(dial)) && !gtk_widget_has_focus(GTK_WIDGET(dial))) gtk_widget_grab_focus(GTK_WIDGET(dial)); if (circle_contains_point( dial->slider_cx, dial->slider_cy, dial->radius, x, y )) dial->grab = GRAB_SLIDER; else dial->grab = GRAB_NONE; gtk_widget_queue_draw(GTK_WIDGET(dial)); gtk_gesture_set_state(GTK_GESTURE(gesture), GTK_EVENT_SEQUENCE_CLAIMED); } static gboolean gtk_dial_scroll_controller_scroll( GtkEventControllerScroll *scroll, double dx, double dy, GtkDial *dial ) { double delta = dx ? dx : dy; double absolute_delta = fabs(delta); if (absolute_delta > 1) delta *= absolute_delta; double step = -gtk_adjustment_get_step_increment(dial->adj) * delta; set_value(dial, do_step(dial, step)); gtk_widget_queue_draw(GTK_WIDGET(dial)); return GDK_EVENT_STOP; } void gtk_dial_dispose(GObject *o) { GtkDial *dial = GTK_DIAL(o); free(dial->taper_breakpoints); dial->taper_breakpoints = NULL; free(dial->taper_outputs); dial->taper_outputs = NULL; dial->taper_breakpoints_count = 0; free(dial->level_breakpoint_angles); dial->level_breakpoint_angles = NULL; if (dial->static_cache) cairo_surface_destroy(dial->static_cache); dial->static_cache = NULL; for (int focus = 0; focus <= 1; focus++) for (int dim = 0; dim <= 1; dim++) if (dial->fill_pattern[focus][dim]) cairo_pattern_destroy(dial->fill_pattern[focus][dim]); for (int dim = 0; dim <= 1; dim++) if (dial->outline_pattern[dim]) cairo_pattern_destroy(dial->outline_pattern[dim]); if (dial->peak_layout) g_object_unref(dial->peak_layout); if (dial->peak_font_desc) pango_font_description_free(dial->peak_font_desc); g_object_unref(dial->adj); dial->adj = NULL; g_object_unref(dial->level_adj); dial->level_adj = NULL; G_OBJECT_CLASS(gtk_dial_parent_class)->dispose(o); } alsa-scarlett-gui-1.0~beta9/src/gtkdial.h000066400000000000000000000066311521233005100203730ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2021 Stiliyan Varbanov // SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: LGPL-3.0-or-later /* * A Dial widget for GTK-4 similar to GtkScale. * 2021 Stiliyan Varbanov www.fiverr.com/stilvar */ #ifndef __GTK_DIAL_H__ #define __GTK_DIAL_H__ #include G_BEGIN_DECLS #define GTK_TYPE_DIAL (gtk_dial_get_type()) #define GTK_DIAL(obj) (G_TYPE_CHECK_INSTANCE_CAST((obj), GTK_TYPE_DIAL, GtkDial)) #define GTK_DIAL_CLASS(klass) (G_TYPE_CHECK_CLASS_CAST((klass), GTK_TYPE_DIAL, GtkDialClass)) #define GTK_IS_DIAL(obj) (G_TYPE_CHECK_INSTANCE_TYPE((obj), GTK_TYPE_DIAL)) #define GTK_IS_DIAL_CLASS(klass) (G_TYPE_CHECK_CLASS_TYPE((klass), GTK_TYPE_DIAL)) #define GTK_DIAL_GET_CLASS(obj) (G_TYPE_INSTANCE_GET_CLASS((obj), GTK_TYPE_DIAL, GtkDialClass)) typedef struct _GtkDial GtkDial; typedef struct _GtkDialClass GtkDialClass; struct _GtkDialClass { GtkWidgetClass parent_class; void (*value_changed)(GtkDial *dial); /* action signals for keybindings */ void (*move_slider)(GtkDial *dial, GtkScrollType scroll); gboolean (*change_value)( GtkDial *dial, GtkScrollType scroll, double new_value ); }; GType gtk_dial_get_type(void) G_GNUC_CONST; GtkWidget *gtk_dial_new(GtkAdjustment *adjustment); GtkWidget *gtk_dial_new_with_range( double min, double max, double step, double page ); void gtk_dial_set_has_origin(GtkDial *dial, gboolean has_origin); gboolean gtk_dial_get_has_origin(GtkDial *dial); void gtk_dial_set_adjustment(GtkDial *dial, GtkAdjustment *adj); GtkAdjustment *gtk_dial_get_adjustment(GtkDial *dial); double gtk_dial_get_value(GtkDial *dial); void gtk_dial_set_value(GtkDial *dial, double value); void gtk_dial_set_round_digits(GtkDial *dial, int round_digits); int gtk_dial_get_round_digits(GtkDial *dial); void gtk_dial_set_zero_db(GtkDial *dial, double zero_db); double gtk_dial_get_zero_db(GtkDial *dial); void gtk_dial_set_off_db(GtkDial *dial, double off_db); double gtk_dial_get_off_db(GtkDial *dial); void gtk_dial_set_is_linear(GtkDial *dial, gboolean is_linear); gboolean gtk_dial_get_is_linear(GtkDial *dial); // taper functions enum { GTK_DIAL_TAPER_LINEAR, GTK_DIAL_TAPER_LOG }; void gtk_dial_set_taper(GtkDial *dial, int taper); int gtk_dial_get_taper(GtkDial *dial); void gtk_dial_set_taper_linear_breakpoints( GtkDial *dial, const double *breakpoints, const double *outputs, int count ); void gtk_dial_set_can_control(GtkDial *dial, gboolean can_control); gboolean gtk_dial_get_can_control(GtkDial *dial); void gtk_dial_set_level_meter_colours( GtkDial *dial, const int *breakpoints, const double *colours, int count ); void gtk_dial_set_peak_hold(GtkDial *dial, int peak_hold); int gtk_dial_get_peak_hold(GtkDial *dial); void gtk_dial_peak_tick(void); void gtk_dial_set_level(GtkDial *dial, double level); double gtk_dial_get_level(GtkDial *dial); void gtk_dial_set_show_level(GtkDial *dial, gboolean show_level); gboolean gtk_dial_get_show_level(GtkDial *dial); void gtk_dial_set_show_value(GtkDial *dial, gboolean show_value); gboolean gtk_dial_get_show_value(GtkDial *dial); int cdb_to_linear_value( int db, int min_val, int max_val, int min_db, int max_db ); int linear_value_to_cdb( int value, int min_val, int max_val, int min_db, int max_db ); G_END_DECLS #endif alsa-scarlett-gui-1.0~beta9/src/gtkhelper.c000066400000000000000000000020651521233005100207310ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "gtkhelper.h" void gtk_widget_set_margin(GtkWidget *w, int margin) { gtk_widget_set_margin_top(w, margin); gtk_widget_set_margin_bottom(w, margin); gtk_widget_set_margin_start(w, margin); gtk_widget_set_margin_end(w, margin); } void gtk_widget_set_expand(GtkWidget *w, gboolean expand) { gtk_widget_set_hexpand(w, expand); gtk_widget_set_vexpand(w, expand); } void gtk_widget_set_align(GtkWidget *w, GtkAlign x, GtkAlign y) { gtk_widget_set_halign(w, x); gtk_widget_set_valign(w, y); } void gtk_grid_set_spacing(GtkGrid *grid, int spacing) { gtk_grid_set_row_spacing(grid, spacing); gtk_grid_set_column_spacing(grid, spacing); } void gtk_widget_remove_css_classes_by_prefix( GtkWidget *w, const char *prefix ) { char **classes = gtk_widget_get_css_classes(w); for (char **i = classes; *i != NULL; i++) if (strncmp(*i, prefix, strlen(prefix)) == 0) gtk_widget_remove_css_class(w, *i); g_strfreev(classes); } alsa-scarlett-gui-1.0~beta9/src/gtkhelper.h000066400000000000000000000007161521233005100207370ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include void gtk_widget_set_margin(GtkWidget *w, int margin); void gtk_widget_set_expand(GtkWidget *w, gboolean expand); void gtk_widget_set_align(GtkWidget *w, GtkAlign x, GtkAlign y); void gtk_grid_set_spacing(GtkGrid *grid, int spacing); void gtk_widget_remove_css_classes_by_prefix(GtkWidget *w, const char *prefix); alsa-scarlett-gui-1.0~beta9/src/hardware.c000066400000000000000000000031751521233005100205440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "hardware.h" struct scarlett2_device scarlett2_supported[] = { { PID_SCARLETT_GEN2_6I6, "Scarlett 2nd Gen 6i6" }, { PID_SCARLETT_GEN2_18I8, "Scarlett 2nd Gen 18i8" }, { PID_SCARLETT_GEN2_18I20, "Scarlett 2nd Gen 18i20" }, { PID_SCARLETT_GEN3_SOLO, "Scarlett 3rd Gen Solo" }, { PID_SCARLETT_GEN3_2I2, "Scarlett 3rd Gen 2i2" }, { PID_SCARLETT_GEN3_4I4, "Scarlett 3rd Gen 4i4" }, { PID_SCARLETT_GEN3_8I6, "Scarlett 3rd Gen 8i6" }, { PID_SCARLETT_GEN3_18I8, "Scarlett 3rd Gen 18i8" }, { PID_SCARLETT_GEN3_18I20, "Scarlett 3rd Gen 18i20" }, { PID_VOCASTER_ONE, "Vocaster One" }, { PID_VOCASTER_TWO, "Vocaster Two" }, { PID_SCARLETT_GEN4_SOLO, "Scarlett 4th Gen Solo" }, { PID_SCARLETT_GEN4_2I2, "Scarlett 4th Gen 2i2" }, { PID_SCARLETT_GEN4_4I4, "Scarlett 4th Gen 4i4" }, { PID_SCARLETT_GEN4_16I16, "Scarlett 4th Gen 16i16" }, { PID_SCARLETT_GEN4_18I16, "Scarlett 4th Gen 18i16" }, { PID_SCARLETT_GEN4_18I20, "Scarlett 4th Gen 18i20" }, { PID_CLARETT_USB_2PRE, "Clarett USB 2Pre" }, { PID_CLARETT_USB_4PRE, "Clarett USB 4Pre" }, { PID_CLARETT_USB_8PRE, "Clarett USB 8Pre" }, { PID_CLARETT_PLUS_2PRE, "Clarett+ 2Pre" }, { PID_CLARETT_PLUS_4PRE, "Clarett+ 4Pre" }, { PID_CLARETT_PLUS_8PRE, "Clarett+ 8Pre" }, { 0, NULL } }; struct scarlett2_device *get_device_for_pid(int pid) { for (int i = 0; scarlett2_supported[i].name; i++) if (scarlett2_supported[i].pid == pid) return &scarlett2_supported[i]; return NULL; } alsa-scarlett-gui-1.0~beta9/src/hardware.h000066400000000000000000000025771521233005100205560ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // Device PIDs #define PID_SCARLETT_GEN1_8I6 0x8002 #define PID_SCARLETT_GEN1_18I6 0x8004 #define PID_SCARLETT_GEN1_18I20 0x800c #define PID_SCARLETT_GEN1_6I6 0x8012 #define PID_SCARLETT_GEN1_18I8 0x8014 #define PID_SCARLETT_GEN2_18I20 0x8201 #define PID_SCARLETT_GEN2_6I6 0x8203 #define PID_SCARLETT_GEN2_18I8 0x8204 #define PID_CLARETT_USB_2PRE 0x8206 #define PID_CLARETT_USB_4PRE 0x8207 #define PID_CLARETT_USB_8PRE 0x8208 #define PID_CLARETT_PLUS_2PRE 0x820a #define PID_CLARETT_PLUS_4PRE 0x820b #define PID_CLARETT_PLUS_8PRE 0x820c #define PID_SCARLETT_GEN3_2I2 0x8210 #define PID_SCARLETT_GEN3_SOLO 0x8211 #define PID_SCARLETT_GEN3_4I4 0x8212 #define PID_SCARLETT_GEN3_8I6 0x8213 #define PID_SCARLETT_GEN3_18I8 0x8214 #define PID_SCARLETT_GEN3_18I20 0x8215 #define PID_VOCASTER_ONE 0x8216 #define PID_VOCASTER_TWO 0x8217 #define PID_SCARLETT_GEN4_SOLO 0x8218 #define PID_SCARLETT_GEN4_2I2 0x8219 #define PID_SCARLETT_GEN4_4I4 0x821a #define PID_SCARLETT_GEN4_16I16 0x821b #define PID_SCARLETT_GEN4_18I16 0x821c #define PID_SCARLETT_GEN4_18I20 0x821d // Supported devices struct scarlett2_device { int pid; const char *name; }; struct scarlett2_device *get_device_for_pid(int pid); alsa-scarlett-gui-1.0~beta9/src/hw-io-availability.c000066400000000000000000000127531521233005100224440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "hardware.h" #include "hw-io-availability.h" // Digital I/O Mode names (Gen 3 uses "S/PDIF" prefix, Gen 4 uses suffix) #define MODE_ADAT "ADAT" #define MODE_NONE "None" #define MODE_OPTICAL "Optical" #define MODE_RCA "RCA" #define MODE_OPTICAL_SPDIF "Optical S/PDIF" #define MODE_SPDIF_OPTICAL "S/PDIF Optical" #define MODE_RCA_SPDIF "RCA S/PDIF" #define MODE_SPDIF_RCA "S/PDIF RCA" #define MODE_DUAL_ADAT "Dual ADAT" // Array indices are SR_LOW, SR_MID, SR_HIGH struct io_limits { uint32_t pid; const char *mode; int spdif_in[SR_COUNT]; int spdif_out[SR_COUNT]; int adat_in[SR_COUNT]; int adat_out[SR_COUNT]; }; static const struct io_limits limits_table[] = { // spdif_in spdif_out adat_in adat_out // 2Pre has no Digital I/O mode selector (NULL mode) { PID_CLARETT_USB_2PRE, NULL, { 2, 2, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 0, 0, 0 } }, { PID_CLARETT_PLUS_2PRE, NULL, { 2, 2, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 0, 0, 0 } }, { PID_CLARETT_USB_4PRE, MODE_NONE, { 0, 0, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_USB_4PRE, MODE_OPTICAL, { 2, 2, 2 }, { 2, 2, 2 }, { 0, 0, 0 }, { 8, 4, 0 } }, { PID_CLARETT_USB_4PRE, MODE_RCA, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_PLUS_4PRE, MODE_NONE, { 0, 0, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_PLUS_4PRE, MODE_OPTICAL, { 2, 2, 2 }, { 2, 2, 2 }, { 0, 0, 0 }, { 8, 4, 0 } }, { PID_CLARETT_PLUS_4PRE, MODE_RCA, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_USB_8PRE, MODE_NONE, { 0, 0, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_USB_8PRE, MODE_OPTICAL, { 2, 2, 2 }, { 2, 2, 2 }, { 0, 0, 0 }, { 8, 4, 0 } }, { PID_CLARETT_USB_8PRE, MODE_RCA, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_PLUS_8PRE, MODE_NONE, { 0, 0, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_CLARETT_PLUS_8PRE, MODE_OPTICAL, { 2, 2, 2 }, { 2, 2, 2 }, { 0, 0, 0 }, { 8, 4, 0 } }, { PID_CLARETT_PLUS_8PRE, MODE_RCA, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, // Gen 2 18i8 has RCA S/PDIF and ADAT in, no mode selector { PID_SCARLETT_GEN2_18I8, NULL, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 0, 0, 0 } }, // Gen 2 18i20 has RCA S/PDIF and ADAT in/out, no mode selector { PID_SCARLETT_GEN2_18I20, NULL, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_SCARLETT_GEN3_18I8, MODE_RCA, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 0, 0, 0 } }, { PID_SCARLETT_GEN3_18I8, MODE_OPTICAL, { 2, 2, 2 }, { 2, 2, 2 }, { 0, 0, 0 }, { 0, 0, 0 } }, { PID_SCARLETT_GEN3_18I20, MODE_SPDIF_RCA, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 16, 4, 0 } }, { PID_SCARLETT_GEN3_18I20, MODE_SPDIF_OPTICAL, { 2, 2, 0 }, { 4, 4, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_SCARLETT_GEN3_18I20, MODE_DUAL_ADAT, { 0, 0, 0 }, { 2, 2, 2 }, { 8, 8, 0 }, { 16, 8, 0 } }, { PID_SCARLETT_GEN4_16I16, MODE_ADAT, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_SCARLETT_GEN4_16I16, MODE_OPTICAL_SPDIF, { 4, 4, 0 }, { 4, 4, 2 }, { 0, 0, 0 }, { 0, 0, 0 } }, { PID_SCARLETT_GEN4_18I16, MODE_ADAT, { 2, 2, 2 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_SCARLETT_GEN4_18I16, MODE_OPTICAL_SPDIF, { 4, 4, 0 }, { 4, 4, 2 }, { 0, 0, 0 }, { 0, 0, 0 } }, { PID_SCARLETT_GEN4_18I20, MODE_RCA_SPDIF, { 2, 2, 0 }, { 2, 2, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_SCARLETT_GEN4_18I20, MODE_OPTICAL_SPDIF, { 4, 4, 0 }, { 4, 4, 2 }, { 8, 4, 0 }, { 8, 4, 0 } }, { PID_SCARLETT_GEN4_18I20, MODE_DUAL_ADAT, { 0, 0, 0 }, { 2, 2, 2 }, { 16, 8, 0 }, { 16, 8, 0 } }, { 0 } }; void update_hw_io_limits(struct alsa_card *card) { const char *mode = NULL; if (card->digital_io_mode_elem) { int mode_value = card->digital_io_mode_live ? alsa_get_elem_value(card->digital_io_mode_elem) : card->digital_io_mode; mode = alsa_get_item_name(card->digital_io_mode_elem, mode_value); } int sr_cat = get_sample_rate_category(card->current_sample_rate); // Default: -1 means unknown/all available card->max_spdif_in = -1; card->max_spdif_out = -1; card->max_adat_in = -1; card->max_adat_out = -1; for (const struct io_limits *l = limits_table; l->pid; l++) { if (l->pid != card->pid) continue; // match NULL mode (no selector) or matching mode string if (l->mode == NULL ? mode == NULL : mode && strcmp(l->mode, mode) == 0) { card->max_spdif_in = l->spdif_in[sr_cat]; card->max_spdif_out = l->spdif_out[sr_cat]; card->max_adat_in = l->adat_in[sr_cat]; card->max_adat_out = l->adat_out[sr_cat]; return; } } // No warning for simulated devices (no PID) or devices without a mode if (!mode || card->num == SIMULATED_CARD_NUM) return; fprintf(stderr, "Unknown Digital I/O config: pid=0x%04x mode=%s sr_cat=%d\n", card->pid, mode, sr_cat); } alsa-scarlett-gui-1.0~beta9/src/hw-io-availability.h000066400000000000000000000004341521233005100224420ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" #include "asound-stream-parser.h" // Update the HW I/O limits stored in the card struct void update_hw_io_limits(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/iface-mixer.c000066400000000000000000001353331521233005100211420ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "glow.h" #include "gtkhelper.h" #include "iface-mixer.h" #include "presets.h" #include "window-preferences.h" #include "routing-lines.h" #include "stringhelper.h" #include "tooltips.h" #include "widget-boolean.h" #include "widget-drop-down.h" #include "widget-dual.h" #include "widget-gain.h" #include "widget-input-select.h" #include "widget-label.h" #include "widget-sample-rate.h" #include "window-configuration.h" #include "window-dsp.h" #include "window-helper.h" #include "window-levels.h" #include "window-mixer.h" #include "window-routing.h" #include "window-startup.h" // find the routing sink for a hardware output by port number static struct routing_snk *get_output_r_snk( struct alsa_card *card, int port_num ) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; if (elem->port_category != PC_HW) continue; if (elem->lr_num == port_num) return r_snk; } return NULL; } static void add_clock_source_control( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *clock_source = get_elem_by_prefix(elems, "Clock Source"); if (!clock_source) { clock_source = get_elem_by_substr(elems, "Sync Clock Source"); if (!clock_source) return; } GtkWidget *b = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_tooltip_text( b, "Clock Source selects where the interface receives its digital " "clock from. If you aren’t using S/PDIF or ADAT inputs, set this " "to Internal." ); gtk_box_append(GTK_BOX(global_controls), b); GtkWidget *l = gtk_label_new("Clock Source"); GtkWidget *w = make_drop_down_alsa_elem(clock_source, NULL); gtk_widget_add_css_class(w, "clock-source"); gtk_widget_add_css_class(w, "fixed"); gtk_box_append(GTK_BOX(b), l); gtk_box_append(GTK_BOX(b), w); } static void add_sync_status_control( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *sync_status = get_elem_by_name(elems, "Sync Status"); if (!sync_status) { sync_status = get_elem_by_name(elems, "Sample Clock Sync Status"); if (!sync_status) return; } GtkWidget *b = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); if (get_elem_by_prefix(elems, "Clock Source")) { gtk_widget_set_tooltip_text( b, "Sync Status indicates if the interface is locked to a valid " "digital clock. If you aren’t using S/PDIF or ADAT inputs and " "the Sync Status is Unlocked, change the Clock Source to " "Internal." ); } else { gtk_widget_set_tooltip_text( b, "Sync Status indicates if the interface is locked to a valid " "digital clock. Since the Clock Source is fixed to internal on " "this interface, this should stay locked." ); } gtk_box_append(GTK_BOX(global_controls), b); GtkWidget *l = gtk_label_new("Sync Status"); gtk_box_append(GTK_BOX(b), l); GtkWidget *w = make_boolean_alsa_elem(sync_status, "Unlocked", "Locked"); gtk_widget_add_css_class(w, "sync-status"); gtk_widget_add_css_class(w, "fixed"); gtk_box_append(GTK_BOX(b), w); } static void add_power_status_control( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *power_status = get_elem_by_name( elems, "Power Status Card Enum" ); if (!power_status) return; GtkWidget *b = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_tooltip_text( b, "Power indicates if the interface is being powered by the USB " "bus, an external power supply, or if there is insufficient power " "available and the interface has shut down." ); gtk_box_append(GTK_BOX(global_controls), b); GtkWidget *l = gtk_label_new("Power"); gtk_box_append(GTK_BOX(b), l); GtkWidget *w = make_drop_down_alsa_elem(power_status, NULL); gtk_widget_add_css_class(w, "power-status"); gtk_widget_add_css_class(w, "fixed"); gtk_box_append(GTK_BOX(b), w); } static void add_sample_rate_control( struct alsa_card *card, GtkWidget *global_controls ) { GtkWidget *b = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_tooltip_text( b, "The Sample Rate cannot be changed here because it is set by the " "application which is using the interface, usually a sound " "server like PulseAudio, JACK, or PipeWire. If this shows N/A, " "no application is currently using the interface.\n\n" "Note that not all features are available on all interfaces at " "sample rates above 48kHz. Please refer to the user guide for " "your interface for more information." ); gtk_box_append(GTK_BOX(global_controls), b); GtkWidget *l = gtk_label_new("Sample Rate"); gtk_box_append(GTK_BOX(b), l); GtkWidget *w = make_sample_rate_widget(card); gtk_widget_add_css_class(w, "sample-rate"); gtk_box_append(GTK_BOX(b), w); } static void add_speaker_switching_controls_enum( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *speaker_switching = get_elem_by_name( elems, "Speaker Switching Playback Enum" ); if (!speaker_switching) return; GtkWidget *w = make_dual_boolean_alsa_elems( speaker_switching, "Speaker Switching", "Off", "On", "Main", "Alt" ); gtk_widget_set_tooltip_text( w, "Speaker Switching lets you swap between two pairs of " "monitoring speakers very easily." ); gtk_box_append(GTK_BOX(global_controls), w); } static void add_speaker_switching_controls_switches( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *enable = get_elem_by_name( elems, "Speaker Switching Playback Switch" ); struct alsa_elem *alt = get_elem_by_name( elems, "Speaker Switching Alt Playback Switch" ); if (!enable || !alt) return; GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_tooltip_text( box, "Speaker Switching lets you swap between two pairs of " "monitoring speakers very easily." ); GtkWidget *l = gtk_label_new("Speaker Switching"); GtkWidget *w1 = make_boolean_alsa_elem(enable, "Off", "On"); GtkWidget *w2 = make_boolean_alsa_elem(alt, "Main", "Alt"); gtk_widget_add_css_class(w1, "speaker-switching-enable"); gtk_widget_add_css_class(w2, "speaker-switching-alt"); gtk_box_append(GTK_BOX(box), l); gtk_box_append(GTK_BOX(box), w1); gtk_box_append(GTK_BOX(box), w2); gtk_box_append(GTK_BOX(global_controls), box); } // Check if any Alt Group Output is enabled (Gen 4) static int has_any_alt_group_enabled(struct alsa_card *card) { for (int i = 1; i <= 8; i++) { char name[64]; snprintf(name, sizeof(name), "Alt Group Output %d Playback Switch", i); struct alsa_elem *elem = get_elem_by_name(card->elems, name); if (elem && alsa_get_elem_value(elem)) return 1; } return 0; } // Callback to update speaker switching button sensitivity static void update_speaker_switching_sensitivity( struct alsa_elem *elem, void *data ) { GtkWidget *button = data; struct alsa_card *card = elem->card; int enabled = has_any_alt_group_enabled(card); gtk_widget_set_sensitive(button, enabled); } // Gen 4: Main/Alt selector only (speaker switching is implicit) static void add_speaker_switching_controls_gen4( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; // Check if this is Gen 4 (has Main/Alt Group controls) struct alsa_elem *main_group = get_elem_by_prefix( elems, "Main Group Output" ); if (!main_group) return; struct alsa_elem *alt = get_elem_by_name( elems, "Speaker Switching Alt Playback Switch" ); if (!alt) return; GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_tooltip_text( box, "Monitor Group lets you swap between Main and Alt monitor groups. " "Configure which outputs belong to each group in the Configuration window." ); GtkWidget *l = gtk_label_new("Monitor Group"); GtkWidget *w = make_boolean_alsa_elem(alt, "Main", "Alt"); gtk_widget_add_css_class(w, "speaker-switching-alt"); // Set initial sensitivity based on whether any Alt output is enabled gtk_widget_set_sensitive(w, has_any_alt_group_enabled(card)); // Register callbacks on Alt Group Output switches to update sensitivity for (int i = 1; i <= 8; i++) { char name[64]; snprintf(name, sizeof(name), "Alt Group Output %d Playback Switch", i); struct alsa_elem *alt_out = get_elem_by_name(elems, name); if (alt_out) alsa_elem_add_callback(alt_out, update_speaker_switching_sensitivity, w, NULL); } gtk_box_append(GTK_BOX(box), l); gtk_box_append(GTK_BOX(box), w); gtk_box_append(GTK_BOX(global_controls), box); } // Structure to track output volume widget and its monitor group elements struct output_volume_group_data { GtkWidget *widget; struct alsa_elem *main_group_switch; struct alsa_elem *alt_group_switch; }; // Check if output is in a monitor group and update widget sensitivity static void update_output_volume_sensitivity( struct alsa_elem *elem, void *data ) { struct output_volume_group_data *d = data; int in_group = 0; if (d->main_group_switch && alsa_get_elem_value(d->main_group_switch)) in_group = 1; if (d->alt_group_switch && alsa_get_elem_value(d->alt_group_switch)) in_group = 1; gtk_widget_set_sensitive(d->widget, !in_group); } // Free output volume group data static void free_output_volume_group_data(void *data) { g_free(data); } // Get the routing sink for an analogue output by lr_num static struct routing_snk *get_analogue_output_snk( struct alsa_card *card, int lr_num ) { if (!card->routing_snks) return NULL; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->elem->port_category == PC_HW && snk->elem->hw_type == HW_TYPE_ANALOGUE && snk->elem->lr_num == lr_num) { return snk; } } return NULL; } // Set up monitor group sensitivity tracking for an output volume widget static void setup_output_volume_monitor_group( struct alsa_card *card, GtkWidget *widget, int lr_num ) { struct routing_snk *snk = get_analogue_output_snk(card, lr_num); if (!snk) return; // Check if this output has monitor group controls if (!snk->main_group_switch && !snk->alt_group_switch) return; // Create tracking data struct output_volume_group_data *data = g_malloc(sizeof(struct output_volume_group_data)); data->widget = widget; data->main_group_switch = snk->main_group_switch; data->alt_group_switch = snk->alt_group_switch; // Register callbacks on the group switches if (snk->main_group_switch) { alsa_elem_add_callback( snk->main_group_switch, update_output_volume_sensitivity, data, NULL ); } if (snk->alt_group_switch) { alsa_elem_add_callback( snk->alt_group_switch, update_output_volume_sensitivity, data, NULL ); } // Attach cleanup to the widget g_object_weak_ref( G_OBJECT(widget), (GWeakNotify)free_output_volume_group_data, data ); // Set initial sensitivity int in_group = 0; if (snk->main_group_switch && alsa_get_elem_value(snk->main_group_switch)) in_group = 1; if (snk->alt_group_switch && alsa_get_elem_value(snk->alt_group_switch)) in_group = 1; gtk_widget_set_sensitive(widget, !in_group); } // Structure to track monitor group label widget struct monitor_group_label_data { GtkWidget *label; struct alsa_elem *main_group_switch; struct alsa_elem *alt_group_switch; struct alsa_elem *speaker_switch_alt; }; // Update monitor group label based on current state static void update_monitor_group_label( struct alsa_elem *elem, void *data ) { struct monitor_group_label_data *d = data; int in_main = d->main_group_switch && alsa_get_elem_value(d->main_group_switch); int in_alt = d->alt_group_switch && alsa_get_elem_value(d->alt_group_switch); // If not in any group, hide the label if (!in_main && !in_alt) { gtk_label_set_text(GTK_LABEL(d->label), ""); return; } // Check which group is active (0 = Main, 1 = Alt) int alt_active = d->speaker_switch_alt && alsa_get_elem_value(d->speaker_switch_alt); if (in_main && !alt_active) { // Active in Main group - green gtk_label_set_markup( GTK_LABEL(d->label), "Main" ); } else if (in_alt && alt_active) { // Active in Alt group - red gtk_label_set_markup( GTK_LABEL(d->label), "Alt" ); } else if (in_main && alt_active) { // In Main but Alt is active - dimmed gtk_label_set_markup( GTK_LABEL(d->label), "Main" ); } else if (in_alt && !alt_active) { // In Alt but Main is active - dimmed gtk_label_set_markup( GTK_LABEL(d->label), "Alt" ); } } // Free monitor group label data static void free_monitor_group_label_data(void *data) { g_free(data); } // Create monitor group indicator label for an output static GtkWidget *create_monitor_group_label( struct alsa_card *card, int lr_num ) { struct routing_snk *snk = get_analogue_output_snk(card, lr_num); if (!snk) return NULL; // Check if this output has monitor group controls if (!snk->main_group_switch && !snk->alt_group_switch) return NULL; // Get the speaker switching alt control struct alsa_elem *speaker_switch_alt = get_elem_by_name( card->elems, "Speaker Switching Alt Playback Switch" ); // Create label widget GtkWidget *label = gtk_label_new(""); gtk_widget_set_halign(label, GTK_ALIGN_CENTER); // Create tracking data struct monitor_group_label_data *data = g_malloc(sizeof(struct monitor_group_label_data)); data->label = label; data->main_group_switch = snk->main_group_switch; data->alt_group_switch = snk->alt_group_switch; data->speaker_switch_alt = speaker_switch_alt; // Register callbacks on all relevant controls if (snk->main_group_switch) alsa_elem_add_callback( snk->main_group_switch, update_monitor_group_label, data, NULL ); if (snk->alt_group_switch) alsa_elem_add_callback( snk->alt_group_switch, update_monitor_group_label, data, NULL ); if (speaker_switch_alt) alsa_elem_add_callback( speaker_switch_alt, update_monitor_group_label, data, NULL ); // Attach cleanup to the widget g_object_weak_ref( G_OBJECT(label), (GWeakNotify)free_monitor_group_label_data, data ); // Set initial state update_monitor_group_label(NULL, data); return label; } static void add_talkback_controls_enum( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *talkback = get_elem_by_name( elems, "Talkback Playback Enum" ); if (!talkback) return; GtkWidget *w = make_dual_boolean_alsa_elems( talkback, "Talkback", "Disabled", "Enabled", "Off", "On" ); gtk_widget_set_tooltip_text( w, "Talkback lets you add another channel (usually the talkback " "mic) to a mix with a button push, usually to talk to " "musicians, and without using an additional mic channel." ); gtk_box_append(GTK_BOX(global_controls), w); } static void add_talkback_controls_switches( struct alsa_card *card, GtkWidget *global_controls ) { GPtrArray *elems = card->elems; struct alsa_elem *enable = get_elem_by_name( elems, "Talkback Enable Playback Switch" ); struct alsa_elem *talk = get_elem_by_name( elems, "Talk Playback Switch" ); if (!enable || !talk) return; GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_tooltip_text( box, "Talkback lets you add another channel (usually the talkback " "mic) to a mix with a button push, usually to talk to " "musicians, and without using an additional mic channel." ); GtkWidget *l = gtk_label_new("Talkback"); GtkWidget *w1 = make_boolean_alsa_elem(enable, "Disabled", "Enabled"); GtkWidget *w2 = make_boolean_alsa_elem(talk, "Talk", "Talk"); gtk_widget_add_css_class(w1, "talkback-enable"); gtk_widget_add_css_class(w2, "talk"); gtk_box_append(GTK_BOX(box), l); gtk_box_append(GTK_BOX(box), w1); gtk_box_append(GTK_BOX(box), w2); gtk_box_append(GTK_BOX(global_controls), box); } static GtkWidget *create_global_box(GtkWidget *grid, int *x, int orient) { GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_vexpand(box, TRUE); GtkWidget *label = gtk_label_new("Global"); gtk_widget_add_css_class(label, "controls-label"); gtk_widget_set_halign(label, GTK_ALIGN_START); GtkWidget *controls = gtk_box_new(orient, 15); gtk_widget_add_css_class(controls, "controls-content"); gtk_widget_set_vexpand(controls, TRUE); gtk_box_append(GTK_BOX(box), label); gtk_box_append(GTK_BOX(box), controls); gtk_grid_attach(GTK_GRID(grid), box, *x, 0, 1, 1); (*x)++; return controls; } /* 4th Gen Solo Mix switch */ static void create_input_select_control( GPtrArray *elems, GtkWidget *input_grid, int *current_row ) { struct alsa_elem *elem = get_elem_by_name(elems, "PCM Input Capture Switch"); if (!elem) return; GtkWidget *w = make_boolean_alsa_elem(elem, "Mix", "Mix"); gtk_widget_add_css_class(w, "pcm-input-mix"); gtk_widget_set_tooltip_text( w, "Enabling Input Mix selects Mix E/F as the input source for " "the PCM 1/2 Inputs rather than the DSP 1/2 Inputs. This is " "useful to get a mono mix of both input channels." ); gtk_grid_attach(GTK_GRID(input_grid), w, 0, *current_row, 2, 1); (*current_row)++; } static void create_input_link_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Link", NULL); gtk_widget_add_css_class(w, "input-link"); gtk_widget_set_hexpand(w, TRUE); int from, to; get_two_num_from_string(elem->name, &from, &to); // skip even numbers if (!(from % 2)) return; if (to == -1) to = from + 1; gtk_grid_attach(GTK_GRID(grid), w, from - 1, current_row, to - from + 1, 1); } static void create_input_gain_control( struct alsa_card *card, struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_gain_alsa_elem(elem, 0, WIDGET_GAIN_TAPER_LINEAR, 1, TRUE); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); // find the routing source for this input's port number // input gains correspond to hardware inputs (PC_HW) struct routing_src *r_src = NULL; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category == PC_HW && src->port_num == elem->lr_num - 1) { r_src = src; break; } } // store widget in card's list struct input_gain_widget *ig = g_malloc(sizeof(struct input_gain_widget)); ig->widget = w; ig->port_num = elem->lr_num; ig->r_src = r_src; card->input_gain_widgets = g_list_append(card->input_gain_widgets, ig); } static void create_input_autogain_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Autogain", NULL); gtk_widget_add_css_class(w, "autogain"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text( w, "Autogain will listen to the input signal for 10 seconds and " "automatically set the gain of the input channel to get the " "best signal level." ); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_autogain_status_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_label_alsa_elem(elem); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_safe_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Safe", NULL); gtk_widget_add_css_class(w, "safe"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text( w, "Enabling Safe Mode prevents the input from clipping by " "automatically reducing the gain if the signal is too hot." ); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_level_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Inst", NULL); gtk_widget_add_css_class(w, "inst"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text(w, level_descr); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_air_switch_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Air", NULL); gtk_widget_add_css_class(w, "air"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text(w, air_descr); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_air_enum_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_drop_down_alsa_elem(elem, "Air"); gtk_widget_add_css_class(w, "air"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text(w, air_descr); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_dsp_switch_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Enhance", NULL); gtk_widget_add_css_class(w, "dsp"); gtk_widget_set_hexpand(w, TRUE); // gtk_widget_set_tooltip_text(w, dsp_descr); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_dsp_preset_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_drop_down_alsa_elem(elem, NULL); gtk_widget_add_css_class(w, "dsp-preset"); gtk_widget_set_hexpand(w, TRUE); // gtk_widget_set_tooltip_text(w, dsp_descr); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_mute_switch_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Mute", NULL); gtk_widget_add_css_class(w, "input-mute"); gtk_widget_set_hexpand(w, TRUE); // gtk_widget_set_tooltip_text(w, dsp_descr); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_pad_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Pad", NULL); gtk_widget_add_css_class(w, "pad"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text( w, "Enabling Pad engages a 10dB attenuator in the channel, giving " "you more headroom for very hot signals." ); gtk_grid_attach(GTK_GRID(grid), w, column_num, current_row, 1, 1); } static void create_input_gain_switch_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "Gain", NULL); gtk_widget_add_css_class(w, "gain-switch"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text( w, "Enabling Gain switches from Low gain input (0dBFS = +16dBu)\n" "to High gain input (0dBFS = −10dBV, approx −6dBu)." ); // ignore current_row, always put it in the first row gtk_grid_attach(GTK_GRID(grid), w, column_num, 1, 1, 1); } static void create_input_phantom_control( struct alsa_elem *elem, GtkWidget *grid, int current_row, int column_num ) { GtkWidget *w = make_boolean_alsa_elem(elem, "48V", NULL); gtk_widget_add_css_class(w, "phantom"); gtk_widget_set_hexpand(w, TRUE); gtk_widget_set_tooltip_text(w, phantom_descr); int from, to; get_two_num_from_string(elem->name, &from, &to); if (to == -1) to = from; gtk_grid_attach(GTK_GRID(grid), w, from - 1, current_row, to - from + 1, 1); } static void create_input_controls_by_type( GPtrArray *elems, GtkWidget *grid, int *current_row, char *control, void (*create_func)(struct alsa_elem *, GtkWidget *, int, int) ) { int count = 0; for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); // if no card entry, it's an empty slot if (!elem->card) continue; if (!strstr(elem->name, control)) continue; int column_num = get_num_from_string(elem->name) - 1; create_func(elem, grid, *current_row, column_num); count++; } // Don't increment row for 4th Gen Solo Inst control so Air control // goes next to it if (!strcmp(control, "Level Capture Enum") && count == 1) return; if (count) (*current_row)++; } // variant that passes card to the callback static void create_input_controls_by_type_with_card( struct alsa_card *card, GPtrArray *elems, GtkWidget *grid, int *current_row, char *control, void (*create_func)(struct alsa_card *, struct alsa_elem *, GtkWidget *, int, int) ) { int count = 0; for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); if (!elem->card) continue; if (!strstr(elem->name, control)) continue; int column_num = get_num_from_string(elem->name) - 1; create_func(card, elem, grid, *current_row, column_num); count++; } if (count) (*current_row)++; } static void create_input_controls( struct alsa_card *card, GtkWidget *top, int *x, int input_count ) { GPtrArray *elems = card->elems; // Only the 18i20 Gen 2 has no input controls if (!input_count) return; struct alsa_elem *input_select_elem = get_elem_by_name(elems, "Input Select Capture Enum"); GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); GtkWidget *label_ic = gtk_label_new("Analogue Inputs"); gtk_widget_add_css_class(label_ic, "controls-label"); gtk_widget_set_halign(label_ic, GTK_ALIGN_START); gtk_box_append(GTK_BOX(box), label_ic); GtkWidget *input_grid = gtk_grid_new(); gtk_widget_add_css_class(input_grid, "controls-content"); gtk_grid_set_spacing(GTK_GRID(input_grid), 10); gtk_widget_set_hexpand(input_grid, TRUE); gtk_widget_set_halign(input_grid, GTK_ALIGN_FILL); gtk_widget_set_vexpand(input_grid, TRUE); gtk_box_append(GTK_BOX(box), input_grid); gtk_grid_attach(GTK_GRID(top), box, *x, 0, 1, 1); for (int i = 1; i <= input_count; i++) { GtkWidget *label; if (input_select_elem) { label = make_input_select_alsa_elem(input_select_elem, i); } else { char s[20]; snprintf(s, 20, "%d", i); label = gtk_label_new(s); } gtk_grid_attach(GTK_GRID(input_grid), label, i - 1, 0, 1, 1); } int current_row = 1; // 4th Gen Solo, put the Phantom Power control above the Air control if (get_elem_by_name(elems, "Direct Monitor Playback Switch")) { create_input_controls_by_type( elems, input_grid, ¤t_row, "Level Capture Enum", create_input_level_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Phantom Power Capture Switch", create_input_phantom_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Air Capture Enum", create_input_air_enum_control ); (*x)++; return; } create_input_select_control(elems, input_grid, ¤t_row); create_input_controls_by_type( elems, input_grid, ¤t_row, "Link Capture Switch", create_input_link_control ); create_input_controls_by_type_with_card( card, elems, input_grid, ¤t_row, "Gain Capture Volume", create_input_gain_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Autogain Capture Switch", create_input_autogain_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Autogain Status Capture Enum", create_input_autogain_status_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Safe Capture Switch", create_input_safe_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Level Capture Enum", create_input_level_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Impedance Switch", create_input_level_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Air Capture Switch", create_input_air_switch_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Air Capture Enum", create_input_air_enum_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "DSP Capture Switch", create_input_dsp_switch_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "DSP Preset Capture Enum", create_input_dsp_preset_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Mute Capture Switch", create_input_mute_switch_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Pad Capture Switch", create_input_pad_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Pad Switch", create_input_pad_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Gain Switch", create_input_gain_switch_control ); create_input_controls_by_type( elems, input_grid, ¤t_row, "Phantom Power Capture Switch", create_input_phantom_control ); (*x)++; } static void create_output_controls( struct alsa_card *card, GtkWidget *top, int *x, int y, int x_span, int output_count ) { GPtrArray *elems = card->elems; GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); GtkWidget *label_oc = gtk_label_new("Analogue Outputs"); gtk_widget_add_css_class(label_oc, "controls-label"); gtk_widget_set_halign(label_oc, GTK_ALIGN_START); gtk_box_append(GTK_BOX(box), label_oc); GtkWidget *output_grid = gtk_grid_new(); gtk_widget_add_css_class(output_grid, "controls-content"); gtk_grid_set_spacing(GTK_GRID(output_grid), 10); gtk_widget_set_hexpand(output_grid, TRUE); gtk_widget_set_vexpand(output_grid, TRUE); gtk_box_append(GTK_BOX(box), output_grid); gtk_grid_attach(GTK_GRID(top), box, *x, y, x_span, 1); /* 4th Gen Solo/2i2 */ if (get_elem_by_prefix(elems, "Direct Monitor Playback")) { struct alsa_elem *elem; for (int i = 0; i < 2; i++) { char s[20]; snprintf(s, 20, "%d", i + 1); GtkWidget *label = gtk_label_new(s); gtk_grid_attach(GTK_GRID(output_grid), label, i, 0, 1, 1); } /* Solo */ elem = get_elem_by_name(elems, "Direct Monitor Playback Switch"); if (elem) { GtkWidget *w = make_boolean_alsa_elem(elem, "Direct Monitor", NULL); gtk_widget_add_css_class(w, "direct-monitor"); gtk_widget_set_tooltip_text( w, "Direct Monitor sends the analogue input signals to the " "analogue outputs for zero-latency monitoring." ); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 1, 2, 1); } /* 2i2 */ elem = get_elem_by_name(elems, "Direct Monitor Playback Enum"); if (elem) { GtkWidget *w = make_drop_down_alsa_elem(elem, "Direct Monitor"); gtk_widget_add_css_class(w, "direct-monitor"); gtk_widget_set_tooltip_text( w, "Direct Monitor sends the analogue input signals to the " "analogue outputs for zero-latency monitoring." ); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 1, 2, 1); } return; } int has_sw_hw_ctrls = !!get_elem_by_substr(elems, "Volume Control Playback Enum"); int line_1_col = has_sw_hw_ctrls || get_elem_by_name(elems, "Mute Playback Switch") || get_elem_by_name(elems, "Master Playback Switch"); for (int i = 0; i < output_count; i++) { char s[20]; snprintf(s, 20, "%d", i + 1); GtkWidget *label = gtk_label_new(s); gtk_grid_attach(GTK_GRID(output_grid), label, i + line_1_col, 0, 1, 1); } for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); GtkWidget *w; // if no card entry, it's an empty slot if (!elem->card) continue; // output controls // Gen 1 master output control if (strcmp(elem->name, "Master Playback Volume") == 0) { GtkWidget *l = gtk_label_new("Master"); gtk_grid_attach(GTK_GRID(output_grid), l, 0, 0, 1, 1); w = make_gain_alsa_elem(elem, 1, WIDGET_GAIN_TAPER_LOG, 0, FALSE); gtk_widget_set_tooltip_text(w, "Master Volume Control"); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 2, 1, 1); } else if (strncmp(elem->name, "Line", 4) == 0 || (strncmp(elem->name, "Master", 6) == 0 && elem->lr_num) || strncmp(elem->name, "Analogue", 8) == 0) { if (strstr(elem->name, "Playback Volume")) { w = make_gain_alsa_elem(elem, 1, WIDGET_GAIN_TAPER_LOG, 1, TRUE); setup_output_volume_monitor_group(card, w, elem->lr_num); gtk_grid_attach( GTK_GRID(output_grid), w, elem->lr_num - 1 + line_1_col, 2, 1, 1 ); // store widget in card's list for level updates struct routing_snk *r_snk = get_output_r_snk(card, elem->lr_num); struct output_gain_widget *og = g_malloc(sizeof(struct output_gain_widget)); og->widget = w; og->port_num = elem->lr_num; og->r_snk = r_snk; card->output_gain_widgets = g_list_append(card->output_gain_widgets, og); } else if (strstr(elem->name, "Playback Switch")) { w = make_boolean_alsa_elem( elem, "*audio-volume-high", "*audio-volume-muted" ); gtk_widget_add_css_class(w, "mute"); if (has_sw_hw_ctrls) { gtk_widget_set_tooltip_text( w, "Mute (only available when under software control)" ); } else { gtk_widget_set_tooltip_text(w, "Mute"); } gtk_grid_attach( GTK_GRID(output_grid), w, elem->lr_num - 1 + line_1_col, 3, 1, 1 ); } else if (strstr(elem->name, "Volume Control Playback Enum")) { w = make_boolean_alsa_elem(elem, "SW", "HW"); gtk_widget_add_css_class(w, "sw-hw"); gtk_widget_set_tooltip_text( w, "Set software-controlled (SW) or hardware-controlled (HW) " "volume for this analogue output." ); gtk_grid_attach( GTK_GRID(output_grid), w, elem->lr_num - 1 + line_1_col, 4, 1, 1 ); } // master output controls } else if (strcmp(elem->name, "Master HW Playback Volume") == 0) { int gen4 = !!strstr(card->name, "4th Gen"); GtkWidget *l = gtk_label_new(gen4 ? "Line 1–2" : "HW"); gtk_grid_attach(GTK_GRID(output_grid), l, 0, 0, 1, 1); if (gen4) { w = make_gain_alsa_elem(elem, 1, WIDGET_GAIN_TAPER_GEN4_VOLUME, 0, FALSE); } else { w = make_gain_alsa_elem(elem, 1, WIDGET_GAIN_TAPER_LOG, 0, FALSE); } gtk_widget_set_tooltip_text( w, gen4 ? "This control shows the setting of the master volume " "knob, which controls the volume of the analogue line " "outputs 1 and 2." : "This control shows the setting of the physical " "(hardware) volume knob, which controls the volume of " "the analogue outputs which have been set to “HW”." ); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 2, 1, 1); } else if (strcmp(elem->name, "Headphone Playback Volume") == 0) { GtkWidget *l = gtk_label_new("Headphones"); gtk_widget_set_tooltip_text( l, "This control shows the setting of the headphone volume knob." ); gtk_grid_attach(GTK_GRID(output_grid), l, 1, 0, 1, 1); w = make_gain_alsa_elem(elem, 1, WIDGET_GAIN_TAPER_GEN4_VOLUME, 0, FALSE); gtk_grid_attach(GTK_GRID(output_grid), w, 1, 2, 1, 1); } else if (strcmp(elem->name, "Mute Playback Switch") == 0) { w = make_boolean_alsa_elem( elem, "*audio-volume-high", "*audio-volume-muted" ); gtk_widget_add_css_class(w, "mute"); gtk_widget_set_tooltip_text(w, "Mute HW controlled outputs"); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 3, 1, 1); } else if (strcmp(elem->name, "Dim Playback Switch") == 0) { w = make_boolean_alsa_elem( elem, "*audio-volume-medium", "*audio-volume-low" ); gtk_widget_add_css_class(w, "dim"); gtk_widget_set_tooltip_text( w, "Dim (lower volume) of HW controlled outputs" ); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 4, 1, 1); } else if (strcmp(elem->name, "Speaker Mute Playback Switch") == 0) { w = make_boolean_alsa_elem( elem, "*audio-volume-high", "*audio-volume-muted" ); gtk_widget_add_css_class(w, "mute"); gtk_widget_set_tooltip_text(w, "Mute speaker output"); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 5, 1, 1); } else if (strstr(elem->name, "Headphones") && strstr(elem->name, "Mute Playback Switch")) { int headphones_num = get_num_from_string(elem->name); int column = headphones_num > 0 ? headphones_num : 1; w = make_boolean_alsa_elem( elem, "*audio-headphones-symbolic", "*audio-headphones-symbolic" ); gtk_widget_add_css_class(w, "mute"); if (headphones_num > 0) { char tooltip[50]; snprintf(tooltip, 50, "Mute headphones %d output", headphones_num); gtk_widget_set_tooltip_text(w, tooltip); } else { gtk_widget_set_tooltip_text(w, "Mute headphones output"); } gtk_grid_attach(GTK_GRID(output_grid), w, column, 5, 1, 1); } } // Add monitor group indicator labels for each output for (int i = 0; i < output_count; i++) { GtkWidget *label = create_monitor_group_label(card, i + 1); if (label) { gtk_grid_attach( GTK_GRID(output_grid), label, i + line_1_col, 1, 1, 1 ); } } (*x)++; } static void create_global_controls( struct alsa_card *card, GtkWidget *top, int *x ) { int orient = card->has_speaker_switching ? GTK_ORIENTATION_HORIZONTAL : GTK_ORIENTATION_VERTICAL; GtkWidget *global_controls = create_global_box(top, x, orient); GtkWidget *column[3]; for (int i = 0; i < 3; i++) column[i] = global_controls; if (card->has_speaker_switching) { for (int i = 0; i < 3; i++) { column[i] = gtk_box_new(GTK_ORIENTATION_VERTICAL, 15); gtk_box_append(GTK_BOX(global_controls), column[i]); } } add_clock_source_control(card, column[0]); add_sync_status_control(card, column[1]); add_power_status_control(card, column[1]); add_sample_rate_control(card, column[2]); add_speaker_switching_controls_enum(card, column[0]); add_speaker_switching_controls_switches(card, column[0]); add_speaker_switching_controls_gen4(card, column[0]); add_talkback_controls_enum(card, column[1]); add_talkback_controls_switches(card, column[1]); // Add Presets button if device has a serial number if (card->serial && *card->serial) { GtkWidget *presets_button = create_presets_button(card); gtk_widget_set_valign(presets_button, GTK_ALIGN_END); gtk_widget_set_vexpand(presets_button, TRUE); gtk_box_append(GTK_BOX(column[2]), presets_button); } } static GtkWidget *create_main_window_controls(struct alsa_card *card) { int x = 0; GtkWidget *top = gtk_grid_new(); gtk_widget_add_css_class(top, "window-content"); gtk_widget_add_css_class(top, "iface-mixer"); if (strstr(card->name, "4th Gen") || strstr(card->name, "Gen 4")) { gtk_widget_add_css_class(top, "gen4"); } else if (strstr(card->name, "Scarlett")) { gtk_widget_add_css_class(top, "scarlett"); } else if (strstr(card->name, "Clarett")) { gtk_widget_add_css_class(top, "clarett"); } else if (strstr(card->name, "Vocaster")) { gtk_widget_add_css_class(top, "vocaster"); } gtk_grid_set_spacing(GTK_GRID(top), 15); int input_count = get_max_elem_by_name( card->elems, "Line", "Capture Switch" ); if (!input_count) input_count = get_max_elem_by_name(card->elems, "Input", "Switch"); int output_count = get_max_elem_by_name( card->elems, "Line", "Playback Volume" ); if (!output_count) output_count = get_max_elem_by_name(card->elems, "Master", "Playback Volume") * 2; if (!output_count) output_count = get_max_elem_by_name(card->elems, "Analogue", "Playback Volume"); create_global_controls(card, top, &x); create_input_controls(card, top, &x, input_count); if (input_count + output_count >= 12) { x = 0; create_output_controls(card, top, &x, 1, 2, output_count); } else { create_output_controls(card, top, &x, 0, 1, output_count); } return top; } static gboolean window_routing_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( GTK_WIDGET(card->window_main), "win.routing", NULL ); return true; } static gboolean window_mixer_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( GTK_WIDGET(card->window_main), "win.mixer", NULL ); return true; } static gboolean window_configuration_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( card->window_main, "win.configuration", NULL ); return true; } static gboolean window_levels_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( GTK_WIDGET(card->window_main), "win.levels", NULL ); return true; } static gboolean window_dsp_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( GTK_WIDGET(card->window_main), "win.dsp", NULL ); return true; } static gboolean window_preferences_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( GTK_WIDGET(card->window_main), "win.preferences", NULL ); return true; } // wrap a scrolled window around the controls static void create_scrollable_window(GtkWidget *window, GtkWidget *controls) { GtkWidget *scrolled_window = gtk_scrolled_window_new(); gtk_scrolled_window_set_policy( GTK_SCROLLED_WINDOW(scrolled_window), GTK_POLICY_AUTOMATIC, GTK_POLICY_AUTOMATIC ); gtk_scrolled_window_set_child( GTK_SCROLLED_WINDOW(scrolled_window), controls ); gtk_scrolled_window_set_propagate_natural_height( GTK_SCROLLED_WINDOW(scrolled_window), TRUE ); gtk_scrolled_window_set_propagate_natural_width( GTK_SCROLLED_WINDOW(scrolled_window), TRUE ); gtk_window_set_child(GTK_WINDOW(window), scrolled_window); gtk_window_set_resizable(GTK_WINDOW(window), TRUE); } GtkWidget *create_iface_mixer_main(struct alsa_card *card) { // clear any existing input gain widgets from previous interface for (GList *l = card->input_gain_widgets; l != NULL; l = l->next) g_free(l->data); g_list_free(card->input_gain_widgets); card->input_gain_widgets = NULL; // clear any existing output gain widgets from previous interface for (GList *l = card->output_gain_widgets; l != NULL; l = l->next) g_free(l->data); g_list_free(card->output_gain_widgets); card->output_gain_widgets = NULL; card->has_speaker_switching = get_elem_by_name(card->elems, "Speaker Switching Playback Enum") || get_elem_by_name(card->elems, "Speaker Switching Playback Switch"); card->has_talkback = get_elem_by_name(card->elems, "Talkback Playback Enum") || get_elem_by_name(card->elems, "Talkback Enable Playback Switch"); GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *contents = create_main_window_controls(card); gtk_frame_set_child(GTK_FRAME(top), contents); GtkWidget *routing_top = create_routing_controls(card); if (!routing_top) return NULL; // initialise level indication for routing lines routing_levels_init(card); card->window_routing = create_subwindow( card, "Routing", G_CALLBACK(window_routing_close_request) ); create_scrollable_window(card->window_routing, routing_top); GtkWidget *mixer_top = create_mixer_controls(card); card->window_mixer = create_subwindow( card, "Mixer", G_CALLBACK(window_mixer_close_request) ); create_scrollable_window(card->window_mixer, mixer_top); GtkWidget *levels_top = create_levels_controls(card); card->window_levels = create_subwindow( card, "Levels", G_CALLBACK(window_levels_close_request) ); gtk_window_set_child(GTK_WINDOW(card->window_levels), levels_top); card->window_startup = create_subwindow( card, "Startup Configuration", G_CALLBACK(window_startup_close_request) ); GtkWidget *startup = create_startup_controls(card); gtk_window_set_child(GTK_WINDOW(card->window_startup), startup); card->window_configuration = create_subwindow( card, "Configuration", G_CALLBACK(window_configuration_close_request) ); gtk_window_set_resizable(GTK_WINDOW(card->window_configuration), TRUE); GtkWidget *configuration = create_configuration_controls(card); gtk_window_set_child(GTK_WINDOW(card->window_configuration), configuration); // create DSP window if DSP controls are available if (get_elem_by_name(card->elems, "Line In 1 DSP Capture Switch")) { card->window_dsp = create_subwindow( card, "DSP", G_CALLBACK(window_dsp_close_request) ); GtkWidget *dsp = create_dsp_controls(card); gtk_window_set_child(GTK_WINDOW(card->window_dsp), dsp); } card->window_preferences = create_subwindow( card, "Preferences", G_CALLBACK(window_preferences_close_request) ); GtkWidget *preferences = create_preferences_controls(card); gtk_window_set_child( GTK_WINDOW(card->window_preferences), preferences ); return top; } alsa-scarlett-gui-1.0~beta9/src/iface-mixer.h000066400000000000000000000013101521233005100211320ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Structure to store input gain widget and its routing source struct input_gain_widget { GtkWidget *widget; int port_num; // 1-based port number struct routing_src *r_src; // routing source for level lookup }; // Structure to store output gain widget and its routing sink struct output_gain_widget { GtkWidget *widget; int port_num; // 1-based port number struct routing_snk *r_snk; // routing sink for level lookup }; GtkWidget *create_iface_mixer_main(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/iface-no-mixer.c000066400000000000000000000112031521233005100215410ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "gtkhelper.h" #include "iface-no-mixer.h" #include "stringhelper.h" #include "tooltips.h" #include "widget-boolean.h" #include "widget-drop-down.h" #include "window-helper.h" #include "window-startup.h" GtkWidget *create_iface_no_mixer_main(struct alsa_card *card) { GPtrArray *elems = card->elems; GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *content = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 15); gtk_widget_add_css_class(content, "window-content"); gtk_widget_add_css_class(content, "iface-no-mixer"); gtk_frame_set_child(GTK_FRAME(top), content); GtkWidget *input_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); GtkWidget *output_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_box_append(GTK_BOX(content), input_box); gtk_box_append(GTK_BOX(content), output_box); GtkWidget *label_ic = gtk_label_new("Input Controls"); GtkWidget *label_oc = gtk_label_new("Output Controls"); gtk_widget_add_css_class(label_ic, "controls-label"); gtk_widget_add_css_class(label_oc, "controls-label"); gtk_widget_set_halign(label_ic, GTK_ALIGN_START); gtk_widget_set_halign(label_oc, GTK_ALIGN_START); gtk_box_append(GTK_BOX(input_box), label_ic); gtk_box_append(GTK_BOX(output_box), label_oc); GtkWidget *input_grid = gtk_grid_new(); gtk_grid_set_spacing(GTK_GRID(input_grid), 10); gtk_widget_add_css_class(input_grid, "controls-content"); gtk_widget_set_vexpand(input_grid, TRUE); gtk_box_append(GTK_BOX(input_box), input_grid); GtkWidget *output_grid = gtk_grid_new(); gtk_grid_set_spacing(GTK_GRID(output_grid), 10); gtk_widget_add_css_class(output_grid, "controls-content"); gtk_widget_set_vexpand(output_grid, TRUE); gtk_box_append(GTK_BOX(output_box), output_grid); // Solo or 2i2? // Solo Phantom Power is Line 1 only // 2i2 Phantom Power is Line 1-2 int is_solo = !!get_elem_by_name( elems, "Line In 1 Phantom Power Capture Switch" ); for (int i = 0; i < 2; i++) { char s[20]; snprintf(s, 20, "%d", i + 1); GtkWidget *label = gtk_label_new(s); gtk_grid_attach(GTK_GRID(input_grid), label, i, 0, 1, 1); } for (int i = 0; i < elems->len; i++) { struct alsa_elem *elem = g_ptr_array_index(elems, i); GtkWidget *w; // if no card entry, it's not a bool/enum/int elem if (!elem->card) continue; if (strstr(elem->name, "Validity")) continue; int line_num = get_num_from_string(elem->name); if (strstr(elem->name, "Level Capture Enum")) { w = make_boolean_alsa_elem(elem, "Inst", NULL); gtk_widget_add_css_class(w, "inst"); gtk_widget_set_tooltip_text(w, level_descr); gtk_grid_attach(GTK_GRID(input_grid), w, line_num - 1, 1, 1, 1); } else if (strstr(elem->name, "Air Capture Switch")) { w = make_boolean_alsa_elem(elem, "Air", NULL); gtk_widget_add_css_class(w, "air"); gtk_widget_set_tooltip_text(w, air_descr); gtk_grid_attach( GTK_GRID(input_grid), w, line_num - 1, 1 + !is_solo, 1, 1 ); } else if (strstr(elem->name, "Phantom Power Capture Switch")) { w = make_boolean_alsa_elem(elem, "48V", NULL); gtk_widget_add_css_class(w, "phantom"); gtk_widget_set_tooltip_text(w, phantom_descr); gtk_grid_attach(GTK_GRID(input_grid), w, 0, 3, 1 + !is_solo, 1); } else if (strcmp(elem->name, "Direct Monitor Playback Switch") == 0) { w = make_boolean_alsa_elem(elem, "Direct Monitor", NULL); gtk_widget_add_css_class(w, "direct-monitor"); gtk_widget_set_tooltip_text( w, "Direct Monitor sends the analogue input signals to the " "analogue outputs for zero-latency monitoring." ); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 0, 1, 1); } else if (strcmp(elem->name, "Direct Monitor Playback Enum") == 0) { w = make_drop_down_alsa_elem(elem, "Direct Monitor"); gtk_widget_add_css_class(w, "direct-monitor"); gtk_widget_set_tooltip_text( w, "Direct Monitor sends the analogue input signals to the " "analogue outputs for zero-latency monitoring. Mono sends " "both inputs to the left and right outputs. Stereo sends " "input 1 to the left, and input 2 to the right output." ); gtk_grid_attach(GTK_GRID(output_grid), w, 0, 0, 1, 1); } } card->window_startup = create_subwindow( card, "Startup Configuration", G_CALLBACK(window_startup_close_request) ); GtkWidget *startup = create_startup_controls(card); gtk_window_set_child(GTK_WINDOW(card->window_startup), startup); return top; } alsa-scarlett-gui-1.0~beta9/src/iface-no-mixer.h000066400000000000000000000003211521233005100215450ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" GtkWidget *create_iface_no_mixer_main(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/iface-none.c000066400000000000000000000020621521233005100207450ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "alsa.h" #include "iface-none.h" #include "gtkhelper.h" #include "menu.h" GtkWidget *create_window_iface_none(GtkApplication *app) { GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 50); gtk_widget_set_margin(box, 50); GtkWidget *picture = gtk_picture_new_for_resource( "/vu/b4/alsa-scarlett-gui/icons/vu.b4.alsa-scarlett-gui.png" ); GtkWidget *label = gtk_label_new("No Scarlett/Clarett/Vocaster interface found."); gtk_box_append(GTK_BOX(box), picture); gtk_box_append(GTK_BOX(box), label); GtkWidget *w = gtk_application_window_new(app); gtk_window_set_resizable(GTK_WINDOW(w), FALSE); gtk_window_set_title(GTK_WINDOW(w), "ALSA Scarlett Control Panel"); gtk_window_set_child(GTK_WINDOW(w), box); gtk_application_window_set_show_menubar( GTK_APPLICATION_WINDOW(w), TRUE ); add_window_action_map(GTK_WINDOW(w)); if (!alsa_has_reopen_callbacks()) { gtk_widget_set_visible(w, TRUE); } return w; } alsa-scarlett-gui-1.0~beta9/src/iface-none.h000066400000000000000000000003171521233005100207530ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include GtkWidget *create_window_iface_none(GtkApplication *app); alsa-scarlett-gui-1.0~beta9/src/iface-unknown.c000066400000000000000000000014231521233005100215050ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "gtkhelper.h" #include "iface-unknown.h" GtkWidget *create_iface_unknown_main(void) { GtkWidget *label = gtk_label_new( "Sorry, I don’t recognise the controls on this card.\n\n" "These Focusrite models should be supported:\n" "– Gen 1: 6i6/8i6/18i6/18i8/18i20\n" "– Gen 2: 6i6/18i8/18i20\n" "– Gen 3: Solo/2i2/4i4/8i6/18i8/18i20\n" "– Gen 4: Solo/2i2/4i4/16i16/18i16/18i20\n" "– Vocaster One and Two\n" "– Clarett USB and Clarett+ 2Pre/4Pre/8Pre\n\n" "Please check the prerequisites at:\n" "https://github.com/geoffreybennett/alsa-scarlett-gui/" ); gtk_widget_set_margin(label, 30); return label; } alsa-scarlett-gui-1.0~beta9/src/iface-unknown.h000066400000000000000000000003011521233005100215040ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include GtkWidget *create_iface_unknown_main(void); alsa-scarlett-gui-1.0~beta9/src/iface-update.c000066400000000000000000000064431521233005100212770ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "device-update-firmware.h" #include "gtkhelper.h" #include "scarlett2-firmware.h" #include "scarlett4-firmware.h" struct auto_start_data { struct alsa_card *card; GtkWidget *label; }; // Auto-start update callback (called via g_idle_add) static gboolean auto_start_update(gpointer user_data) { struct auto_start_data *data = user_data; create_update_firmware_window(NULL, data->card, data->label); g_free(data); return G_SOURCE_REMOVE; } // Button callback wrapper (passes NULL for parent_label) static void update_button_clicked(GtkWidget *w, struct alsa_card *card) { create_update_firmware_window(w, card, NULL); } GtkWidget *create_iface_update_main(struct alsa_card *card) { GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 30); gtk_widget_add_css_class(content, "window-content"); gtk_widget_add_css_class(content, "top-level-content"); gtk_widget_add_css_class(content, "big-padding"); gtk_frame_set_child(GTK_FRAME(top), content); // explanation GtkWidget *w; // Check if we have firmware available for this device int has_firmware = card->best_firmware_version || card->best_firmware_version_4; // Check if we're in mid-upgrade state int mid_upgrade = card->driver_type == DRIVER_TYPE_SOCKET && scarlett4_is_mid_upgrade(card); const char *title = mid_upgrade ? "Firmware Update In Progress" : has_firmware ? "Firmware Update Available" : "Firmware Update Required"; w = gtk_label_new(title); gtk_widget_add_css_class(w, "window-title"); gtk_box_append(GTK_BOX(content), w); if (!has_firmware) { const char *url = card->driver_type == DRIVER_TYPE_SOCKET ? "https://github.com/geoffreybennett/scarlett4-firmware" : "https://github.com/geoffreybennett/scarlett2-firmware"; char *markup = g_strdup_printf( "A firmware update is required for this device in order to\n" "access all of its features. Please obtain the firmware from\n" "%s,\n" "and restart this application.", url, url ); w = gtk_label_new(NULL); gtk_label_set_markup(GTK_LABEL(w), markup); g_free(markup); gtk_box_append(GTK_BOX(content), w); return top; } if (mid_upgrade) { w = gtk_label_new( "Firmware update in progress...\n" "Please do not disconnect the device." ); gtk_box_append(GTK_BOX(content), w); struct auto_start_data *data = g_new0(struct auto_start_data, 1); data->card = card; data->label = w; g_idle_add(auto_start_update, data); } else { w = gtk_label_new( "A firmware update is available for this device.\n" "This process may take a few minutes.\n" "Please do not disconnect the device during the update." ); gtk_box_append(GTK_BOX(content), w); w = gtk_button_new_with_label("Update"); g_signal_connect( GTK_BUTTON(w), "clicked", G_CALLBACK(update_button_clicked), card ); gtk_box_append(GTK_BOX(content), w); } return top; } alsa-scarlett-gui-1.0~beta9/src/iface-update.h000066400000000000000000000003171521233005100212760ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" GtkWidget *create_iface_update_main(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/iface-waiting.c000066400000000000000000000070171521233005100214550ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "iface-waiting.h" #include "scarlett2-ioctls.h" #include "window-iface.h" // Structure to hold timeout-related widgets struct timeout_data { GtkWidget *box; GtkWidget *spinner; GtkWidget *message_label; guint timeout_id; }; // Timeout callback function static gboolean on_timeout(gpointer user_data) { struct timeout_data *data = (struct timeout_data *)user_data; // Remove spinner gtk_box_remove(GTK_BOX(data->box), data->spinner); // Update message with clickable link if (data->message_label && GTK_IS_WIDGET(data->message_label)) gtk_label_set_markup( GTK_LABEL(data->message_label), "Driver not detected. Please ensure " "fcp-server from " "" "https://github.com/geoffreybennett/fcp-support " "has been installed." ); // Reset the timeout ID since it won't be called again data->timeout_id = 0; // Return FALSE to prevent the timeout from repeating return FALSE; } // Weak reference callback for cleanup static void on_widget_dispose(gpointer data, GObject *where_the_object_was) { struct timeout_data *timeout_data = (struct timeout_data *)data; // Cancel the timeout if it's still active if (timeout_data->timeout_id > 0) g_source_remove(timeout_data->timeout_id); // Free the data structure g_free(timeout_data); } GtkWidget *create_iface_waiting_main(struct alsa_card *card) { struct timeout_data *data; // Main vertical box GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 20); gtk_widget_set_margin_start(box, 40); gtk_widget_set_margin_end(box, 40); gtk_widget_set_margin_top(box, 40); gtk_widget_set_margin_bottom(box, 40); // Heading GtkWidget *label = gtk_label_new(NULL); gtk_label_set_markup(GTK_LABEL(label), "Waiting for FCP Server"); gtk_box_append(GTK_BOX(box), label); // Add picture (scaled down properly) GtkWidget *picture_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 0); gtk_widget_set_hexpand(picture_box, TRUE); gtk_widget_set_halign(picture_box, GTK_ALIGN_CENTER); GtkWidget *picture = gtk_picture_new_for_resource( "/vu/b4/alsa-scarlett-gui/icons/vu.b4.alsa-scarlett-gui.png" ); gtk_picture_set_can_shrink(GTK_PICTURE(picture), TRUE); gtk_widget_set_size_request(picture, 128, 128); gtk_box_append(GTK_BOX(picture_box), picture); gtk_box_append(GTK_BOX(box), picture_box); // Add spinner GtkWidget *spinner = gtk_spinner_new(); gtk_spinner_start(GTK_SPINNER(spinner)); gtk_widget_set_size_request(spinner, 48, 48); gtk_box_append(GTK_BOX(box), spinner); // Description label = gtk_label_new( "Waiting for the user-space FCP driver to initialise..." ); gtk_label_set_wrap(GTK_LABEL(label), TRUE); gtk_label_set_justify(GTK_LABEL(label), GTK_JUSTIFY_CENTER); gtk_label_set_max_width_chars(GTK_LABEL(label), 1); gtk_widget_set_hexpand(label, TRUE); gtk_widget_set_halign(label, GTK_ALIGN_FILL); gtk_box_append(GTK_BOX(box), label); // Setup timeout data = g_new(struct timeout_data, 1); data->box = box; data->spinner = spinner; data->message_label = label; // Set timeout data->timeout_id = g_timeout_add_seconds(5, on_timeout, data); // Ensure data is freed when the box is destroyed g_object_weak_ref(G_OBJECT(box), on_widget_dispose, data); return box; } alsa-scarlett-gui-1.0~beta9/src/iface-waiting.h000066400000000000000000000003131521233005100214520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" GtkWidget *create_iface_waiting_main(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/img/000077500000000000000000000000001521233005100173515ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/src/img/audio-headphones-symbolic.svg000066400000000000000000000012671521233005100251340ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/audio-volume-high.svg000066400000000000000000000026501521233005100234200ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/audio-volume-low.svg000066400000000000000000000016161521233005100233030ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/audio-volume-medium.svg000066400000000000000000000027611521233005100237640ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/audio-volume-muted.svg000066400000000000000000000021251521233005100236140ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/socket-stereo-h.svg000066400000000000000000000015771521233005100231200ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/socket-stereo-v.svg000066400000000000000000000015771521233005100231360ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/socket.svg000066400000000000000000000007221521233005100213630ustar00rootroot00000000000000 alsa-scarlett-gui-1.0~beta9/src/img/vu.b4.alsa-scarlett-gui.png000066400000000000000000001353161521233005100243460ustar00rootroot00000000000000PNG  IHDR\rf pHYsodtEXtSoftwarewww.inkscape.org< IDATxyuU ;z_MKvږDdي۲cGV/yxJ89M&>9N2V$N,EeId.ZHQ5l7 4zbsw+\kɄuVTKp:~.`\k?D  I8+4,8ĵ`GhH)NMζp51]?טǘځ?$eN5/\5pP {| ^q_JIxRԳgXm<-e׸t5+6 l#9\d\1pHؾF`1E!(%?k,$~_zq,ѐcYװ|wgXd_R@qKv4B>nǭ:Pۍ4I&!PU`0$xMu]QUx>i(Buu5[neժU455Q]]MMM b9<\|>"h)%nUU,%w‚(܉ضqobYUUU_I\oifaj6˫b)(I=lI$7adƀ'{֜@Jb^:߮䴻` Oɘ8UUA:;;||_DӴ+Bg?//0 P( R\ɸ_H]DBAH(I5"7U-(4U%8(WU_^ !e555Յ~|K_ݿQϴmRJ~x<jjj*BfaMLyfB P j\E$g?(37GG d'9w726'Dnη=bT3'v|>ӧ1 E477OwD=cDQ~i^~e,Y+q͉_C70\R"B@ f@epux!π'ex6'D^!wKy9?,+[1nxy'q\}?^x~Ί+[pb/U60_پTJ\A*|-@4#cciApl@ %<3TQNټQVVٳg1 EQҗ&0K.O066ʕ+F$ǗkER{UPmF`^YF:?RՁPGr*gm-^Jl^\χ!D4;3WCןA/pejkk D" ׂ"1z 5^q0!*Ǚ<熏b,-Ck񵺺Yl^rE_*vjsy'溺zYsi\u$1VO :1y ( ZLbc6 6Ǜ}_32xXs*O_Sett4ž={k/e[ww7xW 6.79Ca,Hp$趺F(@@v$qq$u-u\i)I ))v +,x EuuL쯬3r~=1׳ 橧J755122R\*+m\h</'5aE&3Ͼ&@DbBL(WĪ$\Qׂ;9/6 `ht 7W$b xU-o]3_yy9YqSS t=%I #]+d!C)" 閶$3R@  I16 1eAB hu8Gzk P8|XʼƂ{s_3,W'x!DȺE/e#<¾}#CMM h4W$I }a|RX"EO[ ps a36e" b"%Dm)@%2(-{]X(O#` mbb`Ǔl 灿w\^ m!떕e?𵺺kwBw;;;u]|S{뗲7FwUU~ɜER} 䱼V,SMte2(MMRXRbUJDm(4%l}_Lس(aePA L S ]fbAya\QW.R~xu))&_ɱM_* B!N:p}e%\Ϣlmٲf;D"Zo 1o j^S]&xX-Fk0 A JYnSA"FBbV}`L +qUeA%Xʠ;#$YD̬%@= d<{4 -!6 8BVe%/% dƁŭɓbn>=!2)%ifQVV/vBnooҿEa^=$=^"˞4,duy  FDV\l@mSj(]S[zpfA1)PzIZLCgsyFشS zd];OCt~._<E[oZID}}}=z˗/3>>χ0 ***5kdsq-͛7z.˲8wMMM =v!O߷֒_*F>Y.1n00,=x +$Vch'5#6%k2lĊZ( JlnHEEqL3hCvmG3͒RF_kB՜8q"6aoKss3q SSS"Ǒ#Gb17mD(&=1 A}}}lܸ. ~+`a.I ֢x 2I 克* Q tF 2EfJ4&N:6@KC)%9 .0[(tAs 2$1VjV&I]bn:\.fvR?n ^@`Wgį(J"^4PM8w@zO<ì_`0iXi:?wilܸuֱw^ziGdn:;;%FBxuZhnnR3 bRݍ*E>W̉u&Vm؃f:Brkd팆vHCҫET Fʨ2ER FvԄjW1 JMb&nu ؁- 8`*R1>vTC;a6[ \Zb1I~YiUĸ\f"$ZZmҬa\݁) \&C7w/fTﭯرc@0wwwKWWfE*ݻ}oߎi(: XE4?7x"nzzzcҥg랞:ӧYr%WfTVVp\ift\.nJmmm !xg8yme˖t\'g+4%Ԭbb] 1Iۀ&D/&b؎"X) y.Y]4u#h`VȚhC閶rP(+$ɝIF^å ?q݇Jb37 bTL!'PII[IɄM hY|/gJX|BJ[B|Jw2xkjtZ0CΝ+OUUU^W(<#|_.UUMvJg24y7ٍX?8>ߔ$`hh_~p8֭[Yvmڝ0 !DD"'d˖-TVVNc2?я8vXtR=Io=Kw/'l2m]I;y Dzх2l DM๾uנ >kx A&iGf,TZ꩘"yG2Z# >W:@mWmUdR^ h_ʼvGKy0mx9RO+w{2w*^ 0_{/EQxWBEEE^.y|I?ue˖ٿ?Ofƍ,[,/;UU5]~oPh5Mcʕs 0\I|,ܶKpktF$&W]h'$WAE2vx< ??wQ@"dE*9̕& ;1eY=mTl/H %)LLXscMLd2 {R?91BD9?7>9EII2fCpe/Oח>ŋٿ?eeekLNNyf&&&xFb1bx :u|;|#!0 uX&1-ezk.fVE#qd KЎj^s٢ Jˍ_0wQ>>DckeªڬPϫx/yIܖ؜KL&?5Gn^Ŵ%+LAJx=&59n;@Mݧ<_ύBf}\MM Ν;ӥBuM JT|+y\.-[ʕ+)e6cOcc#?%AebѢE1@,Uca ^I;G$~o|ZLQ;Rn,aJg^p%¤M$jH7\d"+St&mςjjMhSq͂ &:s{Oif W,o})@N+ u}>###.( rnwb*ygCyy9z+V⦛nbÆ 455!H3d2Ioo/'O䭷W^ !hll=v444\G0]Nf:{f}=%AR?1.pq1t3ӹ ̎+IܟO֠@$ *T܌bOL;njQwg޶}~?g o}|3ԐL&`X(J83T n7}}}:t`^MӸٳg{eǎԤD"p#] ;wr-P[[K__y?6=cLӤ5tSzR6g$;\o_mݘ@١T 6;PP(Dee%555TTT zkEJRAӱVe#43V 1I+)I<Ĵ`EX2g睫3 NivΝZ5kkn+WbFx\8> /oLvYY<;v`Ŋ躞TU%a&~χeYii,]nFGsNRJ?yS9jOtΒKÆ|8P^^?Ν;JaNq4IJ,<O1x9Rf7QzNb["Sol5HޖCIp5APWd4e˖j*,Y Lee%֭gM'&ٳ-[#|Ie >|x֌ ƺBʬ\ny?$/;-abNJ-`ٳo4,Fdh(cD"Q&&b$ B(((z.EQJ'$U9P*ꠊYi3Y1j3]*j#<+L| uc TH > AD꒘ $L1v1Y>b`{V-d+EQhhhHc%beY\.TU%Lo|Q`0}ZZZXt)K,EQ8u~UVe绣Z$ɼL`۶mͬu"獡Hz%W\m6d92٩&&~NͪnޢEؽ{7uuuE=H04fx8Xd(x2WkRV,*jjj?bxzF]^1/b\i@hz Tz8CUrM IDAT$ҮRؤ;,; 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Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "alsa.h" #include "alsa-sim.h" #include "welcome.h" #include "debug.h" #include "main.h" #include "menu.h" #include "scarlett2-firmware.h" #include "scarlett4-firmware.h" #include "window-hardware.h" #include "window-iface.h" GtkApplication *app; // CSS static void load_css(void) { GtkCssProvider *css = gtk_css_provider_new(); GdkDisplay *display = gdk_display_get_default(); gtk_style_context_add_provider_for_display( display, GTK_STYLE_PROVIDER(css), GTK_STYLE_PROVIDER_PRIORITY_APPLICATION ); gtk_css_provider_load_from_resource( css, "/vu/b4/alsa-scarlett-gui/alsa-scarlett-gui.css" ); g_object_unref(css); } // gtk init static void startup(GtkApplication *app, gpointer user_data) { debug_init(); gtk_application_set_menubar(app, G_MENU_MODEL(create_app_menu(app))); load_css(); scarlett2_enum_firmware(); scarlett4_enum_firmware(); alsa_init(); create_no_card_window(); create_hardware_window(app); show_welcome(app); } // not called when any files are opened from the command-line so we do // everything in startup(), but GTK wants this signal handled // regardless static void activate(GtkApplication *app, gpointer user_data) { } static void open_cb( GtkApplication *app, GFile **files, gint n_files, const gchar *hint ) { for (int i = 0; i < n_files; i++) { char *fn = g_file_get_path(files[i]); create_sim_from_file(NULL, fn); g_free(fn); } } int main(int argc, char **argv) { app = gtk_application_new( "vu.b4.alsa-scarlett-gui", G_APPLICATION_HANDLES_OPEN ); g_signal_connect(app, "startup", G_CALLBACK(startup), NULL); g_signal_connect(app, "activate", G_CALLBACK(activate), NULL); g_signal_connect(app, "open", G_CALLBACK(open_cb), NULL); int status = g_application_run(G_APPLICATION(app), argc, argv); g_object_unref(app); return status; } alsa-scarlett-gui-1.0~beta9/src/main.h000066400000000000000000000002611521233005100176710ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include extern GtkApplication *app; alsa-scarlett-gui-1.0~beta9/src/menu.c000066400000000000000000000217411521233005100177120ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "about.h" #include "file.h" #include "menu.h" #include "optional-state.h" #include "window-hardware.h" #include "window-configuration.h" // mapping of action names to window offsets within struct alsa_card struct window_action { const char *action_name; size_t window_offset; }; static const struct window_action window_actions[] = { { "routing", offsetof(struct alsa_card, window_routing) }, { "mixer", offsetof(struct alsa_card, window_mixer) }, { "levels", offsetof(struct alsa_card, window_levels) }, { "configuration", offsetof(struct alsa_card, window_configuration) }, { "startup", offsetof(struct alsa_card, window_startup) }, { "dsp", offsetof(struct alsa_card, window_dsp) }, { "preferences", offsetof(struct alsa_card, window_preferences) }, { NULL, 0 } }; static GtkWidget *get_card_window(struct alsa_card *card, size_t offset) { return *(GtkWidget **)((char *)card + offset); } static const struct window_action *find_window_action(const char *action_name) { for (const struct window_action *entry = window_actions; entry->action_name; entry++) if (strcmp(entry->action_name, action_name) == 0) return entry; return NULL; } static char *make_window_key(const char *action_name) { return g_strdup_printf("window-%s", action_name); } // set action state and window visibility (no persistence) static void set_window_visible( GSimpleAction *action, GtkWidget *window, gboolean visible ) { g_action_change_state(G_ACTION(action), g_variant_new_boolean(visible)); gtk_widget_set_visible(window, visible); } // toggle visibility; returns new state for callers that need to persist it static gboolean toggle_visibility(GSimpleAction *action, GtkWidget *widget) { GVariant *state = g_action_get_state(G_ACTION(action)); gboolean new_state = !g_variant_get_boolean(state); set_window_visible(action, widget, new_state); return new_state; } static void save_window_state( struct alsa_card *card, const char *action_name, gboolean visible ) { char *key = make_window_key(action_name); optional_state_save(card, CONFIG_SECTION_UI, key, visible ? "true" : "false"); g_free(key); } // toggle visibility and save state (for card windows) static void activate_window( GSimpleAction *action, GVariant *parameter, gpointer data ) { struct alsa_card *card = data; const char *action_name = g_action_get_name(G_ACTION(action)); const struct window_action *entry = find_window_action(action_name); if (!entry) return; GtkWidget *window = get_card_window(card, entry->window_offset); gboolean new_state = toggle_visibility(action, window); save_window_state(card, action_name, new_state); } static void activate_hardware( GSimpleAction *action, GVariant *parameter, gpointer data ) { toggle_visibility(action, window_hardware); } static void activate_quit( GSimpleAction *action, GVariant *parameter, gpointer data ) { g_application_quit(G_APPLICATION(data)); } static const GActionEntry app_entries[] = { {"hardware", activate_hardware, NULL, "false"}, {"quit", activate_quit}, }; struct menu_item { const char *label; const char *action_name; const char *accelerators[2]; }; struct menu_data { const char *label; struct menu_item *items; }; static const struct menu_data menus[] = { { "_File", (struct menu_item[]){ { "_Load Configuration", "win.load", { "O", NULL } }, { "_Save Configuration", "win.save", { "S", NULL } }, { "_Interface Simulation", "win.sim", { "I", NULL } }, { "_Close", "window.close", { "W", NULL } }, { "E_xit", "app.quit", { "Q", NULL } }, {} } }, { "_View", (struct menu_item[]){ { "_Routing", "win.routing", { "R", NULL } }, { "_Mixer", "win.mixer", { "M", NULL } }, { "_Levels", "win.levels", { "L", NULL } }, { "_DSP", "win.dsp", { "D", NULL } }, { "_Configuration", "win.configuration", { "G", NULL } }, { "_Startup", "win.startup", { "T", NULL } }, { "_Preferences", "win.preferences", { "P", NULL } }, {} } }, { "_Help", (struct menu_item[]){ { "_Supported Hardware", "app.hardware", { "H", NULL } }, { "_About", "win.about", { "slash", NULL } }, {} } }, {} }; static void populate_submenu( GtkApplication *app, GMenu *menu, const struct menu_data *data ) { GMenu *submenu = g_menu_new(); g_menu_append_submenu(menu, data->label, G_MENU_MODEL(submenu)); // An empty-initialised menu_item marks the end for (struct menu_item *item = data->items; item->label; item++) { g_menu_append(submenu, item->label, item->action_name); gtk_application_set_accels_for_action( app, item->action_name, item->accelerators ); } } GMenu *create_app_menu(GtkApplication *app) { g_action_map_add_action_entries( G_ACTION_MAP(app), app_entries, G_N_ELEMENTS(app_entries), app ); GMenu *menu = g_menu_new(); for (const struct menu_data *menu_data = menus; menu_data->label; menu_data++) populate_submenu(app, menu, menu_data); return menu; } static const GActionEntry win_entries[] = { {"about", activate_about}, {"sim", activate_sim} }; void add_window_action_map(GtkWindow *w) { g_action_map_add_action_entries( G_ACTION_MAP(w), win_entries, G_N_ELEMENTS(win_entries), w ); } static const GActionEntry load_save_entries[] = { {"load", activate_load}, {"save", activate_save} }; void add_load_save_action_map(struct alsa_card *card) { g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), load_save_entries, G_N_ELEMENTS(load_save_entries), card ); } static const GActionEntry startup_entry[] = { {"startup", activate_window, NULL, "false"} }; void add_startup_action_map(struct alsa_card *card) { g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), startup_entry, G_N_ELEMENTS(startup_entry), card ); } static const GActionEntry mixer_entries[] = { {"routing", activate_window, NULL, "false"}, {"mixer", activate_window, NULL, "false"} }; static const GActionEntry levels_entries[] = { {"levels", activate_window, NULL, "false"} }; static const GActionEntry configuration_entries[] = { {"configuration", activate_window, NULL, "false"} }; void add_mixer_action_map(struct alsa_card *card) { g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), mixer_entries, G_N_ELEMENTS(mixer_entries), card ); // Hide the levels menu item if there is no level meter support if (card->has_levels) { g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), levels_entries, G_N_ELEMENTS(levels_entries), card ); } // Always show configuration menu g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), configuration_entries, G_N_ELEMENTS(configuration_entries), card ); } static const GActionEntry preferences_entry[] = { {"preferences", activate_window, NULL, "false"} }; void add_preferences_action_map(struct alsa_card *card) { g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), preferences_entry, G_N_ELEMENTS(preferences_entry), card ); } static const GActionEntry dsp_entries[] = { {"dsp", activate_window, NULL, "false"} }; void add_dsp_action_map(struct alsa_card *card) { g_action_map_add_action_entries( G_ACTION_MAP(card->window_main), dsp_entries, G_N_ELEMENTS(dsp_entries), card ); } static gboolean should_restore_window( GHashTable *state, const char *action_name ) { char *key = make_window_key(action_name); const char *value = g_hash_table_lookup(state, key); g_free(key); return value && strcmp(value, "true") == 0; } static void restore_single_window( struct alsa_card *card, const struct window_action *entry, GHashTable *state ) { if (!should_restore_window(state, entry->action_name)) return; GtkWidget *window = get_card_window(card, entry->window_offset); GAction *action = g_action_map_lookup_action( G_ACTION_MAP(card->window_main), entry->action_name ); if (action) set_window_visible(G_SIMPLE_ACTION(action), window, TRUE); } void restore_window_visibility(struct alsa_card *card) { GHashTable *state = optional_state_load(card, CONFIG_SECTION_UI); if (!state) return; for (const struct window_action *entry = window_actions; entry->action_name; entry++) restore_single_window(card, entry, state); g_hash_table_destroy(state); } alsa-scarlett-gui-1.0~beta9/src/menu.h000066400000000000000000000011001521233005100177020ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GMenu *create_app_menu(GtkApplication *app); void add_window_action_map(GtkWindow *w); void add_load_save_action_map(struct alsa_card *card); void add_startup_action_map(struct alsa_card *card); void add_mixer_action_map(struct alsa_card *card); void add_dsp_action_map(struct alsa_card *card); void add_preferences_action_map(struct alsa_card *card); void restore_window_visibility(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/optional-controls.c000066400000000000000000000103361521233005100224320ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "optional-controls.h" #include "optional-state.h" #include "alsa.h" // Table of optional control definitions // These are controls that may or may not exist on the device // If they don't exist, we create simulated elements and persist values // Config key uses element name (ALSA-style naming) const struct optional_control_def optional_controls[] = { { .alsa_name = "Name", .alsa_type = SND_CTL_ELEM_TYPE_BYTES, .max_size = 32, .default_value = NULL, .type = OPTIONAL_CONTROL_NAME }, { NULL } }; // Callback structure to pass data to save callback struct optional_control_save_data { struct alsa_card *card; char *config_key; }; // Callback when an optional control value changes // Saves the new value to the state file static void optional_control_changed( struct alsa_elem *elem, void *private ) { struct optional_control_save_data *data = private; // for BYTES elements, get the string value if (elem->type == SND_CTL_ELEM_TYPE_BYTES) { size_t size; const void *bytes = alsa_get_elem_bytes(elem, &size); if (bytes && size > 0) { // find actual string length (up to first null byte) size_t str_len = strnlen((const char *)bytes, size); // only save if valid UTF-8 if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) { char *str = g_strndup((const char *)bytes, str_len); optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, str ); g_free(str); } else { optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, "" ); } } else { optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, "" ); } } } // Get the Name element for a card struct alsa_elem *optional_controls_get_name_elem(struct alsa_card *card) { return get_elem_by_name(card->elems, "Name"); } // Free optional control callback data void optional_controls_free_callback_data(void *data) { if (!data) return; struct optional_control_save_data *save_data = data; g_free(save_data->config_key); g_free(save_data); } // Initialise optional controls for a card void optional_controls_init(struct alsa_card *card) { if (!card->serial || !*card->serial) { // no serial number, can't persist state return; } // load existing state from [controls] section GHashTable *state = optional_state_load(card, CONFIG_SECTION_CONTROLS); if (!state) { state = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); } // process each optional control definition for (int i = 0; optional_controls[i].alsa_name; i++) { const struct optional_control_def *def = &optional_controls[i]; // check if the element already exists (real ALSA control) struct alsa_elem *elem = get_elem_by_name(card->elems, def->alsa_name); if (elem) { // real element exists, use it directly without state file continue; } // element doesn't exist, create simulated element elem = alsa_create_optional_elem( card, def->alsa_name, def->alsa_type, def->max_size ); if (!elem) { fprintf(stderr, "Failed to create optional element %s\n", def->alsa_name); continue; } // load value from state file (use element name as config key) const char *value = g_hash_table_lookup(state, def->alsa_name); if (!value && def->default_value) value = def->default_value; // set the initial value if (value && *value) { if (def->alsa_type == SND_CTL_ELEM_TYPE_BYTES) alsa_set_elem_bytes(elem, value, strlen(value)); } // register callback to save state on changes struct optional_control_save_data *callback_data = g_malloc0(sizeof(struct optional_control_save_data)); callback_data->card = card; callback_data->config_key = g_strdup(def->alsa_name); alsa_elem_add_callback( elem, optional_control_changed, callback_data, optional_controls_free_callback_data ); } g_hash_table_destroy(state); } alsa-scarlett-gui-1.0~beta9/src/optional-controls.h000066400000000000000000000024611521233005100224370ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Types of optional controls typedef enum { OPTIONAL_CONTROL_NAME, } OptionalControlType; // Definition of an optional control // Config key uses alsa_name (ALSA-style naming) struct optional_control_def { const char *alsa_name; // ALSA element name (e.g., "Name") int alsa_type; // SND_CTL_ELEM_TYPE_* size_t max_size; // For BYTES: max string length const char *default_value; // Default string value OptionalControlType type; // Type of optional control }; // Table of optional control definitions extern const struct optional_control_def optional_controls[]; // Initialise optional controls for a card // - Checks which controls exist // - Creates simulated elements for missing controls // - Loads values from state file // - Registers save callbacks void optional_controls_init(struct alsa_card *card); // Get the Name element for a card (may be simulated) // Returns NULL if not available struct alsa_elem *optional_controls_get_name_elem(struct alsa_card *card); // Free optional control callback data (for use as GDestroyNotify) void optional_controls_free_callback_data(void *data); alsa-scarlett-gui-1.0~beta9/src/optional-state.c000066400000000000000000000163121521233005100217070ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "optional-state.h" // Debounce delay in milliseconds #define SAVE_DEBOUNCE_MS 100 // Pending save entry with section and key struct pending_entry { char *section; char *key; char *value; }; // Pending saves: serial -> GArray of pending_entry static GHashTable *pending_saves = NULL; static guint save_timeout_id = 0; // Get the config directory path // Returns newly allocated string that must be freed with g_free() static char *get_config_dir(void) { const char *config_home = g_get_user_config_dir(); return g_build_filename(config_home, "alsa-scarlett-gui", NULL); } // Get the state file path for a given serial number static char *get_state_path(const char *serial) { char *config_dir = get_config_dir(); char *filename = g_strdup_printf("%s.conf", serial); char *path = g_build_filename(config_dir, filename, NULL); g_free(config_dir); g_free(filename); return path; } // Create the config directory if it doesn't exist // Returns 0 on success, -1 on error static int ensure_config_dir(void) { char *config_dir = get_config_dir(); int ret = 0; if (g_mkdir_with_parents(config_dir, 0755) < 0) { g_warning("Failed to create config directory: %s", config_dir); ret = -1; } g_free(config_dir); return ret; } // Free a pending entry static void free_pending_entry(struct pending_entry *entry) { g_free(entry->section); g_free(entry->key); g_free(entry->value); g_free(entry); } // Load optional controls from state file using GKeyFile GHashTable *optional_state_load(struct alsa_card *card, const char *section) { if (!card || !card->serial || !*card->serial || !section) return NULL; char *path = get_state_path(card->serial); GKeyFile *key_file = g_key_file_new(); GError *error = NULL; // try to load the file if (!g_key_file_load_from_file(key_file, path, G_KEY_FILE_NONE, &error)) { // file doesn't exist or can't be read - not an error g_key_file_free(key_file); g_free(path); if (error) g_error_free(error); return NULL; } g_free(path); // create hash table for values GHashTable *values = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); // get all keys from the specified section gsize num_keys; gchar **keys = g_key_file_get_keys(key_file, section, &num_keys, &error); if (!keys) { if (error) g_error_free(error); g_key_file_free(key_file); return values; } // read each key-value pair for (gsize i = 0; i < num_keys; i++) { gchar *value = g_key_file_get_string(key_file, section, keys[i], NULL); if (value) g_hash_table_insert(values, g_strdup(keys[i]), value); } g_strfreev(keys); g_key_file_free(key_file); return values; } // Flush all pending saves to disk static gboolean flush_pending_saves(gpointer user_data) { save_timeout_id = 0; if (!pending_saves) return G_SOURCE_REMOVE; if (ensure_config_dir() < 0) return G_SOURCE_REMOVE; // iterate over each serial with pending saves GHashTableIter serial_iter; gpointer serial_key, serial_value; g_hash_table_iter_init(&serial_iter, pending_saves); while (g_hash_table_iter_next(&serial_iter, &serial_key, &serial_value)) { const char *serial = serial_key; GArray *entries = serial_value; char *path = get_state_path(serial); GKeyFile *key_file = g_key_file_new(); GError *error = NULL; // load existing file if it exists g_key_file_load_from_file(key_file, path, G_KEY_FILE_NONE, NULL); // apply all pending changes for this serial for (guint i = 0; i < entries->len; i++) { struct pending_entry *entry = g_array_index(entries, struct pending_entry *, i); g_key_file_set_string( key_file, entry->section, entry->key, entry->value ? entry->value : "" ); } // save to file if (!g_key_file_save_to_file(key_file, path, &error)) { g_warning("Failed to save state file %s: %s", path, error->message); g_error_free(error); } g_key_file_free(key_file); g_free(path); } // clear all pending saves g_hash_table_remove_all(pending_saves); return G_SOURCE_REMOVE; } // Free array of pending entries static void free_pending_entries(GArray *entries) { for (guint i = 0; i < entries->len; i++) { struct pending_entry *entry = g_array_index(entries, struct pending_entry *, i); free_pending_entry(entry); } g_array_free(entries, TRUE); } // Remove the state file for a given serial int optional_state_remove(const char *serial) { if (!serial || !*serial) return -1; char *path = get_state_path(serial); int ret = 0; if (g_file_test(path, G_FILE_TEST_EXISTS)) { if (g_unlink(path) < 0) { g_warning("Failed to remove state file: %s", path); ret = -1; } } g_free(path); return ret; } // Save optional control state to file using GKeyFile (debounced) int optional_state_save( struct alsa_card *card, const char *section, const char *key, const char *value ) { if (!card || !card->serial || !*card->serial || !section || !key || !*key) return -1; const char *serial = card->serial; // initialise pending_saves hash table if needed if (!pending_saves) { pending_saves = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, (GDestroyNotify)free_pending_entries ); } // get or create the array for this serial GArray *entries = g_hash_table_lookup(pending_saves, serial); if (!entries) { entries = g_array_new(FALSE, FALSE, sizeof(struct pending_entry *)); g_hash_table_insert(pending_saves, g_strdup(serial), entries); } // create new pending entry struct pending_entry *entry = g_malloc(sizeof(struct pending_entry)); entry->section = g_strdup(section); entry->key = g_strdup(key); entry->value = g_strdup(value ? value : ""); g_array_append_val(entries, entry); // also ensure [device] section has serial and model // (add these first time we save anything for this serial) static GHashTable *device_section_written = NULL; if (!device_section_written) { device_section_written = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, NULL ); } if (!g_hash_table_contains(device_section_written, serial)) { g_hash_table_add(device_section_written, g_strdup(serial)); struct pending_entry *serial_entry = g_malloc(sizeof(struct pending_entry)); serial_entry->section = g_strdup(CONFIG_SECTION_DEVICE); serial_entry->key = g_strdup("serial"); serial_entry->value = g_strdup(serial); g_array_append_val(entries, serial_entry); if (card->name) { struct pending_entry *model_entry = g_malloc(sizeof(struct pending_entry)); model_entry->section = g_strdup(CONFIG_SECTION_DEVICE); model_entry->key = g_strdup("model"); model_entry->value = g_strdup(card->name); g_array_append_val(entries, model_entry); } } // cancel existing timeout if any if (save_timeout_id) g_source_remove(save_timeout_id); // schedule new timeout save_timeout_id = g_timeout_add( SAVE_DEBOUNCE_MS, flush_pending_saves, NULL ); return 0; } alsa-scarlett-gui-1.0~beta9/src/optional-state.h000066400000000000000000000020151521233005100217070ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Configuration file sections #define CONFIG_SECTION_DEVICE "device" #define CONFIG_SECTION_CONTROLS "controls" #define CONFIG_SECTION_UI "ui" // Load the optional control state for a device from a specific section // Returns hash table of key → value (as string) // Caller must free the hash table with g_hash_table_destroy() // Returns NULL if card has no serial or file doesn't exist GHashTable *optional_state_load(struct alsa_card *card, const char *section); // Save a single value to the state file in a specific section // Creates the state file and directory if needed // Returns 0 on success, -1 on error int optional_state_save( struct alsa_card *card, const char *section, const char *key, const char *value ); // Remove the state file for a given serial // Returns 0 on success, -1 on error int optional_state_remove(const char *serial); alsa-scarlett-gui-1.0~beta9/src/peq-response.c000066400000000000000000000672021521233005100213710ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "peq-response.h" // Preferred widget size #define PREF_WIDTH 400 #define PREF_HEIGHT 300 // Margins (fixed in pixels) #define LABEL_MARGIN_LEFT 28 #define LABEL_MARGIN_RIGHT 12 #define LABEL_MARGIN_BOTTOM 15 #define PADDING 3 #define FREQ_MIN 20.0 #define FREQ_MAX 20000.0 #define Q_MIN 0.1 #define Q_MAX 10.0 // Toggle hit region dimensions (pixels) #define TOGGLE_HIT_WIDTH 30 #define TOGGLE_HIT_HEIGHT 16 #define SAMPLE_RATE 48000.0 // Band colors (up to 8) static const double band_colors[][3] = { { 0.4, 0.7, 0.9 }, // blue { 0.4, 0.8, 0.4 }, // green { 0.9, 0.9, 0.3 }, // yellow { 0.9, 0.6, 0.3 }, // orange { 0.9, 0.4, 0.4 }, // red { 0.7, 0.4, 0.9 }, // purple { 0.4, 0.9, 0.9 }, // cyan { 0.9, 0.4, 0.7 }, // pink }; // Graph area calculated from widget size struct graph_area { double left, right, top, bottom; double width, height; double db_min, db_max; }; struct _GtkFilterResponse { GtkWidget parent_instance; int num_bands; struct biquad_params bands[FILTER_RESPONSE_MAX_BANDS]; struct biquad_coeffs coeffs[FILTER_RESPONSE_MAX_BANDS]; gboolean band_enabled[FILTER_RESPONSE_MAX_BANDS]; gboolean dsp_enabled; // overall DSP enable state double db_range; // DB_RANGE_NARROW or GAIN_DB_LIMIT int highlight_band; // -1 for none int internal_highlight; // -1 for none, set by hover gboolean hover_toggle; // mouse over range toggle // Drag state int drag_band; // -1 for none double drag_offset_x; // offset from handle center to click point double drag_offset_y; }; G_DEFINE_TYPE(GtkFilterResponse, gtk_filter_response, GTK_TYPE_WIDGET) enum { SIGNAL_FILTER_CHANGED, SIGNAL_HIGHLIGHT_CHANGED, N_SIGNALS }; static guint signals[N_SIGNALS]; // Calculate graph area from widget dimensions static void calc_graph_area( int width, int height, double db_range, struct graph_area *g ) { g->left = LABEL_MARGIN_LEFT; g->right = width - LABEL_MARGIN_RIGHT; g->top = PADDING; g->bottom = height - LABEL_MARGIN_BOTTOM; g->width = g->right - g->left; g->height = g->bottom - g->top; g->db_min = -db_range; g->db_max = db_range; } // Calculate graph area from response widget state static void get_response_graph_area( GtkFilterResponse *response, struct graph_area *g ) { calc_graph_area( gtk_widget_get_width(GTK_WIDGET(response)), gtk_widget_get_height(GTK_WIDGET(response)), response->db_range, g ); } // Convert frequency to X coordinate (log scale) static double freq_to_x(const struct graph_area *g, double freq) { double log_min = log10(FREQ_MIN); double log_max = log10(FREQ_MAX); double log_freq = log10(freq); return g->left + (log_freq - log_min) / (log_max - log_min) * g->width; } // Convert dB to Y coordinate static double db_to_y(const struct graph_area *g, double db) { return g->bottom - (db - g->db_min) / (g->db_max - g->db_min) * g->height; } // Convert X coordinate to frequency (log scale) static double x_to_freq(const struct graph_area *g, double x) { double log_min = log10(FREQ_MIN); double log_max = log10(FREQ_MAX); double t = (x - g->left) / g->width; double log_freq = log_min + t * (log_max - log_min); return pow(10.0, log_freq); } // Convert Y coordinate to dB static double y_to_db(const struct graph_area *g, double y) { double t = (g->bottom - y) / g->height; return g->db_min + t * (g->db_max - g->db_min); } // Convert Q to Y coordinate (log scale, higher Q = higher Y) static double q_to_y(const struct graph_area *g, double q) { double log_min = log10(Q_MIN); double log_max = log10(Q_MAX); double log_q = log10(q); double t = (log_q - log_min) / (log_max - log_min); return g->bottom - t * g->height; } // Convert Y coordinate to Q (log scale, higher Y = higher Q) static double y_to_q(const struct graph_area *g, double y) { double t = (g->bottom - y) / g->height; double log_min = log10(Q_MIN); double log_max = log10(Q_MAX); double log_q = log_min + t * (log_max - log_min); return pow(10.0, log_q); } // Draw a single filter response curve with shading to 0 dB line static void draw_filter_response( cairo_t *cr, const struct graph_area *g, const struct biquad_coeffs *coeffs, double r, double gc, double b, double alpha, gboolean dashed ) { cairo_save(cr); double y0 = db_to_y(g, 0); double x_start = freq_to_x(g, FREQ_MIN); double x_end = freq_to_x(g, FREQ_MAX); // Build closed path for fill cairo_move_to(cr, x_start, y0); for (double freq = FREQ_MIN; freq <= FREQ_MAX; freq *= 1.02) { double db = biquad_response_db(coeffs, freq, SAMPLE_RATE); double x = freq_to_x(g, freq); double y = db_to_y(g, db); cairo_line_to(cr, x, y); } cairo_line_to(cr, x_end, y0); cairo_close_path(cr); // Fill with translucent color cairo_set_source_rgba(cr, r, gc, b, alpha * 0.3); cairo_fill(cr); // Build new path for stroke (curve only) gboolean first = TRUE; for (double freq = FREQ_MIN; freq <= FREQ_MAX; freq *= 1.02) { double db = biquad_response_db(coeffs, freq, SAMPLE_RATE); double x = freq_to_x(g, freq); double y = db_to_y(g, db); if (first) { cairo_move_to(cr, x, y); first = FALSE; } else { cairo_line_to(cr, x, y); } } cairo_set_source_rgba(cr, r, gc, b, alpha); cairo_set_line_width(cr, 1.5); if (dashed) { double dashes[] = { 4.0, 4.0 }; cairo_set_dash(cr, dashes, 2, 0); } cairo_stroke(cr); cairo_restore(cr); } // Draw filter handle showing freq/gain and Q static void draw_filter_handle( cairo_t *cr, const struct graph_area *ga, const struct biquad_params *params, const struct biquad_coeffs *coeffs, int band_num, double r, double g, double b, double alpha, gboolean highlighted, gboolean enabled ) { cairo_save(cr); cairo_new_path(cr); double x = freq_to_x(ga, params->freq); double y; // Determine Y position based on filter type if (biquad_type_uses_gain(params->type)) { y = db_to_y(ga, params->gain_db); } else { // For LP/HP/BP/Notch, Y represents Q y = q_to_y(ga, params->q); } double radius = highlighted ? 12 : 10; double line_width = highlighted ? 2 : 1.5; // Draw Q whiskers for filters with gain (except pure gain which has no Q) if (biquad_type_uses_gain(params->type) && params->type != BIQUAD_TYPE_GAIN) { // Calculate bandwidth as ratio for log scale symmetry double ratio = pow(2.0, 0.5 / params->q); double freq_lo = params->freq / ratio; double freq_hi = params->freq * ratio; if (freq_lo < FREQ_MIN) freq_lo = FREQ_MIN; if (freq_hi > FREQ_MAX) freq_hi = FREQ_MAX; double x_lo = freq_to_x(ga, freq_lo) - radius; double x_hi = freq_to_x(ga, freq_hi) + radius; cairo_set_source_rgba(cr, r, g, b, alpha * 0.8); cairo_set_line_width(cr, line_width); cairo_move_to(cr, x_lo, y); cairo_line_to(cr, x_hi, y); cairo_stroke(cr); // Draw small vertical ticks at bandwidth edges double tick_size = highlighted ? 4 : 3; cairo_move_to(cr, x_lo, y - tick_size); cairo_line_to(cr, x_lo, y + tick_size); cairo_move_to(cr, x_hi, y - tick_size); cairo_line_to(cr, x_hi, y + tick_size); cairo_stroke(cr); } // Draw center circle (dark grey background) cairo_arc(cr, x, y, radius, 0, 2 * M_PI); cairo_set_source_rgba(cr, 0.2, 0.2, 0.2, alpha); cairo_fill_preserve(cr); cairo_set_source_rgba(cr, r, g, b, alpha); cairo_set_line_width(cr, 1.5); if (!enabled) { double dashes[] = { 3.0, 3.0 }; cairo_set_dash(cr, dashes, 2, 0); } cairo_stroke(cr); cairo_set_dash(cr, NULL, 0, 0); // Draw band number in band color using Pango for proper centering char label[12]; snprintf(label, sizeof(label), "%d", band_num); PangoLayout *layout = pango_cairo_create_layout(cr); PangoFontDescription *font_desc = pango_font_description_from_string( highlighted ? "Sans Bold 10" : "Sans Bold 9" ); pango_layout_set_font_description(layout, font_desc); pango_layout_set_text(layout, label, -1); int text_width, text_height; pango_layout_get_pixel_size(layout, &text_width, &text_height); cairo_set_source_rgba(cr, r, g, b, alpha); cairo_move_to(cr, x - text_width / 2.0, y - text_height / 2.0); pango_cairo_show_layout(cr, layout); pango_font_description_free(font_desc); g_object_unref(layout); cairo_restore(cr); } // Find which band handle (if any) is at the given position // Returns band index (0-based) or -1 if none static int find_band_at_position( GtkFilterResponse *response, double mx, double my ) { struct graph_area g; get_response_graph_area(response, &g); double hit_radius = 12; // slightly larger than visual radius for easier targeting int closest_band = -1; double closest_dist = hit_radius * hit_radius; for (int i = 0; i < response->num_bands; i++) { const struct biquad_params *params = &response->bands[i]; double x = freq_to_x(&g, params->freq); double y; if (biquad_type_uses_gain(params->type)) { y = db_to_y(&g, params->gain_db); } else { y = q_to_y(&g, params->q); } double dx = mx - x; double dy = my - y; double dist_sq = dx * dx + dy * dy; if (dist_sq < closest_dist) { closest_dist = dist_sq; closest_band = i; } } return closest_band; } // Check if a point is in the range toggle region static gboolean is_in_toggle_region( const struct graph_area *g, double x, double y ) { return x >= g->right - TOGGLE_HIT_WIDTH && y <= g->top + TOGGLE_HIT_HEIGHT; } // Motion event callbacks static void response_motion( GtkEventControllerMotion *controller, double x, double y, GtkFilterResponse *response ) { struct graph_area g; get_response_graph_area(response, &g); gboolean in_toggle = is_in_toggle_region(&g, x, y); int band = find_band_at_position(response, x, y); gboolean changed = FALSE; if (in_toggle != response->hover_toggle) { response->hover_toggle = in_toggle; changed = TRUE; } if (band != response->internal_highlight) { response->internal_highlight = band; response->highlight_band = band; g_signal_emit( response, signals[SIGNAL_HIGHLIGHT_CHANGED], 0, band ); changed = TRUE; } if (changed) gtk_widget_queue_draw(GTK_WIDGET(response)); } static void response_leave( GtkEventControllerMotion *controller, GtkFilterResponse *response ) { gboolean changed = response->hover_toggle; response->hover_toggle = FALSE; if (response->internal_highlight != -1) { response->internal_highlight = -1; response->highlight_band = -1; g_signal_emit( response, signals[SIGNAL_HIGHLIGHT_CHANGED], 0, -1 ); changed = TRUE; } if (changed) gtk_widget_queue_draw(GTK_WIDGET(response)); } double gtk_filter_response_get_db_range(GtkFilterResponse *response) { return response->db_range; } void gtk_filter_response_set_db_range( GtkFilterResponse *response, double new_range ) { response->db_range = new_range; // Clamp existing band gains and notify for (int i = 0; i < response->num_bands; i++) { struct biquad_params *params = &response->bands[i]; if (params->gain_db < -new_range || params->gain_db > new_range) { params->gain_db = CLAMP(params->gain_db, -new_range, new_range); biquad_calculate( params, SAMPLE_RATE, &response->coeffs[i] ); g_signal_emit( response, signals[SIGNAL_FILTER_CHANGED], 0, i, params ); } } gtk_widget_queue_draw(GTK_WIDGET(response)); } void gtk_filter_response_auto_range(GtkFilterResponse *response) { double range = DB_RANGE_NARROW; for (int i = 0; i < response->num_bands; i++) { if (response->bands[i].gain_db > DB_RANGE_NARROW || response->bands[i].gain_db < -DB_RANGE_NARROW) { range = GAIN_DB_LIMIT; break; } } gtk_filter_response_set_db_range(response, range); } // Drag gesture callbacks static void response_drag_begin( GtkGestureDrag *gesture, double start_x, double start_y, GtkFilterResponse *response ) { int band = find_band_at_position(response, start_x, start_y); struct graph_area g; get_response_graph_area(response, &g); if (band >= 0) { response->drag_band = band; response->highlight_band = band; // Calculate offset from handle center to click point const struct biquad_params *params = &response->bands[band]; double handle_x = freq_to_x(&g, params->freq); double handle_y; if (biquad_type_uses_gain(params->type)) { handle_y = db_to_y(&g, params->gain_db); } else { handle_y = q_to_y(&g, params->q); } response->drag_offset_x = start_x - handle_x; response->drag_offset_y = start_y - handle_y; gtk_gesture_set_state( GTK_GESTURE(gesture), GTK_EVENT_SEQUENCE_CLAIMED ); } else if (is_in_toggle_region(&g, start_x, start_y)) { // Toggle range double new_range = response->db_range == GAIN_DB_LIMIT ? DB_RANGE_NARROW : GAIN_DB_LIMIT; gtk_filter_response_set_db_range(response, new_range); gtk_gesture_set_state( GTK_GESTURE(gesture), GTK_EVENT_SEQUENCE_CLAIMED ); } } static void response_drag_update( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkFilterResponse *response ) { if (response->drag_band < 0) return; double start_x, start_y; gtk_gesture_drag_get_start_point(gesture, &start_x, &start_y); // Calculate handle center position (subtract click offset from mouse position) double x = start_x + offset_x - response->drag_offset_x; double y = start_y + offset_y - response->drag_offset_y; struct graph_area g; get_response_graph_area(response, &g); // Convert position to freq double freq = x_to_freq(&g, x); if (freq < FREQ_MIN) freq = FREQ_MIN; if (freq > FREQ_MAX) freq = FREQ_MAX; // Update the band struct biquad_params *params = &response->bands[response->drag_band]; params->freq = freq; if (biquad_type_uses_gain(params->type)) { // Y adjusts gain params->gain_db = CLAMP( y_to_db(&g, y), g.db_min, g.db_max ); } else { // Y adjusts Q (higher = narrower) double q = y_to_q(&g, y); if (q < Q_MIN) q = Q_MIN; if (q > Q_MAX) q = Q_MAX; params->q = q; } // Recalculate coefficients biquad_calculate(params, SAMPLE_RATE, &response->coeffs[response->drag_band]); // Emit signal to notify external code g_signal_emit(response, signals[SIGNAL_FILTER_CHANGED], 0, response->drag_band, params); gtk_widget_queue_draw(GTK_WIDGET(response)); } static void response_drag_end( GtkGestureDrag *gesture, double offset_x, double offset_y, GtkFilterResponse *response ) { response->drag_band = -1; } // Scroll callback to adjust Q for filters with gain static gboolean response_scroll( GtkEventControllerScroll *controller, double dx, double dy, GtkFilterResponse *response ) { // Only adjust if hovering over a band if (response->internal_highlight < 0) return FALSE; int band = response->internal_highlight; struct biquad_params *params = &response->bands[band]; // Only adjust Q for filters with gain if (!biquad_type_uses_gain(params->type)) return FALSE; // Adjust Q logarithmically (scroll up = higher Q = narrower) double factor = (dy > 0) ? 0.9 : 1.1; double new_q = params->q * factor; // Clamp Q if (new_q < Q_MIN) new_q = Q_MIN; if (new_q > Q_MAX) new_q = Q_MAX; params->q = new_q; // Recalculate coefficients biquad_calculate(params, SAMPLE_RATE, &response->coeffs[band]); // Emit signal to notify external code g_signal_emit(response, signals[SIGNAL_FILTER_CHANGED], 0, band, params); gtk_widget_queue_draw(GTK_WIDGET(response)); return TRUE; } // Calculate combined response at a frequency (includes all enabled bands) static double combined_response_db(GtkFilterResponse *response, double freq) { double total_db = 0.0; for (int i = 0; i < response->num_bands; i++) { if (response->band_enabled[i]) total_db += biquad_response_db(&response->coeffs[i], freq, SAMPLE_RATE); } return total_db; } static void response_snapshot(GtkWidget *widget, GtkSnapshot *snapshot) { GtkFilterResponse *response = GTK_FILTER_RESPONSE(widget); int width = gtk_widget_get_width(widget); int height = gtk_widget_get_height(widget); struct graph_area g; calc_graph_area(width, height, response->db_range, &g); cairo_t *cr = gtk_snapshot_append_cairo( snapshot, &GRAPHENE_RECT_INIT(0, 0, width, height) ); // Background cairo_set_source_rgb(cr, 0.1, 0.1, 0.1); cairo_rectangle(cr, g.left, g.top, g.width, g.height); cairo_fill(cr); // Grid lines - horizontal (dB) cairo_set_source_rgba(cr, 1, 1, 1, 0.15); cairo_set_line_width(cr, 0.5); for (double db = g.db_min; db <= g.db_max; db += 6) { double y = db_to_y(&g, db); cairo_move_to(cr, g.left, y); cairo_line_to(cr, g.right, y); } cairo_stroke(cr); // Grid lines - vertical (frequency) double freqs[] = { 20, 30, 40, 50, 60, 70, 80, 90, 100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, 2000, 3000, 4000, 5000, 6000, 7000, 8000, 9000, 10000, 20000 }; for (int i = 0; i < 28; i++) { double x = freq_to_x(&g, freqs[i]); cairo_move_to(cr, x, g.top); cairo_line_to(cr, x, g.bottom); } cairo_stroke(cr); // 0dB reference line cairo_set_source_rgba(cr, 1, 1, 1, 0.3); cairo_set_line_width(cr, 1); double y0 = db_to_y(&g, 0); cairo_move_to(cr, g.left, y0); cairo_line_to(cr, g.right, y0); cairo_stroke(cr); // Axis labels cairo_set_source_rgba(cr, 1, 1, 1, 0.6); cairo_select_font_face( cr, "sans-serif", CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL ); cairo_set_font_size(cr, 8); // Y-axis labels (dB) for (double db = g.db_min; db <= g.db_max; db += 6) { char label[8]; snprintf(label, sizeof(label), "%+.0f", db); cairo_text_extents_t extents; cairo_text_extents(cr, label, &extents); double y = db_to_y(&g, db); cairo_move_to(cr, g.left - extents.width - 3, y + extents.height / 2); cairo_show_text(cr, label); } // X-axis labels (frequency) const char *freq_labels[] = { "20", "50", "100", "200", "500", "1k", "2k", "5k", "10k", "20k" }; double freq_values[] = { 20, 50, 100, 200, 500, 1000, 2000, 5000, 10000, 20000 }; for (int i = 0; i < 10; i++) { cairo_text_extents_t extents; cairo_text_extents(cr, freq_labels[i], &extents); double x = freq_to_x(&g, freq_values[i]); cairo_move_to(cr, x - extents.width / 2, g.bottom + extents.height + 3); cairo_show_text(cr, freq_labels[i]); } // Clip to graph area for curves cairo_save(cr); cairo_rectangle(cr, g.left, g.top, g.width, g.height); cairo_clip(cr); // Draw individual filter curves (skip highlighted band for now) // When DSP is disabled, all curves are muted for (int i = 0; i < response->num_bands; i++) { if (i == response->highlight_band) continue; int color_idx = i % 8; gboolean band_on = response->band_enabled[i] && response->dsp_enabled; draw_filter_response( cr, &g, &response->coeffs[i], band_colors[color_idx][0], band_colors[color_idx][1], band_colors[color_idx][2], band_on ? 0.5 : 0.3, !band_on // dashed if band or DSP disabled ); } // Draw combined response curve // White solid if enabled, grey dashed if DSP disabled cairo_save(cr); cairo_set_line_width(cr, 2); if (response->dsp_enabled) { cairo_set_source_rgb(cr, 1, 1, 1); } else { cairo_set_source_rgb(cr, 0.6, 0.6, 0.6); double dashes[] = { 6.0, 4.0 }; cairo_set_dash(cr, dashes, 2, 0); } gboolean first = TRUE; for (double freq = FREQ_MIN; freq <= FREQ_MAX; freq *= 1.02) { double db = combined_response_db(response, freq); double x = freq_to_x(&g, freq); double y = db_to_y(&g, db); if (first) { cairo_move_to(cr, x, y); first = FALSE; } else { cairo_line_to(cr, x, y); } } cairo_stroke(cr); cairo_restore(cr); // Draw highlighted band last (on top of everything) with full opacity if (response->highlight_band >= 0 && response->highlight_band < response->num_bands) { int i = response->highlight_band; int color_idx = i % 8; gboolean band_on = response->band_enabled[i] && response->dsp_enabled; draw_filter_response( cr, &g, &response->coeffs[i], band_colors[color_idx][0], band_colors[color_idx][1], band_colors[color_idx][2], band_on ? 1.0 : 0.6, !band_on ); } // Draw filter handles (freq/gain bubbles with Q whiskers) if (response->highlight_band >= 0) { // When highlighted, draw non-highlighted first, then highlighted on top for (int i = 0; i < response->num_bands; i++) { if (i == response->highlight_band) continue; int color_idx = i % 8; gboolean band_on = response->band_enabled[i] && response->dsp_enabled; double alpha = band_on ? 0.7 : 0.4; draw_filter_handle( cr, &g, &response->bands[i], &response->coeffs[i], i + 1, band_colors[color_idx][0], band_colors[color_idx][1], band_colors[color_idx][2], alpha, FALSE, band_on ); } // Highlighted handle last if (response->highlight_band < response->num_bands) { int i = response->highlight_band; int color_idx = i % 8; gboolean band_on = response->band_enabled[i] && response->dsp_enabled; double alpha = band_on ? 1.0 : 0.6; draw_filter_handle( cr, &g, &response->bands[i], &response->coeffs[i], i + 1, band_colors[color_idx][0], band_colors[color_idx][1], band_colors[color_idx][2], alpha, TRUE, band_on ); } } else { // No highlight: draw in reverse order so 1 is on top for (int i = response->num_bands - 1; i >= 0; i--) { int color_idx = i % 8; gboolean band_on = response->band_enabled[i] && response->dsp_enabled; double alpha = band_on ? 0.7 : 0.4; draw_filter_handle( cr, &g, &response->bands[i], &response->coeffs[i], i + 1, band_colors[color_idx][0], band_colors[color_idx][1], band_colors[color_idx][2], alpha, FALSE, band_on ); } } cairo_restore(cr); // Range toggle indicator (top-right corner) double toggle_alpha = response->hover_toggle ? 0.9 : 0.4; cairo_set_source_rgba(cr, 1, 1, 1, toggle_alpha); cairo_set_font_size(cr, 9); char range_label[8]; snprintf(range_label, sizeof(range_label), "\xc2\xb1%d", (int)response->db_range); cairo_text_extents_t rext; cairo_text_extents(cr, range_label, &rext); double rx = g.right - rext.width - 4; double ry = g.top + rext.height + 4; cairo_move_to(cr, rx, ry); cairo_show_text(cr, range_label); cairo_destroy(cr); } static void response_measure( GtkWidget *widget, GtkOrientation orientation, int for_size, int *minimum, int *natural, int *minimum_baseline, int *natural_baseline ) { if (orientation == GTK_ORIENTATION_HORIZONTAL) { *minimum = PREF_WIDTH / 2; *natural = PREF_WIDTH; } else { *minimum = PREF_HEIGHT / 2; *natural = PREF_HEIGHT; } *minimum_baseline = -1; *natural_baseline = -1; } static void gtk_filter_response_class_init(GtkFilterResponseClass *klass) { GtkWidgetClass *widget_class = GTK_WIDGET_CLASS(klass); widget_class->snapshot = response_snapshot; widget_class->measure = response_measure; // Signal emitted when a filter is changed by dragging signals[SIGNAL_FILTER_CHANGED] = g_signal_new( "filter-changed", G_TYPE_FROM_CLASS(klass), G_SIGNAL_RUN_LAST, 0, NULL, NULL, NULL, G_TYPE_NONE, 2, G_TYPE_INT, // band index G_TYPE_POINTER // biquad_params pointer ); // Signal emitted when highlight changes (from hover in response widget) signals[SIGNAL_HIGHLIGHT_CHANGED] = g_signal_new( "highlight-changed", G_TYPE_FROM_CLASS(klass), G_SIGNAL_RUN_LAST, 0, NULL, NULL, NULL, G_TYPE_NONE, 1, G_TYPE_INT // band index (-1 for none) ); } static void gtk_filter_response_init(GtkFilterResponse *response) { response->num_bands = 0; response->dsp_enabled = TRUE; response->db_range = GAIN_DB_LIMIT; response->highlight_band = -1; response->internal_highlight = -1; response->drag_band = -1; for (int i = 0; i < FILTER_RESPONSE_MAX_BANDS; i++) { response->band_enabled[i] = TRUE; response->bands[i].type = BIQUAD_TYPE_PEAKING; response->bands[i].freq = 1000.0; response->bands[i].q = 1.0; response->bands[i].gain_db = 0.0; } // Add motion controller for hover detection GtkEventController *motion = gtk_event_controller_motion_new(); g_signal_connect(motion, "motion", G_CALLBACK(response_motion), response); g_signal_connect(motion, "leave", G_CALLBACK(response_leave), response); gtk_widget_add_controller(GTK_WIDGET(response), motion); // Add drag gesture for handle dragging GtkGesture *drag = gtk_gesture_drag_new(); g_signal_connect(drag, "drag-begin", G_CALLBACK(response_drag_begin), response); g_signal_connect(drag, "drag-update", G_CALLBACK(response_drag_update), response); g_signal_connect(drag, "drag-end", G_CALLBACK(response_drag_end), response); gtk_widget_add_controller(GTK_WIDGET(response), GTK_EVENT_CONTROLLER(drag)); // Add scroll controller for Q adjustment GtkEventController *scroll = gtk_event_controller_scroll_new( GTK_EVENT_CONTROLLER_SCROLL_VERTICAL ); g_signal_connect(scroll, "scroll", G_CALLBACK(response_scroll), response); gtk_widget_add_controller(GTK_WIDGET(response), scroll); } GtkWidget *gtk_filter_response_new(int num_bands) { GtkFilterResponse *response = g_object_new(GTK_TYPE_FILTER_RESPONSE, NULL); if (num_bands > FILTER_RESPONSE_MAX_BANDS) num_bands = FILTER_RESPONSE_MAX_BANDS; if (num_bands < 0) num_bands = 0; response->num_bands = num_bands; // Initialize coefficients for all bands for (int i = 0; i < num_bands; i++) { biquad_calculate( &response->bands[i], SAMPLE_RATE, &response->coeffs[i] ); } return GTK_WIDGET(response); } void gtk_filter_response_set_filter( GtkFilterResponse *response, int band, const struct biquad_params *params ) { if (band < 0 || band >= response->num_bands) return; response->bands[band] = *params; biquad_calculate(params, SAMPLE_RATE, &response->coeffs[band]); gtk_widget_queue_draw(GTK_WIDGET(response)); } void gtk_filter_response_set_band_enabled( GtkFilterResponse *response, int band, gboolean enabled ) { if (band < 0 || band >= response->num_bands) return; if (response->band_enabled[band] != enabled) { response->band_enabled[band] = enabled; gtk_widget_queue_draw(GTK_WIDGET(response)); } } void gtk_filter_response_set_dsp_enabled( GtkFilterResponse *response, gboolean enabled ) { if (response->dsp_enabled != enabled) { response->dsp_enabled = enabled; gtk_widget_queue_draw(GTK_WIDGET(response)); } } void gtk_filter_response_set_highlight( GtkFilterResponse *response, int band ) { if (response->highlight_band != band) { response->highlight_band = band; gtk_widget_queue_draw(GTK_WIDGET(response)); } } alsa-scarlett-gui-1.0~beta9/src/peq-response.h000066400000000000000000000030501521233005100213650ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "biquad.h" G_BEGIN_DECLS #define GTK_TYPE_FILTER_RESPONSE (gtk_filter_response_get_type()) G_DECLARE_FINAL_TYPE( GtkFilterResponse, gtk_filter_response, GTK, FILTER_RESPONSE, GtkWidget ) #define FILTER_RESPONSE_MAX_BANDS 8 // Create a new filter response widget with the specified number of bands GtkWidget *gtk_filter_response_new(int num_bands); // Set filter parameters for a band (0-indexed) void gtk_filter_response_set_filter( GtkFilterResponse *response, int band, const struct biquad_params *params ); // Enable/disable individual bands void gtk_filter_response_set_band_enabled( GtkFilterResponse *response, int band, gboolean enabled ); // Overall DSP enable (e.g., when all DSP is disabled) void gtk_filter_response_set_dsp_enabled( GtkFilterResponse *response, gboolean enabled ); // Get/set dB range (DB_RANGE_NARROW or GAIN_DB_LIMIT); // set clamps existing gains double gtk_filter_response_get_db_range( GtkFilterResponse *response ); void gtk_filter_response_set_db_range( GtkFilterResponse *response, double new_range ); // Set range to narrow if all gains fit, otherwise full void gtk_filter_response_auto_range( GtkFilterResponse *response ); // Set highlighted band (-1 for none) void gtk_filter_response_set_highlight( GtkFilterResponse *response, int band ); G_END_DECLS alsa-scarlett-gui-1.0~beta9/src/port-enable.c000066400000000000000000000364171521233005100211640ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "port-enable.h" #include "config-io.h" #include "config-monitor-groups.h" #include "optional-state.h" #include "alsa.h" #include "config-monitor-groups.h" #include "stereo-link.h" #include "window-mixer.h" #include "window-routing.h" // Callback structure to pass data to save callback struct port_enable_save_data { struct alsa_card *card; char *config_key; }; // Callback when a port enable value changes // Saves the new value to the state file static void port_enable_changed( struct alsa_elem *elem, void *private ) { struct port_enable_save_data *data = private; // get the boolean value long value = alsa_get_elem_value(elem); // save as "1" or "0" optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, value ? "1" : "0" ); } // Flush pending UI updates for a card static gboolean flush_pending_ui_updates(gpointer user_data) { struct alsa_card *card = user_data; card->pending_ui_update_idle = FALSE; if (card->pending_ui_updates & PENDING_UI_UPDATE_MIXER_GRID) { update_mixer_labels(card); update_config_io_mixer_labels(card); rebuild_mixer_grid(card); } if (card->pending_ui_updates & PENDING_UI_UPDATE_MONITOR_GROUPS) rebuild_monitor_groups_grid(card); card->pending_ui_updates = 0; return G_SOURCE_REMOVE; } // Schedule a UI update for a card (runs at idle) void schedule_ui_update(struct alsa_card *card, int flags) { if (!card) return; card->pending_ui_updates |= flags; if (!card->pending_ui_update_idle) { card->pending_ui_update_idle = TRUE; g_idle_add_full( G_PRIORITY_HIGH_IDLE, flush_pending_ui_updates, card, NULL ); } } // Update the Sources label arrows based on which sections are visible static void update_sources_label(struct alsa_card *card) { if (!card || !card->routing_src_label) return; // Check if we have any enabled sources in each category int has_hw_or_pcm_sources = !all_sources_disabled(card, PC_HW) || !all_sources_disabled(card, PC_PCM); int has_mixer_or_dsp_sources = !all_sources_disabled(card, PC_MIX) || !all_sources_disabled(card, PC_DSP); // Hide the label if there are no arrows (no sources enabled) if (!has_hw_or_pcm_sources && !has_mixer_or_dsp_sources) { gtk_widget_set_visible(card->routing_src_label, FALSE); return; } // Show the label and set text based on what's visible gtk_widget_set_visible(card->routing_src_label, TRUE); char *text; if (has_hw_or_pcm_sources && has_mixer_or_dsp_sources) { text = "↑\nSources →"; } else if (has_hw_or_pcm_sources) { text = "↑\nSources"; } else { text = "Sources →"; } gtk_label_set_text(GTK_LABEL(card->routing_src_label), text); } // Update the Sinks label arrows based on which sections are visible static void update_sinks_label(struct alsa_card *card) { if (!card || !card->routing_snk_label) return; // Check if we have any enabled sinks in each category int has_hw_or_pcm_sinks = !all_sinks_disabled(card, PC_HW) || !all_sinks_disabled(card, PC_PCM); // Don't count mixer sinks if they're fixed (not configurable) int has_mixer_sinks = card->has_fixed_mixer_inputs ? 0 : !all_sinks_disabled(card, PC_MIX); int has_mixer_or_dsp_sinks = has_mixer_sinks || !all_sinks_disabled(card, PC_DSP); // Hide the label if there are no arrows (no sinks enabled) if (!has_hw_or_pcm_sinks && !has_mixer_or_dsp_sinks) { gtk_widget_set_visible(card->routing_snk_label, FALSE); return; } // Show the label and set text based on what's visible gtk_widget_set_visible(card->routing_snk_label, TRUE); char *text; if (has_hw_or_pcm_sinks && has_mixer_or_dsp_sinks) { text = "← Sinks\n↓"; } else if (has_hw_or_pcm_sinks) { text = "Sinks\n↓"; } else { text = "← Sinks"; } gtk_label_set_text(GTK_LABEL(card->routing_snk_label), text); } // Helper to set visibility on a grid's parent container static void set_grid_container_visible(GtkWidget *grid, int visible) { if (!grid) return; GtkWidget *container = gtk_widget_get_parent(grid); if (container) gtk_widget_set_visible(container, visible); } // Update visibility of routing section grids based on port enable states void update_routing_section_visibility(struct alsa_card *card) { if (!card) return; // Hardware Inputs set_grid_container_visible( card->routing_hw_in_grid, !all_sources_disabled(card, PC_HW) ); // Hardware Outputs set_grid_container_visible( card->routing_hw_out_grid, !all_sinks_disabled(card, PC_HW) ); // PCM Inputs (sources - to PC) set_grid_container_visible( card->routing_pcm_in_grid, !all_sources_disabled(card, PC_PCM) ); // PCM Outputs (sinks - from PC) set_grid_container_visible( card->routing_pcm_out_grid, !all_sinks_disabled(card, PC_PCM) ); // DSP Inputs (sinks) set_grid_container_visible( card->routing_dsp_in_grid, !all_sinks_disabled(card, PC_DSP) ); // DSP Outputs (sources) set_grid_container_visible( card->routing_dsp_out_grid, !all_sources_disabled(card, PC_DSP) ); // Mixer Inputs (sinks) set_grid_container_visible( card->routing_mixer_in_grid, !all_sinks_disabled(card, PC_MIX) ); // Mixer Outputs (sources) set_grid_container_visible( card->routing_mixer_out_grid, !all_sources_disabled(card, PC_MIX) ); // Update the Sources and Sinks label arrows update_sources_label(card); update_sinks_label(card); } // Callback to update routing source visibility static void src_visibility_changed( struct alsa_elem *elem, void *private ) { struct routing_src *src = private; // widget might not exist yet if routing window hasn't been created if (!src->widget) return; // Rearrange grid to add/remove widgets arrange_src_grid(src->card, src->port_category); // update section visibility update_routing_section_visibility(src->card); // schedule expensive updates int flags = PENDING_UI_UPDATE_MONITOR_GROUPS; if (src->port_category == PC_MIX) flags |= PENDING_UI_UPDATE_MIXER_GRID; schedule_ui_update(src->card, flags); } // Callback to update routing sink visibility static void snk_visibility_changed( struct alsa_elem *elem, void *private ) { struct routing_snk *snk = private; struct alsa_card *card = snk->elem ? snk->elem->card : NULL; int port_category = snk->elem->port_category; // Rearrange grid if routing widgets exist // (fixed mixer inputs don't have routing widgets) if (snk->socket_widget) { arrange_snk_grid(card, port_category); if (card) update_routing_section_visibility(card); } if (card) { // rebuild mixer grid for mixer inputs // (needed for fixed mixer inputs which don't have routing widgets) if (port_category == PC_MIX) schedule_ui_update(card, PENDING_UI_UPDATE_MIXER_GRID); // rebuild monitor groups for analogue output sinks if (port_category == PC_HW) schedule_ui_update(card, PENDING_UI_UPDATE_MONITOR_GROUPS); } } // Free port enable callback data void port_enable_free_callback_data(void *data) { if (!data) return; struct port_enable_save_data *save_data = data; g_free(save_data->config_key); g_free(save_data); } // Generate ALSA element name for a routing source // Returns newly allocated string that must be freed static char *get_src_enable_elem_name(struct routing_src *src) { const char *category_name = NULL; switch (src->port_category) { case PC_HW: category_name = hw_type_names[src->hw_type]; return g_strdup_printf( "%s In %d Switch", category_name, src->lr_num ); case PC_PCM: return g_strdup_printf("PCM Out %d Switch", src->lr_num); case PC_MIX: return g_strdup_printf("Mixer Out %d Switch", src->lr_num); case PC_DSP: return g_strdup_printf("DSP Out %d Switch", src->lr_num); default: return NULL; } } // Generate ALSA element name for a routing sink // Returns newly allocated string that must be freed static char *get_snk_enable_elem_name(struct routing_snk *snk) { struct alsa_elem *elem = snk->elem; const char *category_name = NULL; switch (elem->port_category) { case PC_HW: category_name = hw_type_names[elem->hw_type]; return g_strdup_printf( "%s Out %d Switch", category_name, elem->lr_num ); case PC_PCM: return g_strdup_printf("PCM In %d Switch", elem->lr_num); case PC_MIX: return g_strdup_printf("Mixer In %d Switch", elem->lr_num); case PC_DSP: return g_strdup_printf("DSP In %d Switch", elem->lr_num); default: return NULL; } } // Create simulated enable element for a routing source static void create_src_enable_elem( struct alsa_card *card, struct routing_src *src, GHashTable *state ) { // skip PC_OFF if (src->port_category == PC_OFF) return; // generate element name char *elem_name = get_src_enable_elem_name(src); if (!elem_name) return; // check if real element exists (for forward compatibility) struct alsa_elem *elem = get_elem_by_name(card->elems, elem_name); if (elem) { // real element exists, use it directly src->enable_elem = elem; g_free(elem_name); return; } // create simulated boolean element elem = alsa_create_optional_elem( card, elem_name, SND_CTL_ELEM_TYPE_BOOLEAN, 0 // size not used for boolean ); g_free(elem_name); if (!elem) { fprintf(stderr, "Failed to create enable element for source\n"); return; } src->enable_elem = elem; // use element name as config key char *config_key = get_src_enable_elem_name(src); if (!config_key) return; // load value from state file (default to enabled) const char *value = g_hash_table_lookup(state, config_key); long enabled = 1; // default to enabled if (value && *value) { enabled = (strcmp(value, "1") == 0) ? 1 : 0; } // set the initial value elem->value = enabled; // register callback to save state on changes struct port_enable_save_data *callback_data = g_malloc0(sizeof(struct port_enable_save_data)); callback_data->card = card; callback_data->config_key = config_key; // transfer ownership alsa_elem_add_callback( elem, port_enable_changed, callback_data, port_enable_free_callback_data ); // register callback to update widget visibility alsa_elem_add_callback(elem, src_visibility_changed, src, NULL); } // Create simulated enable element for a routing sink static void create_snk_enable_elem( struct alsa_card *card, struct routing_snk *snk, GHashTable *state ) { // skip sinks without valid port category if (snk->elem->port_category == PC_OFF) return; // generate element name char *elem_name = get_snk_enable_elem_name(snk); if (!elem_name) return; // check if real element exists (for forward compatibility) struct alsa_elem *elem = get_elem_by_name(card->elems, elem_name); if (elem) { // real element exists, use it directly snk->enable_elem = elem; g_free(elem_name); return; } // create simulated boolean element elem = alsa_create_optional_elem( card, elem_name, SND_CTL_ELEM_TYPE_BOOLEAN, 0 // size not used for boolean ); g_free(elem_name); if (!elem) { fprintf(stderr, "Failed to create enable element for sink\n"); return; } snk->enable_elem = elem; // use element name as config key char *config_key = get_snk_enable_elem_name(snk); if (!config_key) return; // load value from state file (default to enabled) const char *value = g_hash_table_lookup(state, config_key); long enabled = 1; // default to enabled if (value && *value) { enabled = (strcmp(value, "1") == 0) ? 1 : 0; } // set the initial value elem->value = enabled; // register callback to save state on changes struct port_enable_save_data *callback_data = g_malloc0(sizeof(struct port_enable_save_data)); callback_data->card = card; callback_data->config_key = config_key; // transfer ownership alsa_elem_add_callback( elem, port_enable_changed, callback_data, port_enable_free_callback_data ); // register callback to update widget visibility alsa_elem_add_callback(elem, snk_visibility_changed, snk, NULL); } // Initialise port enable elements for all routing sources and sinks void port_enable_init(struct alsa_card *card) { if (!card->serial || !*card->serial) { // no serial number, can't persist state return; } // check if card has routing controls if (!card->routing_srcs || !card->routing_snks) { // card doesn't have routing controls return; } // load existing state from [controls] section GHashTable *state = optional_state_load(card, CONFIG_SECTION_CONTROLS); if (!state) { state = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); } // create enable elements for all routing sources for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); create_src_enable_elem(card, src, state); } // create enable elements for all routing sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); create_snk_enable_elem(card, snk, state); } g_hash_table_destroy(state); } // Check if a routing source is enabled int is_routing_src_enabled(struct routing_src *src) { if (!src || !src->enable_elem) return 1; // default to enabled if no element return alsa_get_elem_value(src->enable_elem) != 0; } // Check if a routing sink is enabled int is_routing_snk_enabled(struct routing_snk *snk) { if (!snk || !snk->enable_elem) return 1; // default to enabled if no element return alsa_get_elem_value(snk->enable_elem) != 0; } // Get the enable element for a routing source struct alsa_elem *get_src_enable_elem(struct routing_src *src) { if (!src) return NULL; return src->enable_elem; } // Get the enable element for a routing sink struct alsa_elem *get_snk_enable_elem(struct routing_snk *snk) { if (!snk) return NULL; return snk->enable_elem; } // Check if all sources of a given category are disabled int all_sources_disabled(struct alsa_card *card, int port_category) { if (!card || !card->routing_srcs) return 1; for (int i = 1; i < card->routing_srcs->len; i++) { // start at 1 to skip "Off" struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category == port_category) { if (is_routing_src_enabled(src)) return 0; // found at least one enabled } } return 1; // all disabled (or none exist) } // Check if all sinks of a given category are disabled int all_sinks_disabled(struct alsa_card *card, int port_category) { if (!card || !card->routing_snks) return 1; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->elem && snk->elem->port_category == port_category) { if (is_routing_snk_enabled(snk)) return 0; // found at least one enabled } } return 1; // all disabled (or none exist) } alsa-scarlett-gui-1.0~beta9/src/port-enable.h000066400000000000000000000034021521233005100211550ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Initialise port enable/disable elements for all routing sources and sinks // - Creates simulated ALSA boolean elements for port enable state // - Loads values from state file (defaults to enabled) // - Registers save callbacks // Must be called after custom_names_init() void port_enable_init(struct alsa_card *card); // Check if a routing source is enabled // Returns 1 if enabled, 0 if disabled int is_routing_src_enabled(struct routing_src *src); // Check if a routing sink is enabled // Returns 1 if enabled, 0 if disabled int is_routing_snk_enabled(struct routing_snk *snk); // Get the enable element for a routing source // Returns NULL if not available struct alsa_elem *get_src_enable_elem(struct routing_src *src); // Get the enable element for a routing sink // Returns NULL if not available struct alsa_elem *get_snk_enable_elem(struct routing_snk *snk); // Check if all sources of a given category are disabled // Returns 1 if all disabled, 0 if at least one is enabled int all_sources_disabled(struct alsa_card *card, int port_category); // Check if all sinks of a given category are disabled // Returns 1 if all disabled, 0 if at least one is enabled int all_sinks_disabled(struct alsa_card *card, int port_category); // Update visibility of routing section grids based on port enable states void update_routing_section_visibility(struct alsa_card *card); // Schedule a UI update for a card (runs at idle) // Use PENDING_UI_UPDATE_* flags from alsa.h void schedule_ui_update(struct alsa_card *card, int flags); // Free port enable callback data (for use as GDestroyNotify) void port_enable_free_callback_data(void *data); alsa-scarlett-gui-1.0~beta9/src/presets.c000066400000000000000000000356171521233005100204420ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "error.h" #include "file.h" #include "presets.h" // Data structure for the presets button and popover struct presets_data { struct alsa_card *card; GtkWidget *popover; GtkWidget *box; }; // Helper to attach preset name to a widget static void set_preset_name(GtkWidget *widget, const char *name) { g_object_set_data_full(G_OBJECT(widget), "preset-name", g_strdup(name), g_free); } // Get the presets directory path static char *get_presets_dir(void) { const char *config_home = g_get_user_config_dir(); return g_build_filename(config_home, "alsa-scarlett-gui", NULL); } // Get the initial config file path for a given serial static char *get_init_config_path(const char *serial) { char *presets_dir = get_presets_dir(); char *filename = g_strdup_printf(".%s-init.conf", serial); char *path = g_build_filename(presets_dir, filename, NULL); g_free(presets_dir); g_free(filename); return path; } // Get the preset file path for a given serial and preset name static char *get_preset_path(const char *serial, const char *name) { char *presets_dir = get_presets_dir(); char *filename = g_strdup_printf("%s-%s.conf", serial, name); char *path = g_build_filename(presets_dir, filename, NULL); g_free(presets_dir); g_free(filename); return path; } // Create the presets directory if it doesn't exist static int ensure_presets_dir(void) { char *presets_dir = get_presets_dir(); int ret = 0; if (g_mkdir_with_parents(presets_dir, 0755) < 0) ret = -1; g_free(presets_dir); return ret; } // Scan for presets matching the card's serial number // Returns a GList of preset names (newly allocated strings) static GList *scan_presets(const char *serial) { GList *presets = NULL; char *presets_dir = get_presets_dir(); GDir *dir = g_dir_open(presets_dir, 0, NULL); if (!dir) { g_free(presets_dir); return NULL; } // Build the prefix to match: "{serial}-" char *prefix = g_strdup_printf("%s-", serial); size_t prefix_len = strlen(prefix); const char *filename; while ((filename = g_dir_read_name(dir)) != NULL) { // Check if filename starts with prefix and ends with .conf if (g_str_has_prefix(filename, prefix) && g_str_has_suffix(filename, ".conf")) { // Extract preset name from filename (remove ".conf" suffix) size_t len = strlen(filename); char *name = g_strndup(filename + prefix_len, len - prefix_len - strlen(".conf")); presets = g_list_insert_sorted(presets, name, (GCompareFunc)g_strcmp0); } } g_dir_close(dir); g_free(prefix); g_free(presets_dir); return presets; } // Load a preset static void load_preset(struct alsa_card *card, const char *name) { char *path = get_preset_path(card->serial, name); if (load_native(card, path) < 0) { char *msg = g_strdup_printf("Error loading preset \"%s\"", name); show_error(GTK_WINDOW(card->window_main), msg); g_free(msg); } g_free(path); } // Save a preset static int save_preset(struct alsa_card *card, const char *name) { if (ensure_presets_dir() < 0) return -1; char *path = get_preset_path(card->serial, name); int ret = save_native(card, path); if (ret < 0) { char *msg = g_strdup_printf("Error saving preset \"%s\"", name); show_error(GTK_WINDOW(card->window_main), msg); g_free(msg); } g_free(path); return ret; } // Delete a preset static int delete_preset(const char *serial, const char *name) { char *path = get_preset_path(serial, name); int ret = g_unlink(path); g_free(path); return ret; } // Trim leading and trailing whitespace, return newly allocated string static char *trim_string(const char *str) { if (!str || !*str) return g_strdup(""); return g_strstrip(g_strdup(str)); } // Validate preset name (no path separators, not empty after trim) static int validate_preset_name(const char *name) { if (!name || !*name) return 0; // Check for invalid characters if (strchr(name, '/') || strchr(name, '\\')) return 0; return 1; } // Data for save dialog struct save_dialog_data { struct presets_data *presets_data; GtkWidget *window; GtkWidget *entry; }; // Free save dialog data static void free_save_dialog_data(gpointer user_data) { g_free(user_data); } // Handle save button click or entry activation static void do_save_preset(struct save_dialog_data *dialog_data) { char *name = trim_string(gtk_editable_get_text(GTK_EDITABLE(dialog_data->entry))); if (validate_preset_name(name)) { save_preset(dialog_data->presets_data->card, name); gtk_window_destroy(GTK_WINDOW(dialog_data->window)); } else { show_error( GTK_WINDOW(dialog_data->presets_data->card->window_main), "Invalid preset name" ); } g_free(name); } // Callback for save button static void save_button_clicked(GtkButton *button, gpointer user_data) { do_save_preset(user_data); } // Callback for entry activation (Enter key) static void entry_activated(GtkEntry *entry, gpointer user_data) { do_save_preset(user_data); } // Callback for cancel button static void cancel_button_clicked(GtkButton *button, gpointer user_data) { struct save_dialog_data *dialog_data = user_data; gtk_window_destroy(GTK_WINDOW(dialog_data->window)); } // Callback for Escape key static gboolean key_pressed( GtkEventControllerKey *controller, guint keyval, guint keycode, GdkModifierType state, gpointer user_data ) { struct save_dialog_data *dialog_data = user_data; if (keyval == GDK_KEY_Escape) { gtk_window_destroy(GTK_WINDOW(dialog_data->window)); return TRUE; } return FALSE; } // Show the "Save as Preset" dialog static void show_save_preset_dialog(struct presets_data *data) { gtk_popover_popdown(GTK_POPOVER(data->popover)); struct save_dialog_data *dialog_data = g_malloc0(sizeof(struct save_dialog_data)); dialog_data->presets_data = data; // Create window dialog_data->window = gtk_window_new(); gtk_window_set_title(GTK_WINDOW(dialog_data->window), "Save as Preset"); gtk_window_set_modal(GTK_WINDOW(dialog_data->window), TRUE); gtk_window_set_transient_for( GTK_WINDOW(dialog_data->window), GTK_WINDOW(data->card->window_main) ); gtk_window_set_resizable(GTK_WINDOW(dialog_data->window), FALSE); gtk_widget_add_css_class(dialog_data->window, "window-frame"); gtk_widget_add_css_class(dialog_data->window, "modal"); // Clean up data when window is destroyed g_object_set_data_full( G_OBJECT(dialog_data->window), "dialog-data", dialog_data, free_save_dialog_data ); // Add key controller for Escape GtkEventController *key_controller = gtk_event_controller_key_new(); g_signal_connect(key_controller, "key-pressed", G_CALLBACK(key_pressed), dialog_data); gtk_widget_add_controller(dialog_data->window, key_controller); // Main box GtkWidget *main_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 15); gtk_widget_add_css_class(main_box, "window-content"); gtk_widget_add_css_class(main_box, "big-padding"); gtk_window_set_child(GTK_WINDOW(dialog_data->window), main_box); // Label and entry GtkWidget *label = gtk_label_new("Preset name:"); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_box_append(GTK_BOX(main_box), label); dialog_data->entry = gtk_entry_new(); gtk_widget_set_size_request(dialog_data->entry, 250, -1); g_signal_connect(dialog_data->entry, "activate", G_CALLBACK(entry_activated), dialog_data); gtk_box_append(GTK_BOX(main_box), dialog_data->entry); // Separator GtkWidget *sep = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_box_append(GTK_BOX(main_box), sep); // Button box GtkWidget *button_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 15); gtk_widget_set_halign(button_box, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(main_box), button_box); GtkWidget *cancel_btn = gtk_button_new_with_label("Cancel"); g_signal_connect(cancel_btn, "clicked", G_CALLBACK(cancel_button_clicked), dialog_data); gtk_box_append(GTK_BOX(button_box), cancel_btn); GtkWidget *save_btn = gtk_button_new_with_label("Save"); g_signal_connect(save_btn, "clicked", G_CALLBACK(save_button_clicked), dialog_data); gtk_box_append(GTK_BOX(button_box), save_btn); gtk_widget_set_visible(dialog_data->window, TRUE); gtk_widget_grab_focus(dialog_data->entry); } // Callback for "Save as Preset..." button static void save_preset_clicked(GtkButton *button, gpointer user_data) { struct presets_data *data = user_data; show_save_preset_dialog(data); } // Nested buttons in GTK4: the inner button's clicked signal doesn't fire // for mouse clicks - the outer button swallows them. We use a gesture in // capture phase to detect click location, and a clicked signal for keyboard. // Gesture callback for preset row - check if click was on delete button static void preset_row_clicked( GtkGestureClick *gesture, int n_press, double x, double y, gpointer user_data ) { struct presets_data *data = user_data; GtkWidget *row = gtk_event_controller_get_widget(GTK_EVENT_CONTROLLER(gesture)); GtkWidget *delete_btn = g_object_get_data(G_OBJECT(row), "delete-btn"); const char *name = g_object_get_data(G_OBJECT(row), "preset-name"); if (!name) return; // Check if click was on the delete button (translate coordinates) gboolean on_delete = FALSE; if (delete_btn) { graphene_point_t src = GRAPHENE_POINT_INIT(x, y); graphene_point_t dest; if (gtk_widget_compute_point(row, delete_btn, &src, &dest)) on_delete = gtk_widget_contains(delete_btn, dest.x, dest.y); } if (on_delete) delete_preset(data->card->serial, name); else load_preset(data->card, name); gtk_popover_popdown(GTK_POPOVER(data->popover)); } // Clicked callback for row button (keyboard activation) static void preset_row_activated(GtkButton *button, gpointer user_data) { struct presets_data *data = user_data; const char *name = g_object_get_data(G_OBJECT(button), "preset-name"); if (name) { load_preset(data->card, name); gtk_popover_popdown(GTK_POPOVER(data->popover)); } } // Clicked callback for delete button (keyboard activation) static void delete_preset_clicked(GtkButton *button, gpointer user_data) { struct presets_data *data = user_data; GtkWidget *row = gtk_widget_get_parent(gtk_widget_get_parent(GTK_WIDGET(button))); const char *name = g_object_get_data(G_OBJECT(row), "preset-name"); if (name) { delete_preset(data->card->serial, name); gtk_popover_popdown(GTK_POPOVER(data->popover)); } } // Create a row for a preset static GtkWidget *create_preset_row( struct presets_data *data, const char *name ) { GtkWidget *btn = gtk_button_new(); gtk_widget_add_css_class(btn, "flat"); set_preset_name(btn, name); GtkWidget *box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 8); gtk_button_set_child(GTK_BUTTON(btn), box); GtkWidget *label = gtk_label_new(name); gtk_widget_set_hexpand(label, TRUE); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_box_append(GTK_BOX(box), label); GtkWidget *delete_btn = gtk_button_new_from_icon_name("window-close-symbolic"); gtk_widget_add_css_class(delete_btn, "flat"); gtk_widget_add_css_class(delete_btn, "circular"); gtk_widget_set_tooltip_text(delete_btn, "Delete preset"); g_signal_connect(delete_btn, "clicked", G_CALLBACK(delete_preset_clicked), data); gtk_box_append(GTK_BOX(box), delete_btn); // Store delete button reference for coordinate checking g_object_set_data(G_OBJECT(btn), "delete-btn", delete_btn); // Gesture to check click location (mouse) - capture phase to run before button GtkGesture *gesture = gtk_gesture_click_new(); gtk_event_controller_set_propagation_phase( GTK_EVENT_CONTROLLER(gesture), GTK_PHASE_CAPTURE ); g_signal_connect(gesture, "released", G_CALLBACK(preset_row_clicked), data); gtk_widget_add_controller(btn, GTK_EVENT_CONTROLLER(gesture)); // Clicked signal for keyboard activation g_signal_connect(btn, "clicked", G_CALLBACK(preset_row_activated), data); return btn; } // Populate the presets box static void populate_presets_list(struct presets_data *data) { // Remove all existing children GtkWidget *child; while ((child = gtk_widget_get_first_child(data->box)) != NULL) gtk_box_remove(GTK_BOX(data->box), child); // Scan for presets GList *presets = scan_presets(data->card->serial); int has_presets = presets != NULL; // Add preset rows for (GList *l = presets; l; l = l->next) { GtkWidget *row = create_preset_row(data, l->data); gtk_box_append(GTK_BOX(data->box), row); } // Free the list g_list_free_full(presets, g_free); // Add separator if there were presets if (has_presets) { GtkWidget *sep = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_box_append(GTK_BOX(data->box), sep); } // Add "Save as Preset..." button GtkWidget *save_btn = gtk_button_new_with_label("Save as Preset..."); g_signal_connect(save_btn, "clicked", G_CALLBACK(save_preset_clicked), data); gtk_box_append(GTK_BOX(data->box), save_btn); } // Callback when popover is shown - refresh the preset list static void popover_show(GtkWidget *popover, gpointer user_data) { struct presets_data *data = user_data; populate_presets_list(data); } // Free presets data static void free_presets_data(gpointer user_data) { g_free(user_data); } // Save initial configuration on first-ever load of a real interface void save_initial_config(struct alsa_card *card) { // Only save for cards with a serial number if (!card->serial || !*card->serial) return; // Check if init file already exists (not first-ever load) char *path = get_init_config_path(card->serial); if (g_file_test(path, G_FILE_TEST_EXISTS)) { g_free(path); return; } // Create presets directory if needed and save if (ensure_presets_dir() < 0) { g_free(path); return; } save_native(card, path); g_free(path); } // Create the Presets button with popover menu GtkWidget *create_presets_button(struct alsa_card *card) { struct presets_data *data = g_malloc0(sizeof(struct presets_data)); data->card = card; // Create menu button GtkWidget *button = gtk_menu_button_new(); gtk_menu_button_set_label(GTK_MENU_BUTTON(button), "Presets"); // Create popover data->popover = gtk_popover_new(); gtk_popover_set_has_arrow(GTK_POPOVER(data->popover), FALSE); gtk_menu_button_set_popover(GTK_MENU_BUTTON(button), data->popover); // Create box for presets data->box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 0); gtk_widget_set_size_request(data->box, 200, -1); gtk_popover_set_child(GTK_POPOVER(data->popover), data->box); g_signal_connect( data->popover, "show", G_CALLBACK(popover_show), data ); // Clean up data when button is destroyed g_object_set_data_full( G_OBJECT(button), "presets-data", data, free_presets_data ); return button; } alsa-scarlett-gui-1.0~beta9/src/presets.h000066400000000000000000000006351521233005100204370ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // Save initial configuration on first-ever load of a real interface void save_initial_config(struct alsa_card *card); // Create the Presets button with popover menu for the main window GtkWidget *create_presets_button(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/routing-drag-line.c000066400000000000000000000064251521233005100222770ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "routing-drag-line.h" #include "routing-lines.h" static void drag_enter( GtkDropControllerMotion *motion, gdouble x, gdouble y, gpointer data ) { struct alsa_card *card = data; card->drag_x = x; card->drag_y = y; gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); } static void drag_leave( GtkDropControllerMotion *motion, gpointer data ) { // Don't clear drag_x/drag_y or queue redraws here - routing_drag_end // needs the coordinates for hit-testing and will handle the redraws } static void drag_motion( GtkDropControllerMotion *motion, gdouble x, gdouble y, gpointer data ) { struct alsa_card *card = data; card->drag_x = x; card->drag_y = y; // Retrieve the scrolled window and its child GtkWindow *win = GTK_WINDOW(card->window_routing); GtkScrolledWindow *sw = GTK_SCROLLED_WINDOW(gtk_window_get_child(win)); GtkWidget *child = gtk_scrolled_window_get_child(sw); // Get horizontal and vertical adjustments for the scrolled window GtkAdjustment *hadj = gtk_scrolled_window_get_hadjustment(sw); GtkAdjustment *vadj = gtk_scrolled_window_get_vadjustment(sw); // Calculate the total scrollable width and height double w = gtk_adjustment_get_upper(hadj) - gtk_adjustment_get_page_size(hadj); double h = gtk_adjustment_get_upper(vadj) - gtk_adjustment_get_page_size(vadj); // Determine the relative size of the scrollable area double rel_w = gtk_adjustment_get_upper(hadj) - gtk_widget_get_width(GTK_WIDGET(sw)) + gtk_widget_get_width(child); double rel_h = gtk_adjustment_get_upper(vadj) - gtk_widget_get_height(GTK_WIDGET(sw)) + gtk_widget_get_height(child); // Add margin rel_w -= 100; rel_h -= 100; x -= 50; y -= 50; if (x < 0) x = 0; if (y < 0) y = 0; if (x > rel_w) x = rel_w; if (y > rel_h) y = rel_h; // Calculate new scroll positions based on mouse coordinates double new_hpos = (x / rel_w) * w; double new_vpos = (y / rel_h) * h; // Update the scrolled window's position gtk_adjustment_set_value(vadj, new_vpos); gtk_adjustment_set_value(hadj, new_hpos); gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); } void add_drop_controller_motion( struct alsa_card *card, GtkWidget *routing_overlay ) { // create an area to draw the drag line on card->drag_line = gtk_drawing_area_new(); gtk_widget_set_can_target(card->drag_line, FALSE); gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(card->drag_line), draw_drag_line, card, NULL ); gtk_overlay_add_overlay( GTK_OVERLAY(routing_overlay), card->drag_line ); // create a controller to handle the dragging GtkEventController *controller = gtk_drop_controller_motion_new(); g_signal_connect(controller, "enter", G_CALLBACK(drag_enter), card); g_signal_connect(controller, "leave", G_CALLBACK(drag_leave), card); g_signal_connect(controller, "motion", G_CALLBACK(drag_motion), card); gtk_widget_add_controller(card->routing_grid, controller); } alsa-scarlett-gui-1.0~beta9/src/routing-drag-line.h000066400000000000000000000003641521233005100223000ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" void add_drop_controller_motion( struct alsa_card *card, GtkWidget *routing_overlay ); alsa-scarlett-gui-1.0~beta9/src/routing-lines.c000066400000000000000000000640321521233005100215450ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "glow.h" #include "routing-lines.h" #include "port-enable.h" #include "stereo-link.h" // dotted dash when a sink is going to be removed by a drag static const double dash_dotted[] = { 1, 10 }; // dash when dragging and not connected static const double dash[] = { 4 }; // is a port category a mixer or DSP port, therefore at the // top/bottom? #define IS_MIXER(x) ((x) == PC_MIX || (x) == PC_DSP) static void hsl_to_rgb( double h, double s, double l, double *r, double *g, double *b ) { double c = (1 - fabs(2 * l - 1)) * s; double hp = h / 60; double x = c * (1 - fabs(fmod(hp, 2) - 1)); double m = l - c / 2; if (hp < 1) { *r = c; *g = x; *b = 0; } else if (hp < 2) { *r = x; *g = c; *b = 0; } else if (hp < 3) { *r = 0; *g = c; *b = x; } else if (hp < 4) { *r = 0; *g = x; *b = c; } else if (hp < 5) { *r = x; *g = 0; *b = c; } else { *r = c; *g = 0; *b = x; } *r += m; *g += m; *b += m; } static void choose_line_colour( int i, int count, double *r, double *g, double *b ) { if (count % 2) count++; hsl_to_rgb( ((i / (count / 2) * 360 + i * 720) / count) % 360, 0.75, 0.5, r, g, b ); } // draw a bezier curve given the end and control points static void curve( cairo_t *cr, double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4 ) { cairo_move_to(cr, x1, y1); cairo_curve_to(cr, x2, y2, x3, y3, x4, y4); } // given the bezier end & control points and t-value, return the // position and tangent angle at that point static void point_and_angle_on_bezier( double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4, double t, double *x, double *y, double *a ) { double t2 = t * t; double t3 = t2 * t; double ti = 1 - t; double ti2 = ti * ti; *x = x1 + (-x1 * 3 + t * (3 * x1 - x1 * t)) * t + (3 * x2 + t * (-6 * x2 + x2 * 3 * t)) * t + (x3 * 3 - x3 * 3 * t) * t2 + x4 * t3; *y = y1 + (-y1 * 3 + t * (3 * y1 - y1 * t)) * t + (3 * y2 + t * (-6 * y2 + y2 * 3 * t)) * t + (y3 * 3 - y3 * 3 * t) * t2 + y4 * t3; double dx = ti2 * (x2 - x1) + 2 * ti * t * (x3 - x2) + t2 * (x4 - x3); double dy = ti2 * (y2 - y1) + 2 * ti * t * (y3 - y2) + t2 * (y4 - y3); *a = atan2(dy, dx); } // draw an arrow in the middle of the line drawn by curve() static void arrow( cairo_t *cr, double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4 ) { // get midpoint and angle double mx, my, a; point_and_angle_on_bezier(x1, y1, x2, y2, x3, y3, x4, y4, 0.5, &mx, &my, &a); // calculate point of arrow double px = mx + cos(a) * 12; double py = my + sin(a) * 12; // calculate sides of arrow double s1x = mx + cos(a - M_PI_2) * 2; double s1y = my + sin(a - M_PI_2) * 2; double s2x = mx + cos(a + M_PI_2) * 2; double s2y = my + sin(a + M_PI_2) * 2; // draw triangle cairo_move_to(cr, px, py); cairo_line_to(cr, s1x, s1y); cairo_line_to(cr, s2x, s2y); cairo_close_path(cr); } // draw a small arrow indicator pointing in a direction from a port // port_x, port_y: center of the port widget // direction: 0 = right (→), 1 = left (←), 2 = up (↑), 3 = down (↓) static void draw_arrow_indicator( cairo_t *cr, double port_x, double port_y, int direction, double r, double g, double b, double level_db ) { double angle; switch (direction) { case 0: angle = 0; break; // right → case 1: angle = M_PI; break; // left ← case 2: angle = -M_PI_2; break; // up ↑ case 3: angle = M_PI_2; break; // down ↓ default: angle = 0; break; } // arrow dimensions double arrow_len = 12; double arrow_width = 4; double line_len = 24; // calculate arrow base (end of line, start of triangle) double bx = port_x + cos(angle) * line_len; double by = port_y + sin(angle) * line_len; // calculate arrow tip double tx = bx + cos(angle) * arrow_len; double ty = by + sin(angle) * arrow_len; // calculate arrow base sides double s1x = bx + cos(angle - M_PI_2) * arrow_width; double s1y = by + sin(angle - M_PI_2) * arrow_width; double s2x = bx + cos(angle + M_PI_2) * arrow_width; double s2y = by + sin(angle + M_PI_2) * arrow_width; // draw glow behind arrow if level is high enough double intensity = get_glow_intensity(level_db); if (intensity > 0) { double gr, gg, gb; level_to_colour(level_db, &gr, &gg, &gb); cairo_set_dash(cr, NULL, 0, 0); for (int layer = GLOW_LAYERS - 1; layer >= 0; layer--) { double width, alpha; get_glow_layer_params(layer, intensity, &width, &alpha); cairo_set_source_rgba(cr, gr, gg, gb, alpha); cairo_set_line_width(cr, width); cairo_move_to(cr, port_x, port_y); cairo_line_to(cr, tx, ty); cairo_stroke(cr); } } cairo_set_source_rgb(cr, r, g, b); cairo_set_line_width(cr, 2); cairo_move_to(cr, port_x, port_y); cairo_line_to(cr, bx, by); cairo_stroke(cr); // draw filled triangle cairo_move_to(cr, tx, ty); cairo_line_to(cr, s1x, s1y); cairo_line_to(cr, s2x, s2y); cairo_close_path(cr); cairo_fill(cr); } // draw a glow around a source port that isn't connected to anything static void draw_source_glow( cairo_t *cr, double x, double y, double level_db ) { double intensity = get_glow_intensity(level_db); if (intensity <= 0) return; double r, g, b; level_to_colour(level_db, &r, &g, &b); // draw concentric circles as glow layers, scaled up for visibility cairo_set_dash(cr, NULL, 0, 0); for (int layer = GLOW_LAYERS - 1; layer >= 0; layer--) { double width, alpha; get_glow_layer_params(layer, intensity, &width, &alpha); // scale up for better visibility double radius = width * 1.2; cairo_set_source_rgba(cr, r, g, b, alpha * 0.7); cairo_arc(cr, x, y, radius, 0, 2 * M_PI); cairo_fill(cr); } } // draw a nice curved line connecting a source at (x1, y1) and a sink // at (x2, y2) static void draw_connection( cairo_t *cr, double x1, double y1, int src_port_category, double x2, double y2, int snk_port_category, double r, double g, double b, double w ) { double x3 = x1, y3 = y1, x4 = x2, y4 = y2; int src_is_mixer = IS_MIXER(src_port_category); int snk_is_mixer = IS_MIXER(snk_port_category); // vertical/horizontal? if (src_is_mixer == snk_is_mixer) { double f1 = 0.3; double f2 = 1 - f1; // vertical if (src_is_mixer) { y3 = y1 * f2 + y2 * f1; y4 = y1 * f1 + y2 * f2; // horizontal } else { x3 = x1 * f2 + x2 * f1; x4 = x1 * f1 + x2 * f2; } // diagonal } else { // calculate a fraction f1 close to 0 when approaching 45° // and close to 0.5 when approaching 0°/90° double a = fmod((atan2(y1 - y2, x2 - x1) * 180 / M_PI) + 360, 360); double f1 = fabs(fmod(a, 90) - 45) / 90; double f2 = 1 - f1; // bottom to right if (src_is_mixer) { y3 = y1 * f2 + y2 * f1; x4 = x1 * f1 + x2 * f2; // left to top } else { x3 = x1 * f2 + x2 * f1; y4 = y1 * f1 + y2 * f2; } } cairo_set_source_rgb(cr, r, g, b); cairo_set_line_width(cr, w); curve(cr, x1, y1, x3, y3, x4, y4, x2, y2); arrow(cr, x1, y1, x3, y3, x4, y4, x2, y2); cairo_stroke(cr); } // draw a level-based glow behind a routing line // level_db should be in dB (-80 to 0) static void draw_connection_glow( cairo_t *cr, double x1, double y1, int src_port_category, double x2, double y2, int snk_port_category, double level_db ) { double intensity = get_glow_intensity(level_db); if (intensity <= 0) return; double r, g, b; level_to_colour(level_db, &r, &g, &b); // calculate bezier control points (same logic as draw_connection) double x3 = x1, y3 = y1, x4 = x2, y4 = y2; int src_is_mixer = IS_MIXER(src_port_category); int snk_is_mixer = IS_MIXER(snk_port_category); if (src_is_mixer == snk_is_mixer) { double f1 = 0.3; double f2 = 1 - f1; if (src_is_mixer) { y3 = y1 * f2 + y2 * f1; y4 = y1 * f1 + y2 * f2; } else { x3 = x1 * f2 + x2 * f1; x4 = x1 * f1 + x2 * f2; } } else { double a = fmod((atan2(y1 - y2, x2 - x1) * 180 / M_PI) + 360, 360); double f1 = fabs(fmod(a, 90) - 45) / 90; double f2 = 1 - f1; if (src_is_mixer) { y3 = y1 * f2 + y2 * f1; x4 = x1 * f1 + x2 * f2; } else { x3 = x1 * f2 + x2 * f1; y4 = y1 * f1 + y2 * f2; } } cairo_set_dash(cr, NULL, 0, 0); for (int layer = GLOW_LAYERS - 1; layer >= 0; layer--) { double width, alpha; get_glow_layer_params(layer, intensity, &width, &alpha); cairo_set_source_rgba(cr, r, g, b, alpha); cairo_set_line_width(cr, width); curve(cr, x1, y1, x3, y3, x4, y4, x2, y2); cairo_stroke(cr); } } // locate the center of a widget in the parent coordinates // used for drawing lines to/from the "socket" widget of routing // sources and sinks static void get_widget_center( GtkWidget *w, GtkWidget *parent, double *x, double *y ) { graphene_point_t src = GRAPHENE_POINT_INIT( gtk_widget_get_width(w) / 2.0, gtk_widget_get_height(w) / 2.0 ); graphene_point_t dest; if (gtk_widget_compute_point(w, parent, &src, &dest)) { *x = dest.x; *y = dest.y; } else { *x = 0; *y = 0; } } // Apply stereo offset to socket center coordinates // For stereo pairs, offset L/R within the stereo icon: // - Mixer/DSP: horizontal layout, offset X by ±25% of width // - HW/PCM: vertical layout, offset Y by ±25% of height static void apply_stereo_offset( GtkWidget *socket, int port_category, int is_left, double *x, double *y ) { double w = gtk_widget_get_width(socket); double h = gtk_widget_get_height(socket); if (IS_MIXER(port_category)) *x += is_left ? -w * 0.25 : w * 0.25; else *y += is_left ? -h * 0.25 : h * 0.25; } static void get_src_center( struct routing_src *r_src, GtkWidget *parent, double *x, double *y ) { GtkWidget *socket = r_src->widget2; // If linked, use the L channel's widget if (is_src_linked(r_src)) { struct routing_src *src_l = is_src_left_channel(r_src) ? r_src : get_src_partner(r_src); if (src_l && src_l->widget2) socket = src_l->widget2; get_widget_center(socket, parent, x, y); apply_stereo_offset( socket, r_src->port_category, is_src_left_channel(r_src), x, y ); } else { get_widget_center(socket, parent, x, y); } if (IS_MIXER(r_src->port_category)) (*y)++; } static void get_snk_center( struct routing_snk *r_snk, GtkWidget *parent, double *x, double *y ) { GtkWidget *socket = r_snk->socket_widget; // If linked, use the L channel's widget if (is_snk_linked(r_snk)) { struct routing_snk *snk_l = is_snk_left_channel(r_snk) ? r_snk : get_snk_partner(r_snk); if (snk_l && snk_l->socket_widget) socket = snk_l->socket_widget; get_widget_center(socket, parent, x, y); apply_stereo_offset( socket, r_snk->elem->port_category, is_snk_left_channel(r_snk), x, y ); } else { get_widget_center(socket, parent, x, y); } if (IS_MIXER(r_snk->elem->port_category)) (*y)++; } // redraw the overlay lines between the routing sources and sinks void draw_routing_lines( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ) { struct alsa_card *card = user_data; GtkWidget *parent = card->routing_lines; cairo_set_line_cap(cr, CAIRO_LINE_CAP_ROUND); int dragging = card->drag_type != DRAG_TYPE_NONE; // first pass: draw level glows behind all lines if (card->routing_levels) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; // skip read-only mixer sinks if (elem->port_category == PC_MIX && card->has_fixed_mixer_inputs) continue; // skip disabled sinks if (!is_routing_snk_enabled(r_snk)) continue; // skip if being dragged (include partner for stereo pairs) if (dragging && card->snk_drag && (card->snk_drag == r_snk || (is_snk_linked(card->snk_drag) && get_snk_partner(card->snk_drag) == r_snk))) continue; // get the source and skip if it's "Off" int r_src_idx = r_snk->effective_source_idx; if (!r_src_idx) continue; struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx ); // skip disabled sources if (!is_routing_src_enabled(r_src)) continue; // get source level and skip if too low double level_db = get_routing_src_level_db(card, r_src); if (level_db < GLOW_MIN_DB) continue; // locate the source and sink coordinates double x1, y1, x2, y2; get_src_center(r_src, parent, &x1, &y1); get_snk_center(r_snk, parent, &x2, &y2); // draw the glow draw_connection_glow( cr, x1, y1, r_src->port_category, x2, y2, elem->port_category, level_db ); } // draw glows for unconnected sources that have level meters // first, track which sources have at least one enabled connection int *src_connected = g_malloc0(card->routing_srcs->len * sizeof(int)); for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; // skip read-only mixer sinks if (elem->port_category == PC_MIX && card->has_fixed_mixer_inputs) continue; // skip disabled sinks if (!is_routing_snk_enabled(r_snk)) continue; int r_src_idx = r_snk->effective_source_idx; if (r_src_idx > 0 && r_src_idx < card->routing_srcs->len) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx ); // only mark as connected if source is enabled if (is_routing_src_enabled(r_src)) src_connected[r_src_idx] = 1; } } // now draw glows for unconnected sources for (int i = 1; i < card->routing_srcs->len; i++) { if (src_connected[i]) continue; struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); // skip disabled sources if (!is_routing_src_enabled(r_src)) continue; // skip if no widget if (!r_src->widget2) continue; double level_db = get_routing_src_level_db(card, r_src); if (level_db < GLOW_MIN_DB) continue; double x, y; get_src_center(r_src, parent, &x, &y); draw_source_glow(cr, x, y, level_db); } g_free(src_connected); } // second pass: draw the routing lines on top for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; // don't draw lines to read-only mixer sinks if (elem->port_category == PC_MIX && card->has_fixed_mixer_inputs) continue; // don't draw lines to disabled sinks if (!is_routing_snk_enabled(r_snk)) continue; // if dragging and a routing sink is being reconnected then draw // it with dots (include partner for stereo pairs) int dragging_this = dragging && card->snk_drag && (card->snk_drag == r_snk || (is_snk_linked(card->snk_drag) && get_snk_partner(card->snk_drag) == r_snk)); if (dragging_this) cairo_set_dash(cr, dash_dotted, 2, 0); else cairo_set_dash(cr, NULL, 0, 0); // get the source and skip if it's "Off" or muted int r_src_idx = r_snk->effective_source_idx; if (!r_src_idx) continue; // look up the source struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx ); // don't draw lines from disabled sources if (!is_routing_src_enabled(r_src)) continue; // locate the source and sink coordinates double x1, y1, x2, y2; get_src_center(r_src, parent, &x1, &y1); get_snk_center(r_snk, parent, &x2, &y2); // pick a colour double r, g, b; choose_line_colour(i, card->routing_snks->len, &r, &g, &b); // make the colour lighter if it's being shown dotted if (dragging_this) { r = (r + 1) / 2; g = (g + 1) / 2; b = (b + 1) / 2; } // draw the connection draw_connection( cr, x1, y1, r_src->port_category, x2, y2, elem->port_category, r, g, b, 2 ); } // draw arrows for connections to/from disabled ports // this shows the user that something is connected but hidden // track which sources have connections to disabled sinks // (use a simple array since source IDs are small integers) int *src_has_disabled_snk = g_malloc0(card->routing_srcs->len * sizeof(int)); // first pass: find enabled sinks connected to disabled sources // and disabled sinks (to mark their sources) for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; // skip read-only mixer sinks if (elem->port_category == PC_MIX && card->has_fixed_mixer_inputs) continue; // get the source connected to this sink int r_src_idx = r_snk->effective_source_idx; if (!r_src_idx) continue; struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx ); int snk_enabled = is_routing_snk_enabled(r_snk); int src_enabled = is_routing_src_enabled(r_src); // case 1: enabled sink connected to disabled source → draw arrow to sink if (snk_enabled && !src_enabled) { double x, y; get_snk_center(r_snk, parent, &x, &y); // mixer/DSP sinks are at bottom, others are on right side int direction = IS_MIXER(elem->port_category) ? 3 : 1; double level_db = get_routing_src_level_db(card, r_src); draw_arrow_indicator(cr, x, y, direction, 0.75, 0.25, 0.25, level_db); } // case 2: disabled sink → mark the source if (!snk_enabled && src_enabled) { src_has_disabled_snk[r_src_idx] = 1; } } // second pass: draw arrows from sources that have disabled sinks for (int i = 1; i < card->routing_srcs->len; i++) { if (!src_has_disabled_snk[i]) continue; struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); // skip if source itself is disabled if (!is_routing_src_enabled(r_src)) continue; double x, y; get_src_center(r_src, parent, &x, &y); // mixer/DSP sources are at top, others are on left side int direction = IS_MIXER(r_src->port_category) ? 2 : 0; double level_db = get_routing_src_level_db(card, r_src); draw_arrow_indicator(cr, x, y, direction, 0.75, 0.25, 0.25, level_db); } g_free(src_has_disabled_snk); } // Get stereo source L and R positions // Returns 1 if stereo (positions in x_l/y_l and x_r/y_r), 0 if mono static int get_src_stereo_positions( struct routing_src *r_src, GtkWidget *parent, double *x_l, double *y_l, double *x_r, double *y_r ) { if (!is_src_linked(r_src)) return 0; struct routing_src *src_l = is_src_left_channel(r_src) ? r_src : get_src_partner(r_src); struct routing_src *src_r = is_src_left_channel(r_src) ? get_src_partner(r_src) : r_src; if (!src_l || !src_r) return 0; GtkWidget *socket = src_l->widget2; if (!socket) return 0; get_widget_center(socket, parent, x_l, y_l); *x_r = *x_l; *y_r = *y_l; apply_stereo_offset(socket, r_src->port_category, 1, x_l, y_l); apply_stereo_offset(socket, r_src->port_category, 0, x_r, y_r); if (IS_MIXER(r_src->port_category)) { (*y_l)++; (*y_r)++; } return 1; } // Get stereo sink L and R positions // Returns 1 if stereo (positions in x_l/y_l and x_r/y_r), 0 if mono static int get_snk_stereo_positions( struct routing_snk *r_snk, GtkWidget *parent, double *x_l, double *y_l, double *x_r, double *y_r ) { if (!is_snk_linked(r_snk)) return 0; struct routing_snk *snk_l = is_snk_left_channel(r_snk) ? r_snk : get_snk_partner(r_snk); struct routing_snk *snk_r = is_snk_left_channel(r_snk) ? get_snk_partner(r_snk) : r_snk; if (!snk_l || !snk_r) return 0; GtkWidget *socket = snk_l->socket_widget; if (!socket) return 0; get_widget_center(socket, parent, x_l, y_l); *x_r = *x_l; *y_r = *y_l; apply_stereo_offset(socket, r_snk->elem->port_category, 1, x_l, y_l); apply_stereo_offset(socket, r_snk->elem->port_category, 0, x_r, y_r); if (IS_MIXER(r_snk->elem->port_category)) { (*y_l)++; (*y_r)++; } return 1; } // draw the overlay dragging line void draw_drag_line( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ) { struct alsa_card *card = user_data; GtkWidget *parent = card->drag_line; // if not dragging or routing src & snk not specified or drag out of // bounds then do nothing if (card->drag_type == DRAG_TYPE_NONE || (!card->src_drag && !card->snk_drag) || card->drag_x < 0 || card->drag_y < 0) return; // the drag mouse position is relative to card->routing_grid // translate it to the overlay card->drag_line // (don't need to do this if both src_drag and snk_drag are set) double drag_x = 0, drag_y = 0; if (!card->src_drag || !card->snk_drag) { graphene_point_t src = GRAPHENE_POINT_INIT(card->drag_x, card->drag_y); graphene_point_t dest; if (gtk_widget_compute_point( card->routing_grid, parent, &src, &dest)) { drag_x = dest.x; drag_y = dest.y; } } // Check for stereo sources/sinks double src_x_l = 0, src_y_l = 0, src_x_r = 0, src_y_r = 0; double snk_x_l = 0, snk_y_l = 0, snk_x_r = 0, snk_y_r = 0; int src_stereo = card->src_drag && get_src_stereo_positions(card->src_drag, parent, &src_x_l, &src_y_l, &src_x_r, &src_y_r); int snk_stereo = card->snk_drag && get_snk_stereo_positions(card->snk_drag, parent, &snk_x_l, &snk_y_l, &snk_x_r, &snk_y_r); // Mono source position (or mouse) double x1 = 0, y1 = 0; if (card->src_drag && !src_stereo) { get_src_center(card->src_drag, parent, &x1, &y1); } else if (!card->src_drag) { x1 = drag_x; y1 = drag_y; } // Mono sink position (or mouse) double x2 = 0, y2 = 0; if (card->snk_drag && !snk_stereo) { get_snk_center(card->snk_drag, parent, &x2, &y2); } else if (!card->snk_drag) { x2 = drag_x; y2 = drag_y; } // Determine line endpoints based on stereo state int draw_two_lines = src_stereo || snk_stereo; if (draw_two_lines) { // L line endpoints double l_x1 = src_stereo ? src_x_l : x1; double l_y1 = src_stereo ? src_y_l : y1; double l_x2 = snk_stereo ? snk_x_l : x2; double l_y2 = snk_stereo ? snk_y_l : y2; // R line endpoints double r_x1 = src_stereo ? src_x_r : x1; double r_y1 = src_stereo ? src_y_r : y1; double r_x2 = snk_stereo ? snk_x_r : x2; double r_y2 = snk_stereo ? snk_y_r : y2; int src_cat = card->src_drag ? card->src_drag->port_category : PC_OFF; int snk_cat = card->snk_drag ? card->snk_drag->elem->port_category : PC_OFF; if (card->src_drag && card->snk_drag) { // Both specified - draw curved lines draw_connection(cr, l_x1, l_y1, src_cat, l_x2, l_y2, snk_cat, 1, 1, 1, 2); draw_connection(cr, r_x1, r_y1, src_cat, r_x2, r_y2, snk_cat, 1, 1, 1, 2); } else { // One is mouse - draw straight dashed lines cairo_set_dash(cr, dash, 1, 0); cairo_set_source_rgb(cr, 1, 1, 1); cairo_set_line_width(cr, 2); cairo_move_to(cr, l_x1, l_y1); cairo_line_to(cr, l_x2, l_y2); cairo_stroke(cr); cairo_move_to(cr, r_x1, r_y1); cairo_line_to(cr, r_x2, r_y2); cairo_stroke(cr); } } else { // Single line (original mono behavior) if (card->src_drag && card->snk_drag) { draw_connection( cr, x1, y1, card->src_drag->port_category, x2, y2, card->snk_drag->elem->port_category, 1, 1, 1, 2 ); } else { cairo_set_dash(cr, dash, 1, 0); cairo_set_source_rgb(cr, 1, 1, 1); cairo_set_line_width(cr, 2); cairo_move_to(cr, x1, y1); cairo_line_to(cr, x2, y2); cairo_stroke(cr); } } } // initialise level indication storage for routing lines // the actual level updates come from the levels window timer void routing_levels_init(struct alsa_card *card) { // find the level meter element card->level_meter_elem = get_elem_by_name(card->elems, "Level Meter"); if (!card->level_meter_elem) { card->routing_levels = NULL; card->routing_levels_count = 0; return; } // allocate storage for level values (updated by levels window timer) card->routing_levels_count = card->level_meter_elem->count; card->routing_levels = g_malloc0( card->routing_levels_count * sizeof(double) ); // initialise all levels to minimum for (int i = 0; i < card->routing_levels_count; i++) card->routing_levels[i] = -80.0; // cache level meter indices in routing src/snk structs init_routing_level_indices(card); } // clean up level indication resources void routing_levels_cleanup(struct alsa_card *card) { // free level storage if (card->routing_levels) { g_free(card->routing_levels); card->routing_levels = NULL; } card->routing_levels_count = 0; card->level_meter_elem = NULL; } alsa-scarlett-gui-1.0~beta9/src/routing-lines.h000066400000000000000000000011641521233005100215470ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" void draw_routing_lines( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ); void draw_drag_line( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ); // level indication for routing lines void routing_levels_init(struct alsa_card *card); void routing_levels_cleanup(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/scarlett2-firmware.c000066400000000000000000000162511521233005100224630ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include "scarlett2-firmware.h" // List of found firmware files struct found_firmware { char *fn; struct scarlett2_firmware_header *firmware; }; GHashTable *best_firmware = NULL; static int verify_sha256( const unsigned char *data, size_t length, const unsigned char *expected_hash ) { unsigned char computed_hash[SHA256_DIGEST_LENGTH]; SHA256(data, length, computed_hash); return memcmp(computed_hash, expected_hash, SHA256_DIGEST_LENGTH) == 0; } static struct scarlett2_firmware_file *read_header(FILE *file) { struct scarlett2_firmware_file *firmware = calloc( 1, sizeof(struct scarlett2_firmware_file) ); if (!firmware) { perror("Failed to allocate memory for firmware structure"); goto error; } size_t read_count = fread( &firmware->header, sizeof(struct scarlett2_firmware_header), 1, file ); if (read_count != 1) { if (feof(file)) fprintf(stderr, "Unexpected end of file\n"); else perror("Failed to read header"); goto error; } if (strncmp(firmware->header.magic, MAGIC_STRING, 8) != 0) { fprintf(stderr, "Invalid magic number\n"); goto error; } firmware->header.usb_vid = ntohs(firmware->header.usb_vid); firmware->header.usb_pid = ntohs(firmware->header.usb_pid); firmware->header.firmware_version = ntohl(firmware->header.firmware_version); firmware->header.firmware_length = ntohl(firmware->header.firmware_length); return firmware; error: free(firmware); return NULL; } struct scarlett2_firmware_header *scarlett2_read_firmware_header( const char *fn ) { FILE *file = fopen(fn, "rb"); if (!file) { perror("fopen firmware header"); fprintf(stderr, "Unable to open %s\n", fn); return NULL; } struct scarlett2_firmware_file *firmware = read_header(file); if (!firmware) { fprintf(stderr, "Error reading firmware header from %s\n", fn); return NULL; } fclose(file); return realloc(firmware, sizeof(struct scarlett2_firmware_header)); } struct scarlett2_firmware_file *scarlett2_read_firmware_file(const char *fn) { FILE *file = fopen(fn, "rb"); if (!file) { perror("fopen firmware file"); fprintf(stderr, "Unable to open %s\n", fn); return NULL; } struct scarlett2_firmware_file *firmware = read_header(file); if (!firmware) { fprintf(stderr, "Error reading firmware header from %s\n", fn); return NULL; } firmware->firmware_data = malloc(firmware->header.firmware_length); if (!firmware->firmware_data) { perror("Failed to allocate memory for firmware data"); goto error; } size_t read_count = fread( firmware->firmware_data, 1, firmware->header.firmware_length, file ); if (read_count != firmware->header.firmware_length) { if (feof(file)) fprintf(stderr, "Unexpected end of file\n"); else perror("Failed to read firmware data"); fprintf(stderr, "Error reading firmware data from %s\n", fn); goto error; } if (!verify_sha256( firmware->firmware_data, firmware->header.firmware_length, firmware->header.sha256 )) { fprintf(stderr, "Corrupt firmware (failed checksum) in %s\n", fn); goto error; } fclose(file); return firmware; error: scarlett2_free_firmware_file(firmware); fclose(file); return NULL; } void scarlett2_free_firmware_header(struct scarlett2_firmware_header *firmware) { if (firmware) free(firmware); } void scarlett2_free_firmware_file(struct scarlett2_firmware_file *firmware) { if (firmware) { free(firmware->firmware_data); free(firmware); } } static void free_found_firmware(gpointer data) { struct found_firmware *found = data; free(found->fn); scarlett2_free_firmware_header(found->firmware); free(found); } static void init_best_firmware(void) { if (best_firmware) return; best_firmware = g_hash_table_new_full( g_direct_hash, g_direct_equal, NULL, free_found_firmware ); } // Add a firmware file to the list of found firmware // files, if it's better than the one already found // for the same device. static void add_found_firmware( char *fn, struct scarlett2_firmware_header *firmware ) { gpointer key = GINT_TO_POINTER(firmware->usb_pid); struct found_firmware *found = g_hash_table_lookup(best_firmware, key); // already have a firmware file for this device? if (found) { // lower version number, ignore if (firmware->firmware_version <= found->firmware->firmware_version) { free(fn); scarlett2_free_firmware_header(firmware); return; } // higher version number, replace g_hash_table_remove(best_firmware, key); } found = malloc(sizeof(struct found_firmware)); if (!found) { perror("Failed to allocate memory for firmware structure"); return; } found->fn = fn; found->firmware = firmware; g_hash_table_insert(best_firmware, key, found); } // look for firmware files in the given directory static void enum_firmware_dir(const char *dir_name) { DIR *dir = opendir(dir_name); if (!dir) { if (errno == ENOENT) { fprintf(stderr, "Firmware directory %s does not exist\n", dir_name); return; } fprintf( stderr, "Error opening directory %s: %s\n", dir_name, strerror(errno) ); return; } struct dirent *entry; while ((entry = readdir(dir))) { char *full_fn; // check if the file is a .bin file if (strlen(entry->d_name) < 4 || strcmp(entry->d_name + strlen(entry->d_name) - 4, ".bin") != 0) continue; // check if the file is a regular file if (entry->d_type == DT_UNKNOWN) { struct stat st; full_fn = g_build_filename(dir_name, entry->d_name, NULL); if (stat(full_fn, &st) < 0) { perror("stat"); g_free(full_fn); continue; } if (!S_ISREG(st.st_mode)) { g_free(full_fn); continue; } } else if (entry->d_type != DT_REG) { continue; } else { full_fn = g_build_filename(dir_name, entry->d_name, NULL); } struct scarlett2_firmware_header *firmware = scarlett2_read_firmware_header(full_fn); if (!firmware) { fprintf(stderr, "Error reading firmware file %s\n", full_fn); g_free(full_fn); continue; } add_found_firmware(full_fn, firmware); } closedir(dir); } void scarlett2_enum_firmware(void) { init_best_firmware(); const char *fw_dir = getenv("SCARLETT2_FIRMWARE_DIR"); if (!fw_dir) fw_dir = SCARLETT2_FIRMWARE_DIR; enum_firmware_dir(fw_dir); } uint32_t scarlett2_get_best_firmware_version(uint32_t pid) { struct found_firmware *found = g_hash_table_lookup( best_firmware, GINT_TO_POINTER(pid) ); if (!found) return 0; return found->firmware->firmware_version; } struct scarlett2_firmware_file *scarlett2_get_best_firmware(uint32_t pid) { struct found_firmware *found = g_hash_table_lookup( best_firmware, GINT_TO_POINTER(pid) ); if (!found) return NULL; return scarlett2_read_firmware_file(found->fn); } alsa-scarlett-gui-1.0~beta9/src/scarlett2-firmware.h000066400000000000000000000022511521233005100224630ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include // System-wide firmware directory #define SCARLETT2_FIRMWARE_DIR "/usr/lib/firmware/scarlett2" #define MAGIC_STRING "SCARLETT" struct scarlett2_firmware_header { char magic[8]; // "SCARLETT" uint16_t usb_vid; // Big-endian uint16_t usb_pid; // Big-endian uint32_t firmware_version; // Big-endian uint32_t firmware_length; // Big-endian uint8_t sha256[32]; } __attribute__((packed)); struct scarlett2_firmware_file { struct scarlett2_firmware_header header; uint8_t *firmware_data; }; struct scarlett2_firmware_header *scarlett2_read_firmware_header( const char *fn ); void scarlett2_free_firmware_header( struct scarlett2_firmware_header *firmware ); struct scarlett2_firmware_file *scarlett2_read_firmware_file( const char *fn ); void scarlett2_free_firmware_file( struct scarlett2_firmware_file *firmware ); void scarlett2_enum_firmware(void); uint32_t scarlett2_get_best_firmware_version(uint32_t pid); struct scarlett2_firmware_file *scarlett2_get_best_firmware(uint32_t pid); alsa-scarlett-gui-1.0~beta9/src/scarlett2-ioctls.c000066400000000000000000000036631521233005100221470ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "scarlett2.h" #include "scarlett2-ioctls.h" int scarlett2_open_card(char *alsa_name, snd_hwdep_t **hwdep) { return snd_hwdep_open(hwdep, alsa_name, SND_HWDEP_OPEN_DUPLEX); } int scarlett2_get_protocol_version(snd_hwdep_t *hwdep) { int version = 0; int err = snd_hwdep_ioctl(hwdep, SCARLETT2_IOCTL_PVERSION, &version); if (err < 0) return err; return version; } int scarlett2_close(snd_hwdep_t *hwdep) { return snd_hwdep_close(hwdep); } int scarlett2_reboot(snd_hwdep_t *hwdep) { return snd_hwdep_ioctl(hwdep, SCARLETT2_IOCTL_REBOOT, 0); } static int scarlett2_select_flash_segment(snd_hwdep_t *hwdep, int segment) { return snd_hwdep_ioctl(hwdep, SCARLETT2_IOCTL_SELECT_FLASH_SEGMENT, &segment); } static int scarlett2_erase_flash_segment(snd_hwdep_t *hwdep) { return snd_hwdep_ioctl(hwdep, SCARLETT2_IOCTL_ERASE_FLASH_SEGMENT, 0); } int scarlett2_erase_config(snd_hwdep_t *hwdep) { int err; err = scarlett2_select_flash_segment(hwdep, SCARLETT2_SEGMENT_ID_SETTINGS); if (err < 0) return err; return scarlett2_erase_flash_segment(hwdep); } int scarlett2_erase_firmware(snd_hwdep_t *hwdep) { int err; err = scarlett2_select_flash_segment(hwdep, SCARLETT2_SEGMENT_ID_FIRMWARE); if (err < 0) return err; return scarlett2_erase_flash_segment(hwdep); } int scarlett2_get_erase_progress(snd_hwdep_t *hwdep) { struct scarlett2_flash_segment_erase_progress progress; int err = snd_hwdep_ioctl( hwdep, SCARLETT2_IOCTL_GET_ERASE_PROGRESS, &progress ); if (err < 0) return err; // translate progress from [1..num_blocks, 255] to [[0..100), 255]] if (progress.num_blocks == 0 || progress.progress == 0 || progress.progress == 255) return progress.progress; return (progress.progress - 1) * 100 / progress.num_blocks; } alsa-scarlett-gui-1.0~beta9/src/scarlett2-ioctls.h000066400000000000000000000013751521233005100221520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #ifndef SCARLETT2_IOCTLS_H #define SCARLETT2_IOCTLS_H #include int scarlett2_open_card(char *alsa_name, snd_hwdep_t **hwdep); int scarlett2_get_protocol_version(snd_hwdep_t *hwdep); int scarlett2_lock(snd_hwdep_t *hwdep); int scarlett2_unlock(snd_hwdep_t *hwdep); int scarlett2_close(snd_hwdep_t *hwdep); int scarlett2_reboot(snd_hwdep_t *hwdep); int scarlett2_erase_config(snd_hwdep_t *hwdep); int scarlett2_erase_firmware(snd_hwdep_t *hwdep); int scarlett2_get_erase_progress(snd_hwdep_t *hwdep); int scarlett2_write_firmware( snd_hwdep_t *hwdep, off_t offset, unsigned char *buf, size_t buf_len ); #endif // SCARLETT2_IOCTLS_H alsa-scarlett-gui-1.0~beta9/src/scarlett2.h000066400000000000000000000031061521233005100206510ustar00rootroot00000000000000/* SPDX-License-Identifier: GPL-2.0 WITH Linux-syscall-note */ /* * Focusrite Scarlett 2 Protocol Driver for ALSA * (including Scarlett 2nd Gen, 3rd Gen, Clarett USB, and Clarett+ * series products) * * Copyright (c) 2023 by Geoffrey D. Bennett */ #ifndef __UAPI_SOUND_SCARLETT2_H #define __UAPI_SOUND_SCARLETT2_H #include #include #define SCARLETT2_HWDEP_MAJOR 1 #define SCARLETT2_HWDEP_MINOR 0 #define SCARLETT2_HWDEP_SUBMINOR 0 #define SCARLETT2_HWDEP_VERSION \ ((SCARLETT2_HWDEP_MAJOR << 16) | \ (SCARLETT2_HWDEP_MINOR << 8) | \ SCARLETT2_HWDEP_SUBMINOR) #define SCARLETT2_HWDEP_VERSION_MAJOR(v) (((v) >> 16) & 0xFF) #define SCARLETT2_HWDEP_VERSION_MINOR(v) (((v) >> 8) & 0xFF) #define SCARLETT2_HWDEP_VERSION_SUBMINOR(v) ((v) & 0xFF) /* Get protocol version */ #define SCARLETT2_IOCTL_PVERSION _IOR('S', 0x60, int) /* Reboot */ #define SCARLETT2_IOCTL_REBOOT _IO('S', 0x61) /* Select flash segment */ #define SCARLETT2_SEGMENT_ID_SETTINGS 0 #define SCARLETT2_SEGMENT_ID_FIRMWARE 1 #define SCARLETT2_SEGMENT_ID_COUNT 2 #define SCARLETT2_IOCTL_SELECT_FLASH_SEGMENT _IOW('S', 0x62, int) /* Erase selected flash segment */ #define SCARLETT2_IOCTL_ERASE_FLASH_SEGMENT _IO('S', 0x63) /* Get selected flash segment erase progress * 1 through to num_blocks, or 255 for complete */ struct scarlett2_flash_segment_erase_progress { unsigned char progress; unsigned char num_blocks; }; #define SCARLETT2_IOCTL_GET_ERASE_PROGRESS \ _IOR('S', 0x64, struct scarlett2_flash_segment_erase_progress) #endif /* __UAPI_SOUND_SCARLETT2_H */ alsa-scarlett-gui-1.0~beta9/src/scarlett4-firmware.c000066400000000000000000000411311521233005100224600ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "scarlett4-firmware.h" #include #include #include #include #include #include #include #include #include #include const char *scarlett4_firmware_type_magic[] = { [SCARLETT4_FIRMWARE_CONTAINER] = "SCARLBOX", [SCARLETT4_FIRMWARE_APP] = "SCARLET4", [SCARLETT4_FIRMWARE_ESP] = "SCARLESP", [SCARLETT4_FIRMWARE_LEAPFROG] = "SCARLEAP" }; // Hash table to store the best firmware for each PID struct found_firmware { char *fn; struct scarlett4_firmware_container *container; }; static GHashTable *best_firmware = NULL; static int verify_sha256( const unsigned char *data, size_t length, const unsigned char *expected_hash ) { unsigned char computed_hash[SHA256_DIGEST_LENGTH]; SHA256(data, length, computed_hash); return memcmp(computed_hash, expected_hash, SHA256_DIGEST_LENGTH) == 0; } // Calculate MD5 static void calc_md5( const unsigned char *data, size_t length, unsigned char *md5_out ) { EVP_MD_CTX *mdctx; const EVP_MD *md; unsigned int md_len; mdctx = EVP_MD_CTX_new(); if (mdctx == NULL) { fprintf(stderr, "Failed to create MD5 context\n"); return; } md = EVP_md5(); if (md == NULL) { fprintf(stderr, "Failed to get MD5 digest\n"); EVP_MD_CTX_free(mdctx); return; } EVP_DigestInit_ex(mdctx, md, NULL); EVP_DigestUpdate(mdctx, data, length); EVP_DigestFinal_ex(mdctx, md5_out, &md_len); EVP_MD_CTX_free(mdctx); } // Convert magic string to enum static int firmware_type_from_magic(const char *magic) { for (int i = 0; i < SCARLETT4_FIRMWARE_TYPE_COUNT; i++) if (strncmp(magic, scarlett4_firmware_type_magic[i], 8) == 0) return i; return -1; } static int read_magic(FILE *file, const char *fn) { char magic[8]; if (fread(magic, sizeof(magic), 1, file) != 1) { perror("Failed to read magic"); fprintf(stderr, "Error reading magic from %s\n", fn); return -1; } return firmware_type_from_magic(magic); } // Convert from disk format to memory format static struct scarlett4_firmware *firmware_header_disk_to_mem( int type, const struct scarlett4_firmware_header_disk *disk ) { struct scarlett4_firmware *firmware = calloc(1, sizeof(struct scarlett4_firmware)); if (!firmware) { perror("Failed to allocate memory for firmware"); return NULL; } firmware->type = type; firmware->usb_vid = ntohs(disk->usb_vid); firmware->usb_pid = ntohs(disk->usb_pid); for (int i = 0; i < 4; i++) firmware->firmware_version[i] = ntohl(disk->firmware_version[i]); firmware->firmware_length = ntohl(disk->firmware_length); memcpy(firmware->sha256, disk->sha256, 32); return firmware; } static struct scarlett4_firmware_container *firmware_container_header_disk_to_mem( const struct scarlett4_firmware_container_header_disk *disk ) { struct scarlett4_firmware_container *container = calloc( 1, sizeof(struct scarlett4_firmware_container) ); if (!container) { perror("Failed to allocate memory for firmware container"); return NULL; } container->usb_vid = ntohs(disk->usb_vid); container->usb_pid = ntohs(disk->usb_pid); for (int i = 0; i < 4; i++) container->firmware_version[i] = ntohl(disk->firmware_version[i]); container->num_sections = ntohl(disk->num_sections); return container; } static struct scarlett4_firmware *read_header( FILE *file, const char *fn, int type ) { struct scarlett4_firmware_header_disk disk_header; size_t read_count = fread( &disk_header, sizeof(struct scarlett4_firmware_header_disk), 1, file ); if (read_count != 1) { fprintf(stderr, "Error reading firmware header\n"); return NULL; } struct scarlett4_firmware *firmware = firmware_header_disk_to_mem(type, &disk_header); if (!firmware) fprintf(stderr, "Invalid firmware header\n"); return firmware; } static struct scarlett4_firmware *read_header_and_data( FILE *file, const char *fn, int type ) { struct scarlett4_firmware *firmware = read_header(file, fn, type); if (!firmware) { fprintf(stderr, "Error reading firmware header from %s\n", fn); return NULL; } // Read firmware data firmware->firmware_data = malloc(firmware->firmware_length); if (!firmware->firmware_data) { perror("Failed to allocate memory for firmware data"); goto error; } size_t read_count = fread( firmware->firmware_data, 1, firmware->firmware_length, file ); if (read_count != firmware->firmware_length) { if (feof(file)) fprintf(stderr, "Unexpected end of file\n"); else perror("Failed to read firmware data"); fprintf(stderr, "Error reading firmware data from %s\n", fn); goto error; } // Verify the firmware data if (!verify_sha256( firmware->firmware_data, firmware->firmware_length, firmware->sha256 )) { fprintf(stderr, "Corrupt firmware (failed checksum) in %s\n", fn); goto error; } // Add the MD5 for ESP firmware if (firmware->type == SCARLETT4_FIRMWARE_ESP) { calc_md5( firmware->firmware_data, firmware->firmware_length, firmware->md5 ); } return firmware; error: free(firmware->firmware_data); free(firmware); return NULL; } static struct scarlett4_firmware *read_magic_and_header_and_data( FILE *file, const char *fn, int section ) { int type = read_magic(file, fn); if (type < 0 || type == SCARLETT4_FIRMWARE_CONTAINER) { fprintf( stderr, "Invalid firmware type %d in section %d of %s\n", type, section + 1, fn ); return NULL; } return read_header_and_data(file, fn, type); } static struct scarlett4_firmware_container *read_firmware_container_header( FILE *file, const char *fn ) { struct scarlett4_firmware_container_header_disk disk_header; // Read header if (fread( &disk_header, sizeof(struct scarlett4_firmware_container_header_disk), 1, file ) != 1) { perror("Failed to read container header"); fprintf(stderr, "Error reading container header from %s\n", fn); return NULL; } return firmware_container_header_disk_to_mem(&disk_header); } static struct scarlett4_firmware_container *read_firmware_container( FILE *file, const char *fn ) { struct scarlett4_firmware_container *container = read_firmware_container_header(file, fn); if (!container) { fprintf(stderr, "Error reading container header from %s\n", fn); return NULL; } if (container->num_sections < 1 || container->num_sections > 3) { fprintf( stderr, "Invalid number of sections in %s: %d\n", fn, container->num_sections ); goto error; } // Allocate memory for sections container->sections = calloc( container->num_sections, sizeof(struct scarlett4_firmware *) ); if (!container->sections) { perror("Failed to allocate memory for firmware sections"); goto error; } // Read sections for (uint32_t i = 0; i < container->num_sections; i++) { container->sections[i] = read_magic_and_header_and_data(file, fn, i); if (!container->sections[i]) { fprintf(stderr, "Error reading section %d from %s\n", i + 1, fn); goto error; } } return container; error: scarlett4_free_firmware_container(container); return NULL; } struct scarlett4_firmware_container *scarlett4_read_firmware_header(const char *fn) { FILE *file = fopen(fn, "rb"); if (!file) { perror("fopen"); fprintf(stderr, "Unable to open %s\n", fn); return NULL; } int type = read_magic(file, fn); struct scarlett4_firmware_container *container = NULL; if (type == SCARLETT4_FIRMWARE_CONTAINER) { container = read_firmware_container_header(file, fn); fclose(file); return container; } struct scarlett4_firmware *firmware = read_header(file, fn, type); if (!firmware) { fprintf(stderr, "Error reading firmware header from %s\n", fn); fclose(file); return NULL; } container = calloc(1, sizeof(struct scarlett4_firmware_container)); if (!container) { perror("Failed to allocate memory for firmware container"); free(firmware); fclose(file); return NULL; } container->usb_pid = firmware->usb_pid; container->usb_vid = firmware->usb_vid; memcpy(container->firmware_version, firmware->firmware_version, sizeof(container->firmware_version)); container->num_sections = 1; container->sections = calloc(1, sizeof(struct scarlett4_firmware *)); container->sections[0] = firmware; fclose(file); return container; } struct scarlett4_firmware_container *scarlett4_read_firmware_file(const char *fn) { // Open file FILE *file = fopen(fn, "rb"); if (!file) { perror("fopen"); fprintf(stderr, "Unable to open %s\n", fn); return NULL; } // Read magic string int type = read_magic(file, fn); if (type < 0) { fprintf(stderr, "Invalid firmware type\n"); fclose(file); return NULL; } // Container? if (type == SCARLETT4_FIRMWARE_CONTAINER) { struct scarlett4_firmware_container *container = read_firmware_container(file, fn); fclose(file); return container; } // Not a container; read the firmware header and data struct scarlett4_firmware *firmware = read_header_and_data(file, fn, type); if (!firmware) { fprintf(stderr, "Error reading firmware from %s\n", fn); fclose(file); return NULL; } fclose(file); // Put the firmware header and data into a container struct scarlett4_firmware_container *container = calloc( 1, sizeof(struct scarlett4_firmware_container) ); if (!container) { perror("Failed to allocate memory for firmware container"); free(firmware->firmware_data); free(firmware); return NULL; } container->usb_pid = firmware->usb_pid; container->usb_vid = firmware->usb_vid; memcpy(container->firmware_version, firmware->firmware_version, sizeof(container->firmware_version)); container->num_sections = 1; container->sections = calloc(1, sizeof(struct scarlett4_firmware *)); container->sections[0] = firmware; return container; } void scarlett4_free_firmware_container(struct scarlett4_firmware_container *container) { if (!container) return; if (container->sections) { for (uint32_t i = 0; i < container->num_sections; i++) { struct scarlett4_firmware *firmware = container->sections[i]; if (!firmware) continue; free(firmware->firmware_data); free(firmware); } free(container->sections); } free(container); } const char *scarlett4_firmware_type_to_string(enum scarlett4_firmware_type type) { switch (type) { case SCARLETT4_FIRMWARE_CONTAINER: return "container"; case SCARLETT4_FIRMWARE_APP: return "App"; case SCARLETT4_FIRMWARE_ESP: return "ESP"; case SCARLETT4_FIRMWARE_LEAPFROG: return "Leapfrog"; default: return "unknown"; } } // Compare two 4-valued firmware versions // Returns: -1 if v1 < v2, 0 if equal, 1 if v1 > v2 static int firmware_version_cmp(const uint32_t *v1, const uint32_t *v2) { for (int i = 0; i < 4; i++) { if (v1[i] < v2[i]) return -1; if (v1[i] > v2[i]) return 1; } return 0; } static void free_found_firmware(gpointer data) { struct found_firmware *found = data; free(found->fn); scarlett4_free_firmware_container(found->container); free(found); } static void init_best_firmware(void) { if (best_firmware) return; best_firmware = g_hash_table_new_full( g_direct_hash, g_direct_equal, NULL, free_found_firmware ); } // Add a firmware file to the list of found firmware files, // if it's better than the one already found for the same device. static void add_found_firmware( char *fn, struct scarlett4_firmware_container *container ) { gpointer key = GINT_TO_POINTER(container->usb_pid); struct found_firmware *found = g_hash_table_lookup(best_firmware, key); // Already have a firmware file for this device? if (found) { // Lower or equal version, ignore if (firmware_version_cmp(container->firmware_version, found->container->firmware_version) <= 0) { free(fn); scarlett4_free_firmware_container(container); return; } // Higher version, replace g_hash_table_remove(best_firmware, key); } found = malloc(sizeof(struct found_firmware)); if (!found) { perror("Failed to allocate memory for firmware structure"); free(fn); scarlett4_free_firmware_container(container); return; } found->fn = fn; found->container = container; g_hash_table_insert(best_firmware, key, found); } // Look for firmware files in the given directory static void enum_firmware_dir(const char *dir_name) { DIR *dir = opendir(dir_name); if (!dir) { if (errno != ENOENT) fprintf(stderr, "Error opening directory %s: %s\n", dir_name, strerror(errno)); return; } struct dirent *entry; while ((entry = readdir(dir))) { char *full_fn; // Check if the file is a .bin file if (strlen(entry->d_name) < 4 || strcmp(entry->d_name + strlen(entry->d_name) - 4, ".bin") != 0) continue; // Check if the file is a regular file if (entry->d_type == DT_UNKNOWN) { struct stat st; full_fn = g_build_filename(dir_name, entry->d_name, NULL); if (stat(full_fn, &st) < 0) { perror("stat"); g_free(full_fn); continue; } if (!S_ISREG(st.st_mode)) { g_free(full_fn); continue; } } else if (entry->d_type != DT_REG) { continue; } else { full_fn = g_build_filename(dir_name, entry->d_name, NULL); } // Read the firmware header struct scarlett4_firmware_container *container = scarlett4_read_firmware_header(full_fn); if (!container) { g_free(full_fn); continue; } add_found_firmware(full_fn, container); } closedir(dir); } void scarlett4_enum_firmware(void) { init_best_firmware(); // Check for override directory const char *override_dir = getenv("SCARLETT4_FIRMWARE_DIR"); if (override_dir) { enum_firmware_dir(override_dir); return; } enum_firmware_dir(SCARLETT4_FIRMWARE_DIR); } uint32_t *scarlett4_get_best_firmware_version(uint32_t pid) { struct found_firmware *found = g_hash_table_lookup( best_firmware, GINT_TO_POINTER(pid) ); if (!found) return NULL; return found->container->firmware_version; } struct scarlett4_firmware_container *scarlett4_get_best_firmware(uint32_t pid) { struct found_firmware *found = g_hash_table_lookup( best_firmware, GINT_TO_POINTER(pid) ); if (!found) return NULL; // Read the full firmware file (with data) return scarlett4_read_firmware_file(found->fn); } // Compare two 4-valued firmware versions // Returns: -1 if v1 < v2, 0 if v1 == v2, 1 if v1 > v2 static int version_cmp(const uint32_t *v1, const uint32_t *v2) { for (int i = 0; i < 4; i++) { if (v1[i] < v2[i]) return -1; if (v1[i] > v2[i]) return 1; } return 0; } // Find a firmware section by type in a container static struct scarlett4_firmware *find_section( struct scarlett4_firmware_container *container, enum scarlett4_firmware_type type ) { for (uint32_t i = 0; i < container->num_sections; i++) if (container->sections[i]->type == type) return container->sections[i]; return NULL; } int scarlett4_is_mid_upgrade(struct alsa_card *card) { struct found_firmware *found = g_hash_table_lookup( best_firmware, GINT_TO_POINTER(card->pid) ); if (!found) return 0; // Read the full container (enumeration only stores metadata) struct scarlett4_firmware_container *container = scarlett4_read_firmware_file(found->fn); if (!container) return 0; // Find leapfrog and ESP sections struct scarlett4_firmware *leapfrog_fw = find_section(container, SCARLETT4_FIRMWARE_LEAPFROG); struct scarlett4_firmware *esp_fw = find_section(container, SCARLETT4_FIRMWARE_ESP); if (!leapfrog_fw || !esp_fw) { scarlett4_free_firmware_container(container); return 0; } // Check if leapfrog is loaded (device firmware == leapfrog version) int leapfrog_loaded = version_cmp(card->firmware_version_4, leapfrog_fw->firmware_version) == 0; // Check if ESP needs update int need_esp = version_cmp(card->esp_firmware_version, esp_fw->firmware_version) != 0; fprintf(stderr, "is_mid_upgrade: leapfrog_loaded=%d need_esp=%d\n", leapfrog_loaded, need_esp); scarlett4_free_firmware_container(container); return leapfrog_loaded && need_esp; } alsa-scarlett-gui-1.0~beta9/src/scarlett4-firmware.h000066400000000000000000000054671521233005100225010ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // Firmware directory for big Gen 4 devices #define SCARLETT4_FIRMWARE_DIR "/usr/lib/firmware/scarlett4" enum scarlett4_firmware_type { SCARLETT4_FIRMWARE_CONTAINER, SCARLETT4_FIRMWARE_APP, SCARLETT4_FIRMWARE_ESP, SCARLETT4_FIRMWARE_LEAPFROG, SCARLETT4_FIRMWARE_TYPE_COUNT }; extern const char *scarlett4_firmware_type_magic[SCARLETT4_FIRMWARE_TYPE_COUNT]; /* On-disk format of the firmware container header and the firmware * header. These are preceded by the 8-byte magic string identifying * the type of the following header. */ struct scarlett4_firmware_container_header_disk { uint16_t usb_vid; // Big-endian uint16_t usb_pid; // Big-endian uint32_t firmware_version[4]; // Big-endian uint32_t num_sections; // Big-endian } __attribute__((packed)); struct scarlett4_firmware_header_disk { uint16_t usb_vid; // Big-endian uint16_t usb_pid; // Big-endian uint32_t firmware_version[4]; // Big-endian uint32_t firmware_length; // Big-endian uint8_t sha256[32]; } __attribute__((packed)); /* In-memory representation of the firmware */ struct scarlett4_firmware { enum scarlett4_firmware_type type; uint16_t usb_vid; uint16_t usb_pid; uint32_t firmware_version[4]; uint32_t firmware_length; uint8_t sha256[32]; uint8_t md5[16]; uint8_t *firmware_data; }; /* In-memory representation of the firmware container */ struct scarlett4_firmware_container { uint16_t usb_vid; uint16_t usb_pid; uint32_t firmware_version[4]; uint32_t num_sections; struct scarlett4_firmware **sections; }; /* Read just the firmware container header from a file */ struct scarlett4_firmware_container *scarlett4_read_firmware_header(const char *fn); /* Read all sections of a firmware container from a file */ struct scarlett4_firmware_container *scarlett4_read_firmware_file(const char *fn); void scarlett4_free_firmware_container(struct scarlett4_firmware_container *container); const char *scarlett4_firmware_type_to_string(enum scarlett4_firmware_type type); /* Enumerate firmware files in the firmware directory */ void scarlett4_enum_firmware(void); /* Get the best firmware version for a device (4-valued), or NULL if none */ uint32_t *scarlett4_get_best_firmware_version(uint32_t pid); /* Get the best firmware container for a device, or NULL if none */ struct scarlett4_firmware_container *scarlett4_get_best_firmware(uint32_t pid); /* Check if device is in mid-upgrade state (leapfrog loaded, ESP needs update) * Returns 1 if mid-upgrade, 0 otherwise */ int scarlett4_is_mid_upgrade(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/stereo-link.c000066400000000000000000002167221521233005100212070ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "debug.h" #include "stereo-link.h" #include "config-io.h" #include "config-monitor-groups.h" #include "custom-names.h" #include "device-port-names.h" #include "optional-state.h" #include "port-enable.h" #include "widget-boolean.h" #include "window-mixer.h" #include "window-routing.h" // Callback structure to pass data to save callback struct stereo_link_save_data { struct alsa_card *card; char *config_key; }; // Check if a source is the left channel of a potential stereo pair // Left channels have odd lr_num (1, 3, 5, ...) or are 'A', 'C', 'E' for Mix int is_src_left_channel(struct routing_src *src) { if (!src) return 0; // Mix outputs use letters (A=1, B=2, C=3, etc.) // Odd positions are left: A, C, E, ... return (src->lr_num % 2) == 1; } // Check if a sink is the left channel of a potential stereo pair int is_snk_left_channel(struct routing_snk *snk) { if (!snk || !snk->elem) return 0; return snk->is_left; } // Get generic/constructed pair name for a source (e.g., "PCM 1–2") // Used for fixed labels in I/O config window char *get_src_generic_pair_name(struct routing_src *src) { if (!src) return g_strdup(""); switch (src->port_category) { case PC_HW: return g_strdup_printf( "%s %d–%d", hw_type_names[src->hw_type], src->lr_num, src->lr_num + 1 ); case PC_PCM: return g_strdup_printf("PCM %d–%d", src->lr_num, src->lr_num + 1); case PC_MIX: return g_strdup_printf("Mix %c–%c", src->port_num + 'A', src->port_num + 'B'); case PC_DSP: return g_strdup_printf("DSP %d–%d", src->lr_num, src->lr_num + 1); default: return g_strdup(""); } } // Get generic/constructed pair name for a sink (e.g., "PCM 1–2") // Used for fixed labels in I/O config window char *get_snk_generic_pair_name(struct routing_snk *snk) { if (!snk || !snk->elem) return g_strdup(""); struct alsa_elem *elem = snk->elem; switch (elem->port_category) { case PC_HW: return g_strdup_printf( "%s %d–%d", hw_type_names[elem->hw_type], elem->lr_num, elem->lr_num + 1 ); case PC_PCM: return g_strdup_printf("PCM %d–%d", elem->lr_num, elem->lr_num + 1); case PC_MIX: return g_strdup_printf("Mixer %d–%d", elem->lr_num, elem->lr_num + 1); case PC_DSP: return g_strdup_printf("DSP %d–%d", elem->lr_num, elem->lr_num + 1); default: return g_strdup(""); } } // Get default pair name for a source (device-specific or constructed) // Used for display in routing window when no custom name is set char *get_src_default_pair_name(struct routing_src *src) { if (!src || !src->card) return g_strdup(""); // Check for device-specific pair name first int pair_num = (src->lr_num - 1) / 2; const char *device_name = get_device_pair_name( src->card->pid, src->port_category, src->hw_type, 0, pair_num ); if (device_name) return g_strdup(device_name); // Fall back to constructed name return get_src_generic_pair_name(src); } // Get default pair name for a sink (device-specific or constructed) // Used for display in routing window when no custom name is set char *get_snk_default_pair_name(struct routing_snk *snk) { if (!snk || !snk->elem) return g_strdup(""); struct alsa_elem *elem = snk->elem; // Check for device-specific pair name first int pair_num = (elem->lr_num - 1) / 2; const char *device_name = get_device_pair_name( elem->card->pid, elem->port_category, elem->hw_type, 1, pair_num ); if (device_name) return g_strdup(device_name); // Fall back to constructed name return get_snk_generic_pair_name(snk); } // Find the partner source (the other channel of a stereo pair) // Uses cached pointer if available, otherwise searches and caches struct routing_src *get_src_partner(struct routing_src *src) { if (!src) return NULL; // Use cached pointer if available if (src->partner) return src->partner; if (!src->card) return NULL; struct alsa_card *card = src->card; int partner_lr_num = is_src_left_channel(src) ? src->lr_num + 1 : src->lr_num - 1; // Search for partner in routing sources for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *other = &g_array_index( card->routing_srcs, struct routing_src, i ); // Must be same category and hw_type if (other->port_category != src->port_category) continue; if (src->port_category == PC_HW && other->hw_type != src->hw_type) continue; if (other->lr_num == partner_lr_num) { // Cache bidirectionally src->partner = other; other->partner = src; return other; } } return NULL; } // Find the partner sink // Uses cached pointer if available, otherwise searches and caches struct routing_snk *get_snk_partner(struct routing_snk *snk) { if (!snk) return NULL; // Use cached pointer if available if (snk->partner) return snk->partner; if (!snk->elem || !snk->elem->card) return NULL; struct alsa_card *card = snk->elem->card; struct alsa_elem *elem = snk->elem; int partner_lr_num = is_snk_left_channel(snk) ? elem->lr_num + 1 : elem->lr_num - 1; // Search for partner in routing sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *other = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!other->elem) continue; // Must be same category and hw_type if (other->elem->port_category != elem->port_category) continue; if (elem->port_category == PC_HW && other->elem->hw_type != elem->hw_type) continue; if (other->elem->lr_num == partner_lr_num) { // Cache bidirectionally snk->partner = other; other->partner = snk; return other; } } return NULL; } // Check if source has a valid partner for stereo linking int src_has_valid_partner(struct routing_src *src) { return get_src_partner(src) != NULL; } // Check if sink has a valid partner for stereo linking int snk_has_valid_partner(struct routing_snk *snk) { return get_snk_partner(snk) != NULL; } // Get the left channel source of a pair static struct routing_src *get_src_left_of_pair(struct routing_src *src) { if (!src) return NULL; if (is_src_left_channel(src)) return src; return get_src_partner(src); } // Get the left channel sink of a pair static struct routing_snk *get_snk_left_of_pair(struct routing_snk *snk) { if (!snk) return NULL; if (is_snk_left_channel(snk)) return snk; return get_snk_partner(snk); } // Check if a routing source is linked int is_src_linked(struct routing_src *src) { if (!src) return 0; // Get the left channel of this pair struct routing_src *left = get_src_left_of_pair(src); if (!left) return 0; // Link element is stored on left channel struct alsa_elem *link_elem = left->link_elem; if (!link_elem) return 0; return alsa_get_elem_value(link_elem) != 0; } // Check if a routing sink is linked int is_snk_linked(struct routing_snk *snk) { if (!snk) return 0; // Get the left channel of this pair struct routing_snk *left = get_snk_left_of_pair(snk); if (!left) return 0; // Link element is stored on left channel struct alsa_elem *link_elem = left->link_elem; if (!link_elem) return 0; return alsa_get_elem_value(link_elem) != 0; } // Check if source should be displayed (not hidden as R of linked pair) int should_display_src(struct routing_src *src) { if (!src) return 0; // If not linked, always display if (!is_src_linked(src)) return 1; // If linked, only display the left channel return is_src_left_channel(src); } // Check if sink should be displayed (not hidden as R of linked pair) int should_display_snk(struct routing_snk *snk) { if (!snk) return 0; // If not linked, always display if (!is_snk_linked(snk)) return 1; // If linked, only display the left channel return is_snk_left_channel(snk); } // Get link element for a source (stored on left channel) struct alsa_elem *get_src_link_elem(struct routing_src *src) { struct routing_src *left = get_src_left_of_pair(src); return left ? left->link_elem : NULL; } // Get link element for a sink (stored on left channel) struct alsa_elem *get_snk_link_elem(struct routing_snk *snk) { struct routing_snk *left = get_snk_left_of_pair(snk); return left ? left->link_elem : NULL; } // Get pair name element for a source (stored on left channel) struct alsa_elem *get_src_pair_name_elem(struct routing_src *src) { struct routing_src *left = get_src_left_of_pair(src); return left ? left->pair_name_elem : NULL; } // Get pair name element for a sink (stored on left channel) struct alsa_elem *get_snk_pair_name_elem(struct routing_snk *snk) { struct routing_snk *left = get_snk_left_of_pair(snk); return left ? left->pair_name_elem : NULL; } // Free stereo link callback data static void stereo_link_free_callback_data(void *data) { if (!data) return; struct stereo_link_save_data *save_data = data; g_free(save_data->config_key); g_free(save_data); } // Callback when a link state value changes - save to state file static void link_state_changed(struct alsa_elem *elem, void *private) { struct stereo_link_save_data *data = private; long value = alsa_get_elem_value(elem); optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, value ? "1" : "0" ); } // Callback when a pair name value changes - save to state file static void pair_name_changed(struct alsa_elem *elem, void *private) { struct stereo_link_save_data *data = private; size_t size; const void *bytes = alsa_get_elem_bytes(elem, &size); if (bytes && size > 0) { size_t str_len = strnlen((const char *)bytes, size); if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) { char *str = g_strndup((const char *)bytes, str_len); optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, str ); g_free(str); } else { optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, "" ); } } else { optional_state_save( data->card, CONFIG_SECTION_CONTROLS, data->config_key, "" ); } } // Get the stereo-aware talkback label for a mixer output source // Returns newly allocated string that must be freed static char *get_talkback_stereo_aware_name(struct routing_src *src) { if (is_src_linked(src) && is_src_left_channel(src)) { // Linked: show "A–B" format return g_strdup_printf( "%c\xe2\x80\x93%c", src->port_num + 'A', src->port_num + 'B' ); } // Not linked: show single letter (e.g., "A") return g_strdup_printf("%c", src->port_num + 'A'); } // Update talkback button labels for stereo linking static void update_talkback_labels(struct alsa_card *card) { if (!card || !card->has_talkback || !card->routing_srcs) return; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category != PC_MIX) continue; // Skip R channel of linked pair (it's hidden anyway) if (!should_display_src(r_src)) continue; if (!r_src->talkback_widget) continue; char *name = get_talkback_stereo_aware_name(r_src); boolean_widget_update_labels(r_src->talkback_widget, name, name); g_free(name); } } // Schedule UI update for stereo link changes void schedule_stereo_link_ui_update(struct alsa_card *card) { if (!card) return; // Routing updates done synchronously to avoid flicker update_routing_section_visibility(card); update_talkback_labels(card); if (card->routing_lines) gtk_widget_queue_draw(card->routing_lines); // Schedule expensive mixer grid rebuild at idle schedule_ui_update(card, PENDING_UI_UPDATE_MIXER_GRID); } // Sync enable state when linking: right channel = left channel (left wins) static void sync_enable_on_link( struct alsa_elem *left_enable, struct alsa_elem *right_enable ) { if (!left_enable || !right_enable) return; long left_val = alsa_get_elem_value(left_enable); alsa_set_elem_value(right_enable, left_val); } // Sync talkback state when linking: right channel = left channel (left wins) static void sync_talkback_on_link( struct routing_src *src_l, struct routing_src *src_r ) { if (!src_l || !src_r) return; if (!src_l->talkback_elem || !src_r->talkback_elem) return; long left_val = alsa_get_elem_value(src_l->talkback_elem); alsa_set_elem_value(src_r->talkback_elem, left_val); } // Callback to sync source enable state while linked // When left channel enable changes, update right channel to match static void src_enable_sync_callback(struct alsa_elem *elem, void *private) { struct routing_src *src_l = private; // Only sync if linked if (!is_src_linked(src_l)) return; struct routing_src *src_r = get_src_partner(src_l); if (!src_r || !src_r->enable_elem) return; long left_val = alsa_get_elem_value(elem); long right_val = alsa_get_elem_value(src_r->enable_elem); // Only update if different to avoid infinite loops if (left_val != right_val) alsa_set_elem_value(src_r->enable_elem, left_val); } // Callback to sync sink enable state while linked // When left channel enable changes, update right channel to match static void snk_enable_sync_callback(struct alsa_elem *elem, void *private) { struct routing_snk *snk_l = private; // Only sync if linked if (!is_snk_linked(snk_l)) return; struct routing_snk *snk_r = get_snk_partner(snk_l); if (!snk_r || !snk_r->enable_elem) return; long left_val = alsa_get_elem_value(elem); long right_val = alsa_get_elem_value(snk_r->enable_elem); // Only update if different to avoid infinite loops if (left_val != right_val) alsa_set_elem_value(snk_r->enable_elem, left_val); } // Callback to sync talkback state while linked (mixer outputs only) // When either channel changes, update the other to match static void src_talkback_sync_callback(struct alsa_elem *elem, void *private) { struct routing_src *src = private; // Only applies to mixer outputs if (!src || src->port_category != PC_MIX) return; // Only sync if linked if (!is_src_linked(src)) return; struct routing_src *src_partner = get_src_partner(src); if (!src_partner || !src_partner->talkback_elem) return; long this_val = alsa_get_elem_value(elem); long partner_val = alsa_get_elem_value(src_partner->talkback_elem); // Only update if different to avoid infinite loops if (this_val != partner_val) alsa_set_elem_value(src_partner->talkback_elem, this_val); } // Check if two sources form a valid stereo routing connection // Valid: src_l → snk_l AND src_r → snk_r, where both pairs are adjacent static int is_valid_stereo_src_connection( struct routing_src *src_l, struct routing_src *src_r, struct routing_snk *snk_l, struct routing_snk *snk_r ) { if (!src_l || !src_r || !snk_l || !snk_r) return 0; // Check that sink pair is valid (adjacent, same type) struct routing_snk *snk_l_partner = get_snk_partner(snk_l); if (snk_l_partner != snk_r) return 0; // Check L→L and R→R connection int src_l_routes_to_snk_l = (snk_l->effective_source_idx == src_l->id); int src_r_routes_to_snk_r = (snk_r->effective_source_idx == src_r->id); return src_l_routes_to_snk_l && src_r_routes_to_snk_r; } // Find all sinks receiving from a source pair and validate routing static void validate_src_pair_routing( struct routing_src *src_l, struct routing_src *src_r ) { if (!src_l || !src_r) return; struct alsa_card *card = src_l->card; // Find all sinks connected to either src_l or src_r for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); int routes_to_l = (snk->effective_source_idx == src_l->id); int routes_to_r = (snk->effective_source_idx == src_r->id); if (!routes_to_l && !routes_to_r) continue; // Check if this forms a valid stereo connection struct routing_snk *snk_partner = get_snk_partner(snk); if (!snk_partner) { // Sink has no partner - clear routing (stereo source can't route to mono) alsa_set_elem_value(snk->elem, 0); continue; } // Check if partner has correct routing int snk_is_left = is_snk_left_channel(snk); struct routing_snk *snk_l = snk_is_left ? snk : snk_partner; struct routing_snk *snk_r = snk_is_left ? snk_partner : snk; if (!is_valid_stereo_src_connection(src_l, src_r, snk_l, snk_r)) { // Invalid routing - clear both channels alsa_set_elem_value(snk_l->elem, 0); alsa_set_elem_value(snk_r->elem, 0); } else { // Valid stereo connection - propagate link to sink pair struct alsa_elem *snk_link_elem = get_snk_link_elem(snk_l); if (snk_link_elem && !alsa_get_elem_value(snk_link_elem)) alsa_set_elem_value(snk_link_elem, 1); } } } // Validate routing and propagate link when a source pair is linked static void validate_and_propagate_src_link(struct routing_src *src) { if (!src) return; struct routing_src *src_l = get_src_left_of_pair(src); if (!src_l) return; struct routing_src *src_r = get_src_partner(src_l); if (!src_r) return; // Sync enable state: right = left if (src_l->enable_elem && src_r->enable_elem) sync_enable_on_link(src_l->enable_elem, src_r->enable_elem); // Validate and propagate routing validate_src_pair_routing(src_l, src_r); // Schedule UI update schedule_stereo_link_ui_update(src_l->card); } // Check if sources routed to a sink pair form a valid stereo connection static void validate_snk_pair_routing( struct routing_snk *snk_l, struct routing_snk *snk_r ) { if (!snk_l || !snk_r || !snk_l->elem || !snk_r->elem) return; struct alsa_card *card = snk_l->elem->card; int src_l_idx = snk_l->effective_source_idx; int src_r_idx = snk_r->effective_source_idx; // If either is Off, clear both if (src_l_idx == 0 || src_r_idx == 0) { alsa_set_elem_value(snk_l->elem, 0); alsa_set_elem_value(snk_r->elem, 0); return; } // Get the sources if (src_l_idx >= card->routing_srcs->len || src_r_idx >= card->routing_srcs->len) { alsa_set_elem_value(snk_l->elem, 0); alsa_set_elem_value(snk_r->elem, 0); return; } // Both connected to the same source - valid mono→stereo if (src_l_idx == src_r_idx) return; struct routing_src *src_l = &g_array_index( card->routing_srcs, struct routing_src, src_l_idx ); struct routing_src *src_r = &g_array_index( card->routing_srcs, struct routing_src, src_r_idx ); // Check if sources form a valid adjacent pair struct routing_src *src_l_partner = get_src_partner(src_l); if (src_l_partner != src_r || !is_src_left_channel(src_l) || is_src_left_channel(src_r)) { // Invalid - clear both alsa_set_elem_value(snk_l->elem, 0); alsa_set_elem_value(snk_r->elem, 0); return; } // Valid stereo connection - propagate link to source pair struct alsa_elem *src_link_elem = get_src_link_elem(src_l); if (src_link_elem && !alsa_get_elem_value(src_link_elem)) alsa_set_elem_value(src_link_elem, 1); } // Validate routing and propagate link when a sink pair is linked static void validate_and_propagate_snk_link(struct routing_snk *snk) { if (!snk) return; struct routing_snk *snk_l = get_snk_left_of_pair(snk); if (!snk_l) return; struct routing_snk *snk_r = get_snk_partner(snk_l); if (!snk_r) return; // Sync enable state: right = left if (snk_l->enable_elem && snk_r->enable_elem) sync_enable_on_link(snk_l->enable_elem, snk_r->enable_elem); // Validate and propagate routing validate_snk_pair_routing(snk_l, snk_r); // Schedule UI update schedule_stereo_link_ui_update(snk_l->elem->card); } // Propagate unlink from one end to the other static void propagate_src_unlink(struct routing_src *src) { if (!src) return; struct routing_src *src_l = get_src_left_of_pair(src); if (!src_l) return; struct routing_src *src_r = get_src_partner(src_l); if (!src_r) return; struct alsa_card *card = src_l->card; // Find all sinks that have L→L, R→R connections and unlink them for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->effective_source_idx != src_l->id && snk->effective_source_idx != src_r->id) continue; struct routing_snk *snk_partner = get_snk_partner(snk); if (!snk_partner) continue; struct routing_snk *snk_l = is_snk_left_channel(snk) ? snk : snk_partner; struct routing_snk *snk_r = is_snk_left_channel(snk) ? snk_partner : snk; if (is_valid_stereo_src_connection(src_l, src_r, snk_l, snk_r)) { // Unlink the sink pair (keep routing) struct alsa_elem *snk_link_elem = get_snk_link_elem(snk_l); if (snk_link_elem && alsa_get_elem_value(snk_link_elem)) alsa_set_elem_value(snk_link_elem, 0); } } schedule_stereo_link_ui_update(card); } static void propagate_snk_unlink(struct routing_snk *snk) { if (!snk || !snk->elem) return; struct routing_snk *snk_l = get_snk_left_of_pair(snk); if (!snk_l) return; struct routing_snk *snk_r = get_snk_partner(snk_l); if (!snk_r) return; struct alsa_card *card = snk_l->elem->card; int src_l_idx = snk_l->effective_source_idx; int src_r_idx = snk_r->effective_source_idx; if (src_l_idx == 0 || src_r_idx == 0 || src_l_idx >= card->routing_srcs->len || src_r_idx >= card->routing_srcs->len) return; struct routing_src *src_l = &g_array_index( card->routing_srcs, struct routing_src, src_l_idx ); struct routing_src *src_r = &g_array_index( card->routing_srcs, struct routing_src, src_r_idx ); // Check if sources form a valid pair if (get_src_partner(src_l) == src_r && is_src_left_channel(src_l)) { // Unlink the source pair (keep routing) struct alsa_elem *src_link_elem = get_src_link_elem(src_l); if (src_link_elem && alsa_get_elem_value(src_link_elem)) alsa_set_elem_value(src_link_elem, 0); } schedule_stereo_link_ui_update(card); } static long get_mixer_gain_min_val(struct alsa_card *card) { struct alsa_elem *e = card->mixer_gains[0][0]; return e ? e->min_val : 0; } // Average mixer gain values when mixer inputs are linked (PC_MIX sinks) // When inputs 1-2 are linked, for each mix output (A, B, ...): // - If output is also linked (stereo→stereo): average diagonal, zero off-diagonal // - Otherwise (stereo→mono): average both inputs, set both to average static void average_mixer_input_gains( struct alsa_card *card, struct routing_snk *snk_l, struct routing_snk *snk_r ) { if (!card || !snk_l || !snk_r || !snk_l->elem || !snk_r->elem) return; // Only for mixer inputs if (snk_l->elem->port_category != PC_MIX) return; int in_l = snk_l->elem->lr_num - 1; int in_r = snk_r->elem->lr_num - 1; long min_val = get_mixer_gain_min_val(card); // For each mixer output, check if it's part of a linked pair for (int mix = 0; mix < card->routing_in_count[PC_MIX]; mix++) { struct routing_src *mix_src = NULL; for (int j = 0; j < card->routing_srcs->len; j++) { struct routing_src *s = &g_array_index( card->routing_srcs, struct routing_src, j ); if (s->port_category == PC_MIX && s->port_num == mix) { mix_src = s; break; } } int output_linked = mix_src && is_src_linked(mix_src); if (output_linked && is_src_left_channel(mix_src)) { // Stereo→Stereo: average diagonal, zero off-diagonal struct routing_src *mix_src_r = get_src_partner(mix_src); if (!mix_src_r) continue; int mix_r = mix_src_r->port_num; // Diagonal: Mix L Input L, Mix R Input R → average struct alsa_elem *diag_ll = card->mixer_gains[mix][in_l]; struct alsa_elem *diag_rr = card->mixer_gains[mix_r][in_r]; if (diag_ll && diag_rr) { long avg = (alsa_get_elem_value(diag_ll) + alsa_get_elem_value(diag_rr)) / 2; alsa_set_elem_value(diag_ll, avg); alsa_set_elem_value(diag_rr, avg); } // Off-diagonal: Mix L Input R, Mix R Input L → zero struct alsa_elem *off_lr = card->mixer_gains[mix][in_r]; if (off_lr) alsa_set_elem_value(off_lr, min_val); struct alsa_elem *off_rl = card->mixer_gains[mix_r][in_l]; if (off_rl) alsa_set_elem_value(off_rl, min_val); } else if (!output_linked) { // Stereo→Mono: take same-side diagonal value struct alsa_elem *elem_l = card->mixer_gains[mix][in_l]; struct alsa_elem *elem_r = card->mixer_gains[mix][in_r]; if (!elem_l || !elem_r) continue; // Even output index = left of pair → keep left input value // Odd output index = right of pair → keep right input value long val = mix % 2 == 0 ? alsa_get_elem_value(elem_l) : alsa_get_elem_value(elem_r); alsa_set_elem_value(elem_l, val); alsa_set_elem_value(elem_r, val); } // Skip R channel of linked output pair (handled above with L) } } // Average mixer gain values when mixer outputs are linked (PC_MIX sources) // When Mix A-B are linked, for each mixer input (1, 2, ...): // - If input is also linked (stereo→stereo): average diagonal, zero off-diagonal // - Otherwise (mono→stereo): average both outputs, set both to average static void average_mixer_output_gains( struct alsa_card *card, struct routing_src *src_l, struct routing_src *src_r ) { if (!card || !src_l || !src_r) return; // Only for mixer outputs if (src_l->port_category != PC_MIX) return; int mix_l = src_l->port_num; int mix_r = src_r->port_num; long min_val = get_mixer_gain_min_val(card); // For each mixer input, check if it's part of a linked pair for (int in = 0; in < card->routing_out_count[PC_MIX]; in++) { struct routing_snk *r_snk = NULL; for (int j = 0; j < card->routing_snks->len; j++) { struct routing_snk *s = &g_array_index( card->routing_snks, struct routing_snk, j ); if (s->elem && s->elem->port_category == PC_MIX && s->elem->lr_num == in + 1) { r_snk = s; break; } } int input_linked = r_snk && is_snk_linked(r_snk); if (input_linked && is_snk_left_channel(r_snk)) { // Stereo→Stereo: average diagonal, zero off-diagonal struct routing_snk *r_snk_r = get_snk_partner(r_snk); if (!r_snk_r || !r_snk_r->elem) continue; int in_r = r_snk_r->elem->lr_num - 1; // Diagonal: Mix L Input L, Mix R Input R → average struct alsa_elem *diag_ll = card->mixer_gains[mix_l][in]; struct alsa_elem *diag_rr = card->mixer_gains[mix_r][in_r]; if (diag_ll && diag_rr) { long avg = (alsa_get_elem_value(diag_ll) + alsa_get_elem_value(diag_rr)) / 2; alsa_set_elem_value(diag_ll, avg); alsa_set_elem_value(diag_rr, avg); } // Off-diagonal: Mix L Input R, Mix R Input L → zero struct alsa_elem *off_lr = card->mixer_gains[mix_l][in_r]; if (off_lr) alsa_set_elem_value(off_lr, min_val); struct alsa_elem *off_rl = card->mixer_gains[mix_r][in]; if (off_rl) alsa_set_elem_value(off_rl, min_val); } else if (!input_linked) { // Mono→Stereo: take same-side diagonal value struct alsa_elem *elem_l = card->mixer_gains[mix_l][in]; struct alsa_elem *elem_r = card->mixer_gains[mix_r][in]; if (!elem_l || !elem_r) continue; // Odd input index (1-based) = left of pair → keep left output // Even input index = right of pair → keep right output long val = !(in % 2) ? alsa_get_elem_value(elem_l) : alsa_get_elem_value(elem_r); alsa_set_elem_value(elem_l, val); alsa_set_elem_value(elem_r, val); } // Skip R channel of linked input pair (handled above with L) } } // Distribute mixer gains when mixer outputs are unlinked. // For each linked input pair, copy the diagonal value into the // off-diagonal slot of each output column so that the stereo→mono // widgets inherit the correct gain. static void distribute_mixer_output_gains( struct alsa_card *card, struct routing_src *src_l, struct routing_src *src_r ) { if (!card || !src_l || !src_r) return; if (src_l->port_category != PC_MIX) return; int mix_l = src_l->port_num; int mix_r = src_r->port_num; for (int in = 0; in < card->routing_out_count[PC_MIX]; in++) { struct routing_snk *r_snk = NULL; for (int j = 0; j < card->routing_snks->len; j++) { struct routing_snk *s = &g_array_index( card->routing_snks, struct routing_snk, j ); if (s->elem && s->elem->port_category == PC_MIX && s->elem->lr_num == in + 1) { r_snk = s; break; } } if (!r_snk || !is_snk_linked(r_snk) || !is_snk_left_channel(r_snk)) continue; struct routing_snk *r_snk_r = get_snk_partner(r_snk); if (!r_snk_r || !r_snk_r->elem) continue; int in_r = r_snk_r->elem->lr_num - 1; // L-L diagonal → fill left column struct alsa_elem *diag_ll = card->mixer_gains[mix_l][in]; struct alsa_elem *off_lr = card->mixer_gains[mix_l][in_r]; if (diag_ll && off_lr) alsa_set_elem_value(off_lr, alsa_get_elem_value(diag_ll)); // R-R diagonal → fill right column struct alsa_elem *diag_rr = card->mixer_gains[mix_r][in_r]; struct alsa_elem *off_rl = card->mixer_gains[mix_r][in]; if (diag_rr && off_rl) alsa_set_elem_value(off_rl, alsa_get_elem_value(diag_rr)); } } // Distribute mixer gains when mixer inputs are unlinked. // For each linked output pair, copy the diagonal value into the // off-diagonal slot of each input row so that the mono→stereo // widgets inherit the correct gain. static void distribute_mixer_input_gains( struct alsa_card *card, struct routing_snk *snk_l, struct routing_snk *snk_r ) { if (!card || !snk_l || !snk_r || !snk_l->elem || !snk_r->elem) return; if (snk_l->elem->port_category != PC_MIX) return; int in_l = snk_l->elem->lr_num - 1; int in_r = snk_r->elem->lr_num - 1; for (int mix = 0; mix < card->routing_in_count[PC_MIX]; mix++) { struct routing_src *mix_src = NULL; for (int j = 0; j < card->routing_srcs->len; j++) { struct routing_src *s = &g_array_index( card->routing_srcs, struct routing_src, j ); if (s->port_category == PC_MIX && s->port_num == mix) { mix_src = s; break; } } if (!mix_src || !is_src_linked(mix_src) || !is_src_left_channel(mix_src)) continue; struct routing_src *mix_src_r = get_src_partner(mix_src); if (!mix_src_r) continue; int mix_r = mix_src_r->port_num; // L-L diagonal → fill left input row struct alsa_elem *diag_ll = card->mixer_gains[mix][in_l]; struct alsa_elem *off_rl = card->mixer_gains[mix_r][in_l]; if (diag_ll && off_rl) alsa_set_elem_value(off_rl, alsa_get_elem_value(diag_ll)); // R-R diagonal → fill right input row struct alsa_elem *diag_rr = card->mixer_gains[mix_r][in_r]; struct alsa_elem *off_lr = card->mixer_gains[mix][in_r]; if (diag_rr && off_lr) alsa_set_elem_value(off_lr, alsa_get_elem_value(diag_rr)); } } // Reverse-lookup: find monitor group enum value for a routing_src index static int monitor_group_enum_for_src( struct alsa_card *card, int routing_src_idx ) { for (int i = 0; i < card->monitor_group_src_map_count; i++) { if (card->monitor_group_src_map[i] == routing_src_idx) return i; } return -1; } // Apply left-wins-with-partner logic to a monitor group source pair. // Sets the enum values for both L and R source elements based on the // left channel's current source, accounting for stereo-linked sources. static void sync_monitor_group_source_pair( struct alsa_card *card, struct alsa_elem *source_l, struct alsa_elem *source_r ) { if (!source_l || !source_r) return; if (!card->monitor_group_src_map) return; int enum_val = alsa_get_elem_value(source_l); if (enum_val < 0 || enum_val >= card->monitor_group_src_map_count) return; int src_idx = card->monitor_group_src_map[enum_val]; if (src_idx <= 0 || src_idx >= card->routing_srcs->len) { // Invalid or Off — set both to same alsa_set_elem_value(source_r, enum_val); return; } struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, src_idx ); struct routing_src *partner = get_src_partner(src); if (!partner || !is_src_linked(src)) { // Mono source — both get the same value alsa_set_elem_value(source_r, enum_val); return; } // Source is part of a linked pair struct routing_src *left_src = is_src_left_channel(src) ? src : partner; struct routing_src *right_src = is_src_left_channel(src) ? partner : src; int left_enum = monitor_group_enum_for_src(card, left_src->id); int right_enum = monitor_group_enum_for_src(card, right_src->id); if (left_enum < 0 || right_enum < 0) { // Can't find partner enum — fall back to same value alsa_set_elem_value(source_r, enum_val); return; } alsa_set_elem_value(source_l, left_enum); alsa_set_elem_value(source_r, right_enum); } // Sync monitor group settings when outputs are linked. // Left channel values win for enable/source; trim is averaged. static void sync_monitor_groups_on_link( struct routing_snk *snk_l, struct routing_snk *snk_r ) { if (!snk_l || !snk_r || !snk_l->elem) return; struct alsa_card *card = snk_l->elem->card; // Enable: left wins → write to right if (snk_l->main_group_switch && snk_r->main_group_switch) { long val = alsa_get_elem_value(snk_l->main_group_switch); alsa_set_elem_value(snk_r->main_group_switch, val); } if (snk_l->alt_group_switch && snk_r->alt_group_switch) { long val = alsa_get_elem_value(snk_l->alt_group_switch); alsa_set_elem_value(snk_r->alt_group_switch, val); } // Source: left wins with partner assignment sync_monitor_group_source_pair( card, snk_l->main_group_source, snk_r->main_group_source ); sync_monitor_group_source_pair( card, snk_l->alt_group_source, snk_r->alt_group_source ); // Trim: average L/R → write average to both if (snk_l->main_group_trim && snk_r->main_group_trim) { long avg = (alsa_get_elem_value(snk_l->main_group_trim) + alsa_get_elem_value(snk_r->main_group_trim)) / 2; alsa_set_elem_value(snk_l->main_group_trim, avg); alsa_set_elem_value(snk_r->main_group_trim, avg); } if (snk_l->alt_group_trim && snk_r->alt_group_trim) { long avg = (alsa_get_elem_value(snk_l->alt_group_trim) + alsa_get_elem_value(snk_r->alt_group_trim)) / 2; alsa_set_elem_value(snk_l->alt_group_trim, avg); alsa_set_elem_value(snk_r->alt_group_trim, avg); } } // Monitor group sync: keep left/right elements in lockstep while // linked. A single callback handles both directions — left always // wins. For SOURCE type, uses stereo-aware enum assignment instead // of plain value copy. enum mg_sync_type { MG_SYNC_VALUE, MG_SYNC_SOURCE }; struct mg_sync_data { struct routing_snk *snk_l; struct alsa_elem *left_elem; struct alsa_elem *right_elem; enum mg_sync_type type; }; static void mg_sync_callback(struct alsa_elem *elem, void *private) { (void)elem; struct mg_sync_data *data = private; if (!is_snk_linked(data->snk_l)) return; if (data->type == MG_SYNC_SOURCE) { struct alsa_card *card = data->snk_l->elem->card; sync_monitor_group_source_pair( card, data->left_elem, data->right_elem ); } else { long left_val = alsa_get_elem_value(data->left_elem); if (alsa_get_elem_value(data->right_elem) != left_val) alsa_set_elem_value(data->right_elem, left_val); } } // Register a sync callback on both elements of a left/right pair. // The first registration owns the data (frees on cleanup). static void register_mg_sync_pair( struct routing_snk *snk_l, struct alsa_elem *left_elem, struct alsa_elem *right_elem, enum mg_sync_type type ) { if (!left_elem || !right_elem) return; struct mg_sync_data *data = g_malloc(sizeof(struct mg_sync_data)); data->snk_l = snk_l; data->left_elem = left_elem; data->right_elem = right_elem; data->type = type; alsa_elem_add_callback(left_elem, mg_sync_callback, data, g_free); alsa_elem_add_callback(right_elem, mg_sync_callback, data, NULL); } // Register monitor group sync callbacks for a HW analogue sink pair. // Called from create_snk_stereo_link_elems for left channel sinks. static void register_monitor_group_sync_callbacks( struct routing_snk *snk_l ) { struct routing_snk *snk_r = get_snk_partner(snk_l); if (!snk_r) return; register_mg_sync_pair( snk_l, snk_l->main_group_switch, snk_r->main_group_switch, MG_SYNC_VALUE ); register_mg_sync_pair( snk_l, snk_l->alt_group_switch, snk_r->alt_group_switch, MG_SYNC_VALUE ); register_mg_sync_pair( snk_l, snk_l->main_group_source, snk_r->main_group_source, MG_SYNC_SOURCE ); register_mg_sync_pair( snk_l, snk_l->alt_group_source, snk_r->alt_group_source, MG_SYNC_SOURCE ); register_mg_sync_pair( snk_l, snk_l->main_group_trim, snk_r->main_group_trim, MG_SYNC_VALUE ); register_mg_sync_pair( snk_l, snk_l->alt_group_trim, snk_r->alt_group_trim, MG_SYNC_VALUE ); } // Callback when source link state changes static void src_link_state_changed(struct alsa_elem *elem, void *private) { struct routing_src *src = private; struct routing_src *src_l = get_src_left_of_pair(src); struct routing_src *src_r = src_l ? get_src_partner(src_l) : NULL; if (alsa_get_elem_value(elem)) { validate_and_propagate_src_link(src); // Average mixer gains when mixer outputs are linked if (src_l && src_r && src_l->port_category == PC_MIX) { average_mixer_output_gains(src_l->card, src_l, src_r); // Sync talkback state when linking (left wins) sync_talkback_on_link(src_l, src_r); } } else { // Distribute mixer gains before unlinking if (src_l && src_r && src_l->port_category == PC_MIX) distribute_mixer_output_gains(src_l->card, src_l, src_r); propagate_src_unlink(src); } // Recreate mixer widgets when mixer outputs are linked/unlinked if (src_l && src_l->port_category == PC_MIX) recreate_mixer_widgets(src_l->card); // Rebuild monitor groups grid (source link affects dropdown filtering) if (src_l && src_l->card && src_l->card->monitor_groups_grid) rebuild_monitor_groups_grid(src_l->card); // Trigger visibility callbacks via enable_elem change notifications // The visibility callback in port-enable.c is the single source of truth if (src_l && src_l->enable_elem) alsa_elem_change(src_l->enable_elem); if (src_r && src_r->enable_elem) alsa_elem_change(src_r->enable_elem); } // Callback when sink link state changes static void snk_link_state_changed(struct alsa_elem *elem, void *private) { struct routing_snk *snk = private; struct routing_snk *snk_l = get_snk_left_of_pair(snk); struct routing_snk *snk_r = snk_l ? get_snk_partner(snk_l) : NULL; if (alsa_get_elem_value(elem)) { validate_and_propagate_snk_link(snk); // Average mixer gains when mixer inputs are linked if (snk_l && snk_r && snk_l->elem && snk_l->elem->port_category == PC_MIX) average_mixer_input_gains(snk_l->elem->card, snk_l, snk_r); // Sync monitor group settings when HW analogue outputs are linked if (snk_l && snk_r && snk_l->elem && snk_l->elem->port_category == PC_HW && snk_l->elem->hw_type == HW_TYPE_ANALOGUE) sync_monitor_groups_on_link(snk_l, snk_r); } else { // Distribute mixer gains before unlinking if (snk_l && snk_r && snk_l->elem && snk_l->elem->port_category == PC_MIX) distribute_mixer_input_gains(snk_l->elem->card, snk_l, snk_r); propagate_snk_unlink(snk); } // Recreate mixer widgets when mixer inputs are linked/unlinked if (snk_l && snk_l->elem && snk_l->elem->port_category == PC_MIX) recreate_mixer_widgets(snk_l->elem->card); // Rebuild monitor groups grid when HW analogue outputs link/unlink if (snk_l && snk_l->elem && snk_l->elem->port_category == PC_HW && snk_l->elem->hw_type == HW_TYPE_ANALOGUE) rebuild_monitor_groups_grid(snk_l->elem->card); // Trigger visibility callbacks via enable_elem change notifications // The visibility callback in port-enable.c is the single source of truth if (snk_l && snk_l->enable_elem) alsa_elem_change(snk_l->enable_elem); if (snk_r && snk_r->enable_elem) alsa_elem_change(snk_r->enable_elem); } // Callback when pair name changes - trigger UI update static void pair_name_display_changed(struct alsa_elem *elem, void *private) { struct alsa_card *card = elem->card; schedule_stereo_link_ui_update(card); } // Generate element name for stereo link or pair name // is_sink: 0 = source (In for HW, Out for PCM/Mix/DSP) // 1 = sink (Out for HW, In for PCM/Mix/DSP) // suffix: "Link" or "Name" static char *make_stereo_elem_name( int port_category, int hw_type, int lr_num, int is_sink, const char *suffix ) { // Direction depends on port category and whether it's a source or sink // Sources: HW=In, PCM/Mix/DSP=Out (signal flows from these) // Sinks: HW=Out, PCM/Mix/DSP=In (signal flows to these) const char *direction = (port_category == PC_HW) != is_sink ? "In" : "Out"; switch (port_category) { case PC_HW: return g_strdup_printf( "%s %s %d-%d %s", hw_type_names[hw_type], direction, lr_num, lr_num + 1, suffix ); case PC_PCM: return g_strdup_printf("PCM %s %d-%d %s", direction, lr_num, lr_num + 1, suffix); case PC_MIX: return g_strdup_printf("Mixer %s %d-%d %s", direction, lr_num, lr_num + 1, suffix); case PC_DSP: return g_strdup_printf("DSP %s %d-%d %s", direction, lr_num, lr_num + 1, suffix); default: return NULL; } } // Create link and pair name elements for a source (only on left channel) static void create_src_stereo_link_elems( struct alsa_card *card, struct routing_src *src, GHashTable *state ) { // Only create on left channels that have a valid partner if (!is_src_left_channel(src)) return; if (src->port_category == PC_OFF) return; if (!src_has_valid_partner(src)) return; // Create link state element char *link_key = make_stereo_elem_name( src->port_category, src->hw_type, src->lr_num, 0, "Link" ); if (!link_key) return; struct alsa_elem *link_elem = get_elem_by_name(card->elems, link_key); if (!link_elem) { link_elem = alsa_create_optional_elem( card, link_key, SND_CTL_ELEM_TYPE_BOOLEAN, 0 ); } if (!link_elem) { g_free(link_key); return; } src->link_elem = link_elem; // Load initial value from state const char *value = g_hash_table_lookup(state, link_key); alsa_set_elem_value(link_elem, (value && strcmp(value, "1") == 0) ? 1 : 0); g_free(link_key); // Create pair name element char *pair_key = make_stereo_elem_name( src->port_category, src->hw_type, src->lr_num, 0, "Name" ); if (!pair_key) return; struct alsa_elem *pair_name_elem = get_elem_by_name(card->elems, pair_key); if (!pair_name_elem) { pair_name_elem = alsa_create_optional_elem( card, pair_key, SND_CTL_ELEM_TYPE_BYTES, MAX_PAIR_NAME_LEN ); } if (!pair_name_elem) { g_free(pair_key); return; } src->pair_name_elem = pair_name_elem; // Load initial value from state const char *pair_value = g_hash_table_lookup(state, pair_key); if (pair_value && *pair_value) alsa_set_elem_bytes(pair_name_elem, pair_value, strlen(pair_value)); g_free(pair_key); } // Create link and pair name elements for a sink (only on left channel) static void create_snk_stereo_link_elems( struct alsa_card *card, struct routing_snk *snk, GHashTable *state ) { if (!snk->elem) return; struct alsa_elem *elem = snk->elem; // Only create on left channels that have a valid partner if (!is_snk_left_channel(snk)) return; if (elem->port_category == PC_OFF) return; if (!snk_has_valid_partner(snk)) return; // Create link state element char *link_key = make_stereo_elem_name( elem->port_category, elem->hw_type, elem->lr_num, 1, "Link" ); if (!link_key) return; struct alsa_elem *link_elem = get_elem_by_name(card->elems, link_key); if (!link_elem) { link_elem = alsa_create_optional_elem( card, link_key, SND_CTL_ELEM_TYPE_BOOLEAN, 0 ); } if (!link_elem) { g_free(link_key); return; } snk->link_elem = link_elem; // Load initial value from state const char *value = g_hash_table_lookup(state, link_key); alsa_set_elem_value(link_elem, (value && strcmp(value, "1") == 0) ? 1 : 0); g_free(link_key); // Mixer inputs don't have custom names (they show the connected source) if (elem->port_category == PC_MIX) return; // Create pair name element char *pair_key = make_stereo_elem_name( elem->port_category, elem->hw_type, elem->lr_num, 1, "Name" ); if (!pair_key) return; struct alsa_elem *pair_name_elem = get_elem_by_name(card->elems, pair_key); if (!pair_name_elem) { pair_name_elem = alsa_create_optional_elem( card, pair_key, SND_CTL_ELEM_TYPE_BYTES, MAX_PAIR_NAME_LEN ); } if (!pair_name_elem) { g_free(pair_key); return; } snk->pair_name_elem = pair_name_elem; // Load initial value from state const char *pair_value = g_hash_table_lookup(state, pair_key); if (pair_value && *pair_value) alsa_set_elem_bytes(pair_name_elem, pair_value, strlen(pair_value)); g_free(pair_key); } // Register callbacks for a source's link and pair name elements static void register_src_link_callbacks( struct alsa_card *card, struct routing_src *src ) { if (!src->link_elem) return; struct stereo_link_save_data *link_save_data = g_malloc0(sizeof(struct stereo_link_save_data)); link_save_data->card = card; link_save_data->config_key = g_strdup(src->link_elem->name); alsa_elem_add_callback( src->link_elem, link_state_changed, link_save_data, stereo_link_free_callback_data ); alsa_elem_add_callback( src->link_elem, src_link_state_changed, src, NULL ); if (src->pair_name_elem) { struct stereo_link_save_data *pair_save_data = g_malloc0(sizeof(struct stereo_link_save_data)); pair_save_data->card = card; pair_save_data->config_key = g_strdup(src->pair_name_elem->name); alsa_elem_add_callback( src->pair_name_elem, pair_name_changed, pair_save_data, stereo_link_free_callback_data ); alsa_elem_add_callback( src->pair_name_elem, pair_name_display_changed, NULL, NULL ); } if (src->enable_elem) alsa_elem_add_callback( src->enable_elem, src_enable_sync_callback, src, NULL ); } // Register callbacks for a sink's link and pair name elements static void register_snk_link_callbacks( struct alsa_card *card, struct routing_snk *snk ) { if (!snk->link_elem) return; struct stereo_link_save_data *link_save_data = g_malloc0(sizeof(struct stereo_link_save_data)); link_save_data->card = card; link_save_data->config_key = g_strdup(snk->link_elem->name); alsa_elem_add_callback( snk->link_elem, link_state_changed, link_save_data, stereo_link_free_callback_data ); alsa_elem_add_callback( snk->link_elem, snk_link_state_changed, snk, NULL ); if (snk->pair_name_elem) { struct stereo_link_save_data *pair_save_data = g_malloc0(sizeof(struct stereo_link_save_data)); pair_save_data->card = card; pair_save_data->config_key = g_strdup(snk->pair_name_elem->name); alsa_elem_add_callback( snk->pair_name_elem, pair_name_changed, pair_save_data, stereo_link_free_callback_data ); alsa_elem_add_callback( snk->pair_name_elem, pair_name_display_changed, NULL, NULL ); } if (snk->enable_elem) alsa_elem_add_callback( snk->enable_elem, snk_enable_sync_callback, snk, NULL ); if (snk->elem && snk->elem->port_category == PC_HW && snk->elem->hw_type == HW_TYPE_ANALOGUE) register_monitor_group_sync_callbacks(snk); } // Get stereo pair display name for a linked source pair char *get_src_pair_display_name(struct routing_src *src) { struct routing_src *src_l = get_src_left_of_pair(src); if (!src_l) return g_strdup(""); // Check for custom pair name if (src_l->pair_name_elem) { size_t size; const void *bytes = alsa_get_elem_bytes(src_l->pair_name_elem, &size); if (bytes && size > 0) { size_t str_len = strnlen((const char *)bytes, size); if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) return g_strndup((const char *)bytes, str_len); } } // Fall back to default pair name (device-specific or constructed) return get_src_default_pair_name(src_l); } // Get stereo pair display name for a linked sink pair char *get_snk_pair_display_name(struct routing_snk *snk) { struct routing_snk *snk_l = get_snk_left_of_pair(snk); if (!snk_l) return g_strdup(""); // Check for custom pair name if (snk_l->pair_name_elem) { size_t size; const void *bytes = alsa_get_elem_bytes(snk_l->pair_name_elem, &size); if (bytes && size > 0) { size_t str_len = strnlen((const char *)bytes, size); if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) return g_strndup((const char *)bytes, str_len); } } // Fall back to default pair name (device-specific or constructed) return get_snk_default_pair_name(snk_l); } // Get default stereo link state for a pair based on category rules static int get_pair_category_default( int port_category, int hw_type, int pair_index, int is_sink ) { if (is_sink) { switch (port_category) { case PC_HW: case PC_PCM: case PC_MIX: return 1; case PC_DSP: return pair_index == 0 ? 0 : 1; default: return 0; } } // Source switch (port_category) { case PC_HW: if (hw_type == HW_TYPE_ANALOGUE) return pair_index == 0 ? 0 : 1; return 1; case PC_PCM: case PC_MIX: return 1; case PC_DSP: return pair_index == 0 ? 0 : 1; default: return 0; } } // Helper to get link state name for debugging static const char *link_name(int linked) { return linked ? "STEREO" : "mono"; } // Determine default stereo link states on first run based on // category rules and existing routing/mixer connections. // Called before callbacks are registered, so alsa_set_elem_value() // is safe (no side effects). static void determine_default_stereo_links(struct alsa_card *card) { int debug = debug_enabled("stereo-link"); // stereo-link-mono: skip determination, mark everything as mono if (debug_enabled("stereo-link-mono")) { printf("AUTO-STEREO-LINK: stereo-link-mono enabled, setting all to mono\n"); for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->link_elem) alsa_set_elem_value(src->link_elem, 0); } for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->link_elem) alsa_set_elem_value(snk->link_elem, 0); } return; } if (debug) printf("\n=== AUTO-STEREO-LINK: Starting determination ===\n"); // Phase 1: Set category defaults if (debug) printf("\n--- Phase 1: Setting category defaults ---\n"); for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!src->link_elem || !is_src_left_channel(src)) continue; int pair_index = (src->lr_num - 1) / 2; int default_val = get_pair_category_default( src->port_category, src->hw_type, pair_index, 0 ); if (debug) printf(" SRC %s lr=%d pair=%d: default=%d\n", src->link_elem->name, src->lr_num, pair_index, default_val); alsa_set_elem_value(src->link_elem, default_val); } for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk->link_elem || !snk->elem || !is_snk_left_channel(snk)) continue; int pair_index = (snk->elem->lr_num - 1) / 2; int default_val = get_pair_category_default( snk->elem->port_category, snk->elem->hw_type, pair_index, 1 ); if (debug) printf(" SNK %s lr=%d pair=%d: default=%d\n", snk->link_elem->name, snk->elem->lr_num, pair_index, default_val); alsa_set_elem_value(snk->link_elem, default_val); } // Phase 2: Fixpoint constraint propagation if (debug) printf("\n--- Phase 2: Fixpoint constraint propagation ---\n"); long min_val = get_mixer_gain_min_val(card); int changed = 1; int iteration = 0; while (changed) { changed = 0; iteration++; if (debug) printf("\n Iteration %d:\n", iteration); // Sink-side: check each stereo sink pair if (debug) printf(" [Sink-side checks]\n"); for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk_l = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk_l->link_elem || !snk_l->elem) continue; if (!is_snk_left_channel(snk_l)) continue; if (!alsa_get_elem_value(snk_l->link_elem)) continue; struct routing_snk *snk_r = get_snk_partner(snk_l); if (!snk_r || !snk_r->elem) continue; int src_l_id = alsa_get_elem_value(snk_l->elem); int src_r_id = alsa_get_elem_value(snk_r->elem); if (debug) printf(" SNK pair %s (%s): L→src[%d] R→src[%d]\n", snk_l->link_elem->name, port_category_short_names[snk_l->elem->port_category], src_l_id, src_r_id); // No connection — leave as stereo if (src_l_id == 0 && src_r_id == 0) { if (debug) printf(" -> no connection, keeping stereo\n"); continue; } // Check stereo compatibility int compatible = 0; struct routing_src *src_l = NULL; struct routing_src *src_r = NULL; if (src_l_id != 0 && src_r_id != 0 && src_l_id != src_r_id && src_l_id < card->routing_srcs->len && src_r_id < card->routing_srcs->len) { src_l = &g_array_index( card->routing_srcs, struct routing_src, src_l_id ); src_r = &g_array_index( card->routing_srcs, struct routing_src, src_r_id ); if (debug) printf(" sources: L=%s/%d R=%s/%d partner_match=%d L_is_left=%d\n", port_category_short_names[src_l->port_category], src_l->lr_num, port_category_short_names[src_r->port_category], src_r->lr_num, get_src_partner(src_l) == src_r, is_src_left_channel(src_l)); if (get_src_partner(src_l) == src_r && is_src_left_channel(src_l)) { compatible = 1; } } else if (debug) { printf(" incompatible: L_id=%d R_id=%d same=%d L_valid=%d R_valid=%d\n", src_l_id, src_r_id, src_l_id == src_r_id, src_l_id < card->routing_srcs->len, src_r_id < card->routing_srcs->len); } if (!compatible) { if (debug) printf(" -> DOWNGRADE sink (not compatible)\n"); alsa_set_elem_value(snk_l->link_elem, 0); changed = 1; // Downgrade source pair if identifiable if (src_l && src_r && get_src_partner(src_l) == src_r) { struct alsa_elem *sle = get_src_link_elem(src_l); if (sle && alsa_get_elem_value(sle)) { if (debug) printf(" -> DOWNGRADE source pair too\n"); alsa_set_elem_value(sle, 0); changed = 1; } } } else { // Compatible but source pair is mono — downgrade sink struct alsa_elem *sle = get_src_link_elem(src_l); if (sle && !alsa_get_elem_value(sle)) { if (debug) printf(" -> compatible but source is mono, DOWNGRADE sink\n"); alsa_set_elem_value(snk_l->link_elem, 0); changed = 1; } else if (debug) { printf(" -> compatible and source linked, keeping stereo\n"); } } } // Source-side: check each stereo source pair if (debug) printf(" [Source-side checks]\n"); for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src_l = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!src_l->link_elem || !is_src_left_channel(src_l)) continue; if (!alsa_get_elem_value(src_l->link_elem)) continue; struct routing_src *src_r = get_src_partner(src_l); if (!src_r) continue; if (debug) printf(" SRC pair %s (%s lr=%d-%d):\n", src_l->link_elem->name, port_category_short_names[src_l->port_category], src_l->lr_num, src_r->lr_num); int downgrade_src = 0; const char *downgrade_reason = NULL; for (int j = 0; j < card->routing_snks->len; j++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, j ); if (!snk->elem) continue; // Skip fixed mixer inputs - they follow their source's link state if (snk->elem->port_category == PC_MIX && !alsa_get_elem_writable(snk->elem)) continue; int snk_src_id = alsa_get_elem_value(snk->elem); if (snk_src_id != src_l->id && snk_src_id != src_r->id) continue; // Found a sink connected to our source pair if (debug) printf(" connected to sink %s (routed to src[%d])\n", snk->elem->name, snk_src_id); struct routing_snk *snk_left = get_snk_left_of_pair(snk); if (!snk_left || !snk_left->link_elem) { downgrade_src = 1; downgrade_reason = "sink has no left or no link_elem"; break; } struct routing_snk *snk_right = get_snk_partner(snk_left); if (!snk_right || !snk_right->elem) { downgrade_src = 1; downgrade_reason = "sink has no right partner"; break; } // Check stereo-compatible connection int sl_src = alsa_get_elem_value(snk_left->elem); int sr_src = alsa_get_elem_value(snk_right->elem); if (debug) printf(" sink pair: L→src[%d] R→src[%d] (want L→%d R→%d)\n", sl_src, sr_src, src_l->id, src_r->id); if (sl_src != src_l->id || sr_src != src_r->id) { downgrade_src = 1; downgrade_reason = "sink pair routing doesn't match source pair"; if (alsa_get_elem_value(snk_left->link_elem)) { if (debug) printf(" -> DOWNGRADE sink pair too\n"); alsa_set_elem_value(snk_left->link_elem, 0); changed = 1; } break; } // Stereo-compatible but sink pair is mono if (!alsa_get_elem_value(snk_left->link_elem)) { downgrade_src = 1; downgrade_reason = "sink pair is mono"; break; } if (debug) printf(" -> sink pair is stereo and matches, OK\n"); } if (downgrade_src && alsa_get_elem_value(src_l->link_elem)) { if (debug) printf(" -> DOWNGRADE source: %s\n", downgrade_reason); alsa_set_elem_value(src_l->link_elem, 0); changed = 1; } } // Mixer gain matrix checks if (debug) printf(" [Mixer gain matrix checks]\n"); // Check 1: stereo-in × stereo-out // Require: off-diagonals == 0 AND diagonals equal for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *in_l = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!in_l->elem || !in_l->link_elem) continue; if (in_l->elem->port_category != PC_MIX) continue; if (!is_snk_left_channel(in_l) || !alsa_get_elem_value(in_l->link_elem)) continue; struct routing_snk *in_r = get_snk_partner(in_l); if (!in_r || !in_r->elem) continue; // 0-indexed for mixer_gains array int idx_l = in_l->elem->lr_num - 1; int idx_r = in_r->elem->lr_num - 1; for (int j = 0; j < card->routing_srcs->len; j++) { struct routing_src *out_l = &g_array_index( card->routing_srcs, struct routing_src, j ); if (!out_l->link_elem) continue; if (out_l->port_category != PC_MIX) continue; if (!is_src_left_channel(out_l) || !alsa_get_elem_value(out_l->link_elem)) continue; struct routing_src *out_r = get_src_partner(out_l); if (!out_r) continue; int mix_l = out_l->port_num; int mix_r = out_r->port_num; struct alsa_elem *diag_ll = card->mixer_gains[mix_l][idx_l]; struct alsa_elem *diag_rr = card->mixer_gains[mix_r][idx_r]; struct alsa_elem *off_lr = card->mixer_gains[mix_l][idx_r]; struct alsa_elem *off_rl = card->mixer_gains[mix_r][idx_l]; long diag_ll_val = diag_ll ? alsa_get_elem_value(diag_ll) : min_val; long diag_rr_val = diag_rr ? alsa_get_elem_value(diag_rr) : min_val; long off_lr_val = off_lr ? alsa_get_elem_value(off_lr) : min_val; long off_rl_val = off_rl ? alsa_get_elem_value(off_rl) : min_val; int has_crosstalk = (off_lr && off_lr_val != min_val) || (off_rl && off_rl_val != min_val); int diag_mismatch = (diag_ll_val != diag_rr_val); if (has_crosstalk || diag_mismatch) { if (debug) { printf(" Mixer s×s: in %d-%d × out %c-%c\n", idx_l + 1, idx_r + 1, 'A' + mix_l, 'A' + mix_r); if (has_crosstalk) printf(" crosstalk: off-diag LR=%ld RL=%ld (min=%ld)\n", off_lr_val, off_rl_val, min_val); if (diag_mismatch) printf(" diag mismatch: LL=%ld RR=%ld\n", diag_ll_val, diag_rr_val); } if (alsa_get_elem_value(in_l->link_elem)) { if (debug) printf(" -> DOWNGRADE mixer input pair\n"); alsa_set_elem_value(in_l->link_elem, 0); changed = 1; } if (alsa_get_elem_value(out_l->link_elem)) { if (debug) printf(" -> DOWNGRADE mixer output pair\n"); alsa_set_elem_value(out_l->link_elem, 0); changed = 1; } } } } // Check 2: stereo-in × mono-out // For each stereo input pair × each mono output, check gains are equal for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *in_l = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!in_l->elem || !in_l->link_elem) continue; if (in_l->elem->port_category != PC_MIX) continue; if (!is_snk_left_channel(in_l) || !alsa_get_elem_value(in_l->link_elem)) continue; struct routing_snk *in_r = get_snk_partner(in_l); if (!in_r || !in_r->elem) continue; // 0-indexed for mixer_gains array int idx_l = in_l->elem->lr_num - 1; int idx_r = in_r->elem->lr_num - 1; // Check against all mono outputs for (int j = 0; j < card->routing_srcs->len; j++) { struct routing_src *out = &g_array_index( card->routing_srcs, struct routing_src, j ); if (out->port_category != PC_MIX) continue; // Skip if this output is part of a linked pair struct alsa_elem *out_link = get_src_link_elem(out); if (out_link && alsa_get_elem_value(out_link)) continue; int mix = out->port_num; struct alsa_elem *gain_l = card->mixer_gains[mix][idx_l]; struct alsa_elem *gain_r = card->mixer_gains[mix][idx_r]; long val_l = gain_l ? alsa_get_elem_value(gain_l) : min_val; long val_r = gain_r ? alsa_get_elem_value(gain_r) : min_val; if (val_l != val_r) { if (debug) { printf(" Mixer s×m: in %d-%d × out %c\n", idx_l + 1, idx_r + 1, 'A' + mix); printf(" gain mismatch: L=%ld R=%ld\n", val_l, val_r); } if (alsa_get_elem_value(in_l->link_elem)) { if (debug) printf(" -> DOWNGRADE mixer input pair\n"); alsa_set_elem_value(in_l->link_elem, 0); changed = 1; } } } } // Check 3: mono-in × stereo-out // For each mono input × each stereo output pair, check gains are equal for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *in = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!in->elem) continue; if (in->elem->port_category != PC_MIX) continue; // Skip if this input is part of a linked pair struct alsa_elem *in_link = get_snk_link_elem(in); if (in_link && alsa_get_elem_value(in_link)) continue; // 0-indexed for mixer_gains array int idx = in->elem->lr_num - 1; // Check against all stereo output pairs for (int j = 0; j < card->routing_srcs->len; j++) { struct routing_src *out_l = &g_array_index( card->routing_srcs, struct routing_src, j ); if (!out_l->link_elem) continue; if (out_l->port_category != PC_MIX) continue; if (!is_src_left_channel(out_l) || !alsa_get_elem_value(out_l->link_elem)) continue; struct routing_src *out_r = get_src_partner(out_l); if (!out_r) continue; int mix_l = out_l->port_num; int mix_r = out_r->port_num; struct alsa_elem *gain_l = card->mixer_gains[mix_l][idx]; struct alsa_elem *gain_r = card->mixer_gains[mix_r][idx]; long val_l = gain_l ? alsa_get_elem_value(gain_l) : min_val; long val_r = gain_r ? alsa_get_elem_value(gain_r) : min_val; if (val_l != val_r) { if (debug) { printf(" Mixer m×s: in %d × out %c-%c\n", idx + 1, 'A' + mix_l, 'A' + mix_r); printf(" gain mismatch: L=%ld R=%ld\n", val_l, val_r); } if (alsa_get_elem_value(out_l->link_elem)) { if (debug) printf(" -> DOWNGRADE mixer output pair\n"); alsa_set_elem_value(out_l->link_elem, 0); changed = 1; } } } } if (debug && !changed) printf(" No changes in iteration %d, fixpoint reached\n", iteration); } if (debug) printf("\n--- Phase 3: Final link states (saving) ---\n"); // Phase 3: Save all link values for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!src->link_elem || !is_src_left_channel(src)) continue; int val = alsa_get_elem_value(src->link_elem) ? 1 : 0; if (debug) printf(" SRC %s: %s\n", src->link_elem->name, link_name(val)); optional_state_save( card, CONFIG_SECTION_CONTROLS, src->link_elem->name, val ? "1" : "0" ); } for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk->link_elem || !is_snk_left_channel(snk)) continue; int val = alsa_get_elem_value(snk->link_elem) ? 1 : 0; if (debug) printf(" SNK %s: %s\n", snk->link_elem->name, link_name(val)); optional_state_save( card, CONFIG_SECTION_CONTROLS, snk->link_elem->name, val ? "1" : "0" ); } if (debug) printf("\n=== AUTO-STEREO-LINK: Determination complete ===\n\n"); } // Initialise stereo link elements void stereo_link_init(struct alsa_card *card) { if (!card->serial || !*card->serial) return; if (!card->routing_srcs || !card->routing_snks) return; // Load existing state GHashTable *state = optional_state_load(card, CONFIG_SECTION_CONTROLS); if (!state) { state = g_hash_table_new_full( g_str_hash, g_str_equal, g_free, g_free ); } // Create elements for all routing sources for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); create_src_stereo_link_elems(card, src, state); } // Create elements for all routing sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); create_snk_stereo_link_elems(card, snk, state); } // Detect first run: if no Link keys exist in state AND all link // elements are simulated, determine sensible defaults. // If any link element is real (driver-provided), the driver // manages its own defaults. int has_link_keys = 0; int has_real_link_elem = 0; for (int i = 0; i < card->routing_srcs->len && !has_real_link_elem; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->link_elem && !src->link_elem->is_simulated) has_real_link_elem = 1; } for (int i = 0; i < card->routing_snks->len && !has_real_link_elem; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->link_elem && !snk->link_elem->is_simulated) has_real_link_elem = 1; } int debug = debug_enabled("stereo-link"); if (debug) printf("AUTO-STEREO-LINK: has_real_link_elem=%d\n", has_real_link_elem); if (!has_real_link_elem) { GHashTableIter iter; gpointer key, value; g_hash_table_iter_init(&iter, state); while (g_hash_table_iter_next(&iter, &key, &value)) { if (g_str_has_suffix((const char *)key, " Link")) { has_link_keys = 1; break; } } if (debug) printf("AUTO-STEREO-LINK: has_link_keys=%d\n", has_link_keys); if (!has_link_keys) { if (debug) printf("AUTO-STEREO-LINK: First run detected, determining defaults\n"); determine_default_stereo_links(card); } else if (debug) { printf("AUTO-STEREO-LINK: Using saved link states from config\n"); } } else if (debug) { printf("AUTO-STEREO-LINK: Driver-provided link elements, skipping\n"); } g_hash_table_destroy(state); // Register callbacks after defaults are determined, so that // alsa_set_elem_value() calls above don't trigger side effects for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); register_src_link_callbacks(card, src); } for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); register_snk_link_callbacks(card, snk); } } // Register talkback sync callback for a mixer output source // Called from window-routing.c after talkback_elem is set void stereo_link_register_talkback_callback(struct routing_src *src) { if (!src || !src->talkback_elem || src->port_category != PC_MIX) return; alsa_elem_add_callback( src->talkback_elem, src_talkback_sync_callback, src, NULL ); } alsa-scarlett-gui-1.0~beta9/src/stereo-link.h000066400000000000000000000111151521233005100212010ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Maximum length for stereo pair names #define MAX_PAIR_NAME_LEN 32 // Initialise stereo link elements for all routing sources and sinks // - Creates simulated ALSA boolean elements for link state // - Creates simulated ALSA BYTES elements for pair names // - Loads values from state file // - Registers save callbacks // Must be called after port_enable_init() void stereo_link_init(struct alsa_card *card); // Check if a routing source is linked to its partner (forms stereo pair) // Returns 1 if linked, 0 if not linked or no valid partner int is_src_linked(struct routing_src *src); // Check if a routing sink is linked to its partner (forms stereo pair) // Returns 1 if linked, 0 if not linked or no valid partner int is_snk_linked(struct routing_snk *snk); // Get the partner source for a routing source (adjacent L/R pair) // Returns NULL if no valid partner exists struct routing_src *get_src_partner(struct routing_src *src); // Get the partner sink for a routing sink (adjacent L/R pair) // Returns NULL if no valid partner exists struct routing_snk *get_snk_partner(struct routing_snk *snk); // Check if a routing source should be displayed (not hidden as R of linked pair) // Returns 1 if should display, 0 if hidden int should_display_src(struct routing_src *src); // Check if a routing sink should be displayed (not hidden as R of linked pair) // Returns 1 if should display, 0 if hidden int should_display_snk(struct routing_snk *snk); // Get the link element for a routing source pair // Returns NULL if not available (element stored on left channel) struct alsa_elem *get_src_link_elem(struct routing_src *src); // Get the link element for a routing sink pair // Returns NULL if not available (element stored on left channel) struct alsa_elem *get_snk_link_elem(struct routing_snk *snk); // Get the pair name element for a routing source pair // Returns NULL if not available (element stored on left channel) struct alsa_elem *get_src_pair_name_elem(struct routing_src *src); // Get the pair name element for a routing sink pair // Returns NULL if not available (element stored on left channel) struct alsa_elem *get_snk_pair_name_elem(struct routing_snk *snk); // Check if source has a valid partner for stereo linking // A valid pair is two adjacent channels of the same type (odd/even) int src_has_valid_partner(struct routing_src *src); // Check if sink has a valid partner for stereo linking // A valid pair is two adjacent channels of the same type (odd/even) int snk_has_valid_partner(struct routing_snk *snk); // Get the stereo pair display name for a linked source pair // Returns the pair name if set, otherwise "L Name / R Name" format // Returns newly allocated string that must be freed char *get_src_pair_display_name(struct routing_src *src); // Get the stereo pair display name for a linked sink pair // Returns the pair name if set, otherwise "L Name / R Name" format // Returns newly allocated string that must be freed char *get_snk_pair_display_name(struct routing_snk *snk); // Schedule debounced UI updates for stereo link changes void schedule_stereo_link_ui_update(struct alsa_card *card); // Check if source is the left channel of a potential pair (odd lr_num) int is_src_left_channel(struct routing_src *src); // Check if sink is the left channel of a potential pair (odd lr_num) int is_snk_left_channel(struct routing_snk *snk); // Get the generic/constructed pair name for a source (e.g., "PCM 1–2") // Used for fixed labels in I/O config window // Returns newly allocated string that must be freed char *get_src_generic_pair_name(struct routing_src *src); // Get the generic/constructed pair name for a sink (e.g., "PCM 1–2") // Used for fixed labels in I/O config window // Returns newly allocated string that must be freed char *get_snk_generic_pair_name(struct routing_snk *snk); // Get default pair name for a source (device-specific or constructed) // Used for display in routing window when no custom name is set // Returns newly allocated string that must be freed char *get_src_default_pair_name(struct routing_src *src); // Get default pair name for a sink (device-specific or constructed) // Used for display in routing window when no custom name is set // Returns newly allocated string that must be freed char *get_snk_default_pair_name(struct routing_snk *snk); // Register talkback sync callback for a mixer output source // Called from window-routing.c after talkback_elem is set void stereo_link_register_talkback_callback(struct routing_src *src); alsa-scarlett-gui-1.0~beta9/src/stringhelper.c000066400000000000000000000022451521233005100214520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "stringhelper.h" // return the first number found in the string int get_num_from_string(const char *s) { int num; while (*s) { if (isdigit(*s)) break; s++; } if (!*s) return -1; if (!sscanf(s, "%d", &num)) return 0; return num; } // return the first two numbers found in the string void get_two_num_from_string(const char *s, int *a, int *b) { *a = -1; *b = -1; while (*s) { if (isdigit(*s)) break; s++; } if (!*s) return; if (!sscanf(s, "%d", a)) return; while (*s) { if (!isdigit(*s)) break; s++; } while (*s) { if (isdigit(*s)) break; s++; } if (!sscanf(s, "%d", b)) return; } // check if the given string ends with the given suffix int string_ends_with(const char *s, const char *suffix) { if (!s || !suffix) return 0; int s_len = strlen(s); int suffix_len = strlen(suffix); if (s_len < suffix_len) return 0; return strcmp(s + s_len - suffix_len, suffix) == 0; } alsa-scarlett-gui-1.0~beta9/src/stringhelper.h000066400000000000000000000004351521233005100214560ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once int get_num_from_string(const char *s); void get_two_num_from_string(const char *s, int *a, int *b); int string_ends_with(const char *s, const char *suffix); alsa-scarlett-gui-1.0~beta9/src/tests/000077500000000000000000000000001521233005100177375ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/src/tests/Makefile000066400000000000000000000010171521233005100213760ustar00rootroot00000000000000# SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett # SPDX-License-Identifier: GPL-3.0-or-later PKG_CONFIG ?= pkg-config TESTS = test-biquad CFLAGS = -I.. -Wall $(shell $(PKG_CONFIG) --cflags glib-2.0) LDFLAGS = -lm $(shell $(PKG_CONFIG) --libs glib-2.0) all: $(TESTS) test-biquad: test-biquad.c ../biquad.c ../biquad.h $(CC) $(CFLAGS) -o $@ test-biquad.c ../biquad.c $(LDFLAGS) test: $(TESTS) @for t in $(TESTS); do echo "Running $$t..."; ./$$t || exit 1; done clean: rm -f $(TESTS) .PHONY: all test clean alsa-scarlett-gui-1.0~beta9/src/tests/test-biquad.c000066400000000000000000000104011521233005100223210ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later // Test program for biquad coefficient analysis // Build from src/: make test // Run: ./tests/test-biquad #include #include #include #include "biquad.h" #define SAMPLE_RATE 48000.0 static int test_count = 0; static int pass_count = 0; static int fail_count = 0; static void test_filter( BiquadFilterType type, double freq, double q, double gain_db ) { struct biquad_params orig = { .type = type, .freq = freq, .q = q, .gain_db = gain_db }; // Calculate coefficients struct biquad_coeffs coeffs; biquad_calculate(&orig, SAMPLE_RATE, &coeffs); // Analyze back struct biquad_params result; biquad_analyze(&coeffs, SAMPLE_RATE, &result); // Check results int type_ok = (result.type == orig.type); // Freq is irrelevant for gain filter int freq_ok = (type == BIQUAD_TYPE_GAIN) || fabs(result.freq - orig.freq) < orig.freq * 0.000000001; // Q is irrelevant for gain and first-order filters int q_ok = !biquad_type_uses_q(type) || fabs(result.q - orig.q) < orig.q * 0.000000001; int gain_ok = !biquad_type_uses_gain(type) || fabs(result.gain_db - orig.gain_db) < 1e-8; int pass = type_ok && freq_ok && q_ok && gain_ok; test_count++; if (pass) { pass_count++; } else { fail_count++; printf("FAIL: %s freq=%.1f Q=%.2f gain=%.1f\n", biquad_type_name(type), freq, q, gain_db); printf(" -> got: %s freq=%.1f Q=%.2f gain=%.1f\n", biquad_type_name(result.type), result.freq, result.q, result.gain_db); printf(" coeffs: b0=%.6f b1=%.6f b2=%.6f a1=%.6f a2=%.6f\n", coeffs.b0, coeffs.b1, coeffs.b2, coeffs.a1, coeffs.a2); if (!type_ok) printf(" type mismatch!\n"); if (!freq_ok) printf(" freq error: %.1f%%\n", 100.0 * fabs(result.freq - orig.freq) / orig.freq); if (!q_ok) printf(" Q error: %.1f%%\n", 100.0 * fabs(result.q - orig.q) / orig.q); if (!gain_ok) printf(" gain error: %.2f dB\n", fabs(result.gain_db - orig.gain_db)); } } int main(void) { double freqs[] = { 20, 50, 100, 200, 500, 1000, 2000, 5000, 10000, 15000, 20000 }; double qs[] = { 0.1, 0.5, 0.707, 1.0, 2.0, 5.0, 10.0 }; double gains[] = { -GAIN_DB_LIMIT, -18, -12, -6, -3, 0, 3, 6, 12, 18, GAIN_DB_LIMIT }; int n_freqs = sizeof(freqs) / sizeof(freqs[0]); int n_qs = sizeof(qs) / sizeof(qs[0]); int n_gains = sizeof(gains) / sizeof(gains[0]); printf("Testing biquad analysis...\n\n"); for (int type = 0; type < BIQUAD_TYPE_COUNT; type++) { printf("Testing %s...\n", biquad_type_name(type)); // Gain filter: only test gains, freq/Q are irrelevant if (type == BIQUAD_TYPE_GAIN) { for (int gi = 0; gi < n_gains; gi++) { test_filter(type, 1000, 0.707, gains[gi]); } continue; } // First-order filters: don't iterate over Q if (!biquad_type_uses_q(type)) { for (int fi = 0; fi < n_freqs; fi++) { if (biquad_type_uses_gain(type)) { for (int gi = 0; gi < n_gains; gi++) { // Skip 0dB shelf filters - indistinguishable from bypass if (gains[gi] == 0) continue; test_filter(type, freqs[fi], 0.707, gains[gi]); } } else { test_filter(type, freqs[fi], 0.707, 0); } } continue; } // Second-order filters: iterate over freq, Q, and optionally gain for (int fi = 0; fi < n_freqs; fi++) { for (int qi = 0; qi < n_qs; qi++) { if (biquad_type_uses_gain(type)) { for (int gi = 0; gi < n_gains; gi++) { // Skip 0dB shelf filters - indistinguishable from peaking if (gains[gi] == 0 && (type == BIQUAD_TYPE_LOW_SHELF || type == BIQUAD_TYPE_HIGH_SHELF)) continue; test_filter(type, freqs[fi], qs[qi], gains[gi]); } } else { test_filter(type, freqs[fi], qs[qi], 0); } } } } printf("\n========================================\n"); printf("Results: %d tests, %d passed, %d failed\n", test_count, pass_count, fail_count); return fail_count > 0 ? 1 : 0; } alsa-scarlett-gui-1.0~beta9/src/tools/000077500000000000000000000000001521233005100177355ustar00rootroot00000000000000alsa-scarlett-gui-1.0~beta9/src/tools/Makefile000066400000000000000000000012621521233005100213760ustar00rootroot00000000000000# SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett # SPDX-License-Identifier: GPL-3.0-or-later PKG_CONFIG ?= pkg-config CFLAGS ?= -ggdb -O2 CFLAGS += -Wall -Werror CFLAGS += $(shell $(PKG_CONFIG) --cflags glib-2.0 alsa) LDFLAGS += $(shell $(PKG_CONFIG) --libs glib-2.0 alsa) TARGETS := alsa-scarlett-config all: $(TARGETS) alsa-scarlett-config: alsa-scarlett-config.c $(CC) $(CFLAGS) -o $@ $< $(LDFLAGS) clean: rm -f $(TARGETS) ifeq ($(PREFIX),) PREFIX := /usr/local endif BINDIR := $(DESTDIR)$(PREFIX)/bin install: all install -d $(BINDIR) install -m 755 $(TARGETS) $(BINDIR) uninstall: rm -f $(BINDIR)/alsa-scarlett-config .PHONY: all clean install uninstall alsa-scarlett-gui-1.0~beta9/src/tools/alsa-scarlett-config.c000066400000000000000000000273671521233005100241220ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later // alsa-scarlett-config: CLI tool to load/save Focusrite audio interface config #include #include #include #include #include #include #define CONFIG_SECTION_CONTROLS "controls" struct cli_elem { int numid; char *name; int type; int count; }; static void print_usage(void) { fprintf(stderr, "alsa-scarlett-config: Load configuration to Focusrite device\n"); fprintf(stderr, "\n"); fprintf(stderr, "Usage: alsa-scarlett-config [-d ] \n"); fprintf(stderr, " alsa-scarlett-config -l\n"); fprintf(stderr, "\n"); fprintf(stderr, "Options:\n"); fprintf(stderr, " -d, --device ALSA device (auto-detected if only one)\n"); fprintf(stderr, " -l, --list List available Focusrite devices\n"); fprintf(stderr, " -v, --verbose Show each control as it's set\n"); fprintf(stderr, " -n, --dry-run Parse config but don't apply changes\n"); fprintf(stderr, " -h, --help Show this help\n"); } static int is_focusrite_card(const char *name) { return strncmp(name, "Scarlett", 8) == 0 || strncmp(name, "Clarett", 7) == 0 || strncmp(name, "Vocaster", 8) == 0; } // Find Focusrite devices. Returns count found. // If out_device is not NULL and exactly one device found, writes "hw:N" to it. static int find_focusrite_devices(char *out_device, size_t out_size) { snd_ctl_card_info_t *info; snd_ctl_t *ctl; int card_num = -1; int count = 0; int found_card = -1; snd_ctl_card_info_alloca(&info); while (snd_card_next(&card_num) >= 0 && card_num >= 0) { char device[32]; snprintf(device, sizeof(device), "hw:%d", card_num); if (snd_ctl_open(&ctl, device, 0) < 0) continue; if (snd_ctl_card_info(ctl, info) >= 0) { const char *name = snd_ctl_card_info_get_name(info); if (is_focusrite_card(name)) { count++; found_card = card_num; } } snd_ctl_close(ctl); } if (out_device && count == 1) snprintf(out_device, out_size, "hw:%d", found_card); return count; } static void list_devices(void) { snd_ctl_card_info_t *info; snd_ctl_t *ctl; int card_num = -1; int found = 0; snd_ctl_card_info_alloca(&info); printf("Available Focusrite devices:\n"); while (snd_card_next(&card_num) >= 0 && card_num >= 0) { char device[32]; snprintf(device, sizeof(device), "hw:%d", card_num); if (snd_ctl_open(&ctl, device, 0) < 0) continue; if (snd_ctl_card_info(ctl, info) >= 0) { const char *name = snd_ctl_card_info_get_name(info); if (is_focusrite_card(name)) { printf(" hw:%d %s\n", card_num, name); found = 1; } } snd_ctl_close(ctl); } if (!found) printf(" (none found)\n"); } static struct cli_elem *find_elem_by_name(GArray *elems, const char *name) { for (guint i = 0; i < elems->len; i++) { struct cli_elem *elem = &g_array_index(elems, struct cli_elem, i); if (strcmp(elem->name, name) == 0) return elem; } return NULL; } static GArray *scan_elements(snd_ctl_t *handle) { snd_ctl_elem_list_t *list; snd_ctl_elem_info_t *elem_info; int count; snd_ctl_elem_list_alloca(&list); snd_ctl_elem_info_alloca(&elem_info); snd_ctl_elem_list(handle, list); count = snd_ctl_elem_list_get_count(list); snd_ctl_elem_list_alloc_space(list, count); snd_ctl_elem_list(handle, list); GArray *elems = g_array_new(FALSE, TRUE, sizeof(struct cli_elem)); for (int i = 0; i < count; i++) { int numid = snd_ctl_elem_list_get_numid(list, i); snd_ctl_elem_info_set_numid(elem_info, numid); if (snd_ctl_elem_info(handle, elem_info) < 0) continue; int type = snd_ctl_elem_info_get_type(elem_info); if (type != SND_CTL_ELEM_TYPE_BOOLEAN && type != SND_CTL_ELEM_TYPE_ENUMERATED && type != SND_CTL_ELEM_TYPE_INTEGER && type != SND_CTL_ELEM_TYPE_BYTES) continue; if (!snd_ctl_elem_info_is_writable(elem_info)) continue; struct cli_elem elem = { .numid = numid, .name = strdup(snd_ctl_elem_info_get_name(elem_info)), .type = type, .count = snd_ctl_elem_info_get_count(elem_info) }; g_array_append_val(elems, elem); } snd_ctl_elem_list_free_space(list); return elems; } static int get_enum_item_by_name( snd_ctl_t *handle, int numid, const char *item_name ) { snd_ctl_elem_info_t *info; snd_ctl_elem_info_alloca(&info); snd_ctl_elem_info_set_numid(info, numid); if (snd_ctl_elem_info(handle, info) < 0) return -1; int items = snd_ctl_elem_info_get_items(info); for (int i = 0; i < items; i++) { snd_ctl_elem_info_set_item(info, i); if (snd_ctl_elem_info(handle, info) < 0) continue; const char *name = snd_ctl_elem_info_get_item_name(info); if (strcmp(name, item_name) == 0) return i; } // try parsing as integer char *end; long v = strtol(item_name, &end, 10); if (end != item_name && *end == '\0') return (int)v; return -1; } static int set_elem_value( snd_ctl_t *handle, struct cli_elem *elem, const char *str, int verbose, int dry_run ) { snd_ctl_elem_value_t *value; snd_ctl_elem_value_alloca(&value); snd_ctl_elem_value_set_numid(value, elem->numid); if (elem->type == SND_CTL_ELEM_TYPE_BOOLEAN) { int v = (strcmp(str, "true") == 0 || strcmp(str, "1") == 0) ? 1 : 0; snd_ctl_elem_value_set_boolean(value, 0, v); if (verbose) printf(" %s = %s\n", elem->name, v ? "true" : "false"); } else if (elem->type == SND_CTL_ELEM_TYPE_ENUMERATED) { int v = get_enum_item_by_name(handle, elem->numid, str); if (v < 0) { fprintf(stderr, "Warning: Unknown enum value '%s' for '%s'\n", str, elem->name); return -1; } snd_ctl_elem_value_set_enumerated(value, 0, v); if (verbose) printf(" %s = %s\n", elem->name, str); } else if (elem->type == SND_CTL_ELEM_TYPE_INTEGER) { // handle multi-valued integers (comma-separated) const char *p = str; int idx = 0; while (*p && idx < elem->count) { char *end; long v = strtol(p, &end, 10); if (end == p) break; snd_ctl_elem_value_set_integer(value, idx++, v); p = end; if (*p == ',') p++; } if (verbose) printf(" %s = %s\n", elem->name, str); } else if (elem->type == SND_CTL_ELEM_TYPE_BYTES) { size_t len = strlen(str); if (len > (size_t)elem->count) len = elem->count; // clear the buffer first char buf[256] = {0}; memcpy(buf, str, len); snd_ctl_elem_set_bytes(value, buf, elem->count); if (verbose) printf(" %s = \"%s\"\n", elem->name, str); } else { return -1; } if (!dry_run) { int err = snd_ctl_elem_write(handle, value); if (err < 0) { fprintf(stderr, "Warning: Failed to set '%s': %s\n", elem->name, snd_strerror(err)); return -1; } } return 0; } static int load_config( snd_ctl_t *handle, GArray *elems, const char *path, int verbose, int dry_run ) { GKeyFile *key_file = g_key_file_new(); GError *error = NULL; if (!g_key_file_load_from_file(key_file, path, G_KEY_FILE_NONE, &error)) { fprintf(stderr, "Error loading config: %s\n", error ? error->message : "unknown error"); g_key_file_free(key_file); if (error) g_error_free(error); return -1; } gsize num_keys; gchar **keys = g_key_file_get_keys( key_file, CONFIG_SECTION_CONTROLS, &num_keys, NULL ); if (!keys) { fprintf(stderr, "No [controls] section in config file\n"); g_key_file_free(key_file); return -1; } int set_count = 0; int skip_count = 0; // two passes: some elements may become writable after others are set for (int pass = 0; pass < 2; pass++) { for (gsize i = 0; i < num_keys; i++) { gchar *value = g_key_file_get_string( key_file, CONFIG_SECTION_CONTROLS, keys[i], NULL ); if (!value) continue; struct cli_elem *elem = find_elem_by_name(elems, keys[i]); if (!elem) { if (pass == 1 && verbose) fprintf(stderr, "Warning: Unknown control '%s'\n", keys[i]); skip_count++; g_free(value); continue; } if (set_elem_value(handle, elem, value, verbose && pass == 0, dry_run) == 0) set_count++; g_free(value); } } g_strfreev(keys); g_key_file_free(key_file); printf("Applied %d controls", set_count); if (skip_count > 0) printf(" (%d skipped)", skip_count / 2); // divide by 2 for two passes if (dry_run) printf(" [dry-run]"); printf("\n"); return 0; } static void free_elements(GArray *elems) { for (guint i = 0; i < elems->len; i++) { struct cli_elem *elem = &g_array_index(elems, struct cli_elem, i); free(elem->name); } g_array_free(elems, TRUE); } int main(int argc, char **argv) { static struct option long_options[] = { {"device", required_argument, 0, 'd'}, {"list", no_argument, 0, 'l'}, {"verbose", no_argument, 0, 'v'}, {"dry-run", no_argument, 0, 'n'}, {"help", no_argument, 0, 'h'}, {0, 0, 0, 0} }; char *device = NULL; int do_list = 0; int verbose = 0; int dry_run = 0; int opt; while ((opt = getopt_long(argc, argv, "d:lvnh", long_options, NULL)) != -1) { switch (opt) { case 'd': device = optarg; break; case 'l': do_list = 1; break; case 'v': verbose = 1; break; case 'n': dry_run = 1; break; case 'h': print_usage(); return 0; default: print_usage(); return 1; } } if (do_list) { list_devices(); return 0; } if (optind >= argc) { print_usage(); return 1; } const char *config_path = argv[optind]; // auto-detect device if not specified char auto_device[32]; if (!device) { int count = find_focusrite_devices(auto_device, sizeof(auto_device)); if (count == 0) { fprintf(stderr, "Error: No Focusrite devices found\n"); return 1; } else if (count > 1) { fprintf(stderr, "Error: Multiple Focusrite devices found, use -d to specify\n"); list_devices(); return 1; } device = auto_device; } // check config file exists if (!g_file_test(config_path, G_FILE_TEST_EXISTS)) { fprintf(stderr, "Error: Config file not found: %s\n", config_path); return 1; } // check it's a .conf file if (!g_str_has_suffix(config_path, ".conf")) { fprintf(stderr, "Error: Config file must have .conf extension\n"); return 1; } // open ALSA control snd_ctl_t *handle; int err = snd_ctl_open(&handle, device, 0); if (err < 0) { fprintf(stderr, "Error opening device %s: %s\n", device, snd_strerror(err)); return 1; } // verify it's a Focusrite device snd_ctl_card_info_t *info; snd_ctl_card_info_alloca(&info); if (snd_ctl_card_info(handle, info) >= 0) { const char *name = snd_ctl_card_info_get_name(info); if (!is_focusrite_card(name)) { fprintf(stderr, "Warning: %s is not a recognised Focusrite device\n", name); } else if (verbose) { printf("Device: %s\n", name); } } // scan elements GArray *elems = scan_elements(handle); if (elems->len == 0) { fprintf(stderr, "Error: No writable controls found on device\n"); free_elements(elems); snd_ctl_close(handle); return 1; } if (verbose) printf("Found %d writable controls\n", elems->len); // load config int result = load_config(handle, elems, config_path, verbose, dry_run); free_elements(elems); snd_ctl_close(handle); return result < 0 ? 1 : 0; } alsa-scarlett-gui-1.0~beta9/src/tooltips.c000066400000000000000000000011721521233005100206170ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "tooltips.h" // tooltips that are used from multiple files const char *level_descr = "Mic/Line or Instrument Level (Impedance)"; const char *air_descr = "Enabling Air will transform your recordings and inspire you while " "making music."; const char *phantom_descr = "Enabling 48V sends “Phantom Power” to the XLR microphone input. " "This is required for some microphones (such as condensor " "microphones), and damaging to some microphones (particularly " "vintage ribbon microphones)."; alsa-scarlett-gui-1.0~beta9/src/tooltips.h000066400000000000000000000003371521233005100206260ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once extern const char *level_descr; extern const char *air_descr; extern const char *phantom_descr; alsa-scarlett-gui-1.0~beta9/src/vu.b4.alsa-scarlett-gui.desktop.template000066400000000000000000000002741521233005100262630ustar00rootroot00000000000000[Desktop Entry] Type=Application Name=ALSA Scarlett Control Panel Icon=vu.b4.alsa-scarlett-gui Exec=PREFIX/bin/alsa-scarlett-gui Categories=GTK;AudioVideo;Audio;Mixer; Keywords=focusrite; alsa-scarlett-gui-1.0~beta9/src/welcome.c000066400000000000000000000142461521233005100204030ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "welcome.h" #include "gtkhelper.h" #define BETA_VERSION "1.0beta" #define WELCOME_FILE "welcome.conf" static char *get_config_dir(void) { const char *config_home = g_get_user_config_dir(); return g_build_filename(config_home, "alsa-scarlett-gui", NULL); } static char *get_welcome_path(void) { char *config_dir = get_config_dir(); char *path = g_build_filename(config_dir, WELCOME_FILE, NULL); g_free(config_dir); return path; } static char *get_today(void) { GDateTime *now = g_date_time_new_now_local(); char *today = g_date_time_format(now, "%Y-%m-%d"); g_date_time_unref(now); return today; } static gboolean should_suppress(void) { char *path = get_welcome_path(); GKeyFile *key_file = g_key_file_new(); gboolean suppress = FALSE; if (g_key_file_load_from_file(key_file, path, G_KEY_FILE_NONE, NULL)) { if (g_key_file_get_boolean( key_file, BETA_VERSION, "dismissed", NULL )) { suppress = TRUE; } else { char *snooze_date = g_key_file_get_string( key_file, BETA_VERSION, "snooze_date", NULL ); if (snooze_date) { char *today = get_today(); suppress = strcmp(snooze_date, today) == 0; g_free(today); g_free(snooze_date); } } } g_key_file_free(key_file); g_free(path); return suppress; } static GKeyFile *load_welcome_keyfile(char **out_path) { char *config_dir = get_config_dir(); if (g_mkdir_with_parents(config_dir, 0755) < 0) { g_warning("Failed to create config directory: %s", config_dir); g_free(config_dir); return NULL; } g_free(config_dir); *out_path = get_welcome_path(); GKeyFile *key_file = g_key_file_new(); g_key_file_load_from_file(key_file, *out_path, G_KEY_FILE_NONE, NULL); return key_file; } static void set_snooze_date(void) { char *path; GKeyFile *key_file = load_welcome_keyfile(&path); if (!key_file) return; char *today = get_today(); g_key_file_set_string(key_file, BETA_VERSION, "snooze_date", today); g_free(today); g_key_file_save_to_file(key_file, path, NULL); g_key_file_free(key_file); g_free(path); } static void set_dismissed(void) { char *path; GKeyFile *key_file = load_welcome_keyfile(&path); if (!key_file) return; g_key_file_set_boolean(key_file, BETA_VERSION, "dismissed", TRUE); g_key_file_save_to_file(key_file, path, NULL); g_key_file_free(key_file); g_free(path); } static gboolean on_key_pressed( GtkEventControllerKey *controller, guint keyval, guint keycode, GdkModifierType state, GtkWindow *window ) { if (keyval == GDK_KEY_Escape) { gtk_window_close(window); return TRUE; } return FALSE; } static void on_acknowledge(GtkWidget *button, GtkWindow *window) { set_dismissed(); gtk_window_destroy(window); } static void on_remind_later(GtkWidget *button, GtkWindow *window) { set_snooze_date(); gtk_window_destroy(window); } void show_welcome(GtkApplication *app) { if (should_suppress()) return; GtkWidget *window = gtk_window_new(); char *title = g_strdup_printf("Welcome to ALSA Scarlett GUI %s", VERSION); gtk_window_set_title(GTK_WINDOW(window), title); g_free(title); gtk_window_set_application(GTK_WINDOW(window), app); gtk_window_set_resizable(GTK_WINDOW(window), FALSE); gtk_widget_add_css_class(window, "window-frame"); gtk_widget_add_css_class(window, "modal"); GtkWidget *content = gtk_box_new(GTK_ORIENTATION_VERTICAL, 20); gtk_window_set_child(GTK_WINDOW(window), content); gtk_widget_add_css_class(content, "window-content"); gtk_widget_add_css_class(content, "top-level-content"); gtk_widget_set_margin(content, 30); GtkWidget *heading = gtk_label_new(NULL); char *heading_markup = g_strdup_printf( "" "Welcome to ALSA Scarlett GUI %s!" "", VERSION ); gtk_label_set_markup(GTK_LABEL(heading), heading_markup); g_free(heading_markup); gtk_box_append(GTK_BOX(content), heading); GtkWidget *message = gtk_label_new( "Thank you for testing this beta release.\n\n" "Please check the release notes for what's new, join the\n" "discussion, and if you encounter any issues, search for\n" "existing reports or raise a new issue on GitHub." ); gtk_label_set_justify(GTK_LABEL(message), GTK_JUSTIFY_CENTER); gtk_box_append(GTK_BOX(content), message); GtkWidget *links_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 10); gtk_widget_set_halign(links_box, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(content), links_box); GtkWidget *release_notes = gtk_link_button_new_with_label( "https://github.com/geoffreybennett/alsa-scarlett-gui/blob/" BETA_VERSION "/RELEASE-NOTES.md", "Release Notes" ); gtk_box_append(GTK_BOX(links_box), release_notes); GtkWidget *discussion = gtk_link_button_new_with_label( "https://github.com/geoffreybennett/alsa-scarlett-gui/discussions/221", "Join the Discussion" ); gtk_box_append(GTK_BOX(links_box), discussion); GtkWidget *issues = gtk_link_button_new_with_label( "https://github.com/geoffreybennett/alsa-scarlett-gui/issues", "Report or Search for Issues" ); gtk_box_append(GTK_BOX(links_box), issues); GtkWidget *button_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 20); gtk_widget_set_halign(button_box, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(content), button_box); GtkWidget *remind_button = gtk_button_new_with_label("Remind Me Later"); g_signal_connect( remind_button, "clicked", G_CALLBACK(on_remind_later), window ); gtk_box_append(GTK_BOX(button_box), remind_button); GtkWidget *ack_button = gtk_button_new_with_label("Got it, thanks"); g_signal_connect( ack_button, "clicked", G_CALLBACK(on_acknowledge), window ); gtk_box_append(GTK_BOX(button_box), ack_button); GtkEventController *key_controller = gtk_event_controller_key_new(); g_signal_connect( key_controller, "key-pressed", G_CALLBACK(on_key_pressed), window ); gtk_widget_add_controller(window, key_controller); gtk_window_present(GTK_WINDOW(window)); } alsa-scarlett-gui-1.0~beta9/src/welcome.h000066400000000000000000000002701521233005100204000ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include void show_welcome(GtkApplication *app); alsa-scarlett-gui-1.0~beta9/src/widget-boolean.c000066400000000000000000000104511521233005100216420ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "gtkhelper.h" #include "widget-boolean.h" struct boolean { struct alsa_elem *elem; int backwards; GtkWidget *button; guint source; const char *text[2]; GtkWidget *icons[2]; }; static void button_clicked(GtkWidget *widget, struct boolean *data) { int value = gtk_toggle_button_get_active(GTK_TOGGLE_BUTTON(widget)); alsa_set_elem_value(data->elem, value ^ data->backwards); } static void toggle_button_set_text(struct boolean *data, int value) { const char *text = data->text[value]; if (!text) return; if (*text == '*') gtk_button_set_child(GTK_BUTTON(data->button), data->icons[value]); else gtk_button_set_label(GTK_BUTTON(data->button), text); } static void toggle_button_updated( struct alsa_elem *elem, void *private ) { struct boolean *data = private; int is_writable = alsa_get_elem_writable(elem); gtk_widget_set_sensitive(data->button, is_writable); int value = !!alsa_get_elem_value(elem) ^ data->backwards; gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(data->button), value); toggle_button_set_text(data, value); } static gboolean update_toggle_button(struct boolean *data) { toggle_button_updated(data->elem, data); return G_SOURCE_CONTINUE; } static void on_destroy(struct boolean *data) { if (data->source) g_source_remove(data->source); for (int i = 0; i < 2; i++) { if (data->icons[i]) g_object_unref(data->icons[i]); g_free((char *)data->text[i]); } g_free(data); } static void load_icons(struct boolean *data) { for (int i = 0; i < 2; i++) if (data->text[i] && *data->text[i] == '*') { char *path = g_strdup_printf( "/vu/b4/alsa-scarlett-gui/icons/%s.svg", data->text[i] + 1 ); data->icons[i] = gtk_image_new_from_resource(path); gtk_widget_set_align(data->icons[i], GTK_ALIGN_CENTER, GTK_ALIGN_CENTER); g_object_ref(data->icons[i]); g_free(path); } } GtkWidget *make_boolean_alsa_elem( struct alsa_elem *elem, const char *disabled_text, const char *enabled_text ) { struct boolean *data = g_malloc0(sizeof(struct boolean)); data->elem = elem; data->button = gtk_toggle_button_new(); if (strncmp(elem->name, "Master", 6) == 0 && strstr(elem->name, "Playback Switch")) data->backwards = 1; g_signal_connect( data->button, "clicked", G_CALLBACK(button_clicked), data ); alsa_elem_add_callback(elem, toggle_button_updated, data, NULL); data->text[0] = g_strdup(disabled_text); data->text[1] = g_strdup(enabled_text); load_icons(data); // find the maximum width and height of both possible labels int max_width = 0, max_height = 0; for (int i = 0; i < 2; i++) { toggle_button_set_text(data, i); GtkRequisition *size = gtk_requisition_new(); gtk_widget_get_preferred_size(data->button, size, NULL); if (size->width > max_width) max_width = size->width; if (size->height > max_height) max_height = size->height; } // set the widget minimum size to the maximum label size so that the // widget doesn't change size when the label changes gtk_widget_set_size_request(data->button, max_width, max_height); toggle_button_updated(elem, data); // periodically update volatile controls if (alsa_get_elem_volatile(elem)) data->source = g_timeout_add_seconds(1, (GSourceFunc)update_toggle_button, data); g_object_weak_ref(G_OBJECT(data->button), (GWeakNotify)on_destroy, data); // store the data so we can retrieve it later for updating labels g_object_set_data(G_OBJECT(data->button), "boolean_data", data); return data->button; } void boolean_widget_update_labels( GtkWidget *widget, const char *disabled_text, const char *enabled_text ) { if (!widget) return; struct boolean *data = g_object_get_data(G_OBJECT(widget), "boolean_data"); if (!data) return; // free old text and set new text g_free((char *)data->text[0]); g_free((char *)data->text[1]); data->text[0] = g_strdup(disabled_text); data->text[1] = g_strdup(enabled_text); // update the button with the current value int value = !!alsa_get_elem_value(data->elem) ^ data->backwards; toggle_button_set_text(data, value); } alsa-scarlett-gui-1.0~beta9/src/widget-boolean.h000066400000000000000000000006461521233005100216540ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GtkWidget *make_boolean_alsa_elem( struct alsa_elem *alsa_elem, const char *disabled_text, const char *enabled_text ); void boolean_widget_update_labels( GtkWidget *widget, const char *disabled_text, const char *enabled_text ); alsa-scarlett-gui-1.0~beta9/src/widget-drop-down-two-level.c000066400000000000000000000423071521233005100240550ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "custom-names.h" #include "port-enable.h" #include "stereo-link.h" #include "widget-drop-down-two-level.h" // Structure to track a group of items struct item_group { char *name; // Group name (e.g., "PCM", "Analogue") GArray *items; // Array of item indices into the ALSA enum GArray *suffixes; // Array of suffix strings (e.g., "1", "2") }; struct drop_down_two_level { struct alsa_elem *elem; struct alsa_card *card; // NULL = legacy mode int stereo; // whether sink is stereo-linked GtkWidget *button; GtkWidget *popover; GtkWidget *group_box; // Box containing group buttons GtkWidget *item_box; // Box containing item buttons GArray *groups; // Array of struct item_group int current_group; // Currently selected group index GList *name_cb_elems; // Elems with name callbacks }; // Parse item name to extract group name and suffix // E.g., "PCM 1" -> group="PCM", suffix="1" // E.g., "Mix A" -> group="Mix", suffix="A" // E.g., "Off" -> group="Off", suffix=NULL static void parse_item_name( const char *name, char **group_out, char **suffix_out ) { int len = strlen(name); // Find the last space const char *last_space = strrchr(name, ' '); if (last_space && last_space > name && last_space < name + len - 1) { // Check if after the space is alphanumeric const char *suffix = last_space + 1; int valid_suffix = 1; for (const char *p = suffix; *p; p++) { if (!isalnum(*p)) { valid_suffix = 0; break; } } if (valid_suffix) { *group_out = g_strndup(name, last_space - name); *suffix_out = g_strdup(suffix); return; } } // No valid suffix found - use whole name as group *group_out = g_strdup(name); *suffix_out = NULL; } // Find or create a group by name static struct item_group *find_or_create_group( GArray *groups, const char *name ) { for (int i = 0; i < groups->len; i++) { struct item_group *g = &g_array_index(groups, struct item_group, i); if (strcmp(g->name, name) == 0) return g; } // Create new group struct item_group new_group = { .name = g_strdup(name), .items = g_array_new(FALSE, FALSE, sizeof(int)), .suffixes = g_array_new(FALSE, FALSE, sizeof(char *)) }; g_array_append_val(groups, new_group); return &g_array_index( groups, struct item_group, groups->len - 1 ); } // Get routing source for a monitor group enum index static struct routing_src *get_mg_src( struct drop_down_two_level *data, int enum_idx ) { if (!data->card || !data->card->monitor_group_src_map) return NULL; if (enum_idx < 0 || enum_idx >= data->card->monitor_group_src_map_count) return NULL; int src_idx = data->card->monitor_group_src_map[enum_idx]; if (src_idx <= 0 || src_idx >= data->card->routing_srcs->len) return NULL; return &g_array_index( data->card->routing_srcs, struct routing_src, src_idx ); } // Get display name for a monitor group enum item. // Returns newly allocated string. Single source of truth for // both item labels and button label. static char *get_mg_item_label( struct drop_down_two_level *data, int enum_idx ) { struct routing_src *src = get_mg_src(data, enum_idx); if (!src) return NULL; int src_linked = is_src_linked(src); int src_is_left = is_src_left_channel(src); if (src_linked && src_is_left && data->stereo) return get_src_pair_display_name(src); return g_strdup(get_routing_src_display_name(src)); } // Build groups from ALSA enum items (legacy mode) static void build_groups_legacy(struct drop_down_two_level *data) { int count = alsa_get_item_count(data->elem); for (int i = 0; i < count; i++) { const char *name = alsa_get_item_name(data->elem, i); char *group_name, *suffix; parse_item_name(name, &group_name, &suffix); struct item_group *group = find_or_create_group(data->groups, group_name); g_array_append_val(group->items, i); g_array_append_val(group->suffixes, suffix); g_free(group_name); } } // Build groups with stereo awareness and display names static void build_groups_stereo(struct drop_down_two_level *data) { int count = alsa_get_item_count(data->elem); for (int i = 0; i < count; i++) { const char *alsa_name = alsa_get_item_name(data->elem, i); struct routing_src *src = get_mg_src(data, i); // Unmapped items: use ALSA name as fallback if (!src) { char *group_name, *suffix; parse_item_name(alsa_name, &group_name, &suffix); struct item_group *group = find_or_create_group(data->groups, group_name); g_array_append_val(group->items, i); g_array_append_val(group->suffixes, suffix); g_free(group_name); continue; } // Skip disabled sources if (!is_routing_src_enabled(src)) continue; int src_linked = is_src_linked(src); int src_is_left = is_src_left_channel(src); if (data->stereo) { // Stereo sink: skip right channel of linked pair if (src_linked && !src_is_left) continue; } else { // Mono sink: hide linked sources entirely if (src_linked) continue; } // Derive group name from ALSA enum name char *group_name, *alsa_suffix; parse_item_name(alsa_name, &group_name, &alsa_suffix); g_free(alsa_suffix); char *suffix = get_mg_item_label(data, i); struct item_group *group = find_or_create_group(data->groups, group_name); g_array_append_val(group->items, i); g_array_append_val(group->suffixes, suffix); g_free(group_name); } } static void build_groups(struct drop_down_two_level *data) { data->groups = g_array_new(FALSE, FALSE, sizeof(struct item_group)); if (data->card) build_groups_stereo(data); else build_groups_legacy(data); } // Free groups static void free_groups(GArray *groups) { for (int i = 0; i < groups->len; i++) { struct item_group *g = &g_array_index(groups, struct item_group, i); g_free(g->name); for (int j = 0; j < g->suffixes->len; j++) { char *suffix = g_array_index(g->suffixes, char *, j); g_free(suffix); } g_array_free(g->items, TRUE); g_array_free(g->suffixes, TRUE); } g_array_free(groups, TRUE); } // Forward declarations static void show_group_list(struct drop_down_two_level *data); static void show_item_list( struct drop_down_two_level *data, int group_idx ); // Callback when an item is clicked static void item_clicked(GtkWidget *button, gpointer user_data) { struct drop_down_two_level *data = user_data; int item_idx = GPOINTER_TO_INT( g_object_get_data(G_OBJECT(button), "item-idx") ); alsa_set_elem_value(data->elem, item_idx); gtk_popover_popdown(GTK_POPOVER(data->popover)); } // Callback when a group is clicked static void group_clicked( GtkWidget *button, gpointer user_data ) { struct drop_down_two_level *data = user_data; int group_idx = GPOINTER_TO_INT( g_object_get_data(G_OBJECT(button), "group-idx") ); struct item_group *group = &g_array_index(data->groups, struct item_group, group_idx); // If group has only one item, select it directly if (group->items->len == 1) { int item_idx = g_array_index(group->items, int, 0); alsa_set_elem_value(data->elem, item_idx); gtk_popover_popdown(GTK_POPOVER(data->popover)); return; } // Otherwise show item list for this group show_item_list(data, group_idx); } // Callback for back button static void back_clicked( GtkWidget *button, gpointer user_data ) { struct drop_down_two_level *data = user_data; show_group_list(data); } // Show the group list (first level) static void show_group_list(struct drop_down_two_level *data) { // Clear existing children GtkWidget *child; while ((child = gtk_widget_get_first_child(data->group_box))) gtk_box_remove(GTK_BOX(data->group_box), child); while ((child = gtk_widget_get_first_child(data->item_box))) gtk_box_remove(GTK_BOX(data->item_box), child); // Get current value to highlight the active group int current_value = alsa_get_elem_value(data->elem); // Add group buttons for (int i = 0; i < data->groups->len; i++) { struct item_group *group = &g_array_index(data->groups, struct item_group, i); GtkWidget *button = gtk_button_new_with_label(group->name); gtk_widget_add_css_class(button, "flat"); gtk_widget_set_hexpand(button, TRUE); // Check if current value is in this group for (int j = 0; j < group->items->len; j++) { int item_idx = g_array_index(group->items, int, j); if (item_idx == current_value) { gtk_widget_add_css_class( button, "suggested-action" ); break; } } g_object_set_data( G_OBJECT(button), "group-idx", GINT_TO_POINTER(i) ); g_signal_connect( button, "clicked", G_CALLBACK(group_clicked), data ); gtk_box_append(GTK_BOX(data->group_box), button); } gtk_widget_set_visible(data->group_box, TRUE); gtk_widget_set_visible(data->item_box, FALSE); data->current_group = -1; } // Show item list for a specific group (second level) static void show_item_list( struct drop_down_two_level *data, int group_idx ) { struct item_group *group = &g_array_index(data->groups, struct item_group, group_idx); // Clear existing children GtkWidget *child; while ((child = gtk_widget_get_first_child(data->item_box))) gtk_box_remove(GTK_BOX(data->item_box), child); // Add back button with group name GtkWidget *back_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); GtkWidget *back_icon = gtk_image_new_from_icon_name("go-previous-symbolic"); GtkWidget *back_label = gtk_label_new(group->name); gtk_widget_set_hexpand(back_label, TRUE); gtk_label_set_xalign(GTK_LABEL(back_label), 0.0); gtk_box_append(GTK_BOX(back_box), back_icon); gtk_box_append(GTK_BOX(back_box), back_label); GtkWidget *back_button = gtk_button_new(); gtk_button_set_child(GTK_BUTTON(back_button), back_box); gtk_widget_add_css_class(back_button, "flat"); gtk_widget_set_hexpand(back_button, TRUE); g_signal_connect( back_button, "clicked", G_CALLBACK(back_clicked), data ); gtk_box_append(GTK_BOX(data->item_box), back_button); // Add separator GtkWidget *separator = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_box_append(GTK_BOX(data->item_box), separator); // Get current value int current_value = alsa_get_elem_value(data->elem); // Add item buttons for (int i = 0; i < group->items->len; i++) { int item_idx = g_array_index(group->items, int, i); char *suffix = g_array_index(group->suffixes, char *, i); // Use suffix if available, otherwise ALSA name const char *label = suffix ? suffix : alsa_get_item_name(data->elem, item_idx); GtkWidget *button = gtk_button_new_with_label(label); gtk_widget_add_css_class(button, "flat"); gtk_widget_set_hexpand(button, TRUE); if (item_idx == current_value) gtk_widget_add_css_class(button, "suggested-action"); g_object_set_data( G_OBJECT(button), "item-idx", GINT_TO_POINTER(item_idx) ); g_signal_connect( button, "clicked", G_CALLBACK(item_clicked), data ); gtk_box_append(GTK_BOX(data->item_box), button); } gtk_widget_set_visible(data->group_box, FALSE); gtk_widget_set_visible(data->item_box, TRUE); data->current_group = group_idx; } // Update button label with display name for monitor group mode static void update_button_label(struct drop_down_two_level *data) { int value = alsa_get_elem_value(data->elem); char *label = get_mg_item_label(data, value); if (!label) { const char *name = alsa_get_item_name(data->elem, value); gtk_button_set_label(GTK_BUTTON(data->button), name); return; } gtk_button_set_label(GTK_BUTTON(data->button), label); g_free(label); } // Callback when the main button is clicked static void toggle_button_clicked( GtkWidget *widget, struct drop_down_two_level *data ) { show_group_list(data); gtk_popover_popup(GTK_POPOVER(data->popover)); gtk_toggle_button_set_active( GTK_TOGGLE_BUTTON(data->button), FALSE ); } // Callback when ALSA element value changes static void drop_down_updated( struct alsa_elem *elem, void *private ) { struct drop_down_two_level *data = private; int is_writable = alsa_get_elem_writable(elem); gtk_widget_set_sensitive(data->button, is_writable); if (data->card) { update_button_label(data); } else { int value = alsa_get_elem_value(elem); const char *name = alsa_get_item_name(elem, value); gtk_button_set_label(GTK_BUTTON(data->button), name); } } // Rebuild groups with current display names static void rebuild_groups(struct drop_down_two_level *data) { free_groups(data->groups); build_groups(data); } // Callback when a source's custom name or pair name changes static void name_changed_callback( struct alsa_elem *elem, void *private ) { struct drop_down_two_level *data = private; rebuild_groups(data); update_button_label(data); } // Cleanup when widget is destroyed static void drop_down_destroy( GtkWidget *widget, struct drop_down_two_level *data ) { alsa_elem_remove_callbacks_by_data(data->elem, data); for (GList *l = data->name_cb_elems; l; l = l->next) { struct alsa_elem *elem = l->data; alsa_elem_remove_callbacks_by_data(elem, data); } g_list_free(data->name_cb_elems); gtk_widget_unparent(data->popover); free_groups(data->groups); g_free(data); } // Create the popover and attach it to the button static void create_popover(struct drop_down_two_level *data) { data->popover = gtk_popover_new(); gtk_popover_set_has_arrow( GTK_POPOVER(data->popover), FALSE ); gtk_widget_set_parent(data->popover, data->button); // Create stack-like container for group/item lists GtkWidget *stack_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 0); gtk_widget_set_size_request(stack_box, 150, -1); data->group_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 2); data->item_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 2); gtk_box_append(GTK_BOX(stack_box), data->group_box); gtk_box_append(GTK_BOX(stack_box), data->item_box); // Wrap in scrolled window for long lists GtkWidget *scrolled = gtk_scrolled_window_new(); gtk_scrolled_window_set_policy( GTK_SCROLLED_WINDOW(scrolled), GTK_POLICY_NEVER, GTK_POLICY_AUTOMATIC ); gtk_scrolled_window_set_max_content_height( GTK_SCROLLED_WINDOW(scrolled), 300 ); gtk_scrolled_window_set_propagate_natural_height( GTK_SCROLLED_WINDOW(scrolled), TRUE ); gtk_scrolled_window_set_child( GTK_SCROLLED_WINDOW(scrolled), stack_box ); gtk_popover_set_child( GTK_POPOVER(data->popover), scrolled ); } // Register name change callbacks for relevant sources static void register_name_callbacks( struct drop_down_two_level *data ) { if (!data->card || !data->card->monitor_group_src_map) return; int count = data->card->monitor_group_src_map_count; for (int i = 0; i < count; i++) { struct routing_src *src = get_mg_src(data, i); if (!src) continue; if (src->custom_name_elem) { // Avoid duplicate registrations (same elem for L/R) if (!g_list_find( data->name_cb_elems, src->custom_name_elem )) { alsa_elem_add_callback( src->custom_name_elem, name_changed_callback, data, NULL ); data->name_cb_elems = g_list_prepend( data->name_cb_elems, src->custom_name_elem ); } } if (src->pair_name_elem) { if (!g_list_find( data->name_cb_elems, src->pair_name_elem )) { alsa_elem_add_callback( src->pair_name_elem, name_changed_callback, data, NULL ); data->name_cb_elems = g_list_prepend( data->name_cb_elems, src->pair_name_elem ); } } } } static GtkWidget *create_dropdown_common( struct drop_down_two_level *data ) { build_groups(data); data->button = gtk_toggle_button_new(); gtk_widget_add_css_class(data->button, "drop-down"); create_popover(data); g_signal_connect( data->button, "clicked", G_CALLBACK(toggle_button_clicked), data ); g_signal_connect( data->button, "destroy", G_CALLBACK(drop_down_destroy), data ); drop_down_updated(data->elem, data); alsa_elem_add_callback( data->elem, drop_down_updated, data, NULL ); return data->button; } GtkWidget *make_drop_down_two_level_alsa_elem( struct alsa_elem *elem ) { struct drop_down_two_level *data = g_malloc0(sizeof(struct drop_down_two_level)); data->elem = elem; data->current_group = -1; return create_dropdown_common(data); } GtkWidget *make_monitor_group_source_dropdown( struct alsa_elem *elem, struct alsa_card *card, int stereo ) { struct drop_down_two_level *data = g_malloc0(sizeof(struct drop_down_two_level)); data->elem = elem; data->card = card; data->stereo = stereo; data->current_group = -1; GtkWidget *button = create_dropdown_common(data); register_name_callbacks(data); return button; } alsa-scarlett-gui-1.0~beta9/src/widget-drop-down-two-level.h000066400000000000000000000015641521233005100240620ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // Create a two-level hierarchical dropdown for ALSA enum elements. // Groups items by stripping trailing numbers from item names. // E.g., "PCM 1", "PCM 2" become a "PCM" group with "1", "2" subitems. GtkWidget *make_drop_down_two_level_alsa_elem(struct alsa_elem *elem); // Create a stereo-aware monitor group source dropdown. // Filters items based on source stereo link state: // - Stereo sink (stereo=1): merges linked pairs, shows unlinked individually // - Mono sink (stereo=0): hides linked sources entirely // Shows display names (custom or default) instead of raw ALSA names. GtkWidget *make_monitor_group_source_dropdown( struct alsa_elem *elem, struct alsa_card *card, int stereo ); alsa-scarlett-gui-1.0~beta9/src/widget-drop-down.c000066400000000000000000000227521521233005100221430ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "gtkhelper.h" #include "widget-drop-down.h" // Two construction modes share this state: // Enum mode (ops == NULL): model is built from alsa_get_item_name // and the ALSA value is the row index. // Value-mapped mode (ops != NULL): caller-supplied model, ops map // between ALSA values and row indices. struct drop_down { struct alsa_elem *elem; GtkWidget *button; GtkWidget *popover; GtkWidget *listview; GtkStringList *model; GtkSingleSelection *selection; int fixed_text; // Latest ALSA value seen by drop_down_updated. Read by // list_item_activated to skip redundant writes when the user picks a // row whose value hasn't changed. int current_value; // Per-row tick icons. icon_count tracks the allocated length so the // value-mapped path can grow the array when the model expands. GtkWidget **icons; int icon_count; int ticked_row; const struct drop_down_value_ops *ops; void *user_data; GDestroyNotify user_data_free; }; static int is_value_mapped(struct drop_down *data) { return data->ops != NULL; } static void sanitise_class_name(char *s) { char *dst = s; while (*s) { if (isalnum(*s) || *s == '-') *dst++ = tolower(*s); s++; } *dst = '\0'; } static void add_class(GtkWidget *widget, const char *class) { char *class_name = g_strdup_printf("selected-%s", class); sanitise_class_name(class_name); gtk_widget_add_css_class(widget, class_name); g_free(class_name); } static void resize_icons(struct drop_down *data, int new_count) { if (new_count == data->icon_count) return; data->icons = g_realloc(data->icons, new_count * sizeof(GtkWidget *)); for (int i = data->icon_count; i < new_count; i++) data->icons[i] = NULL; data->icon_count = new_count; } static void update_icons(struct drop_down *data) { for (int i = 0; i < data->icon_count; i++) if (data->icons[i]) gtk_widget_set_opacity( data->icons[i], i == data->ticked_row ? 1.0 : 0.0 ); } static void list_item_activated( GtkListView *list, guint index, gpointer user_data ) { struct drop_down *data = user_data; if (is_value_mapped(data)) { int value = data->ops->row_to_value( (int)index, data->current_value, data->user_data ); // ops can return the current value to mean "no-op", which is how // the sleep dropdown ignores clicks on the synthetic "Custom (N s)" // row. Skip the write so the element doesn't see a redundant set. if (value != data->current_value) alsa_set_elem_value(data->elem, value); } else { data->current_value = (int)index; data->ticked_row = (int)index; update_icons(data); alsa_set_elem_value(data->elem, (int)index); } gtk_popover_popdown(GTK_POPOVER(data->popover)); } static void toggle_button_clicked(GtkWidget *widget, gpointer user_data) { struct drop_down *data = user_data; gtk_popover_popup(GTK_POPOVER(data->popover)); gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(data->button), FALSE); // Land focus on the currently-ticked row so Enter accepts the // current value and arrow keys adjust from there. if (data->ticked_row >= 0) { gtk_single_selection_set_selected(data->selection, data->ticked_row); gtk_list_view_scroll_to( GTK_LIST_VIEW(data->listview), data->ticked_row, GTK_LIST_SCROLL_FOCUS, NULL ); } } static void setup_factory( GtkListItemFactory *factory, GtkListItem *list_item, gpointer user_data ) { GtkWidget *box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 0); GtkWidget *label = gtk_label_new(NULL); gtk_label_set_xalign(GTK_LABEL(label), 0.0); gtk_widget_set_hexpand(label, TRUE); gtk_box_append(GTK_BOX(box), label); GtkWidget *icon = gtk_image_new_from_icon_name("object-select-symbolic"); gtk_box_append(GTK_BOX(box), icon); gtk_list_item_set_child(list_item, box); } static void bind_factory( GtkListItemFactory *factory, GtkListItem *list_item, gpointer user_data ) { struct drop_down *data = user_data; GtkWidget *box = gtk_list_item_get_child(list_item); GtkWidget *label = gtk_widget_get_first_child(box); GtkWidget *icon = gtk_widget_get_last_child(box); int index = gtk_list_item_get_position(list_item); if (is_value_mapped(data)) { GtkStringObject *so = gtk_list_item_get_item(list_item); gtk_label_set_text(GTK_LABEL(label), gtk_string_object_get_string(so)); } else { gtk_label_set_text(GTK_LABEL(label), alsa_get_item_name(data->elem, index)); } if (index < data->icon_count) data->icons[index] = icon; gtk_widget_set_opacity(icon, index == data->ticked_row ? 1.0 : 0.0); } static void drop_down_updated( struct alsa_elem *elem, void *private ) { struct drop_down *data = private; int is_writable = alsa_get_elem_writable(elem); gtk_widget_set_sensitive(data->button, is_writable); int value = alsa_get_elem_value(elem); data->current_value = value; if (is_value_mapped(data)) { if (data->ops->refresh_model) data->ops->refresh_model(data->model, value, data->user_data); int row = data->ops->value_to_row(value, data->user_data); // Keep the icon array sized to the (possibly grown) model so // bind_factory has somewhere to record icons for new rows. int model_n = (int)g_list_model_get_n_items(G_LIST_MODEL(data->model)); if (model_n > data->icon_count) resize_icons(data, model_n); data->ticked_row = row; update_icons(data); gtk_single_selection_set_selected(data->selection, row); char *label = data->ops->button_label(value, data->user_data); gtk_button_set_label(GTK_BUTTON(data->button), label); g_free(label); } else { data->ticked_row = value; update_icons(data); gtk_single_selection_set_selected(data->selection, value); gtk_widget_remove_css_classes_by_prefix(data->button, "selected-"); add_class(data->button, alsa_get_item_name(elem, value)); if (!data->fixed_text) gtk_button_set_label( GTK_BUTTON(data->button), alsa_get_item_name(elem, value) ); } } static void drop_down_destroy(GtkWidget *widget, gpointer user_data) { struct drop_down *data = user_data; // Detach from the element so a late event can't dereference us. alsa_elem_remove_callbacks_by_data(data->elem, data); gtk_widget_unparent(data->popover); g_free(data->icons); if (data->user_data_free) data->user_data_free(data->user_data); g_free(data); } // Build the popover/listview/button infrastructure shared by both // dropdown variants. The caller has already populated data->elem, // data->model, data->fixed_text, and any value-mapped fields. static void build_drop_down(struct drop_down *data, const char *label_text) { data->button = gtk_toggle_button_new_with_label(label_text); gtk_widget_add_css_class(data->button, "drop-down"); data->popover = gtk_popover_new(); gtk_popover_set_has_arrow(GTK_POPOVER(data->popover), FALSE); gtk_widget_set_parent( data->popover, gtk_widget_get_first_child(data->button) ); g_signal_connect( gtk_widget_get_first_child(data->button), "destroy", G_CALLBACK(drop_down_destroy), data ); GtkListItemFactory *factory = gtk_signal_list_item_factory_new(); g_signal_connect(factory, "setup", G_CALLBACK(setup_factory), data); g_signal_connect(factory, "bind", G_CALLBACK(bind_factory), data); data->selection = gtk_single_selection_new(G_LIST_MODEL(data->model)); data->listview = gtk_list_view_new( GTK_SELECTION_MODEL(data->selection), factory ); gtk_list_view_set_single_click_activate(GTK_LIST_VIEW(data->listview), TRUE); gtk_widget_add_css_class(data->listview, "drop-down-list"); gtk_popover_set_child(GTK_POPOVER(data->popover), data->listview); g_signal_connect( data->button, "clicked", G_CALLBACK(toggle_button_clicked), data ); g_signal_connect( data->listview, "activate", G_CALLBACK(list_item_activated), data ); drop_down_updated(data->elem, data); alsa_elem_add_callback(data->elem, drop_down_updated, data, NULL); } GtkWidget *make_drop_down_alsa_elem( struct alsa_elem *elem, const char *label_text ) { struct drop_down *data = g_malloc0(sizeof(struct drop_down)); data->elem = elem; data->fixed_text = !!label_text; data->ticked_row = -1; data->model = gtk_string_list_new(NULL); data->icon_count = alsa_get_item_count(elem); data->icons = g_malloc0(data->icon_count * sizeof(GtkWidget *)); for (int i = 0; i < data->icon_count; i++) gtk_string_list_append(data->model, alsa_get_item_name(elem, i)); build_drop_down(data, label_text); return data->button; } GtkWidget *make_value_mapped_drop_down_alsa_elem( struct alsa_elem *elem, GtkStringList *model, const struct drop_down_value_ops *ops, void *user_data, GDestroyNotify user_data_free ) { struct drop_down *data = g_malloc0(sizeof(struct drop_down)); data->elem = elem; data->ticked_row = -1; data->model = model; data->ops = ops; data->user_data = user_data; data->user_data_free = user_data_free; int n = (int)g_list_model_get_n_items(G_LIST_MODEL(model)); data->icons = g_malloc0(n * sizeof(GtkWidget *)); data->icon_count = n; build_drop_down(data, ""); return data->button; } alsa-scarlett-gui-1.0~beta9/src/widget-drop-down.h000066400000000000000000000036231521233005100221440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GtkWidget *make_drop_down_alsa_elem( struct alsa_elem *elem, const char *label_text ); // Operations for a drop-down whose ALSA value isn't a 0..N-1 row index. // All callbacks receive the user_data passed to make_value_mapped_drop_down_alsa_elem. struct drop_down_value_ops { // Map an ALSA value to a row index in the model, or -1 if no row // matches (in which case refresh_model is expected to add one). int (*value_to_row)(int value, void *user_data); // Map a row index to the ALSA value to write. current_value is the // live element value at click time; return it to make the click a // no-op (useful for synthetic rows that don't represent a setting). // The row is guaranteed to be a valid index into the current model. int (*row_to_value)(int row, int current_value, void *user_data); // Return the button label for the given ALSA value. The returned // string is owned by the caller and must be freed with g_free(). char *(*button_label)(int value, void *user_data); // Update the model so that value_to_row(value) returns a valid index // afterwards. May be NULL if the model is static and value_to_row // never returns -1. Called before every refresh. void (*refresh_model)(GtkStringList *model, int value, void *user_data); }; // Build a drop-down that decouples the ALSA element value from the row // index. The widget takes ownership of model and frees user_data with // user_data_free on destruction (user_data_free may be NULL). GtkWidget *make_value_mapped_drop_down_alsa_elem( struct alsa_elem *elem, GtkStringList *model, const struct drop_down_value_ops *ops, void *user_data, GDestroyNotify user_data_free ); alsa-scarlett-gui-1.0~beta9/src/widget-dual.c000066400000000000000000000053101521233005100211460ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "widget-dual.h" struct dual_button { struct alsa_elem *elem; GtkWidget *button1; GtkWidget *button2; const char *text[4]; }; static void dual_button_clicked(GtkWidget *widget, struct dual_button *data) { int value1 = gtk_toggle_button_get_active(GTK_TOGGLE_BUTTON(data->button1)); int value2 = gtk_toggle_button_get_active(GTK_TOGGLE_BUTTON(data->button2)); int value = value1 ? value2 + 1 : 0; alsa_set_elem_value(data->elem, value); gtk_widget_set_sensitive(data->button2, value1); } static void dual_button_updated( struct alsa_elem *elem, void *private ) { struct dual_button *data = private; // value (from ALSA control) is 0/1/2 // value1 (first button) is 0/1/1 // value2 (second button) is X/0/1 int value = alsa_get_elem_value(elem); int value1 = !!value; gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(data->button1), value1); gtk_button_set_label(GTK_BUTTON(data->button1), data->text[value1]); gtk_widget_set_sensitive(data->button2, value1); if (value1) { int value2 = value - 1; gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(data->button2), value2); gtk_button_set_label( GTK_BUTTON(data->button2), data->text[value2 + 2] ); } } // speaker switch and talkback have three states, controlled by two // buttons: // first button disables/enables the feature // second button switches between the two enabled states GtkWidget *make_dual_boolean_alsa_elems( struct alsa_elem *elem, const char *label_text, const char *disabled_text_1, const char *enabled_text_1, const char *disabled_text_2, const char *enabled_text_2 ) { struct dual_button *data = g_malloc(sizeof(struct dual_button)); data->elem = elem; data->button1 = gtk_toggle_button_new(); data->button2 = gtk_toggle_button_new(); g_signal_connect( data->button1, "clicked", G_CALLBACK(dual_button_clicked), data ); g_signal_connect( data->button2, "clicked", G_CALLBACK(dual_button_clicked), data ); alsa_elem_add_callback(elem, dual_button_updated, data, NULL); data->text[0] = disabled_text_1; data->text[1] = enabled_text_1; data->text[2] = disabled_text_2; data->text[3] = enabled_text_2; gtk_button_set_label(GTK_BUTTON(data->button2), disabled_text_2); dual_button_updated(elem, data); GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); GtkWidget *label = gtk_label_new(label_text); gtk_box_append(GTK_BOX(box), label); gtk_box_append(GTK_BOX(box), GTK_WIDGET(data->button1)); gtk_box_append(GTK_BOX(box), GTK_WIDGET(data->button2)); return box; } alsa-scarlett-gui-1.0~beta9/src/widget-dual.h000066400000000000000000000011051521233005100211510ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // speaker switch and talkback have three states, controlled by two // buttons: // first button disables/enables the feature // second button switches between the two features states GtkWidget *make_dual_boolean_alsa_elems( struct alsa_elem *alsa_elem, const char *label_text, const char *disabled_text_1, const char *enabled_text_1, const char *disabled_text_2, const char *enabled_text_2 ); alsa-scarlett-gui-1.0~beta9/src/widget-filter-type.c000066400000000000000000000257511521233005100225000ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "widget-filter-type.h" #define FILTER_ICON_WIDTH 24 #define FILTER_ICON_HEIGHT 16 struct filter_type_dropdown { GtkWidget *button; GtkWidget *btn_icon; GtkWidget *btn_label; GtkWidget *popover; GtkWidget *listview; GtkSingleSelection *selection; BiquadFilterType current_type; FilterTypeChangedCallback changed_callback; gpointer changed_user_data; }; // Draw a filter type icon representing the frequency response shape static void draw_filter_type_icon( cairo_t *cr, BiquadFilterType type, int width, int height ) { double w = width; double h = height; double margin = 2; double x0 = margin; double x1 = w - margin; double y_top = margin + 2; double y_mid = h / 2; double y_bot = h - margin - 2; cairo_set_line_width(cr, 1.5); cairo_set_line_cap(cr, CAIRO_LINE_CAP_ROUND); cairo_set_line_join(cr, CAIRO_LINE_JOIN_ROUND); switch (type) { case BIQUAD_TYPE_PEAKING: // Bell curve cairo_move_to(cr, x0, y_mid); cairo_curve_to(cr, w * 0.3, y_mid, w * 0.35, y_top, w * 0.5, y_top); cairo_curve_to(cr, w * 0.65, y_top, w * 0.7, y_mid, x1, y_mid); break; case BIQUAD_TYPE_LOW_SHELF: // High on left, step down to right cairo_move_to(cr, x0, y_top + 2); cairo_line_to(cr, w * 0.35, y_top + 2); cairo_curve_to(cr, w * 0.5, y_top + 2, w * 0.5, y_bot - 2, w * 0.65, y_bot - 2); cairo_line_to(cr, x1, y_bot - 2); break; case BIQUAD_TYPE_HIGH_SHELF: // Low on left, step up to right cairo_move_to(cr, x0, y_bot - 2); cairo_line_to(cr, w * 0.35, y_bot - 2); cairo_curve_to(cr, w * 0.5, y_bot - 2, w * 0.5, y_top + 2, w * 0.65, y_top + 2); cairo_line_to(cr, x1, y_top + 2); break; case BIQUAD_TYPE_LOWPASS: // Flat on left, slope down to right cairo_move_to(cr, x0, y_top + 2); cairo_line_to(cr, w * 0.45, y_top + 2); cairo_curve_to(cr, w * 0.6, y_top + 2, w * 0.7, y_mid, x1, y_bot); break; case BIQUAD_TYPE_HIGHPASS: // Slope up from left, flat on right cairo_move_to(cr, x0, y_bot); cairo_curve_to(cr, w * 0.3, y_mid, w * 0.4, y_top + 2, w * 0.55, y_top + 2); cairo_line_to(cr, x1, y_top + 2); break; case BIQUAD_TYPE_BANDPASS: // Narrower peak shape cairo_move_to(cr, x0, y_bot); cairo_curve_to(cr, w * 0.3, y_bot, w * 0.4, y_top, w * 0.5, y_top); cairo_curve_to(cr, w * 0.6, y_top, w * 0.7, y_bot, x1, y_bot); break; case BIQUAD_TYPE_NOTCH: // Flat with V-shaped dip cairo_move_to(cr, x0, y_top + 2); cairo_line_to(cr, w * 0.35, y_top + 2); cairo_line_to(cr, w * 0.5, y_bot - 2); cairo_line_to(cr, w * 0.65, y_top + 2); cairo_line_to(cr, x1, y_top + 2); break; case BIQUAD_TYPE_GAIN: // Flat line (frequency-independent gain) cairo_move_to(cr, x0, y_mid); cairo_line_to(cr, x1, y_mid); break; case BIQUAD_TYPE_LOWPASS_1: // Gentler slope (6 dB/oct) - flatter curve than 2nd order cairo_move_to(cr, x0, y_top + 2); cairo_line_to(cr, w * 0.4, y_top + 2); cairo_curve_to(cr, w * 0.55, y_top + 3, w * 0.7, y_mid, x1, y_mid + 3); break; case BIQUAD_TYPE_HIGHPASS_1: // Gentler slope (6 dB/oct) cairo_move_to(cr, x0, y_mid + 3); cairo_curve_to(cr, w * 0.3, y_mid, w * 0.45, y_top + 3, w * 0.6, y_top + 2); cairo_line_to(cr, x1, y_top + 2); break; case BIQUAD_TYPE_LOW_SHELF_1: // Gentler shelf transition cairo_move_to(cr, x0, y_top + 2); cairo_line_to(cr, w * 0.25, y_top + 2); cairo_curve_to(cr, w * 0.5, y_top + 2, w * 0.5, y_bot - 2, w * 0.75, y_bot - 2); cairo_line_to(cr, x1, y_bot - 2); break; case BIQUAD_TYPE_HIGH_SHELF_1: // Gentler shelf transition cairo_move_to(cr, x0, y_bot - 2); cairo_line_to(cr, w * 0.25, y_bot - 2); cairo_curve_to(cr, w * 0.5, y_bot - 2, w * 0.5, y_top + 2, w * 0.75, y_top + 2); cairo_line_to(cr, x1, y_top + 2); break; default: // Flat line for unknown types cairo_move_to(cr, x0, y_mid); cairo_line_to(cr, x1, y_mid); break; } cairo_stroke(cr); } // Draw callback for icons in the popup list static void list_icon_draw( GtkDrawingArea *area, cairo_t *cr, int width, int height, gpointer user_data ) { BiquadFilterType type = GPOINTER_TO_INT(user_data); GtkWidget *widget = GTK_WIDGET(area); GdkRGBA color; gtk_widget_get_color(widget, &color); gdk_cairo_set_source_rgba(cr, &color); draw_filter_type_icon(cr, type, width, height); } // Draw callback for the button's icon static void button_icon_draw( GtkDrawingArea *area, cairo_t *cr, int width, int height, gpointer user_data ) { struct filter_type_dropdown *data = user_data; GtkWidget *widget = GTK_WIDGET(area); GdkRGBA color; gtk_widget_get_color(widget, &color); gdk_cairo_set_source_rgba(cr, &color); draw_filter_type_icon(cr, data->current_type, width, height); } static void list_item_setup( GtkListItemFactory *factory, GtkListItem *list_item, gpointer user_data ) { GtkWidget *box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 4); GtkWidget *icon = gtk_drawing_area_new(); gtk_widget_set_size_request(icon, FILTER_ICON_WIDTH, FILTER_ICON_HEIGHT); gtk_box_append(GTK_BOX(box), icon); GtkWidget *label = gtk_label_new(NULL); gtk_label_set_xalign(GTK_LABEL(label), 0.0); gtk_box_append(GTK_BOX(box), label); gtk_list_item_set_child(list_item, box); } static void list_item_bind( GtkListItemFactory *factory, GtkListItem *list_item, gpointer user_data ) { GtkWidget *box = gtk_list_item_get_child(list_item); GtkWidget *icon = gtk_widget_get_first_child(box); GtkWidget *label = gtk_widget_get_next_sibling(icon); int index = gtk_list_item_get_position(list_item); BiquadFilterType type = (BiquadFilterType)index; gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(icon), list_icon_draw, GINT_TO_POINTER(type), NULL ); gtk_label_set_text(GTK_LABEL(label), biquad_type_name(type)); } static void list_activated( GtkListView *listview, guint index, struct filter_type_dropdown *data ) { if (index < BIQUAD_TYPE_COUNT) { data->current_type = (BiquadFilterType)index; gtk_single_selection_set_selected(data->selection, index); gtk_label_set_text(GTK_LABEL(data->btn_label), biquad_type_name(index)); gtk_widget_queue_draw(data->btn_icon); if (data->changed_callback) data->changed_callback(data->button, data->current_type, data->changed_user_data); } gtk_popover_popdown(GTK_POPOVER(data->popover)); } static void button_clicked( GtkWidget *widget, struct filter_type_dropdown *data ) { gtk_popover_popup(GTK_POPOVER(data->popover)); gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(data->button), FALSE); // Scroll to and focus the currently selected item guint selected = gtk_single_selection_get_selected(data->selection); gtk_list_view_scroll_to( GTK_LIST_VIEW(data->listview), selected, GTK_LIST_SCROLL_FOCUS, NULL ); } static void dropdown_data_destroy(struct filter_type_dropdown *data) { g_free(data); } GtkWidget *make_filter_type_dropdown(BiquadFilterType initial_type) { struct filter_type_dropdown *data = g_malloc0( sizeof(struct filter_type_dropdown) ); data->current_type = initial_type; // Create button with icon and label data->button = gtk_toggle_button_new(); gtk_widget_add_css_class(data->button, "filter-type-dropdown"); GtkWidget *btn_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 4); gtk_button_set_child(GTK_BUTTON(data->button), btn_box); data->btn_icon = gtk_drawing_area_new(); gtk_widget_set_size_request(data->btn_icon, FILTER_ICON_WIDTH, FILTER_ICON_HEIGHT); gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(data->btn_icon), button_icon_draw, data, NULL ); gtk_box_append(GTK_BOX(btn_box), data->btn_icon); data->btn_label = gtk_label_new(biquad_type_name(initial_type)); gtk_box_append(GTK_BOX(btn_box), data->btn_label); // Create popover data->popover = gtk_popover_new(); gtk_popover_set_has_arrow(GTK_POPOVER(data->popover), FALSE); gtk_widget_set_parent(data->popover, btn_box); // Build list model GtkStringList *model = gtk_string_list_new(NULL); for (int i = 0; i < BIQUAD_TYPE_COUNT; i++) gtk_string_list_append(model, biquad_type_name(i)); // Factory for list items GtkListItemFactory *factory = gtk_signal_list_item_factory_new(); g_signal_connect(factory, "setup", G_CALLBACK(list_item_setup), data); g_signal_connect(factory, "bind", G_CALLBACK(list_item_bind), data); data->selection = gtk_single_selection_new(G_LIST_MODEL(model)); gtk_single_selection_set_selected(data->selection, initial_type); data->listview = gtk_list_view_new( GTK_SELECTION_MODEL(data->selection), factory ); gtk_list_view_set_single_click_activate(GTK_LIST_VIEW(data->listview), TRUE); gtk_widget_add_css_class(data->listview, "filter-type-list"); gtk_popover_set_child(GTK_POPOVER(data->popover), data->listview); // Connect signals g_signal_connect( data->button, "clicked", G_CALLBACK(button_clicked), data ); g_signal_connect( data->listview, "activate", G_CALLBACK(list_activated), data ); // Store data pointer for API functions g_object_set_data(G_OBJECT(data->button), "dropdown-data", data); g_object_weak_ref( G_OBJECT(data->button), (GWeakNotify)dropdown_data_destroy, data ); return data->button; } BiquadFilterType filter_type_dropdown_get_selected(GtkWidget *widget) { struct filter_type_dropdown *data = g_object_get_data( G_OBJECT(widget), "dropdown-data" ); return data ? data->current_type : BIQUAD_TYPE_PEAKING; } void filter_type_dropdown_set_selected(GtkWidget *widget, BiquadFilterType type) { struct filter_type_dropdown *data = g_object_get_data( G_OBJECT(widget), "dropdown-data" ); if (!data || type >= BIQUAD_TYPE_COUNT) return; data->current_type = type; gtk_single_selection_set_selected(data->selection, type); gtk_label_set_text(GTK_LABEL(data->btn_label), biquad_type_name(type)); gtk_widget_queue_draw(data->btn_icon); } void filter_type_dropdown_queue_redraw(GtkWidget *widget) { struct filter_type_dropdown *data = g_object_get_data( G_OBJECT(widget), "dropdown-data" ); if (data) gtk_widget_queue_draw(data->btn_icon); } void filter_type_dropdown_connect_changed( GtkWidget *widget, FilterTypeChangedCallback callback, gpointer user_data ) { struct filter_type_dropdown *data = g_object_get_data( G_OBJECT(widget), "dropdown-data" ); if (data) { data->changed_callback = callback; data->changed_user_data = user_data; } } alsa-scarlett-gui-1.0~beta9/src/widget-filter-type.h000066400000000000000000000017771521233005100225070ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "biquad.h" // Callback type for filter type changes typedef void (*FilterTypeChangedCallback)( GtkWidget *widget, BiquadFilterType type, gpointer user_data ); // Create a dropdown widget for selecting filter types with icons GtkWidget *make_filter_type_dropdown(BiquadFilterType initial_type); // Get/set the selected filter type BiquadFilterType filter_type_dropdown_get_selected(GtkWidget *widget); void filter_type_dropdown_set_selected(GtkWidget *widget, BiquadFilterType type); // Redraw the button icon (call after changing the filter type externally) void filter_type_dropdown_queue_redraw(GtkWidget *widget); // Connect a callback to be called when the filter type changes void filter_type_dropdown_connect_changed( GtkWidget *widget, FilterTypeChangedCallback callback, gpointer user_data ); alsa-scarlett-gui-1.0~beta9/src/widget-gain.c000066400000000000000000000243411521233005100211440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "gtkdial.h" #include "stringhelper.h" #include "widget-gain.h" #include "db.h" // level meter colours for gain dials with level display static const int level_breakpoints[] = { -80, -18, -12, -6, -3, -1 }; static const double level_colours[] = { 0.00, 1.00, 0.00, // -80 0.75, 1.00, 0.00, // -18 1.00, 1.00, 0.00, // -12 1.00, 0.75, 0.00, // -6 1.00, 0.50, 0.00, // -3 1.00, 0.00, 0.00 // -1 }; struct gain { struct alsa_elem *elem; struct alsa_elem *direct_monitor_elem; struct alsa_elem *monitor_mix_elem[2]; GtkWidget *vbox; GtkWidget *dial; GtkWidget *label; int zero_is_off; float scale; // Stereo support: additional elements controlled in sync struct alsa_elem *elems[MAX_STEREO_GAIN_ELEMS]; int elem_count; int syncing; // flag to prevent infinite callback loops }; static void gain_changed(GtkWidget *widget, struct gain *data) { int value = gtk_dial_get_value(GTK_DIAL(data->dial)); // Stereo widget: set all controlled elements if (data->elem_count > 1) { data->syncing = 1; for (int i = 0; i < data->elem_count; i++) alsa_set_elem_value(data->elems[i], value); data->syncing = 0; return; } // Single element widget alsa_set_elem_value(data->elem, value); // check if there is a corresponding Direct Monitor Mix control to // update as well // Direct Monitor control? if (!data->direct_monitor_elem) return; // Direct Monitor enabled? int direct_monitor = alsa_get_elem_value(data->direct_monitor_elem); if (!direct_monitor) return; // Get the corresponding Mix control struct alsa_elem *monitor_mix = data->monitor_mix_elem[direct_monitor - 1]; if (!monitor_mix) return; // Update it alsa_set_elem_value(monitor_mix, value); } static void gain_updated( struct alsa_elem *elem, void *private ) { struct gain *data = private; // Skip if we're syncing (to prevent infinite callback loops) if (data->syncing) return; int is_writable = alsa_get_elem_writable(elem); gtk_widget_set_sensitive(data->dial, is_writable); int alsa_value = alsa_get_elem_value(elem); // Stereo widget: sync all other elements to match this one if (data->elem_count > 1) { data->syncing = 1; for (int i = 0; i < data->elem_count; i++) { if (data->elems[i] != elem) { int other_val = alsa_get_elem_value(data->elems[i]); if (other_val != alsa_value) alsa_set_elem_value(data->elems[i], alsa_value); } } data->syncing = 0; } gtk_dial_set_value(GTK_DIAL(data->dial), alsa_value); char s[20]; char *p = s; float value; int min_db = round(elem->min_cdB / 100.0); int max_db = round(elem->max_cdB / 100.0); if (elem->dB_type == SND_CTL_TLVT_DB_LINEAR) { value = linear_value_to_db( alsa_value, elem->min_val, elem->max_val, min_db, max_db ); } else { value = ((float)(alsa_value - elem->min_val)) * data->scale + (elem->min_cdB / 100.0); if (value > max_db) value = max_db; else if (value < min_db) value = min_db; } if (data->zero_is_off && value == min_db) { p += sprintf(p, "−∞"); } else { if (data->scale <= 0.5) value = round(value * 10) / 10; if (value < 0) p += sprintf(p, "−"); else if (value > 0) p += sprintf(p, "+"); if (data->scale <= 0.5) p += snprintf(p, 10, "%.1f", fabs(value)); else p += snprintf(p, 10, "%.0f", fabs(value)); } if (data->scale > 0.5) p += sprintf(p, "dB"); gtk_label_set_text(GTK_LABEL(data->label), s); } // 4th Gen Solo and 2i2 have Mix & Direct Monitor controls which // interact. If direct monitor is enabled and the Mix A/B controls are // changed, then the Monitor Mix Playback Volume controls are changed // too so that the mix settings are restored when direct monitor is // later enabled again. static void find_direct_monitor_controls(struct gain *data) { struct alsa_elem *elem = data->elem; GPtrArray *elems = elem->card->elems; // Card has no direct monitor control? struct alsa_elem *direct_monitor_elem = get_elem_by_prefix( elems, "Direct Monitor Playback" ); if (!direct_monitor_elem) return; // Card has no mixer? if (strncmp(elem->name, "Mix ", 4) != 0 || !strstr(elem->name, "Playback Volume")) return; char mix_letter = elem->name[4]; int input_num = get_num_from_string(elem->name); // Find the Monitor Mix control for the 4th Gen Solo if (strstr(direct_monitor_elem->name, "Switch")) { char s[80]; sprintf( s, "Monitor Mix %c Input %02d Playback Volume", mix_letter, input_num ); struct alsa_elem *monitor_mix_elem = get_elem_by_name(elems, s); if (!monitor_mix_elem) return; data->direct_monitor_elem = direct_monitor_elem; data->monitor_mix_elem[0] = monitor_mix_elem; // Find the Monitor Mix controls for the 4th Gen 2i2 } else if (strstr(direct_monitor_elem->name, "Enum")) { for (int i = 0; i <= 1; i++) { char s[80]; sprintf( s, "Monitor %d Mix %c Input %02d Playback Volume", i + 1, mix_letter, input_num ); struct alsa_elem *monitor_mix_elem = get_elem_by_name(elems, s); if (!monitor_mix_elem) return; data->direct_monitor_elem = direct_monitor_elem; data->monitor_mix_elem[i] = monitor_mix_elem; } } else { fprintf(stderr, "Couldn't find direct monitor mix control\n"); } } // Shared initialisation for gain widgets: creates vbox, dial, label, // configures taper and level display from the primary element. static void init_gain_widget( struct gain *data, struct alsa_elem *elem, int zero_is_off, int widget_taper, int can_control, gboolean show_level ) { data->elem = elem; data->vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 0); gtk_widget_set_hexpand(data->vbox, TRUE); gtk_widget_set_valign(data->vbox, GTK_ALIGN_START); gtk_widget_set_vexpand(data->vbox, TRUE); gboolean is_linear = elem->dB_type == SND_CTL_TLVT_DB_LINEAR; double step; if (is_linear) { data->scale = 0.5; step = 0.5; } else { data->scale = (float)(elem->max_cdB - elem->min_cdB) / 100.0 / (elem->max_val - elem->min_val); step = 1; } data->dial = gtk_dial_new_with_range( elem->min_val, elem->max_val, step, 3 / data->scale ); int zero_db_value; if (is_linear) { zero_db_value = cdb_to_linear_value( 0, elem->min_val, elem->max_val, elem->min_cdB, elem->max_cdB ); } else { zero_db_value = (int)( (0 - elem->min_cdB) / 100.0 / data->scale + elem->min_val ); } gtk_dial_set_zero_db(GTK_DIAL(data->dial), zero_db_value); gtk_dial_set_is_linear(GTK_DIAL(data->dial), is_linear); int gtk_dial_taper; if (widget_taper == WIDGET_GAIN_TAPER_LINEAR) gtk_dial_taper = GTK_DIAL_TAPER_LINEAR; else if (widget_taper == WIDGET_GAIN_TAPER_LOG) gtk_dial_taper = GTK_DIAL_TAPER_LOG; else gtk_dial_taper = GTK_DIAL_TAPER_LINEAR; gtk_dial_set_taper(GTK_DIAL(data->dial), gtk_dial_taper); if (widget_taper == WIDGET_GAIN_TAPER_GEN4_VOLUME) gtk_dial_set_taper_linear_breakpoints( GTK_DIAL(data->dial), (const double[]){ 0.488, 0.76 }, (const double[]){ 0.07, 0.4 }, 2 ); gtk_dial_set_can_control(GTK_DIAL(data->dial), can_control); if (show_level) { gtk_dial_set_show_level(GTK_DIAL(data->dial), TRUE); gtk_dial_set_peak_hold(GTK_DIAL(data->dial), 1000); gtk_dial_set_level_meter_colours( GTK_DIAL(data->dial), level_breakpoints, level_colours, sizeof(level_breakpoints) / sizeof(int) ); gtk_dial_set_off_db(GTK_DIAL(data->dial), -45); } data->label = gtk_label_new(NULL); gtk_widget_add_css_class(data->label, "gain"); gtk_widget_set_vexpand(data->dial, TRUE); data->zero_is_off = zero_is_off; } // Finish gain widget assembly: connect signal, trigger initial // update, pack widgets, store object data pointers. static GtkWidget *finish_gain_widget(struct gain *data) { g_signal_connect( data->dial, "value-changed", G_CALLBACK(gain_changed), data ); for (int i = 0; i < data->elem_count; i++) alsa_elem_add_callback(data->elems[i], gain_updated, data, NULL); gain_updated(data->elem, data); gtk_box_append(GTK_BOX(data->vbox), data->dial); gtk_box_append(GTK_BOX(data->vbox), data->label); g_object_set_data(G_OBJECT(data->vbox), "dial", data->dial); g_object_set_data(G_OBJECT(data->vbox), "gain_data", data); return data->vbox; } GtkWidget *make_gain_alsa_elem( struct alsa_elem *elem, int zero_is_off, int widget_taper, int can_control, gboolean show_level ) { struct gain *data = calloc(1, sizeof(struct gain)); data->elem_count = 1; data->elems[0] = elem; init_gain_widget(data, elem, zero_is_off, widget_taper, can_control, show_level); find_direct_monitor_controls(data); return finish_gain_widget(data); } GtkWidget *get_gain_dial(GtkWidget *gain_widget) { return g_object_get_data(G_OBJECT(gain_widget), "dial"); } void cleanup_gain_widget(GtkWidget *gain_widget) { if (!gain_widget) return; struct gain *data = g_object_get_data( G_OBJECT(gain_widget), "gain_data" ); if (!data) return; for (int i = 0; i < data->elem_count; i++) { if (data->elems[i]) alsa_elem_remove_callbacks_by_data(data->elems[i], data); } g_object_set_data(G_OBJECT(gain_widget), "gain_data", NULL); free(data); } GtkWidget *make_stereo_gain_alsa_elem( struct alsa_elem **elems, int elem_count, int zero_is_off, int widget_taper, int can_control, gboolean show_level ) { if (elem_count < 1 || elem_count > MAX_STEREO_GAIN_ELEMS) return NULL; struct gain *data = calloc(1, sizeof(struct gain)); data->elem_count = elem_count; for (int i = 0; i < elem_count; i++) data->elems[i] = elems[i]; init_gain_widget(data, elems[0], zero_is_off, widget_taper, can_control, show_level); return finish_gain_widget(data); } alsa-scarlett-gui-1.0~beta9/src/widget-gain.h000066400000000000000000000022741521233005100211520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" enum { WIDGET_GAIN_TAPER_LINEAR, WIDGET_GAIN_TAPER_LOG, WIDGET_GAIN_TAPER_GEN4_VOLUME }; GtkWidget *make_gain_alsa_elem( struct alsa_elem *elem, int zero_is_off, int taper_type, int can_control, gboolean show_level ); // Get the dial widget from a gain widget container (for level updates) GtkWidget *get_gain_dial(GtkWidget *gain_widget); // Clean up a gain widget (remove callbacks) before destroying it // Must be called before unreffing/destroying the widget void cleanup_gain_widget(GtkWidget *gain_widget); // Maximum number of elements that can be controlled by a stereo gain widget #define MAX_STEREO_GAIN_ELEMS 4 // Create a stereo gain widget controlling multiple elements in sync // All elements must have compatible value ranges GtkWidget *make_stereo_gain_alsa_elem( struct alsa_elem **elems, int elem_count, int zero_is_off, int taper_type, int can_control, gboolean show_level ); alsa-scarlett-gui-1.0~beta9/src/widget-input-select.c000066400000000000000000000041561521233005100226440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "stringhelper.h" #include "widget-input-select.h" struct input_select { struct alsa_elem *elem; GtkWidget *button; int line_num; }; static void input_select_clicked( GtkWidget *widget, struct input_select *data ) { int count = alsa_get_item_count(data->elem); // select the item that matches the line number that was clicked on for (int i = 0; i < count; i++) { const char *text = alsa_get_item_name(data->elem, i); int a, b; get_two_num_from_string(text, &a, &b); if ((b == -1 && a == data->line_num) || (a <= data->line_num && b >= data->line_num)) { alsa_set_elem_value(data->elem, i); break; } } } static void input_select_updated( struct alsa_elem *elem, void *private ) { struct input_select *data = private; int line_num = data->line_num; int is_writable = alsa_get_elem_writable(elem); int value = alsa_get_elem_value(elem); const char *text = alsa_get_item_name(elem, value); int a, b; get_two_num_from_string(text, &a, &b); // set the button active if it's the selected line number // (or in the range) int active = b == -1 ? a == line_num : a <= line_num && b >= line_num; gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(data->button), active); gtk_widget_set_sensitive(data->button, !active && is_writable); } GtkWidget *make_input_select_alsa_elem( struct alsa_elem *elem, int line_num ) { struct input_select *data = malloc(sizeof(struct input_select)); data->elem = elem; data->button = gtk_toggle_button_new(); data->line_num = line_num; gtk_widget_add_css_class(data->button, "input-select"); char s[20]; snprintf(s, 20, "%d", line_num); gtk_button_set_label(GTK_BUTTON(data->button), s); g_signal_connect( data->button, "clicked", G_CALLBACK(input_select_clicked), data ); alsa_elem_add_callback(elem, input_select_updated, data, NULL); input_select_updated(elem, data); return data->button; } alsa-scarlett-gui-1.0~beta9/src/widget-input-select.h000066400000000000000000000004171521233005100226450ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2023-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GtkWidget *make_input_select_alsa_elem( struct alsa_elem *alsa_elem, int line_num ); alsa-scarlett-gui-1.0~beta9/src/widget-label.c000066400000000000000000000014641521233005100213060ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "widget-label.h" struct label { struct alsa_elem *elem; GtkWidget *label; }; static void label_updated(struct alsa_elem *elem, void *private) { struct label *data = private; const char *text = alsa_get_item_name(elem, alsa_get_elem_value(elem)); gtk_label_set_text(GTK_LABEL(data->label), text); } GtkWidget *make_label_alsa_elem(struct alsa_elem *elem) { struct label *data = g_malloc(sizeof(struct label)); data->label = gtk_label_new(NULL); gtk_widget_set_halign(data->label, GTK_ALIGN_CENTER); gtk_widget_set_valign(data->label, GTK_ALIGN_CENTER); alsa_elem_add_callback(elem, label_updated, data, NULL); label_updated(elem, data); return data->label; } alsa-scarlett-gui-1.0~beta9/src/widget-label.h000066400000000000000000000003411521233005100213040ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GtkWidget *make_label_alsa_elem(struct alsa_elem *elem); alsa-scarlett-gui-1.0~beta9/src/widget-sample-rate.c000066400000000000000000000263561521233005100224500ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "asound-stream-parser.h" #include "gtkhelper.h" #include "hw-io-availability.h" #include "widget-boolean.h" #include "window-mixer.h" #include "window-routing.h" struct sample_rate { struct alsa_card *card; GtkWidget *button; guint source; char *path; int sample_rate; int is_current; // showing current vs last-seen value int last_valid_sample_rate; int last_valid_playback_altset; int last_valid_capture_altset; // max sample rate supported by each capture altset (for rate-based lookup) int capture_altset_max_rate[4]; }; // Set the button text and optionally the glow CSS class // If is_current is false, the sample rate is a last-seen value and // shouldn't get the glow static void button_set_text( GtkWidget *button, int value, int is_current ) { gtk_widget_remove_css_classes_by_prefix(button, "sample-rate-"); if (!value) { gtk_button_set_label(GTK_BUTTON(button), "N/A"); return; } char *text; if (value % 1000 == 0) text = g_strdup_printf("%dkHz", value / 1000); else text = g_strdup_printf("%.1fkHz", value / 1000.0); gtk_button_set_label(GTK_BUTTON(button), text); g_free(text); // only add glow CSS class if showing current value if (is_current) { char *css_class = g_strdup_printf("sample-rate-%d", value); gtk_widget_add_css_class(button, css_class); g_free(css_class); gtk_widget_remove_css_class(button, "inactive"); } else { gtk_widget_add_css_class(button, "inactive"); } } // Parse the max rate from a "Rates:" line like "Rates: 44100, 48000" static int parse_max_rate(const char *line) { const char *rates_str = strstr(line, "Rates: "); if (!rates_str) return 0; int max_rate = 0; const char *p = rates_str + 7; while (*p) { // skip non-digits while (*p && (*p < '0' || *p > '9')) p++; if (!*p) break; int rate = atoi(p); if (rate > max_rate) max_rate = rate; // skip digits while (*p >= '0' && *p <= '9') p++; } return max_rate; } // Parse stream0 once at init to get channel counts and rates per altset // Populates card->playback_altset_channels[], capture_altset_channels[], // and data->capture_altset_max_rate[] static void parse_stream_altset_channels(struct sample_rate *data) { struct alsa_card *card = data->card; if (!data->path) return; FILE *file = fopen(data->path, "r"); if (!file) return; char *line = NULL; size_t len = 0; // 0 = looking for Playback/Capture, 1 = in Playback, 2 = in Capture int section = 0; int current_altset = 0; while (getline(&line, &len, file) != -1) { // detect section changes if (strncmp(line, "Playback:", 9) == 0) { section = 1; current_altset = 0; continue; } if (strncmp(line, "Capture:", 8) == 0) { section = 2; current_altset = 0; continue; } // skip if not in a section if (section == 0) continue; // look for "Altset N" lines (indented, within Interface block) char *altset_str = strstr(line, "Altset "); if (altset_str) { // skip Status block altset lines (they have "=" after) if (strstr(line, "Altset =")) continue; current_altset = atoi(altset_str + 7); if (current_altset > 0 && current_altset <= 3) card->altset_count = current_altset > card->altset_count ? current_altset : card->altset_count; continue; } // look for "Channels: N" lines char *channels_str = strstr(line, "Channels: "); if (channels_str && current_altset > 0 && current_altset <= 3) { int channels = atoi(channels_str + 10); if (section == 1) card->playback_altset_channels[current_altset] = channels; else card->capture_altset_channels[current_altset] = channels; } // look for "Rates:" lines (only for capture, for rate-based altset lookup) if (section == 2 && current_altset > 0 && current_altset <= 3) { int max_rate = parse_max_rate(line); if (max_rate > 0) data->capture_altset_max_rate[current_altset] = max_rate; } } free(line); fclose(file); } // Find the capture altset that supports a given sample rate static int get_capture_altset_for_rate(struct sample_rate *data, int rate) { if (rate <= 0) return 0; int rate_cat = get_sample_rate_category(rate); // find the altset with the smallest max_rate category that is >= rate category int best_altset = 0; int best_max_rate_cat = -1; for (int i = 1; i <= 3; i++) { int max_rate = data->capture_altset_max_rate[i]; if (max_rate <= 0) continue; int max_rate_cat = get_sample_rate_category(max_rate); if (max_rate_cat >= rate_cat) { if (best_altset == 0 || max_rate_cat < best_max_rate_cat) { best_altset = i; best_max_rate_cat = max_rate_cat; } } } return best_altset; } // Read the sample rate and altsets from /proc/asound/cardN/stream0 // Returns sample rate, sets *playback_altset_out and *capture_altset_out // // Looking for lines containing: // Altset = 2 // Momentary freq = 48000 Hz (0x6.0000) static int get_sample_rate_and_altsets( struct sample_rate *data, int *playback_altset_out, int *capture_altset_out ) { if (playback_altset_out) *playback_altset_out = 0; if (capture_altset_out) *capture_altset_out = 0; if (!data->path) return 0; FILE *file = fopen(data->path, "r"); if (!file) return 0; char *line = NULL; size_t len = 0; int sample_rate = 0; int playback_altset = 0; int capture_altset = 0; // 0 = before any section, 1 = in Playback, 2 = in Capture int section = 0; int in_status = 0; while (getline(&line, &len, file) != -1) { // track section changes if (strncmp(line, "Playback:", 9) == 0) { section = 1; in_status = 1; continue; } if (strncmp(line, "Capture:", 8) == 0) { section = 2; in_status = 1; continue; } // exit status block when we hit Interface block (not "Interface =") if (in_status && strstr(line, "Interface ") && !strstr(line, "Interface =")) { in_status = 0; } // look for altset in status sections if (in_status) { char *altset_str = strstr(line, "Altset = "); if (altset_str) { int altset = atoi(altset_str + 9); if (section == 1) playback_altset = altset; else if (section == 2) capture_altset = altset; } } // look for sample rate (first Momentary freq line, in Playback section) if (section == 1 && strstr(line, "Momentary freq = ")) { char *start = strstr(line, "Momentary freq = ") + 17; char *end = strstr(start, " Hz"); if (start && end) { *end = '\0'; sample_rate = atoi(start); } } } free(line); fclose(file); if (playback_altset_out) *playback_altset_out = playback_altset; if (capture_altset_out) *capture_altset_out = capture_altset; return sample_rate; } static gboolean update_sample_rate(struct sample_rate *data) { struct alsa_card *card = data->card; int playback_altset = 0; int capture_altset = 0; int sample_rate = get_sample_rate_and_altsets( data, &playback_altset, &capture_altset ); // track last valid values for when stream becomes inactive if (sample_rate > 0) { data->last_valid_sample_rate = sample_rate; if (playback_altset > 0) data->last_valid_playback_altset = playback_altset; if (capture_altset > 0) data->last_valid_capture_altset = capture_altset; } // determine what to display int display_rate; int is_current; if (sample_rate > 0) { display_rate = sample_rate; is_current = 1; } else if (data->last_valid_sample_rate > 0) { // stream inactive, show last-seen value without glow display_rate = data->last_valid_sample_rate; is_current = 0; } else { display_rate = 0; // will show N/A is_current = 0; } if (display_rate != data->sample_rate || is_current != data->is_current) { data->sample_rate = display_rate; data->is_current = is_current; button_set_text(data->button, display_rate, is_current); } // update PCM channel counts based on current altsets // playback and capture may have different altset counts int use_playback_altset = playback_altset > 0 ? playback_altset : data->last_valid_playback_altset; // for capture altset: prefer status value, then last valid, then derive from rate int use_capture_altset; if (capture_altset > 0) use_capture_altset = capture_altset; else if (data->last_valid_capture_altset > 0) use_capture_altset = data->last_valid_capture_altset; else { // derive from sample rate (e.g. when only playback is active) int use_rate = sample_rate > 0 ? sample_rate : data->last_valid_sample_rate; use_capture_altset = get_capture_altset_for_rate(data, use_rate); } int old_playback = card->pcm_playback_channels; int old_capture = card->pcm_capture_channels; if (use_playback_altset > 0 && use_playback_altset <= 3) card->pcm_playback_channels = card->playback_altset_channels[use_playback_altset]; if (use_capture_altset > 0 && use_capture_altset <= 3) card->pcm_capture_channels = card->capture_altset_channels[use_capture_altset]; // if channel counts changed, update routing window labels if (old_playback != card->pcm_playback_channels || old_capture != card->pcm_capture_channels) { update_all_pcm_labels(card); } // update HW I/O labels if sample rate category changed int use_sample_rate = sample_rate > 0 ? sample_rate : data->last_valid_sample_rate; int old_sample_rate_cat = get_sample_rate_category(card->current_sample_rate); int new_sample_rate_cat = get_sample_rate_category(use_sample_rate); card->current_sample_rate = use_sample_rate; if (old_sample_rate_cat != new_sample_rate_cat) { update_all_hw_io_labels(card); update_mixer_availability(card, new_sample_rate_cat != SR_HIGH); } return G_SOURCE_CONTINUE; } static void on_destroy(struct sample_rate *data, GObject *widget) { if (data->source) g_source_remove(data->source); g_free(data->path); g_free(data); } GtkWidget *make_sample_rate_widget( struct alsa_card *card ) { struct sample_rate *data = g_malloc0(sizeof(struct sample_rate)); data->card = card; data->button = gtk_toggle_button_new(); data->sample_rate = -1; gtk_widget_set_sensitive(data->button, FALSE); gtk_widget_add_css_class(data->button, "fixed"); gtk_widget_add_css_class(data->button, "sample-rate"); // can only update if it's a real card if (card->num != SIMULATED_CARD_NUM) { data->path = g_strdup_printf("/proc/asound/card%d/stream0", card->num); // parse channel counts per altset once at init parse_stream_altset_channels(data); data->source = g_timeout_add_seconds(1, (GSourceFunc)update_sample_rate, data); } // initial update (will show "N/A" for simulated card) update_sample_rate(data); // cleanup when the button is destroyed g_object_weak_ref(G_OBJECT(data->button), (GWeakNotify)on_destroy, data); return data->button; } alsa-scarlett-gui-1.0~beta9/src/widget-sample-rate.h000066400000000000000000000003551521233005100224440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GtkWidget *make_sample_rate_widget( struct alsa_card *alsa_card ); alsa-scarlett-gui-1.0~beta9/src/widget-text-entry.c000066400000000000000000000051721521233005100223520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "widget-text-entry.h" struct text_entry { struct alsa_elem *elem; GtkWidget *entry; }; // User changed the text static void text_entry_changed(GtkEditable *editable, struct text_entry *data) { const char *text = gtk_editable_get_text(editable); size_t len = strlen(text); // write to ALSA element (it will truncate if needed) alsa_set_elem_bytes(data->elem, text, len); } // ALSA element changed (from hardware or other source) static void text_entry_updated( struct alsa_elem *elem, void *private ) { struct text_entry *data = private; int is_writable = alsa_get_elem_writable(elem); gtk_widget_set_sensitive(data->entry, is_writable); size_t size; const void *bytes = alsa_get_elem_bytes(elem, &size); // get current text from widget const char *current_text = gtk_editable_get_text(GTK_EDITABLE(data->entry)); // only update if the value is different if (bytes && size > 0) { // find actual string length (up to first null byte) size_t str_len = strnlen((const char *)bytes, size); // validate UTF-8 and create string gboolean is_valid = g_utf8_validate((const char *)bytes, str_len, NULL); if (str_len > 0 && is_valid) { // compare with current text if (strlen(current_text) != str_len || memcmp(current_text, bytes, str_len) != 0) { char *str = g_strndup((const char *)bytes, str_len); gtk_editable_set_text(GTK_EDITABLE(data->entry), str); g_free(str); } } else { if (*current_text != '\0') gtk_editable_set_text(GTK_EDITABLE(data->entry), ""); } } else { if (*current_text != '\0') gtk_editable_set_text(GTK_EDITABLE(data->entry), ""); } } // Clean up when widget is destroyed static void on_destroy(struct text_entry *data) { g_free(data); } // Create text entry widget bound to BYTES element GtkWidget *make_text_entry_alsa_elem(struct alsa_elem *elem) { struct text_entry *data = g_malloc0(sizeof(struct text_entry)); data->elem = elem; data->entry = gtk_entry_new(); gtk_widget_set_size_request(data->entry, 120, -1); // connect signal for user changes g_signal_connect( data->entry, "changed", G_CALLBACK(text_entry_changed), data ); // register callback for ALSA element changes alsa_elem_add_callback(elem, text_entry_updated, data, NULL); // initial update text_entry_updated(elem, data); // register cleanup callback g_object_weak_ref(G_OBJECT(data->entry), (GWeakNotify)on_destroy, data); return data->entry; } alsa-scarlett-gui-1.0~beta9/src/widget-text-entry.h000066400000000000000000000004351521233005100223540ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // Create a text entry widget bound to a BYTES element GtkWidget *make_text_entry_alsa_elem(struct alsa_elem *elem); alsa-scarlett-gui-1.0~beta9/src/window-configuration.c000066400000000000000000000117311521233005100231200ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "alsa.h" #include "gtkhelper.h" #include "optional-controls.h" #include "optional-state.h" #include "custom-names.h" #include "device-port-names.h" #include "port-enable.h" #include "widget-text-entry.h" #include "window-configuration.h" #include "config-autogain.h" #include "config-device-name.h" #include "config-device-settings.h" #include "config-front-panel.h" #include "config-io.h" #include "config-monitor-groups.h" struct configuration_window { struct alsa_card *card; GtkWidget *top; }; static void on_destroy( struct configuration_window *data, GtkWidget *widget ) { g_free(data); } // Keys used to store the configuration window tabs in the state file #define CONFIG_TAB_KEY "configuration-tab" #define CONFIG_IO_TAB_KEY "configuration-io-tab" // Data for notebook tab persistence struct notebook_tab_data { struct alsa_card *card; const char *key; }; // Callback when a notebook tab changes static void on_tab_changed( GtkNotebook *notebook, GtkWidget *page, guint page_num, gpointer user_data ) { // During window destruction, the notebook is detached from the // hierarchy before tabs are removed, triggering this callback. if (!gtk_widget_get_root(GTK_WIDGET(notebook))) return; struct notebook_tab_data *data = user_data; const char *page_id = g_object_get_data(G_OBJECT(page), PAGE_ID_KEY); if (page_id) optional_state_save(data->card, CONFIG_SECTION_UI, data->key, page_id); } // Free notebook tab data static void free_notebook_tab_data(gpointer data) { g_free(data); } // Find page index by ID, returns -1 if not found static int find_page_by_id(GtkNotebook *notebook, const char *page_id) { int n_pages = gtk_notebook_get_n_pages(notebook); for (int i = 0; i < n_pages; i++) { GtkWidget *page = gtk_notebook_get_nth_page(notebook, i); const char *id = g_object_get_data(G_OBJECT(page), PAGE_ID_KEY); if (id && strcmp(id, page_id) == 0) return i; } return -1; } // Restore the saved tab selection and connect signal to save changes void setup_notebook_tab_persistence( GtkNotebook *notebook, struct alsa_card *card, const char *key ) { // Restore saved tab from [ui] section GHashTable *state = optional_state_load(card, CONFIG_SECTION_UI); if (state) { const char *value = g_hash_table_lookup(state, key); if (value) { int page_num = find_page_by_id(notebook, value); if (page_num >= 0) gtk_notebook_set_current_page(notebook, page_num); } g_hash_table_destroy(state); } // Connect signal to save tab changes struct notebook_tab_data *data = g_malloc(sizeof(struct notebook_tab_data)); data->card = card; data->key = key; g_signal_connect_data( notebook, "switch-page", G_CALLBACK(on_tab_changed), data, (GClosureNotify)free_notebook_tab_data, 0 ); } // Wrap tab content in a scrolled window for vertical scrolling GtkWidget *wrap_tab_content_scrolled(GtkWidget *content) { GtkWidget *scrolled = gtk_scrolled_window_new(); gtk_scrolled_window_set_policy( GTK_SCROLLED_WINDOW(scrolled), GTK_POLICY_NEVER, GTK_POLICY_AUTOMATIC ); gtk_scrolled_window_set_propagate_natural_height( GTK_SCROLLED_WINDOW(scrolled), TRUE ); gtk_widget_set_vexpand(scrolled, TRUE); gtk_scrolled_window_set_child(GTK_SCROLLED_WINDOW(scrolled), content); return scrolled; } GtkWidget *create_configuration_controls(struct alsa_card *card) { struct configuration_window *data = g_malloc0(sizeof(struct configuration_window)); data->card = card; // create main container GtkWidget *top = gtk_box_new(GTK_ORIENTATION_VERTICAL, 20); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *vbox = top; data->top = top; // Create top-level notebook for configuration sections GtkWidget *top_notebook = gtk_notebook_new(); gtk_notebook_set_tab_pos(GTK_NOTEBOOK(top_notebook), GTK_POS_TOP); gtk_widget_add_css_class(top_notebook, "outer-notebook"); // Device Name tab add_device_name_tab(top_notebook, card); // Device Settings tab add_device_settings_tab(top_notebook, card); // Front Panel tab add_front_panel_tab(top_notebook, card); // I/O Configuration tab add_io_tab(top_notebook, card); // Autogain tab add_autogain_tab(top_notebook, card); // Monitor Groups tab add_monitor_groups_tab(top_notebook, card); // Add top notebook to main container (only if it has pages) if (gtk_notebook_get_n_pages(GTK_NOTEBOOK(top_notebook)) > 0) { gtk_widget_set_vexpand(top_notebook, TRUE); gtk_box_append(GTK_BOX(vbox), top_notebook); // Restore saved tab and connect signal to save tab changes setup_notebook_tab_persistence( GTK_NOTEBOOK(top_notebook), card, CONFIG_TAB_KEY ); } // cleanup on destroy g_object_weak_ref( G_OBJECT(data->top), (GWeakNotify)on_destroy, data ); return data->top; } alsa-scarlett-gui-1.0~beta9/src/window-configuration.h000066400000000000000000000011441521233005100231220ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Key for storing page ID on notebook pages (shared by config-*.c) #define PAGE_ID_KEY "page-id" // Wrap tab content in a scrolled window (shared by config-*.c) GtkWidget *wrap_tab_content_scrolled(GtkWidget *content); // Setup notebook tab persistence (shared by config-*.c) void setup_notebook_tab_persistence( GtkNotebook *notebook, struct alsa_card *card, const char *key ); GtkWidget *create_configuration_controls(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/window-dsp.c000066400000000000000000002200071521233005100210350ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "biquad.h" #include "compressor-curve.h" #include "custom-names.h" #include "dsp-state.h" #include "gtkhelper.h" #include "optional-state.h" #include "peq-response.h" #include "stereo-link.h" #include "stringhelper.h" #include "widget-boolean.h" #include "widget-filter-type.h" #include "window-dsp.h" #define SAMPLE_RATE 48000.0 // DSP link element name for persisted state #define DSP_LINK_ELEM_NAME "DSP 1-2 Link" // Compressor curve update function type typedef void (*curve_update_fn)(GtkCompressorCurve *curve, int value); // Data for an integer slider control struct int_slider { struct alsa_elem *elem; GtkWidget *scale; GtkWidget *label; const char *suffix; int divisor; // for ratio display (divide value by this) GtkCompressorCurve *curve; // optional curve to update curve_update_fn curve_fn; // function to update curve }; // Scaling factors for simulated element values #define FREQ_SCALE 10 // Hz * 10 (1000.5 Hz = 10005) #define Q_SCALE 1000 // Q * 1000 (0.707 = 707) #define GAIN_SCALE 10 // dB * 10 (3.5 dB = 35) // Data for a filter stage struct filter_stage { struct alsa_elem *coeff_elem; struct biquad_params params; gboolean enabled; gboolean editing; // true while user is editing an entry GtkWidget *enable_check; GtkWidget *type_dropdown; GtkWidget *freq_box; GtkWidget *freq_entry; GtkWidget *q_box; GtkWidget *q_entry; GtkWidget *gain_box; GtkWidget *gain_entry; GtkFilterResponse *response; int band_index; // Simulated elements for persisting filter state struct alsa_elem *state_enable_elem; struct alsa_elem *state_type_elem; struct alsa_elem *state_freq_elem; struct alsa_elem *state_q_elem; struct alsa_elem *state_gain_elem; // Last coefficients written by the UI (for echo suppression) long last_ui_coeffs[5]; // Re-entrancy guard: set when updating coefficients from state elements gboolean updating_from_state; }; // Data for connecting filter stages to a response widget #define MAX_FILTER_STAGES 8 struct filter_response_stages { struct filter_stage *stages[MAX_FILTER_STAGES]; int num_stages; }; static void int_slider_changed(GtkRange *range, struct int_slider *data) { int value = (int)gtk_range_get_value(range); alsa_set_elem_value(data->elem, value); } static void int_slider_updated(struct alsa_elem *elem, void *private) { struct int_slider *data = private; int value = alsa_get_elem_value(elem); gtk_range_set_value(GTK_RANGE(data->scale), value); char *text; if (data->divisor > 1) { // ratio display: value/divisor:1 if (value % data->divisor == 0) text = g_strdup_printf("%d:1", value / data->divisor); else text = g_strdup_printf("%.1f:1", (double)value / data->divisor); } else { text = g_strdup_printf("%d%s", value, data->suffix ? data->suffix : ""); } gtk_label_set_text(GTK_LABEL(data->label), text); g_free(text); gtk_widget_set_sensitive(data->scale, alsa_get_elem_writable(elem)); // Update curve if connected if (data->curve && data->curve_fn) data->curve_fn(data->curve, value); } static void int_slider_destroy(struct int_slider *data) { g_free(data); } // Create an integer slider control with value label static GtkWidget *make_int_slider_with_curve( struct alsa_elem *elem, const char *suffix, int divisor, GtkCompressorCurve *curve, curve_update_fn curve_fn ) { struct int_slider *data = g_malloc0(sizeof(struct int_slider)); data->elem = elem; data->suffix = suffix; data->divisor = divisor; data->curve = curve; data->curve_fn = curve_fn; GtkWidget *box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 10); // create scale data->scale = gtk_scale_new_with_range( GTK_ORIENTATION_HORIZONTAL, elem->min_val, elem->max_val, 1.0 ); gtk_scale_set_draw_value(GTK_SCALE(data->scale), FALSE); gtk_widget_set_size_request(data->scale, 150, -1); gtk_widget_set_hexpand(data->scale, TRUE); // create value label data->label = gtk_label_new(""); gtk_widget_set_size_request(data->label, 60, -1); gtk_label_set_xalign(GTK_LABEL(data->label), 1.0); gtk_box_append(GTK_BOX(box), data->scale); gtk_box_append(GTK_BOX(box), data->label); g_signal_connect( data->scale, "value-changed", G_CALLBACK(int_slider_changed), data ); alsa_elem_add_callback(elem, int_slider_updated, data, NULL); int_slider_updated(elem, data); g_object_weak_ref(G_OBJECT(box), (GWeakNotify)int_slider_destroy, data); return box; } // Simple wrapper without curve static GtkWidget *make_int_slider( struct alsa_elem *elem, const char *suffix, int divisor ) { return make_int_slider_with_curve(elem, suffix, divisor, NULL, NULL); } // Curve update wrapper functions static void update_curve_threshold(GtkCompressorCurve *curve, int value) { gtk_compressor_curve_set_threshold(curve, value); } static void update_curve_ratio(GtkCompressorCurve *curve, int value) { gtk_compressor_curve_set_ratio(curve, value); } static void update_curve_knee(GtkCompressorCurve *curve, int value) { gtk_compressor_curve_set_knee_width(curve, value); } static void update_curve_makeup(GtkCompressorCurve *curve, int value) { gtk_compressor_curve_set_makeup_gain(curve, value); } // Update coefficients and send to ALSA static void filter_stage_update_coeffs(struct filter_stage *stage) { long fixed[5]; if (stage->enabled) { struct biquad_coeffs coeffs; biquad_calculate(&stage->params, SAMPLE_RATE, &coeffs); biquad_to_fixed_point(&coeffs, fixed); } else { // Identity filter: b0=1, b1=0, b2=0, a1=0, a2=0 fixed[0] = BIQUAD_FIXED_POINT_SCALE; // b0 = 1.0 fixed[1] = 0; fixed[2] = 0; fixed[3] = 0; fixed[4] = 0; } memcpy(stage->last_ui_coeffs, fixed, sizeof(stage->last_ui_coeffs)); alsa_set_elem_int_values(stage->coeff_elem, fixed, 5); // Update response graph if (stage->response) { gtk_filter_response_set_filter( stage->response, stage->band_index, &stage->params ); gtk_filter_response_set_band_enabled( stage->response, stage->band_index, stage->enabled ); } } // Show/hide gain control based on filter type static void filter_stage_update_gain_visibility(struct filter_stage *stage) { gboolean show = biquad_type_uses_gain(stage->params.type); gtk_widget_set_visible(stage->gain_box, show); } // Show/hide freq/Q controls based on filter type static void filter_stage_update_freq_q_visibility(struct filter_stage *stage) { // Freq is used by all except pure gain gboolean show_freq = stage->params.type != BIQUAD_TYPE_GAIN; // Q is only used by second-order filters gboolean show_q = biquad_type_uses_q(stage->params.type); gtk_widget_set_visible(stage->freq_box, show_freq); gtk_widget_set_visible(stage->q_box, show_q); } // Helper to save a single parameter to state file static void save_filter_param(struct alsa_elem *elem, long value) { if (!elem) return; // Update simulated element value elem->value = value; // Save directly to state file char *str = g_strdup_printf("%ld", value); optional_state_save(elem->card, CONFIG_SECTION_CONTROLS, elem->name, str); g_free(str); } // Save filter state to simulated elements and state file static void filter_stage_save_state(struct filter_stage *stage) { save_filter_param(stage->state_enable_elem, stage->enabled ? 1 : 0); save_filter_param(stage->state_type_elem, stage->params.type); save_filter_param(stage->state_freq_elem, (long)(stage->params.freq * FREQ_SCALE)); save_filter_param(stage->state_q_elem, (long)(stage->params.q * Q_SCALE)); save_filter_param(stage->state_gain_elem, (long)(stage->params.gain_db * GAIN_SCALE)); } // Enable checkbox callback static void filter_enable_toggled(GtkCheckButton *check, struct filter_stage *stage) { stage->enabled = gtk_check_button_get_active(check); filter_stage_update_coeffs(stage); filter_stage_save_state(stage); } // Format frequency for display in entry static void format_freq_entry(struct filter_stage *stage) { char text[16]; snprintf(text, sizeof(text), "%.0f", stage->params.freq); gtk_editable_set_text(GTK_EDITABLE(stage->freq_entry), text); } // Format Q for display in entry static void format_q_entry(GtkWidget *entry, double q) { char text[16]; snprintf(text, sizeof(text), "%.2f", q); gtk_editable_set_text(GTK_EDITABLE(entry), text); } // Format gain for display in entry static void format_gain_entry(GtkWidget *entry, double gain_db) { char text[16]; snprintf(text, sizeof(text), "%+.1f", gain_db); gtk_editable_set_text(GTK_EDITABLE(entry), text); } // Parse frequency from entry text (Hz) static double parse_freq_entry(const char *text) { double value; if (sscanf(text, "%lf", &value) == 1) return CLAMP(value, 20.0, 20000.0); return -1.0; } // Parse Q from entry text static double parse_q_entry(const char *text) { double value; if (sscanf(text, "%lf", &value) == 1) return CLAMP(value, 0.1, 10.0); return -1.0; } // Parse gain from entry text (accepts "+3.5 dB", "-6 dB", // or bare number) static double parse_gain_entry( const char *text, double db_range ) { double value; if (sscanf(text, "%lf", &value) == 1) return CLAMP(value, -db_range, db_range); return -1000.0; } // Callbacks for filter stage controls static void filter_type_changed( GtkWidget *widget, BiquadFilterType type, struct filter_stage *stage ) { stage->params.type = type; filter_stage_update_gain_visibility(stage); filter_stage_update_freq_q_visibility(stage); filter_stage_update_coeffs(stage); filter_stage_save_state(stage); } static void filter_freq_changed(GtkEditable *editable, struct filter_stage *stage) { const char *text = gtk_editable_get_text(editable); double freq = parse_freq_entry(text); if (freq > 0 && freq != stage->params.freq) { stage->params.freq = freq; filter_stage_update_coeffs(stage); filter_stage_save_state(stage); } } static gboolean filter_freq_select_all(gpointer data) { struct filter_stage *stage = data; gtk_editable_select_region(GTK_EDITABLE(stage->freq_entry), 0, -1); return G_SOURCE_REMOVE; } static void filter_freq_focus_enter( GtkEventControllerFocus *controller, struct filter_stage *stage ) { stage->editing = TRUE; g_idle_add(filter_freq_select_all, stage); } static void filter_freq_focus_leave( GtkEventControllerFocus *controller, struct filter_stage *stage ) { stage->editing = FALSE; g_signal_handlers_block_by_func(stage->freq_entry, filter_freq_changed, stage); format_freq_entry(stage); g_signal_handlers_unblock_by_func(stage->freq_entry, filter_freq_changed, stage); } static void filter_q_changed(GtkEditable *editable, struct filter_stage *stage) { const char *text = gtk_editable_get_text(editable); double q = parse_q_entry(text); if (q > 0 && q != stage->params.q) { stage->params.q = q; filter_stage_update_coeffs(stage); filter_stage_save_state(stage); } } static gboolean filter_q_select_all(gpointer data) { struct filter_stage *stage = data; gtk_editable_select_region(GTK_EDITABLE(stage->q_entry), 0, -1); return G_SOURCE_REMOVE; } static void filter_q_focus_enter( GtkEventControllerFocus *controller, struct filter_stage *stage ) { stage->editing = TRUE; g_idle_add(filter_q_select_all, stage); } static void filter_q_focus_leave( GtkEventControllerFocus *controller, struct filter_stage *stage ) { stage->editing = FALSE; g_signal_handlers_block_by_func(stage->q_entry, filter_q_changed, stage); format_q_entry(stage->q_entry, stage->params.q); g_signal_handlers_unblock_by_func(stage->q_entry, filter_q_changed, stage); } static void filter_gain_changed( GtkEditable *editable, struct filter_stage *stage ) { const char *text = gtk_editable_get_text(editable); double db_range = gtk_filter_response_get_db_range(stage->response); double gain = parse_gain_entry(text, db_range); if (gain > -999.0 && gain != stage->params.gain_db) { stage->params.gain_db = gain; filter_stage_update_coeffs(stage); filter_stage_save_state(stage); } } static gboolean filter_gain_select_all(gpointer data) { struct filter_stage *stage = data; gtk_editable_select_region(GTK_EDITABLE(stage->gain_entry), 0, -1); return G_SOURCE_REMOVE; } static void filter_gain_focus_enter( GtkEventControllerFocus *controller, struct filter_stage *stage ) { stage->editing = TRUE; g_idle_add(filter_gain_select_all, stage); } static void filter_gain_focus_leave( GtkEventControllerFocus *controller, struct filter_stage *stage ) { stage->editing = FALSE; g_signal_handlers_block_by_func(stage->gain_entry, filter_gain_changed, stage); format_gain_entry(stage->gain_entry, stage->params.gain_db); g_signal_handlers_unblock_by_func(stage->gain_entry, filter_gain_changed, stage); } // Forward declarations for response_filter_changed callback static void filter_stage_update_coeffs(struct filter_stage *stage); static void format_freq_entry(struct filter_stage *stage); static void format_q_entry(GtkWidget *entry, double q); static void format_gain_entry(GtkWidget *entry, double gain_db); // Callbacks for when state elements change externally (e.g., loading config) static void state_enable_updated(struct alsa_elem *elem, void *private) { struct filter_stage *stage = private; stage->enabled = alsa_get_elem_value(elem) ? TRUE : FALSE; g_signal_handlers_block_by_func(stage->enable_check, filter_enable_toggled, stage); gtk_check_button_set_active(GTK_CHECK_BUTTON(stage->enable_check), stage->enabled); g_signal_handlers_unblock_by_func(stage->enable_check, filter_enable_toggled, stage); stage->updating_from_state = TRUE; filter_stage_update_coeffs(stage); stage->updating_from_state = FALSE; } static void state_type_updated(struct alsa_elem *elem, void *private) { struct filter_stage *stage = private; int type = alsa_get_elem_value(elem); if (type >= 0 && type < BIQUAD_TYPE_COUNT) { stage->params.type = type; filter_type_dropdown_set_selected(stage->type_dropdown, type); filter_stage_update_gain_visibility(stage); filter_stage_update_freq_q_visibility(stage); stage->updating_from_state = TRUE; filter_stage_update_coeffs(stage); stage->updating_from_state = FALSE; } } static void state_freq_updated(struct alsa_elem *elem, void *private) { struct filter_stage *stage = private; stage->params.freq = alsa_get_elem_value(elem) / (double)FREQ_SCALE; if (stage->params.freq < 20.0) stage->params.freq = 20.0; if (stage->params.freq > 20000.0) stage->params.freq = 20000.0; if (!stage->editing) { g_signal_handlers_block_by_func(stage->freq_entry, filter_freq_changed, stage); format_freq_entry(stage); g_signal_handlers_unblock_by_func(stage->freq_entry, filter_freq_changed, stage); } stage->updating_from_state = TRUE; filter_stage_update_coeffs(stage); stage->updating_from_state = FALSE; } static void state_q_updated(struct alsa_elem *elem, void *private) { struct filter_stage *stage = private; stage->params.q = alsa_get_elem_value(elem) / (double)Q_SCALE; if (stage->params.q < 0.1) stage->params.q = 0.1; if (stage->params.q > 10.0) stage->params.q = 10.0; if (!stage->editing) { g_signal_handlers_block_by_func(stage->q_entry, filter_q_changed, stage); format_q_entry(stage->q_entry, stage->params.q); g_signal_handlers_unblock_by_func(stage->q_entry, filter_q_changed, stage); } stage->updating_from_state = TRUE; filter_stage_update_coeffs(stage); stage->updating_from_state = FALSE; } static void state_gain_updated(struct alsa_elem *elem, void *private) { struct filter_stage *stage = private; stage->params.gain_db = CLAMP( alsa_get_elem_value(elem) / (double)GAIN_SCALE, -GAIN_DB_LIMIT, GAIN_DB_LIMIT ); if (!stage->editing) { g_signal_handlers_block_by_func(stage->gain_entry, filter_gain_changed, stage); format_gain_entry(stage->gain_entry, stage->params.gain_db); g_signal_handlers_unblock_by_func(stage->gain_entry, filter_gain_changed, stage); } stage->updating_from_state = TRUE; filter_stage_update_coeffs(stage); stage->updating_from_state = FALSE; } // Callback for filter-changed signal from response widget static void response_filter_changed( GtkFilterResponse *response, int band, const struct biquad_params *params, struct filter_response_stages *data ) { if (band < 0 || band >= data->num_stages) return; struct filter_stage *stage = data->stages[band]; if (!stage) return; // Update stage params stage->params.freq = params->freq; stage->params.q = params->q; stage->params.gain_db = params->gain_db; // Update entries (block signals to avoid feedback loop) g_signal_handlers_block_by_func(stage->freq_entry, filter_freq_changed, stage); g_signal_handlers_block_by_func(stage->q_entry, filter_q_changed, stage); g_signal_handlers_block_by_func(stage->gain_entry, filter_gain_changed, stage); format_freq_entry(stage); format_q_entry(stage->q_entry, params->q); format_gain_entry(stage->gain_entry, params->gain_db); g_signal_handlers_unblock_by_func(stage->freq_entry, filter_freq_changed, stage); g_signal_handlers_unblock_by_func(stage->q_entry, filter_q_changed, stage); g_signal_handlers_unblock_by_func(stage->gain_entry, filter_gain_changed, stage); // Update hardware and save state filter_stage_update_coeffs(stage); filter_stage_save_state(stage); } static void filter_response_stages_destroy(struct filter_response_stages *data) { g_free(data); } // Callback for highlight-changed signal from response widget static void response_highlight_changed( GtkFilterResponse *response, int band, struct filter_response_stages *data ) { // Remove highlight from all stages for (int i = 0; i < data->num_stages; i++) { if (data->stages[i] && data->stages[i]->enable_check) gtk_widget_remove_css_class(data->stages[i]->enable_check, "filter-stage-hover"); } // Add highlight to the selected stage if (band >= 0 && band < data->num_stages && data->stages[band] && data->stages[band]->enable_check) { gtk_widget_add_css_class(data->stages[band]->enable_check, "filter-stage-hover"); } } static void filter_stage_destroy(struct filter_stage *stage) { g_free(stage); } // Callback for when biquad coefficients are changed externally static void filter_stage_coeffs_updated( struct alsa_elem *elem, void *private ) { struct filter_stage *stage = private; long *fixed = alsa_get_elem_int_values(elem); if (!fixed) return; // Skip if these are the coefficients we last wrote if (memcmp(fixed, stage->last_ui_coeffs, sizeof(stage->last_ui_coeffs)) == 0) { free(fixed); return; } struct biquad_coeffs coeffs; biquad_from_fixed_point(fixed, &coeffs); struct biquad_params new_params; biquad_analyze(&coeffs, SAMPLE_RATE, &new_params); free(fixed); // Check if it's a bypass (identity) filter gboolean new_enabled = !(new_params.type == BIQUAD_TYPE_GAIN && new_params.gain_db == 0.0); // If disabled, keep the previous filter parameters for the UI if (new_enabled) { stage->params = new_params; } stage->enabled = new_enabled; // Update enable checkbox g_signal_handlers_block_by_func( stage->enable_check, filter_enable_toggled, stage ); gtk_check_button_set_active( GTK_CHECK_BUTTON(stage->enable_check), stage->enabled ); g_signal_handlers_unblock_by_func( stage->enable_check, filter_enable_toggled, stage ); // Update entries (skip if user is currently editing) if (!stage->editing) { g_signal_handlers_block_by_func(stage->freq_entry, filter_freq_changed, stage); g_signal_handlers_block_by_func(stage->q_entry, filter_q_changed, stage); g_signal_handlers_block_by_func(stage->gain_entry, filter_gain_changed, stage); format_freq_entry(stage); format_q_entry(stage->q_entry, stage->params.q); format_gain_entry(stage->gain_entry, stage->params.gain_db); g_signal_handlers_unblock_by_func(stage->freq_entry, filter_freq_changed, stage); g_signal_handlers_unblock_by_func(stage->q_entry, filter_q_changed, stage); g_signal_handlers_unblock_by_func(stage->gain_entry, filter_gain_changed, stage); } // Update type dropdown filter_type_dropdown_set_selected(stage->type_dropdown, stage->params.type); // Update control visibility based on filter type filter_stage_update_gain_visibility(stage); filter_stage_update_freq_q_visibility(stage); // Update response graph if (stage->response) { gtk_filter_response_set_filter( stage->response, stage->band_index, &stage->params ); gtk_filter_response_set_band_enabled( stage->response, stage->band_index, stage->enabled ); gtk_filter_response_auto_range(stage->response); } // Save state (skip if this update originated from state elements to avoid loop) if (!stage->updating_from_state) filter_stage_save_state(stage); } // Hover callbacks for highlighting static void filter_stage_enter( GtkEventControllerMotion *controller, double x, double y, struct filter_stage *stage ) { if (stage->response) gtk_filter_response_set_highlight(stage->response, stage->band_index); gtk_widget_add_css_class(stage->enable_check, "filter-stage-hover"); } static void filter_stage_leave( GtkEventControllerMotion *controller, struct filter_stage *stage ) { if (stage->response) gtk_filter_response_set_highlight(stage->response, -1); gtk_widget_remove_css_class(stage->enable_check, "filter-stage-hover"); } static void add_hover_controller(GtkWidget *widget, struct filter_stage *stage) { GtkEventController *motion = gtk_event_controller_motion_new(); g_signal_connect(motion, "enter", G_CALLBACK(filter_stage_enter), stage); g_signal_connect(motion, "leave", G_CALLBACK(filter_stage_leave), stage); gtk_widget_add_controller(widget, motion); } // Create controls for one filter stage in a grid row static void make_filter_stage( struct alsa_card *card, struct alsa_elem *coeff_elem, int band_index, GtkFilterResponse *response, const char *label_text, BiquadFilterType default_type, const char *filter_type, int channel, int stage_num, GtkWidget *grid, int row, struct filter_stage **stage_out ) { struct filter_stage *stage = g_malloc0(sizeof(struct filter_stage)); if (stage_out) *stage_out = stage; stage->coeff_elem = coeff_elem; stage->band_index = band_index; stage->response = response; // Look up simulated state elements stage->state_enable_elem = dsp_state_get_enable_elem( card, filter_type, channel, stage_num ); stage->state_type_elem = dsp_state_get_type_elem( card, filter_type, channel, stage_num ); stage->state_freq_elem = dsp_state_get_freq_elem( card, filter_type, channel, stage_num ); stage->state_q_elem = dsp_state_get_q_elem( card, filter_type, channel, stage_num ); stage->state_gain_elem = dsp_state_get_gain_elem( card, filter_type, channel, stage_num ); // Try to read and analyze existing coefficients from hardware stage->enabled = TRUE; stage->params.type = default_type; stage->params.freq = 1000.0; stage->params.q = 0.707; stage->params.gain_db = 0.0; long *fixed = alsa_get_elem_int_values(coeff_elem); if (fixed) { struct biquad_coeffs coeffs; biquad_from_fixed_point(fixed, &coeffs); biquad_analyze(&coeffs, SAMPLE_RATE, &stage->params); // If it's a bypass (0dB gain), load saved params from simulated elements if (stage->params.type == BIQUAD_TYPE_GAIN && stage->params.gain_db == 0.0) { stage->enabled = FALSE; // Load saved params from simulated elements if (stage->state_type_elem) stage->params.type = alsa_get_elem_value(stage->state_type_elem); if (stage->state_freq_elem) stage->params.freq = alsa_get_elem_value(stage->state_freq_elem) / (double)FREQ_SCALE; if (stage->state_q_elem) stage->params.q = alsa_get_elem_value(stage->state_q_elem) / (double)Q_SCALE; if (stage->state_gain_elem) stage->params.gain_db = alsa_get_elem_value(stage->state_gain_elem) / (double)GAIN_SCALE; // Clamp values to valid ranges if (stage->params.freq < 20.0) stage->params.freq = 20.0; if (stage->params.freq > 20000.0) stage->params.freq = 20000.0; if (stage->params.q < 0.1) stage->params.q = 0.1; if (stage->params.q > 10.0) stage->params.q = 10.0; stage->params.gain_db = CLAMP(stage->params.gain_db, -GAIN_DB_LIMIT, GAIN_DB_LIMIT); } free(fixed); } // Save initial state to simulated elements filter_stage_save_state(stage); int col = 0; // Enable checkbox with stage label stage->enable_check = gtk_check_button_new_with_label(label_text); gtk_check_button_set_active(GTK_CHECK_BUTTON(stage->enable_check), stage->enabled); gtk_grid_attach(GTK_GRID(grid), stage->enable_check, col++, row, 1, 1); add_hover_controller(stage->enable_check, stage); // Filter type dropdown with icons stage->type_dropdown = make_filter_type_dropdown(stage->params.type); gtk_grid_attach(GTK_GRID(grid), stage->type_dropdown, col++, row, 1, 1); add_hover_controller(stage->type_dropdown, stage); // Frequency entry stage->freq_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 2); stage->freq_entry = gtk_entry_new(); gtk_editable_set_max_width_chars(GTK_EDITABLE(stage->freq_entry), 5); gtk_entry_set_max_length(GTK_ENTRY(stage->freq_entry), 5); gtk_box_append(GTK_BOX(stage->freq_box), stage->freq_entry); gtk_box_append(GTK_BOX(stage->freq_box), gtk_label_new("Hz")); format_freq_entry(stage); gtk_grid_attach(GTK_GRID(grid), stage->freq_box, col++, row, 1, 1); add_hover_controller(stage->freq_box, stage); // Q entry stage->q_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 2); gtk_box_append(GTK_BOX(stage->q_box), gtk_label_new("Q")); stage->q_entry = gtk_entry_new(); gtk_editable_set_max_width_chars(GTK_EDITABLE(stage->q_entry), 4); gtk_entry_set_max_length(GTK_ENTRY(stage->q_entry), 4); format_q_entry(stage->q_entry, stage->params.q); gtk_box_append(GTK_BOX(stage->q_box), stage->q_entry); gtk_grid_attach(GTK_GRID(grid), stage->q_box, col++, row, 1, 1); add_hover_controller(stage->q_box, stage); // Gain entry (shown only for peaking/shelving types) stage->gain_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 2); stage->gain_entry = gtk_entry_new(); gtk_editable_set_max_width_chars(GTK_EDITABLE(stage->gain_entry), 5); gtk_entry_set_max_length(GTK_ENTRY(stage->gain_entry), 5); format_gain_entry(stage->gain_entry, stage->params.gain_db); gtk_box_append(GTK_BOX(stage->gain_box), stage->gain_entry); gtk_box_append(GTK_BOX(stage->gain_box), gtk_label_new("dB")); gtk_grid_attach(GTK_GRID(grid), stage->gain_box, col++, row, 1, 1); add_hover_controller(stage->gain_box, stage); // Update control visibility based on filter type filter_stage_update_gain_visibility(stage); filter_stage_update_freq_q_visibility(stage); // Connect signals g_signal_connect( stage->enable_check, "toggled", G_CALLBACK(filter_enable_toggled), stage ); filter_type_dropdown_connect_changed( stage->type_dropdown, (FilterTypeChangedCallback)filter_type_changed, stage ); g_signal_connect( stage->freq_entry, "changed", G_CALLBACK(filter_freq_changed), stage ); GtkEventController *freq_focus = gtk_event_controller_focus_new(); g_signal_connect(freq_focus, "enter", G_CALLBACK(filter_freq_focus_enter), stage); g_signal_connect(freq_focus, "leave", G_CALLBACK(filter_freq_focus_leave), stage); gtk_widget_add_controller(stage->freq_entry, freq_focus); g_signal_connect( stage->q_entry, "changed", G_CALLBACK(filter_q_changed), stage ); GtkEventController *q_focus = gtk_event_controller_focus_new(); g_signal_connect(q_focus, "enter", G_CALLBACK(filter_q_focus_enter), stage); g_signal_connect(q_focus, "leave", G_CALLBACK(filter_q_focus_leave), stage); gtk_widget_add_controller(stage->q_entry, q_focus); g_signal_connect( stage->gain_entry, "changed", G_CALLBACK(filter_gain_changed), stage ); GtkEventController *gain_focus = gtk_event_controller_focus_new(); g_signal_connect(gain_focus, "enter", G_CALLBACK(filter_gain_focus_enter), stage); g_signal_connect(gain_focus, "leave", G_CALLBACK(filter_gain_focus_leave), stage); gtk_widget_add_controller(stage->gain_entry, gain_focus); // Register callbacks on state elements for external updates (e.g., loading config) if (stage->state_enable_elem) alsa_elem_add_callback(stage->state_enable_elem, state_enable_updated, stage, NULL); if (stage->state_type_elem) alsa_elem_add_callback(stage->state_type_elem, state_type_updated, stage, NULL); if (stage->state_freq_elem) alsa_elem_add_callback(stage->state_freq_elem, state_freq_updated, stage, NULL); if (stage->state_q_elem) alsa_elem_add_callback(stage->state_q_elem, state_q_updated, stage, NULL); if (stage->state_gain_elem) alsa_elem_add_callback(stage->state_gain_elem, state_gain_updated, stage, NULL); g_object_weak_ref(G_OBJECT(grid), (GWeakNotify)filter_stage_destroy, stage); // Register callback for external coefficient changes alsa_elem_add_callback(coeff_elem, filter_stage_coeffs_updated, stage, NULL); // Update response graph with loaded parameters if (stage->response) { gtk_filter_response_set_filter( stage->response, stage->band_index, &stage->params ); gtk_filter_response_set_band_enabled( stage->response, stage->band_index, stage->enabled ); } } // Callback data for DSP enable switch (affects all visualizations) struct dsp_enable_data { GtkFilterResponse *precomp_response; GtkCompressorCurve *comp_curve; GtkFilterResponse *peq_response; }; // Visibility toggling for DSP stereo pair struct dsp_pair_visibility_data { GtkWidget *ch2_header; GtkWidget *ch2_sections; struct alsa_elem *link_elem; }; // Sync data for DSP element pairs struct dsp_sync_data { struct alsa_elem *link_elem; struct alsa_elem *elem_l; struct alsa_elem *elem_r; int is_coeffs; // TRUE for multi-value coefficient elements }; // Save callback data for DSP link element struct dsp_link_save_data { struct alsa_card *card; }; static void dsp_enable_updated( struct alsa_elem *elem, void *private ) { struct dsp_enable_data *data = private; gboolean enabled = alsa_get_elem_value(elem); if (data->precomp_response) gtk_filter_response_set_dsp_enabled(data->precomp_response, enabled); if (data->comp_curve) gtk_compressor_curve_set_dsp_enabled(data->comp_curve, enabled); if (data->peq_response) gtk_filter_response_set_dsp_enabled(data->peq_response, enabled); } // Callback data for DSP header name updates struct dsp_header_data { GtkWidget *button; // toggle button (NULL if using label) GtkWidget *label; // label widget (NULL if using button) struct routing_src *src; // this channel's source struct alsa_elem *link_elem; // DSP link element }; // Compute DSP header name based on link state - single source of truth static char *get_dsp_header_name(struct dsp_header_data *data) { gboolean linked = data->link_elem && alsa_get_elem_value(data->link_elem); if (linked) return get_src_pair_display_name(data->src); // Not linked: use single channel display name const char *name = get_routing_src_display_name(data->src); return name ? g_strdup(name) : NULL; } // Update the header widget with current name static void dsp_header_update(struct dsp_header_data *data) { char *name = get_dsp_header_name(data); const char *display_name = name ? name : "DSP"; if (data->button) { // Update the boolean widget's stored labels so toggling DSP doesn't // revert to old text boolean_widget_update_labels(data->button, display_name, display_name); } else if (data->label) { char *markup = g_strdup_printf("%s", display_name); gtk_label_set_markup(GTK_LABEL(data->label), markup); g_free(markup); } g_free(name); } // Callback when any relevant element changes static void dsp_header_name_updated( struct alsa_elem *elem, void *private ) { dsp_header_update(private); } static void dsp_header_destroy(struct dsp_header_data *data) { g_free(data); } static void dsp_enable_destroy(struct dsp_enable_data *data) { g_free(data); } static void dsp_pair_visibility_destroy(struct dsp_pair_visibility_data *data) { g_free(data); } static void dsp_link_save_destroy(struct dsp_link_save_data *data) { g_free(data); } static void dsp_sync_destroy(struct dsp_sync_data *data) { g_free(data); } // Callback when DSP link state changes - save to state file static void dsp_link_state_save(struct alsa_elem *elem, void *private) { struct dsp_link_save_data *data = private; long value = alsa_get_elem_value(elem); optional_state_save( data->card, CONFIG_SECTION_CONTROLS, DSP_LINK_ELEM_NAME, value ? "1" : "0" ); } // Update link button appearance based on state static void update_dsp_link_button_appearance(GtkToggleButton *button) { gboolean active = gtk_toggle_button_get_active(button); GtkWidget *label = gtk_button_get_child(GTK_BUTTON(button)); gtk_label_set_text(GTK_LABEL(label), active ? "🔗" : "⛓️‍💥"); if (active) gtk_widget_remove_css_class(GTK_WIDGET(button), "dim-label"); else gtk_widget_add_css_class(GTK_WIDGET(button), "dim-label"); } // Callback when link toggle button is clicked static void dsp_link_button_toggled(GtkToggleButton *button, gpointer user_data) { struct alsa_elem *elem = user_data; gboolean active = gtk_toggle_button_get_active(button); alsa_set_elem_value(elem, active ? 1 : 0); update_dsp_link_button_appearance(button); } // Callback when link element changes static void dsp_link_button_updated(struct alsa_elem *elem, void *private) { GtkToggleButton *button = GTK_TOGGLE_BUTTON(private); int value = alsa_get_elem_value(elem); gtk_toggle_button_set_active(button, value != 0); update_dsp_link_button_appearance(button); } // Create a link toggle button for DSP stereo pair static GtkWidget *create_dsp_link_button(struct alsa_elem *link_elem) { GtkWidget *link_button = gtk_toggle_button_new(); GtkWidget *label = gtk_label_new("🔗"); gtk_button_set_child(GTK_BUTTON(link_button), label); gtk_widget_set_halign(link_button, GTK_ALIGN_CENTER); gtk_widget_set_valign(link_button, GTK_ALIGN_CENTER); gtk_widget_set_tooltip_text(link_button, "Link DSP channels as stereo pair"); gtk_widget_add_css_class(link_button, "flat"); g_signal_connect(link_button, "toggled", G_CALLBACK(dsp_link_button_toggled), link_elem); alsa_elem_add_callback(link_elem, dsp_link_button_updated, link_button, NULL); int value = alsa_get_elem_value(link_elem); gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(link_button), value != 0); update_dsp_link_button_appearance(GTK_TOGGLE_BUTTON(link_button)); return link_button; } // Get or create the DSP link element and load its state static struct alsa_elem *get_dsp_link_elem(struct alsa_card *card) { struct alsa_elem *link_elem = get_elem_by_name(card->elems, DSP_LINK_ELEM_NAME); if (link_elem) return link_elem; // Create simulated element link_elem = alsa_create_optional_elem( card, DSP_LINK_ELEM_NAME, SND_CTL_ELEM_TYPE_BOOLEAN, 0 ); if (!link_elem) return NULL; // Load initial value from state GHashTable *state = optional_state_load(card, CONFIG_SECTION_CONTROLS); if (state) { const char *value = g_hash_table_lookup(state, DSP_LINK_ELEM_NAME); alsa_set_elem_value(link_elem, (value && strcmp(value, "1") == 0) ? 1 : 0); g_hash_table_destroy(state); } return link_elem; } // Sync simple value elements bidirectionally when linked static void dsp_sync_callback(struct alsa_elem *elem, void *private) { struct dsp_sync_data *data = private; if (!alsa_get_elem_value(data->link_elem)) return; // Determine which is source and which is target struct alsa_elem *other = (elem == data->elem_l) ? data->elem_r : data->elem_l; int src_value = alsa_get_elem_value(elem); int dst_value = alsa_get_elem_value(other); // Only sync if different to avoid infinite callback loops if (src_value != dst_value) alsa_set_elem_value(other, src_value); } // Sync coefficient elements (5 values) bidirectionally when linked static void dsp_coeff_sync_callback(struct alsa_elem *elem, void *private) { struct dsp_sync_data *data = private; if (!alsa_get_elem_value(data->link_elem)) return; // Determine which is source and which is target struct alsa_elem *other = (elem == data->elem_l) ? data->elem_r : data->elem_l; long *src_values = alsa_get_elem_int_values(elem); long *dst_values = alsa_get_elem_int_values(other); if (!src_values || !dst_values) { free(src_values); free(dst_values); return; } // Only sync if different to avoid infinite callback loops if (memcmp(src_values, dst_values, 5 * sizeof(long)) != 0) alsa_set_elem_int_values(other, src_values, 5); free(src_values); free(dst_values); } // Register sync callback on both elements for bidirectional sync static void register_dsp_sync_pair( struct alsa_elem *link_elem, struct alsa_elem *elem_l, struct alsa_elem *elem_r, int is_coeffs, GtkWidget *parent ) { if (!link_elem || !elem_l || !elem_r) return; struct dsp_sync_data *data = g_malloc0(sizeof(struct dsp_sync_data)); data->link_elem = link_elem; data->elem_l = elem_l; data->elem_r = elem_r; data->is_coeffs = is_coeffs; AlsaElemCallback *callback = is_coeffs ? dsp_coeff_sync_callback : dsp_sync_callback; // Register on both elements for bidirectional sync alsa_elem_add_callback(elem_l, callback, data, NULL); alsa_elem_add_callback(elem_r, callback, data, NULL); g_object_weak_ref( G_OBJECT(parent), (GWeakNotify)dsp_sync_destroy, data ); } // Hide/show channel 2 widgets based on link state static void dsp_link_visibility_changed( struct alsa_elem *elem, void *private ) { struct dsp_pair_visibility_data *pv = private; int linked = alsa_get_elem_value(elem); if (pv->ch2_header) gtk_widget_set_visible(pv->ch2_header, !linked); if (pv->ch2_sections) gtk_widget_set_visible(pv->ch2_sections, !linked); } // Copy all channel 1 DSP values to channel 2 when first linked static void sync_dsp_channels_on_link(struct alsa_card *card) { GPtrArray *elems = card->elems; // DSP Capture Switch struct alsa_elem *elem_l = get_elem_by_name(elems, "Line In 1 DSP Capture Switch"); struct alsa_elem *elem_r = get_elem_by_name(elems, "Line In 2 DSP Capture Switch"); if (elem_l && elem_r) alsa_set_elem_value(elem_r, alsa_get_elem_value(elem_l)); // Compressor parameters const char *comp_params[] = { "Compressor Threshold", "Compressor Ratio", "Compressor Knee Width", "Compressor Attack", "Compressor Release", "Compressor Makeup Gain" }; for (size_t i = 0; i < sizeof(comp_params) / sizeof(comp_params[0]); i++) { char *name_l = g_strdup_printf("Line In 1 %s", comp_params[i]); char *name_r = g_strdup_printf("Line In 2 %s", comp_params[i]); elem_l = get_elem_by_name(elems, name_l); elem_r = get_elem_by_name(elems, name_r); if (elem_l && elem_r) alsa_set_elem_value(elem_r, alsa_get_elem_value(elem_l)); g_free(name_l); g_free(name_r); } // Pre-comp coefficients (2 stages) for (int i = 1; i <= 2; i++) { char *name_l = g_strdup_printf("Line In 1 Pre-Comp Coefficients %d", i); char *name_r = g_strdup_printf("Line In 2 Pre-Comp Coefficients %d", i); elem_l = get_elem_by_name(elems, name_l); elem_r = get_elem_by_name(elems, name_r); if (elem_l && elem_r) { long *values = alsa_get_elem_int_values(elem_l); if (values) { alsa_set_elem_int_values(elem_r, values, 5); free(values); } } g_free(name_l); g_free(name_r); } // PEQ coefficients (3 stages) for (int i = 1; i <= 3; i++) { char *name_l = g_strdup_printf("Line In 1 PEQ Coefficients %d", i); char *name_r = g_strdup_printf("Line In 2 PEQ Coefficients %d", i); elem_l = get_elem_by_name(elems, name_l); elem_r = get_elem_by_name(elems, name_r); if (elem_l && elem_r) { long *values = alsa_get_elem_int_values(elem_l); if (values) { alsa_set_elem_int_values(elem_r, values, 5); free(values); } } g_free(name_l); g_free(name_r); } } // Data for link state change callback struct dsp_link_data { struct alsa_card *card; int was_linked; }; static void dsp_link_data_destroy(struct dsp_link_data *data) { g_free(data); } // Trigger initial sync when link state changes to linked static void dsp_link_state_changed(struct alsa_elem *elem, void *private) { struct dsp_link_data *data = private; int linked = alsa_get_elem_value(elem); // Only sync when transitioning from unlinked to linked if (linked && !data->was_linked) sync_dsp_channels_on_link(data->card); data->was_linked = linked; } // Register ongoing sync callbacks for all DSP elements static void register_dsp_sync_callbacks( struct alsa_card *card, struct alsa_elem *link_elem, GtkWidget *parent ) { GPtrArray *elems = card->elems; // Simple value elements const char *simple_elems[] = { "DSP Capture Switch", "Compressor Threshold", "Compressor Ratio", "Compressor Knee Width", "Compressor Attack", "Compressor Release", "Compressor Makeup Gain" }; for (size_t i = 0; i < sizeof(simple_elems) / sizeof(simple_elems[0]); i++) { char *name_l = g_strdup_printf("Line In 1 %s", simple_elems[i]); char *name_r = g_strdup_printf("Line In 2 %s", simple_elems[i]); struct alsa_elem *elem_l = get_elem_by_name(elems, name_l); struct alsa_elem *elem_r = get_elem_by_name(elems, name_r); register_dsp_sync_pair(link_elem, elem_l, elem_r, FALSE, parent); g_free(name_l); g_free(name_r); } // Pre-comp coefficients (2 stages) for (int i = 1; i <= 2; i++) { char *name_l = g_strdup_printf("Line In 1 Pre-Comp Coefficients %d", i); char *name_r = g_strdup_printf("Line In 2 Pre-Comp Coefficients %d", i); struct alsa_elem *elem_l = get_elem_by_name(elems, name_l); struct alsa_elem *elem_r = get_elem_by_name(elems, name_r); register_dsp_sync_pair(link_elem, elem_l, elem_r, TRUE, parent); g_free(name_l); g_free(name_r); } // PEQ coefficients (3 stages) for (int i = 1; i <= 3; i++) { char *name_l = g_strdup_printf("Line In 1 PEQ Coefficients %d", i); char *name_r = g_strdup_printf("Line In 2 PEQ Coefficients %d", i); struct alsa_elem *elem_l = get_elem_by_name(elems, name_l); struct alsa_elem *elem_r = get_elem_by_name(elems, name_r); register_dsp_sync_pair(link_elem, elem_l, elem_r, TRUE, parent); g_free(name_l); g_free(name_r); } } // Preset types enum { PRESET_TYPE_PRECOMP, PRESET_TYPE_COMPRESSOR, PRESET_TYPE_PEQ }; // Pre-comp preset coefficients (2 stages, 5 coefficients each) struct precomp_preset { const char *name; long stage1[5]; long stage2[5]; }; static const struct precomp_preset precomp_presets[] = { { "None", { 268435456, 0, 0, 0, 0 }, { 268435456, 0, 0, 0, 0 } }, { "Rumble Reduction Low", { 266497594, -532995188, 266497594, 532986969, -264567952 }, { 267626948, -535253896, 267626948, 535245642, -266826694 } }, { "Rumble Reduction High", { 265856028, -531712056, 265856028, 531697479, -263291177 }, { 267356697, -534713394, 267356697, 534698735, -266292598 } } }; #define NUM_PRECOMP_PRESETS (sizeof(precomp_presets) / sizeof(precomp_presets[0])) // Compressor preset values (threshold, ratio*2, knee, attack, release, makeup) struct compressor_preset { const char *name; int threshold; // dB int ratio; // stored as ratio * 2 (so 4:1 = 8) int knee; // dB int attack; // ms int release; // ms int makeup; // dB }; static const struct compressor_preset compressor_presets[] = { { "Off", 0, 8, 3, 10, 30, 0 }, { "Low", -10, 8, 3, 10, 30, 2 }, { "Med", -20, 8, 3, 10, 30, 3 }, { "High", -30, 8, 3, 10, 30, 5 } }; #define NUM_COMPRESSOR_PRESETS (sizeof(compressor_presets) / sizeof(compressor_presets[0])) // Compressor elements for presets struct compressor_elems { struct alsa_elem *threshold; struct alsa_elem *ratio; struct alsa_elem *knee; struct alsa_elem *attack; struct alsa_elem *release; struct alsa_elem *makeup; }; // PEQ preset coefficients (3 bands, 5 coefficients each) struct peq_preset { const char *name; long band1[5]; long band2[5]; long band3[5]; }; static const struct peq_preset peq_presets[] = { { "Radio", { 268764056, -534822977, 266136367, 534822977, -266464967 }, { 264343107, -475942323, 220923477, 475942323, -216831129 }, { 280826929, -286659621, 124570994, 286659621, -136962468 } }, { "Clean", { 268173186, -534243182, 266147357, 534243182, -265885087 }, { 273994701, -484439285, 219935310, 484439285, -225494556 }, { 285089098, -288665257, 123145223, 288665257, -139798866 } }, { "Warm", { 268304503, -534385186, 266158065, 534385186, -266027113 }, { 275408969, -485541124, 219644468, 485541124, -226617981 }, { 260481651, -276190834, 130111172, 276190834, -122157368 } }, { "Bright", { 268173186, -534243182, 266147357, 534243182, -265885087 }, { 276834931, -486616512, 219314962, 486616512, -227714437 }, { 293825201, -292586874, 119955124, 292586874, -145344869 } } }; #define NUM_PEQ_PRESETS (sizeof(peq_presets) / sizeof(peq_presets[0])) // Data passed to preset callbacks struct preset_callback_data { int preset_type; struct filter_response_stages *stages; struct compressor_elems *comp_elems; GtkWidget *popover; }; // Apply a pre-comp preset static void apply_precomp_preset( struct filter_response_stages *stages, const struct precomp_preset *preset ) { if (stages->num_stages >= 1 && stages->stages[0]) { alsa_set_elem_int_values(stages->stages[0]->coeff_elem, preset->stage1, 5); } if (stages->num_stages >= 2 && stages->stages[1]) { alsa_set_elem_int_values(stages->stages[1]->coeff_elem, preset->stage2, 5); } } // Apply a compressor preset static void apply_compressor_preset( struct compressor_elems *elems, const struct compressor_preset *preset ) { if (elems->threshold) alsa_set_elem_value(elems->threshold, preset->threshold); if (elems->ratio) alsa_set_elem_value(elems->ratio, preset->ratio); if (elems->knee) alsa_set_elem_value(elems->knee, preset->knee); if (elems->attack) alsa_set_elem_value(elems->attack, preset->attack); if (elems->release) alsa_set_elem_value(elems->release, preset->release); if (elems->makeup) alsa_set_elem_value(elems->makeup, preset->makeup); } // Apply a PEQ preset static void apply_peq_preset( struct filter_response_stages *stages, const struct peq_preset *preset ) { if (stages->num_stages >= 1 && stages->stages[0]) { alsa_set_elem_int_values(stages->stages[0]->coeff_elem, preset->band1, 5); } if (stages->num_stages >= 2 && stages->stages[1]) { alsa_set_elem_int_values(stages->stages[1]->coeff_elem, preset->band2, 5); } if (stages->num_stages >= 3 && stages->stages[2]) { alsa_set_elem_int_values(stages->stages[2]->coeff_elem, preset->band3, 5); } } // Callback when a preset is selected from the list static void preset_list_activated( GtkListView *listview, guint index, struct preset_callback_data *data ) { if (data->preset_type == PRESET_TYPE_PRECOMP && index < NUM_PRECOMP_PRESETS) { apply_precomp_preset(data->stages, &precomp_presets[index]); } else if (data->preset_type == PRESET_TYPE_COMPRESSOR && index < NUM_COMPRESSOR_PRESETS) { apply_compressor_preset(data->comp_elems, &compressor_presets[index]); } else if (data->preset_type == PRESET_TYPE_PEQ && index < NUM_PEQ_PRESETS) { apply_peq_preset(data->stages, &peq_presets[index]); } gtk_popover_popdown(GTK_POPOVER(data->popover)); } // Setup callback for preset list items static void preset_list_item_setup( GtkListItemFactory *factory, GtkListItem *list_item, gpointer user_data ) { GtkWidget *label = gtk_label_new(NULL); gtk_label_set_xalign(GTK_LABEL(label), 0.0); gtk_list_item_set_child(list_item, label); } // Bind callback for preset list items static void preset_list_item_bind( GtkListItemFactory *factory, GtkListItem *list_item, gpointer user_data ) { GtkWidget *label = gtk_list_item_get_child(list_item); GtkStringObject *str_obj = gtk_list_item_get_item(list_item); gtk_label_set_text(GTK_LABEL(label), gtk_string_object_get_string(str_obj)); } // Callback for preset button clicks - shows a popover with preset list static void preset_button_clicked(GtkButton *button, gpointer user_data) { struct preset_callback_data *data = user_data; GtkWidget *popover = gtk_popover_new(); gtk_popover_set_has_arrow(GTK_POPOVER(popover), FALSE); gtk_widget_set_parent(popover, GTK_WIDGET(button)); data->popover = popover; GtkStringList *model = NULL; if (data->preset_type == PRESET_TYPE_PRECOMP && data->stages) { model = gtk_string_list_new(NULL); for (size_t i = 0; i < NUM_PRECOMP_PRESETS; i++) gtk_string_list_append(model, precomp_presets[i].name); } else if (data->preset_type == PRESET_TYPE_COMPRESSOR && data->comp_elems) { model = gtk_string_list_new(NULL); for (size_t i = 0; i < NUM_COMPRESSOR_PRESETS; i++) gtk_string_list_append(model, compressor_presets[i].name); } else if (data->preset_type == PRESET_TYPE_PEQ && data->stages) { model = gtk_string_list_new(NULL); for (size_t i = 0; i < NUM_PEQ_PRESETS; i++) gtk_string_list_append(model, peq_presets[i].name); } if (model) { // Factory for list items GtkListItemFactory *factory = gtk_signal_list_item_factory_new(); g_signal_connect(factory, "setup", G_CALLBACK(preset_list_item_setup), NULL); g_signal_connect(factory, "bind", G_CALLBACK(preset_list_item_bind), NULL); GtkSingleSelection *selection = gtk_single_selection_new(G_LIST_MODEL(model)); GtkWidget *listview = gtk_list_view_new( GTK_SELECTION_MODEL(selection), factory ); gtk_list_view_set_single_click_activate(GTK_LIST_VIEW(listview), TRUE); gtk_widget_add_css_class(listview, "filter-type-list"); gtk_popover_set_child(GTK_POPOVER(popover), listview); g_signal_connect(listview, "activate", G_CALLBACK(preset_list_activated), data); } else { GtkWidget *label = gtk_label_new("Presets TBD"); gtk_widget_set_margin_start(label, 10); gtk_widget_set_margin_end(label, 10); gtk_widget_set_margin_top(label, 5); gtk_widget_set_margin_bottom(label, 5); gtk_popover_set_child(GTK_POPOVER(popover), label); } gtk_popover_popup(GTK_POPOVER(popover)); } static void preset_callback_data_destroy(struct preset_callback_data *data) { if (data->comp_elems) g_free(data->comp_elems); g_free(data); } // Create a section box with header, presets button, and content // Returns the presets button via presets_button_out for later configuration static GtkWidget *create_section_box( const char *title, int preset_type, GtkWidget **presets_button_out ) { GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_set_margin_start(box, 5); gtk_widget_set_margin_end(box, 5); // Header row with title and presets button GtkWidget *header_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); gtk_box_append(GTK_BOX(box), header_box); GtkWidget *label = gtk_label_new(title); gtk_widget_add_css_class(label, "dsp-section-header"); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_widget_set_hexpand(label, TRUE); gtk_box_append(GTK_BOX(header_box), label); // Presets button - callback data will be set up after stages are created GtkWidget *presets_button = gtk_button_new_with_label("Presets"); gtk_widget_add_css_class(presets_button, "presets-button"); gtk_widget_set_valign(presets_button, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(header_box), presets_button); if (presets_button_out) *presets_button_out = presets_button; // Store preset type on the button for later g_object_set_data(G_OBJECT(presets_button), "preset_type", GINT_TO_POINTER(preset_type)); // Default callback shows TBD until connect_presets_button is called struct preset_callback_data *default_data = g_malloc0(sizeof(struct preset_callback_data)); default_data->preset_type = preset_type; default_data->stages = NULL; g_signal_connect(presets_button, "clicked", G_CALLBACK(preset_button_clicked), default_data); g_object_set_data_full(G_OBJECT(presets_button), "preset_data", default_data, (GDestroyNotify)preset_callback_data_destroy); return box; } // Connect presets button to stages after stages are created static void connect_presets_button( GtkWidget *presets_button, struct filter_response_stages *stages ) { int preset_type = GPOINTER_TO_INT(g_object_get_data(G_OBJECT(presets_button), "preset_type")); // Get old data and disconnect old handler struct preset_callback_data *old_data = g_object_get_data( G_OBJECT(presets_button), "preset_data" ); if (old_data) { g_signal_handlers_disconnect_by_func( presets_button, preset_button_clicked, old_data ); } struct preset_callback_data *data = g_malloc0(sizeof(struct preset_callback_data)); data->preset_type = preset_type; data->stages = stages; g_signal_connect(presets_button, "clicked", G_CALLBACK(preset_button_clicked), data); g_object_set_data_full(G_OBJECT(presets_button), "preset_data", data, (GDestroyNotify)preset_callback_data_destroy); } // Connect compressor presets button to elements static void connect_compressor_presets_button( GtkWidget *presets_button, struct compressor_elems *comp_elems ) { int preset_type = GPOINTER_TO_INT(g_object_get_data(G_OBJECT(presets_button), "preset_type")); // Get old data and disconnect old handler struct preset_callback_data *old_data = g_object_get_data( G_OBJECT(presets_button), "preset_data" ); if (old_data) { g_signal_handlers_disconnect_by_func( presets_button, preset_button_clicked, old_data ); } struct preset_callback_data *data = g_malloc0(sizeof(struct preset_callback_data)); data->preset_type = preset_type; data->comp_elems = comp_elems; g_signal_connect(presets_button, "clicked", G_CALLBACK(preset_button_clicked), data); g_object_set_data_full(G_OBJECT(presets_button), "preset_data", data, (GDestroyNotify)preset_callback_data_destroy); } // Create controls for one line input channel // Output parameters return widgets needed for stereo linking visibility static void add_channel_controls( struct alsa_card *card, GtkWidget *grid, int *grid_y, int channel, struct alsa_elem *link_elem, struct routing_src *src_partner, GtkWidget **header_out, GtkWidget **sections_out, struct routing_src **dsp_src_out ) { GPtrArray *elems = card->elems; char *prefix = g_strdup_printf("Line In %d ", channel); GtkWidget *w; char *name; struct alsa_elem *elem; // Keep track of visualization widgets for DSP enable callback GtkFilterResponse *precomp_response = NULL; GtkCompressorCurve *comp_curve = NULL; GtkFilterResponse *peq_response = NULL; // Find DSP Output source for this channel to get custom name struct routing_src *dsp_src = NULL; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category == PC_DSP && src->port_num == channel - 1) { dsp_src = src; break; } } // Find DSP Input sink for this channel struct routing_snk *dsp_snk = NULL; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (snk->elem && snk->elem->port_category == PC_DSP && snk->elem->port_num == channel - 1) { dsp_snk = snk; break; } } // DSP header row with enable name = g_strdup_printf("%sDSP Capture Switch", prefix); struct alsa_elem *dsp_enable = get_elem_by_name(elems, name); g_free(name); GtkWidget *header_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 10); gtk_grid_attach(GTK_GRID(grid), header_box, 0, (*grid_y)++, 1, 1); const char *header = dsp_src ? get_routing_src_display_name(dsp_src) : NULL; char *header_fallback = NULL; if (!header) { header_fallback = g_strdup_printf("DSP %d", channel); header = header_fallback; } GtkWidget *header_button = NULL; GtkWidget *header_label = NULL; if (dsp_enable) { w = make_boolean_alsa_elem(dsp_enable, header, NULL); gtk_widget_add_css_class(w, "dsp"); gtk_box_append(GTK_BOX(header_box), w); header_button = w; } else { w = gtk_label_new(NULL); char *markup = g_strdup_printf("%s", header); gtk_label_set_markup(GTK_LABEL(w), markup); g_free(markup); gtk_box_append(GTK_BOX(header_box), w); header_label = w; } g_free(header_fallback); // Register callback for custom name changes and link state changes if (dsp_src) { struct dsp_header_data *hdr_data = g_malloc0(sizeof(struct dsp_header_data)); hdr_data->button = header_button; hdr_data->label = header_label; hdr_data->src = dsp_src; hdr_data->link_elem = link_elem; if (dsp_src->custom_name_elem) alsa_elem_add_callback( dsp_src->custom_name_elem, dsp_header_name_updated, hdr_data, NULL ); // Also update when partner name changes (pair display uses both names) if (src_partner && src_partner->custom_name_elem) alsa_elem_add_callback( src_partner->custom_name_elem, dsp_header_name_updated, hdr_data, NULL ); // Also update when pair name changes (used when linked) struct alsa_elem *pair_name_elem = get_src_pair_name_elem(dsp_src); if (pair_name_elem) alsa_elem_add_callback( pair_name_elem, dsp_header_name_updated, hdr_data, NULL ); // Also update when link state changes if (link_elem) alsa_elem_add_callback(link_elem, dsp_header_name_updated, hdr_data, NULL); g_object_weak_ref( G_OBJECT(header_box), (GWeakNotify)dsp_header_destroy, hdr_data ); // Set initial header name (use callback function for DRY) dsp_header_update(hdr_data); } // Horizontal box for the three sections GtkWidget *sections_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 10); gtk_widget_set_hexpand(sections_box, TRUE); gtk_grid_attach(GTK_GRID(grid), sections_box, 0, (*grid_y)++, 1, 1); // === Pre-Comp Filter section === name = g_strdup_printf("%sPre-Comp Filter Enable", prefix); struct alsa_elem *precomp_enable = get_elem_by_name(elems, name); g_free(name); if (precomp_enable) { GtkWidget *precomp_presets_button; GtkWidget *precomp_box = create_section_box( "Pre-Compressor Filter", PRESET_TYPE_PRECOMP, &precomp_presets_button ); gtk_box_append(GTK_BOX(sections_box), precomp_box); // Response widget GtkWidget *precomp_response_widget = gtk_filter_response_new(2); precomp_response = GTK_FILTER_RESPONSE(precomp_response_widget); gtk_box_append(GTK_BOX(precomp_box), precomp_response_widget); // Filter stages grid GtkWidget *precomp_grid = gtk_grid_new(); gtk_widget_add_css_class(precomp_grid, "filter-stage"); gtk_widget_set_hexpand(precomp_grid, TRUE); gtk_grid_set_column_spacing(GTK_GRID(precomp_grid), 10); gtk_grid_set_row_spacing(GTK_GRID(precomp_grid), 3); gtk_box_append(GTK_BOX(precomp_box), precomp_grid); struct filter_response_stages *precomp_stages = g_malloc0( sizeof(struct filter_response_stages) ); int precomp_row = 0; for (int i = 1; i <= 2; i++) { name = g_strdup_printf("%sPre-Comp Coefficients %d", prefix, i); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { char stage_label[16]; snprintf(stage_label, sizeof(stage_label), "Stage %d", i); struct filter_stage *stage; make_filter_stage( card, elem, i - 1, precomp_response, stage_label, BIQUAD_TYPE_HIGHPASS, "Pre-Comp", channel, i, precomp_grid, precomp_row++, &stage ); precomp_stages->stages[i - 1] = stage; precomp_stages->num_stages = i; } } gtk_filter_response_auto_range(precomp_response); // Connect presets button now that stages are created connect_presets_button(precomp_presets_button, precomp_stages); // Connect signals for drag and highlight updates g_signal_connect(precomp_response, "filter-changed", G_CALLBACK(response_filter_changed), precomp_stages); g_signal_connect(precomp_response, "highlight-changed", G_CALLBACK(response_highlight_changed), precomp_stages); g_object_weak_ref(G_OBJECT(precomp_response_widget), (GWeakNotify)filter_response_stages_destroy, precomp_stages); gtk_box_append(GTK_BOX(sections_box), gtk_separator_new(GTK_ORIENTATION_VERTICAL)); } // === Compressor section === name = g_strdup_printf("%sCompressor Enable", prefix); struct alsa_elem *comp_enable = get_elem_by_name(elems, name); g_free(name); if (comp_enable) { GtkWidget *comp_presets_button; GtkWidget *comp_box = create_section_box( "Compressor", PRESET_TYPE_COMPRESSOR, &comp_presets_button ); gtk_box_append(GTK_BOX(sections_box), comp_box); // Curve widget GtkWidget *curve_widget = gtk_compressor_curve_new(); comp_curve = GTK_COMPRESSOR_CURVE(curve_widget); gtk_box_append(GTK_BOX(comp_box), curve_widget); // Store for level updates struct dsp_comp_widget *dcw = g_malloc0(sizeof(struct dsp_comp_widget)); dcw->curve = comp_curve; dcw->input_snk = dsp_snk; dcw->output_src = dsp_src; card->dsp_comp_widgets = g_list_append(card->dsp_comp_widgets, dcw); // Collect compressor elements for presets struct compressor_elems *comp_elems = g_malloc0(sizeof(struct compressor_elems)); // Sliders grid GtkWidget *slider_grid = gtk_grid_new(); gtk_grid_set_column_spacing(GTK_GRID(slider_grid), 5); gtk_grid_set_row_spacing(GTK_GRID(slider_grid), 3); gtk_box_append(GTK_BOX(comp_box), slider_grid); int row = 0; // Threshold name = g_strdup_printf("%sCompressor Threshold", prefix); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { comp_elems->threshold = elem; w = gtk_label_new("Thresh"); gtk_widget_set_halign(w, GTK_ALIGN_END); gtk_grid_attach(GTK_GRID(slider_grid), w, 0, row, 1, 1); w = make_int_slider_with_curve(elem, " dB", 1, comp_curve, update_curve_threshold); gtk_grid_attach(GTK_GRID(slider_grid), w, 1, row++, 1, 1); } // Ratio name = g_strdup_printf("%sCompressor Ratio", prefix); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { comp_elems->ratio = elem; w = gtk_label_new("Ratio"); gtk_widget_set_halign(w, GTK_ALIGN_END); gtk_grid_attach(GTK_GRID(slider_grid), w, 0, row, 1, 1); w = make_int_slider_with_curve(elem, NULL, 2, comp_curve, update_curve_ratio); gtk_grid_attach(GTK_GRID(slider_grid), w, 1, row++, 1, 1); } // Knee name = g_strdup_printf("%sCompressor Knee Width", prefix); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { comp_elems->knee = elem; w = gtk_label_new("Knee"); gtk_widget_set_halign(w, GTK_ALIGN_END); gtk_grid_attach(GTK_GRID(slider_grid), w, 0, row, 1, 1); w = make_int_slider_with_curve(elem, " dB", 1, comp_curve, update_curve_knee); gtk_grid_attach(GTK_GRID(slider_grid), w, 1, row++, 1, 1); } // Attack name = g_strdup_printf("%sCompressor Attack", prefix); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { comp_elems->attack = elem; w = gtk_label_new("Attack"); gtk_widget_set_halign(w, GTK_ALIGN_END); gtk_grid_attach(GTK_GRID(slider_grid), w, 0, row, 1, 1); w = make_int_slider(elem, " ms", 1); gtk_grid_attach(GTK_GRID(slider_grid), w, 1, row++, 1, 1); } // Release name = g_strdup_printf("%sCompressor Release", prefix); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { comp_elems->release = elem; w = gtk_label_new("Release"); gtk_widget_set_halign(w, GTK_ALIGN_END); gtk_grid_attach(GTK_GRID(slider_grid), w, 0, row, 1, 1); w = make_int_slider(elem, " ms", 1); gtk_grid_attach(GTK_GRID(slider_grid), w, 1, row++, 1, 1); } // Makeup name = g_strdup_printf("%sCompressor Makeup Gain", prefix); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { comp_elems->makeup = elem; w = gtk_label_new("Makeup"); gtk_widget_set_halign(w, GTK_ALIGN_END); gtk_grid_attach(GTK_GRID(slider_grid), w, 0, row, 1, 1); w = make_int_slider_with_curve(elem, " dB", 1, comp_curve, update_curve_makeup); gtk_grid_attach(GTK_GRID(slider_grid), w, 1, row++, 1, 1); } // Connect presets button now that elements are collected connect_compressor_presets_button(comp_presets_button, comp_elems); gtk_box_append(GTK_BOX(sections_box), gtk_separator_new(GTK_ORIENTATION_VERTICAL)); } // === PEQ Filter section === name = g_strdup_printf("%sPEQ Filter Enable", prefix); struct alsa_elem *peq_enable = get_elem_by_name(elems, name); g_free(name); if (peq_enable) { GtkWidget *peq_presets_button; GtkWidget *peq_box = create_section_box( "Parametric EQ Filter", PRESET_TYPE_PEQ, &peq_presets_button ); gtk_widget_set_hexpand(peq_box, TRUE); gtk_box_append(GTK_BOX(sections_box), peq_box); // Response widget GtkWidget *peq_response_widget = gtk_filter_response_new(3); peq_response = GTK_FILTER_RESPONSE(peq_response_widget); gtk_widget_set_hexpand(peq_response_widget, TRUE); gtk_box_append(GTK_BOX(peq_box), peq_response_widget); // Filter bands grid GtkWidget *peq_grid = gtk_grid_new(); gtk_widget_add_css_class(peq_grid, "filter-stage"); gtk_widget_set_hexpand(peq_grid, TRUE); gtk_grid_set_column_spacing(GTK_GRID(peq_grid), 10); gtk_grid_set_row_spacing(GTK_GRID(peq_grid), 3); gtk_box_append(GTK_BOX(peq_box), peq_grid); struct filter_response_stages *peq_stages = g_malloc0( sizeof(struct filter_response_stages) ); int peq_row = 0; for (int i = 1; i <= 3; i++) { name = g_strdup_printf("%sPEQ Coefficients %d", prefix, i); elem = get_elem_by_name(elems, name); g_free(name); if (elem) { char band_label[16]; snprintf(band_label, sizeof(band_label), "Band %d", i); struct filter_stage *stage; make_filter_stage( card, elem, i - 1, peq_response, band_label, BIQUAD_TYPE_PEAKING, "PEQ", channel, i, peq_grid, peq_row++, &stage ); peq_stages->stages[i - 1] = stage; peq_stages->num_stages = i; } } gtk_filter_response_auto_range(peq_response); // Connect presets button now that stages are created connect_presets_button(peq_presets_button, peq_stages); // Connect signals for drag and highlight updates g_signal_connect(peq_response, "filter-changed", G_CALLBACK(response_filter_changed), peq_stages); g_signal_connect(peq_response, "highlight-changed", G_CALLBACK(response_highlight_changed), peq_stages); g_object_weak_ref(G_OBJECT(peq_response_widget), (GWeakNotify)filter_response_stages_destroy, peq_stages); } // Connect DSP enable switch to all visualization widgets if (dsp_enable) { struct dsp_enable_data *dsp_data = g_malloc0(sizeof(struct dsp_enable_data)); dsp_data->precomp_response = precomp_response; dsp_data->comp_curve = comp_curve; dsp_data->peq_response = peq_response; alsa_elem_add_callback(dsp_enable, dsp_enable_updated, dsp_data, (GDestroyNotify)dsp_enable_destroy); dsp_enable_updated(dsp_enable, dsp_data); } // Set output parameters for stereo linking if (header_out) *header_out = header_box; if (sections_out) *sections_out = sections_box; if (dsp_src_out) *dsp_src_out = dsp_src; g_free(prefix); } GtkWidget *create_dsp_controls(struct alsa_card *card) { GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *grid = gtk_grid_new(); gtk_widget_add_css_class(grid, "window-content"); gtk_widget_add_css_class(grid, "top-level-content"); gtk_grid_set_column_spacing(GTK_GRID(grid), 10); gtk_grid_set_row_spacing(GTK_GRID(grid), 5); gtk_frame_set_child(GTK_FRAME(top), grid); // Check which channels have DSP controls struct alsa_elem *dsp_elem_1 = get_elem_by_name( card->elems, "Line In 1 DSP Capture Switch" ); struct alsa_elem *dsp_elem_2 = get_elem_by_name( card->elems, "Line In 2 DSP Capture Switch" ); gboolean has_both = dsp_elem_1 && dsp_elem_2; // Find DSP sources for custom names struct routing_src *dsp_src_1 = NULL, *dsp_src_2 = NULL; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category == PC_DSP) { if (src->port_num == 0) dsp_src_1 = src; else if (src->port_num == 1) dsp_src_2 = src; } } // Get or create DSP link element if both channels exist struct alsa_elem *link_elem = NULL; if (has_both) { link_elem = get_dsp_link_elem(card); if (link_elem) { // Register save callback struct dsp_link_save_data *save_data = g_malloc0(sizeof(struct dsp_link_save_data)); save_data->card = card; alsa_elem_add_callback(link_elem, dsp_link_state_save, save_data, NULL); g_object_weak_ref( G_OBJECT(top), (GWeakNotify)dsp_link_save_destroy, save_data ); } } int grid_y = 0; GtkWidget *ch2_header = NULL, *ch2_sections = NULL; // Channel 1 controls (partner is channel 2) if (dsp_elem_1) { add_channel_controls( card, grid, &grid_y, 1, link_elem, dsp_src_2, NULL, NULL, NULL ); } // Link button between channels (if both exist) if (has_both && link_elem) { GtkWidget *link_button = create_dsp_link_button(link_elem); gtk_grid_attach(GTK_GRID(grid), link_button, 0, grid_y++, 1, 1); } // Channel 2 controls (partner is channel 1) if (dsp_elem_2) { add_channel_controls( card, grid, &grid_y, 2, link_elem, dsp_src_1, &ch2_header, &ch2_sections, NULL ); } // Set up stereo linking if both channels exist if (has_both && link_elem) { // Set up visibility toggling for channel 2 widgets struct dsp_pair_visibility_data *pv = g_malloc0(sizeof(struct dsp_pair_visibility_data)); pv->ch2_header = ch2_header; pv->ch2_sections = ch2_sections; pv->link_elem = link_elem; alsa_elem_add_callback(link_elem, dsp_link_visibility_changed, pv, NULL); g_object_weak_ref( G_OBJECT(top), (GWeakNotify)dsp_pair_visibility_destroy, pv ); // Set initial visibility int linked = alsa_get_elem_value(link_elem); if (ch2_header) gtk_widget_set_visible(ch2_header, !linked); if (ch2_sections) gtk_widget_set_visible(ch2_sections, !linked); // Register link state change callback for initial sync struct dsp_link_data *link_data = g_malloc0(sizeof(struct dsp_link_data)); link_data->card = card; link_data->was_linked = linked; alsa_elem_add_callback(link_elem, dsp_link_state_changed, link_data, NULL); g_object_weak_ref( G_OBJECT(top), (GWeakNotify)dsp_link_data_destroy, link_data ); // Register ongoing sync callbacks for all DSP elements register_dsp_sync_callbacks(card, link_elem, top); } return top; } alsa-scarlett-gui-1.0~beta9/src/window-dsp.h000066400000000000000000000007241521233005100210440ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" #include "compressor-curve.h" // Structure to store compressor curve widget and its routing elements struct dsp_comp_widget { GtkCompressorCurve *curve; struct routing_snk *input_snk; // DSP Input sink struct routing_src *output_src; // DSP Output source }; GtkWidget *create_dsp_controls(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/window-hardware.c000066400000000000000000000077161521233005100220560ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "window-hardware.h" GtkWidget *window_hardware; struct hw_info { char *name; }; struct hw_cat { char *name; struct hw_info *info; }; struct hw_info gen_1_info[] = { { "Scarlett 6i6 1st Gen" }, { "Scarlett 8i6 1st Gen" }, { "Scarlett 18i6 1st Gen" }, { "Scarlett 18i8 1st Gen" }, { "Scarlett 18i20 1st Gen" }, { } }; struct hw_info gen_2_info[] = { { "Scarlett 6i6 2nd Gen" }, { "Scarlett 18i8 2nd Gen" }, { "Scarlett 18i20 2nd Gen" }, { } }; struct hw_info gen_3_info[] = { { "Scarlett Solo 3rd Gen" }, { "Scarlett 2i2 3rd Gen" }, { "Scarlett 4i4 3rd Gen" }, { "Scarlett 8i6 3rd Gen" }, { "Scarlett 18i8 3rd Gen" }, { "Scarlett 18i20 3rd Gen" }, { } }; struct hw_info gen_4_info[] = { { "Scarlett Solo 4th Gen" }, { "Scarlett 2i2 4th Gen" }, { "Scarlett 4i4 4th Gen" }, { "Scarlett 16i16 4th Gen" }, { "Scarlett 18i16 4th Gen" }, { "Scarlett 18i20 4th Gen" }, { } }; struct hw_info clarett_usb_info[] = { { "Clarett 2Pre USB" }, { "Clarett 4Pre USB" }, { "Clarett 8Pre USB" }, { } }; struct hw_info clarett_plus_info[] = { { "Clarett+ 2Pre" }, { "Clarett+ 4Pre" }, { "Clarett+ 8Pre" }, { } }; struct hw_info vocaster_info[] = { { "Vocaster One" }, { "Vocaster Two" }, { } }; struct hw_cat hw_cat[] = { { "1st Gen", gen_1_info }, { "2nd Gen", gen_2_info }, { "3rd Gen", gen_3_info }, { "4th Gen", gen_4_info }, { "Clarett USB", clarett_usb_info }, { "Clarett+", clarett_plus_info }, { "Vocaster", vocaster_info }, { } }; gboolean window_hardware_close_request( GtkWindow *w, gpointer data ) { GtkApplication *app = data; g_action_group_activate_action( G_ACTION_GROUP(app), "hardware", NULL ); return true; } static gboolean on_key_press( GtkEventControllerKey *controller, guint keyval, guint keycode, GdkModifierType state, gpointer user_data ) { GtkApplication *app = user_data; if (keyval == GDK_KEY_Escape) { g_action_group_activate_action(G_ACTION_GROUP(app), "hardware", NULL); return 1; } if (state & GDK_CONTROL_MASK) { const char *action = NULL; switch (keyval) { case GDK_KEY_q: action = "quit"; break; case GDK_KEY_w: case GDK_KEY_h: action = "hardware"; break; } if (action) { g_action_group_activate_action(G_ACTION_GROUP(app), action, NULL); return 1; } } return 0; } GtkWidget *make_notebook_page(struct hw_cat *cat) { GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); for (struct hw_info *info = cat->info; info->name; info++) { GtkWidget *label = gtk_label_new(info->name); gtk_box_append(GTK_BOX(box), label); } return box; } void add_notebook_pages(GtkWidget *notebook) { for (struct hw_cat *cat = hw_cat; cat->name; cat++) { GtkWidget *page = make_notebook_page(cat); GtkWidget *label = gtk_label_new(cat->name); gtk_notebook_append_page(GTK_NOTEBOOK(notebook), page, label); } } void create_hardware_window(GtkApplication *app) { window_hardware = gtk_window_new(); g_signal_connect( window_hardware, "close_request", G_CALLBACK(window_hardware_close_request), app ); GtkEventController *key_controller = gtk_event_controller_key_new(); gtk_widget_add_controller(window_hardware, key_controller); g_signal_connect( key_controller, "key-pressed", G_CALLBACK(on_key_press), app ); gtk_window_set_title( GTK_WINDOW(window_hardware), "ALSA Scarlett Supported Hardware" ); GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); gtk_window_set_child(GTK_WINDOW(window_hardware), top); GtkWidget *notebook = gtk_notebook_new(); gtk_widget_add_css_class(notebook, "window-content"); gtk_frame_set_child(GTK_FRAME(top), notebook); add_notebook_pages(notebook); } alsa-scarlett-gui-1.0~beta9/src/window-hardware.h000066400000000000000000000003531521233005100220510ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include extern GtkWidget *window_hardware; void create_hardware_window(GtkApplication *app); alsa-scarlett-gui-1.0~beta9/src/window-helper.c000066400000000000000000000051101521233005100215220ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "window-helper.h" #include "window-iface.h" gboolean window_startup_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; gtk_widget_activate_action( GTK_WIDGET(card->window_main), "win.startup", NULL ); return true; } static gboolean on_key_press( GtkEventControllerKey *controller, guint keyval, guint keycode, GdkModifierType state, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *widget = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(controller) ); if (keyval == GDK_KEY_Escape || (keyval == GDK_KEY_w && (state & GDK_CONTROL_MASK))) { gtk_window_close(GTK_WINDOW(widget)); return 1; } // Forward hotkeys to main window if (state & GDK_CONTROL_MASK) { const char *action = NULL; switch (keyval) { case GDK_KEY_r: action = "win.routing"; break; case GDK_KEY_m: action = "win.mixer"; break; case GDK_KEY_l: action = "win.levels"; break; case GDK_KEY_d: action = "win.dsp"; break; case GDK_KEY_g: action = "win.configuration"; break; case GDK_KEY_t: action = "win.startup"; break; case GDK_KEY_p: action = "win.preferences"; break; case GDK_KEY_o: action = "win.load"; break; case GDK_KEY_s: action = "win.save"; break; case GDK_KEY_i: action = "win.sim"; break; case GDK_KEY_slash: action = "win.about"; break; case GDK_KEY_q: action = "app.quit"; break; case GDK_KEY_h: action = "app.hardware"; break; } if (action) { gtk_widget_activate_action( GTK_WIDGET(card->window_main), action, NULL ); return 1; } } return 0; } GtkWidget *create_subwindow( struct alsa_card *card, const char *name, GCallback close_callback ) { char *base_title = get_card_window_title(card); char *title = g_strdup_printf("%s - %s", base_title, name); g_free(base_title); GtkWidget *w = gtk_window_new(); gtk_window_set_resizable(GTK_WINDOW(w), FALSE); gtk_window_set_title(GTK_WINDOW(w), title); g_signal_connect(w, "close_request", G_CALLBACK(close_callback), card); GtkEventController *key_controller = gtk_event_controller_key_new(); gtk_widget_add_controller(w, key_controller); g_signal_connect( key_controller, "key-pressed", G_CALLBACK(on_key_press), card ); g_free(title); return w; } alsa-scarlett-gui-1.0~beta9/src/window-helper.h000066400000000000000000000005441521233005100215350ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" gboolean window_startup_close_request(GtkWindow *w, gpointer data); GtkWidget *create_subwindow( struct alsa_card *card, const char *name, GCallback close_callback ); alsa-scarlett-gui-1.0~beta9/src/window-iface.c000066400000000000000000000263421521233005100213240ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "iface-mixer.h" #include "iface-no-mixer.h" #include "iface-none.h" #include "iface-unknown.h" #include "iface-update.h" #include "iface-waiting.h" #include "main.h" #include "menu.h" #include "routing-lines.h" #include "window-iface.h" #include "window-mixer.h" #include "window-routing.h" #include "window-startup.h" #include "optional-controls.h" #include "window-preferences.h" static GtkWidget *no_cards_window; static int window_count; // Get the window title for a card // Uses the Name element if available, otherwise card->name // Returns newly allocated string that must be freed char *get_card_window_title(struct alsa_card *card) { struct alsa_elem *name_elem = optional_controls_get_name_elem(card); if (name_elem) { size_t size; const void *bytes = alsa_get_elem_bytes(name_elem, &size); if (bytes && size > 0) { // find actual string length (up to first null byte) size_t str_len = strnlen((const char *)bytes, size); // only use if non-empty and valid UTF-8 if (str_len > 0 && g_utf8_validate((const char *)bytes, str_len, NULL)) { char *custom_name = g_strndup((const char *)bytes, str_len); char *title = g_strdup_printf("%s - %s", card->name, custom_name); g_free(custom_name); return title; } } } // no custom name or it's empty, use serial number if available if (card->serial && *card->serial) return g_strdup_printf("%s - %s", card->name, card->serial); // no serial number either, just use card name return g_strdup(card->name); } // Update all window titles when the name changes static void update_window_titles(struct alsa_elem *elem, void *private) { struct alsa_card *card = private; char *title = get_card_window_title(card); // update main window if (card->window_main) gtk_window_set_title(GTK_WINDOW(card->window_main), title); // update sub-windows with appropriate suffixes if (card->window_routing) { char *routing_title = g_strdup_printf("%s - Routing", title); gtk_window_set_title(GTK_WINDOW(card->window_routing), routing_title); g_free(routing_title); } if (card->window_mixer) { char *mixer_title = g_strdup_printf("%s - Mixer", title); gtk_window_set_title(GTK_WINDOW(card->window_mixer), mixer_title); g_free(mixer_title); } if (card->window_levels) { char *levels_title = g_strdup_printf("%s - Levels", title); gtk_window_set_title(GTK_WINDOW(card->window_levels), levels_title); g_free(levels_title); } if (card->window_configuration) { char *config_title = g_strdup_printf("%s - Configuration", title); gtk_window_set_title(GTK_WINDOW(card->window_configuration), config_title); g_free(config_title); } if (card->window_startup) { char *startup_title = g_strdup_printf("%s - Startup Configuration", title); gtk_window_set_title(GTK_WINDOW(card->window_startup), startup_title); g_free(startup_title); } if (card->window_dsp) { char *dsp_title = g_strdup_printf("%s - DSP", title); gtk_window_set_title(GTK_WINDOW(card->window_dsp), dsp_title); g_free(dsp_title); } g_free(title); } // Clean up gain widget lists static void cleanup_gain_widget_lists(struct alsa_card *card) { for (GList *l = card->input_gain_widgets; l != NULL; l = l->next) g_free(l->data); g_list_free(card->input_gain_widgets); card->input_gain_widgets = NULL; for (GList *l = card->output_gain_widgets; l != NULL; l = l->next) g_free(l->data); g_list_free(card->output_gain_widgets); card->output_gain_widgets = NULL; for (GList *l = card->mixer_gain_widgets; l != NULL; l = l->next) { struct mixer_gain_widget *mg = l->data; if (mg->widget) g_object_unref(mg->widget); g_free(mg); } g_list_free(card->mixer_gain_widgets); card->mixer_gain_widgets = NULL; for (GList *l = card->dsp_comp_widgets; l != NULL; l = l->next) g_free(l->data); g_list_free(card->dsp_comp_widgets); card->dsp_comp_widgets = NULL; } // Clean up subwindows static void cleanup_subwindows(struct alsa_card *card) { // Release refs on routing widgets before destroying routing window cleanup_routing_widgets(card); if (card->window_routing) { gtk_window_destroy(GTK_WINDOW(card->window_routing)); card->window_routing = NULL; } if (card->window_mixer) { gtk_window_destroy(GTK_WINDOW(card->window_mixer)); card->window_mixer = NULL; } if (card->window_levels) { gtk_window_destroy(GTK_WINDOW(card->window_levels)); card->window_levels = NULL; } if (card->window_configuration) { gtk_window_destroy(GTK_WINDOW(card->window_configuration)); card->window_configuration = NULL; } if (card->window_startup) { gtk_window_destroy(GTK_WINDOW(card->window_startup)); card->window_startup = NULL; } if (card->window_modal) { gtk_window_destroy(GTK_WINDOW(card->window_modal)); card->window_modal = NULL; } if (card->window_dsp) { gtk_window_destroy(GTK_WINDOW(card->window_dsp)); card->window_dsp = NULL; } } // Handle main window close - clean up before window is destroyed static gboolean main_window_close_request(GtkWindow *w, gpointer data) { struct alsa_card *card = data; // set to NULL first so timer callbacks can detect cleanup is happening card->window_main = NULL; // cancel the levels timer before destroying windows if (card->levels_timer) { g_source_remove(card->levels_timer); card->levels_timer = 0; } routing_levels_cleanup(card); cleanup_gain_widget_lists(card); cleanup_subwindows(card); return FALSE; } void create_card_window(struct alsa_card *card) { if (no_cards_window) { gtk_window_destroy(GTK_WINDOW(no_cards_window)); no_cards_window = NULL; } // Replacing an existing window if (card->window_main) gtk_window_destroy(GTK_WINDOW(card->window_main)); // New window else window_count++; int has_startup = true; int has_mixer = true; // Check if the FCP driver is not initialised yet if (card->driver_type == DRIVER_TYPE_SOCKET_UNINIT) { card->window_main_contents = create_iface_waiting_main(card); has_startup = false; has_mixer = false; // Create minimal window with only the waiting interface card->window_main = gtk_application_window_new(app); gtk_window_set_resizable(GTK_WINDOW(card->window_main), FALSE); char *title = get_card_window_title(card); gtk_window_set_title(GTK_WINDOW(card->window_main), title); g_free(title); g_signal_connect( card->window_main, "close-request", G_CALLBACK(main_window_close_request), card ); gtk_window_set_child(GTK_WINDOW(card->window_main), card->window_main_contents); gtk_widget_set_visible(card->window_main, TRUE); return; } struct alsa_elem *msd_elem = get_elem_by_name(card->elems, "MSD Mode Switch"); int in_msd_mode = msd_elem && alsa_get_elem_value(msd_elem); struct alsa_elem *firmware_elem = get_elem_by_name(card->elems, "Firmware Version"); struct alsa_elem *min_firmware_elem = get_elem_by_name(card->elems, "Minimum Firmware Version"); int firmware_version = 0; int min_firmware_version = 0; if (firmware_elem && min_firmware_elem) { firmware_version = alsa_get_elem_value(firmware_elem); min_firmware_version = alsa_get_elem_value(min_firmware_elem); } // Check if FCP/Scarlett4 device needs firmware update (4-valued comparison) int fcp_needs_update = 0; if (card->driver_type == DRIVER_TYPE_SOCKET && card->best_firmware_version_4 && firmware_elem) { long *current = alsa_get_elem_int_values(firmware_elem); if (current) { for (int i = 0; i < 4; i++) { if ((uint32_t)current[i] < card->best_firmware_version_4[i]) { fcp_needs_update = 1; break; } if ((uint32_t)current[i] > card->best_firmware_version_4[i]) break; } g_free(current); } } // set has_levels flag and load preferences before building UI card->has_levels = !!get_elem_by_name(card->elems, "Firmware Version"); load_preferences(card); // Firmware update required // or firmware version available and in MSD mode // (updating will disable MSD mode) // or FCP device with newer firmware available if (firmware_version < min_firmware_version || (card->best_firmware_version > firmware_version && in_msd_mode) || fcp_needs_update) { card->window_main_contents = create_iface_update_main(card); has_startup = false; has_mixer = false; // Scarlett Gen 1 } else if (get_elem_by_prefix(card->elems, "Matrix")) { card->window_main_contents = create_iface_mixer_main(card); has_startup = false; // Scarlett Gen 2, Gen 3 4i4+, Gen 4, Clarett, or Vocaster } else if (get_elem_by_prefix(card->elems, "Mixer")) { card->window_main_contents = create_iface_mixer_main(card); // Scarlett Gen 3 Solo or 2i2 } else if (get_elem_by_prefix(card->elems, "Phantom")) { card->window_main_contents = create_iface_no_mixer_main(card); has_mixer = false; // Scarlett Gen 3+ or Vocaster in MSD Mode } else if (msd_elem) { card->window_main_contents = create_startup_controls(card); has_startup = false; has_mixer = false; // Unknown } else { card->window_main_contents = create_iface_unknown_main(); has_startup = false; has_mixer = false; } card->window_main = gtk_application_window_new(app); gtk_window_set_resizable(GTK_WINDOW(card->window_main), FALSE); char *title = get_card_window_title(card); gtk_window_set_title(GTK_WINDOW(card->window_main), title); g_free(title); g_signal_connect( card->window_main, "close-request", G_CALLBACK(main_window_close_request), card ); gtk_application_window_set_show_menubar( GTK_APPLICATION_WINDOW(card->window_main), TRUE ); add_window_action_map(GTK_WINDOW(card->window_main)); if (has_startup) add_startup_action_map(card); if (has_mixer) add_mixer_action_map(card); if (has_mixer) add_preferences_action_map(card); if (card->window_dsp) add_dsp_action_map(card); if (card->device) add_load_save_action_map(card); restore_window_visibility(card); gtk_window_set_child( GTK_WINDOW(card->window_main), card->window_main_contents ); // register callback to update window titles when name changes struct alsa_elem *name_elem = optional_controls_get_name_elem(card); if (name_elem) alsa_elem_add_callback(name_elem, update_window_titles, card, NULL); gtk_widget_set_visible(card->window_main, TRUE); } void create_no_card_window(void) { if (!window_count) no_cards_window = create_window_iface_none(app); } void destroy_card_window(struct alsa_card *card) { // clean up first (close-request is not emitted by gtk_window_destroy, // only by user-initiated close) routing_levels_cleanup(card); cleanup_gain_widget_lists(card); cleanup_subwindows(card); if (card->window_main) { gtk_window_destroy(GTK_WINDOW(card->window_main)); card->window_main = NULL; } // if last window, display the "no card found" blank window window_count--; create_no_card_window(); } void check_modal_window_closed(void) { if (!window_count) gtk_widget_set_visible(no_cards_window, TRUE); } alsa-scarlett-gui-1.0~beta9/src/window-iface.h000066400000000000000000000007451521233005100213300ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Get the window title for a card (with custom name if set) // Returns newly allocated string that must be freed char *get_card_window_title(struct alsa_card *card); void create_card_window(struct alsa_card *card); void create_no_card_window(void); void destroy_card_window(struct alsa_card *card); void check_modal_window_closed(void); alsa-scarlett-gui-1.0~beta9/src/window-levels.c000066400000000000000000000321121521233005100215370ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "db.h" #include "gtkdial.h" #include "gtkhelper.h" #include "glow.h" #include "iface-mixer.h" #include "stringhelper.h" #include "widget-gain.h" #include "window-dsp.h" #include "window-levels.h" #include "window-mixer.h" #include "window-routing.h" static const int level_breakpoints_out[] = { -80, -18, -12, -6, -3, -1 }; // inputs glow all-red when limit is reached static const int level_breakpoints_in[] = { -80, -18, -12, -6, -3, 0 }; static const double level_colours[] = { 0.00, 1.00, 0.00, // -80 0.75, 1.00, 0.00, // -18 1.00, 1.00, 0.00, // -12 1.00, 0.75, 0.00, // -6 1.00, 0.50, 0.00, // -3 1.00, 0.00, 0.00 // -1/0 }; struct levels { struct alsa_card *card; struct alsa_elem *level_meter_elem; GtkWidget *top; GtkGrid *grid; GtkWidget **meters; }; static int update_levels_controls(void *user_data) { struct levels *data = user_data; struct alsa_card *card = data->card; // main window was closed, stop the timer if (!card->window_main) return G_SOURCE_REMOVE; struct alsa_elem *level_meter_elem = data->level_meter_elem; // check which windows need updates int levels_visible = gtk_widget_get_visible(GTK_WIDGET(card->window_levels)); int routing_visible = card->window_routing && gtk_widget_get_visible(GTK_WIDGET(card->window_routing)); int mixer_visible = card->window_mixer && gtk_widget_get_visible(GTK_WIDGET(card->window_mixer)); long *values = alsa_get_elem_int_values(level_meter_elem); // update peak tick for all dials with level display gtk_dial_peak_tick(); // update level meters if levels window is visible if (levels_visible) { for (int i = 0; i < level_meter_elem->count; i++) { double value = 20 * log10(values[i] / 4095.0); gtk_dial_set_level(GTK_DIAL(data->meters[i]), value); } } // update routing levels array (needed for routing, mixer, and main window gains) if (card->routing_levels) { for (int i = 0; i < level_meter_elem->count; i++) { if (i < card->routing_levels_count) { double value = 20 * log10(values[i] / 4095.0); card->routing_levels[i] = value; } } if (routing_visible) gtk_widget_queue_draw(card->routing_lines); if (mixer_visible && card->mixer_glow) gtk_widget_queue_draw(card->mixer_glow); } // update mixer gain dial levels if mixer window is visible if (mixer_visible && card->mixer_gain_widgets) { for (GList *l = card->mixer_gain_widgets; l; l = l->next) { struct mixer_gain_widget *mg = l->data; // get the routing source connected to this mixer input if (!mg->r_snk || !mg->r_snk->elem) continue; // For stereo widgets, use max level across all routing sinks double level_db = -INFINITY; int snk_count = mg->r_snk_count > 0 ? mg->r_snk_count : 1; for (int snk_i = 0; snk_i < snk_count; snk_i++) { struct routing_snk *r_snk = snk_i < mg->r_snk_count ? mg->r_snks[snk_i] : mg->r_snk; if (!r_snk || !r_snk->elem) continue; int r_src_idx = alsa_get_elem_value(r_snk->elem); if (!r_src_idx) continue; struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx ); double src_level = get_routing_src_level_db(card, r_src); if (src_level > level_db) level_db = src_level; } // apply gain value to get post-gain level (in dB, so we add) if (mg->elem) { int gain_val = alsa_get_elem_value(mg->elem); double gain_db; if (mg->elem->dB_type == SND_CTL_TLVT_DB_LINEAR) { gain_db = linear_value_to_cdb( gain_val, mg->elem->min_val, mg->elem->max_val, mg->elem->min_cdB, mg->elem->max_cdB ) / 100.0; } else { double scale = (double)(mg->elem->max_cdB - mg->elem->min_cdB) / 100.0 / (mg->elem->max_val - mg->elem->min_val); gain_db = (double)(gain_val - mg->elem->min_val) * scale + mg->elem->min_cdB / 100.0; } level_db += gain_db; } // get the dial from the gain widget container GtkWidget *dial = get_gain_dial(mg->widget); if (dial) gtk_dial_set_level(GTK_DIAL(dial), level_db); } } // update input gain dial levels (main window is always visible when timer runs) if (card->input_gain_widgets) { for (GList *l = card->input_gain_widgets; l; l = l->next) { struct input_gain_widget *ig = l->data; if (!ig->r_src) continue; double level_db = get_routing_src_level_db(card, ig->r_src); GtkWidget *dial = get_gain_dial(ig->widget); if (dial) gtk_dial_set_level(GTK_DIAL(dial), level_db); } } // update output gain dial levels if (card->output_gain_widgets) { for (GList *l = card->output_gain_widgets; l; l = l->next) { struct output_gain_widget *og = l->data; if (!og->r_snk) continue; // use the sink level directly int index = get_routing_snk_level_index(og->r_snk); if (index < 0) continue; double level_db = card->routing_levels[index]; // show -inf if muted by inactive monitor group if (is_snk_monitor_muted(og->r_snk)) level_db = -INFINITY; GtkWidget *dial = get_gain_dial(og->widget); if (dial) gtk_dial_set_level(GTK_DIAL(dial), level_db); } } // update compressor curve levels if DSP window is visible int dsp_visible = card->window_dsp && gtk_widget_get_visible(GTK_WIDGET(card->window_dsp)); if (dsp_visible && card->dsp_comp_widgets) { for (GList *l = card->dsp_comp_widgets; l; l = l->next) { struct dsp_comp_widget *dcw = l->data; double input_db = -80.0; double output_db = -80.0; // Get input level from DSP Input sink if (dcw->input_snk) { int idx = get_routing_snk_level_index(dcw->input_snk); if (idx >= 0 && idx < card->routing_levels_count) input_db = card->routing_levels[idx]; } // Get output level from DSP Output source if (dcw->output_src) output_db = get_routing_src_level_db(card, dcw->output_src); gtk_compressor_curve_set_levels(dcw->curve, input_db, output_db); } } free(values); return 1; } static GtkWidget *add_count_label(GtkGrid *grid, int count) { char s[20]; sprintf(s, "%d", count + 1); GtkWidget *l = gtk_label_new(s); gtk_grid_attach(grid, l, count + 1, 0, 1, 1); return l; } static void on_destroy(struct levels *data, GtkWidget *widget) { // timer is cancelled in card_destroy_callback before we get here g_free(data->meters); g_free(data); } static GtkWidget *create_levels_controls_with_labels( struct alsa_card *card, struct levels *data ) { struct alsa_elem *level_meter_elem = data->level_meter_elem; int count = level_meter_elem->count; data->meters = g_malloc0(count * sizeof(GtkWidget *)); int row = 1; int max_count = 0; char *current_type = NULL; for (int meter_num = 0; meter_num < count; meter_num++) { char *label = strdup(level_meter_elem->meter_labels[meter_num]); if (!label) { fprintf(stderr, "Couldn't strdup label\n"); exit(1); } if (strlen(label) < 3) { fprintf(stderr, "Label too short: %s\n", label); exit(1); } // Label is "Source Analogue 1" or "Source Mix A" or "Sink // Analogue 1", etc. // get the number part of the label looking from the end int label_idx = strlen(label) - 1; int label_num = 1; if (isdigit(label[label_idx])) { while (label_idx > 1 && isdigit(label[label_idx - 1])) label_idx--; label_num = atoi(&label[label_idx]); if (label[label_idx - 1] != ' ') { fprintf(stderr, "Label %s is not in the expected format\n", label); exit(1); } label[label_idx - 1] = '\0'; } else if (label[label_idx] >= 'A' && label[label_idx] <= 'Z') { label_num = label[label_idx] - 'A' + 1; if (label[label_idx - 1] != ' ') { fprintf(stderr, "Label %s is not in the expected format\n", label); exit(1); } label[label_idx - 1] = '\0'; } if (label_num > max_count) max_count = label_num; if (!current_type || strcmp(current_type, label)) { row++; free(current_type); current_type = strdup(label); GtkWidget *l = gtk_label_new(current_type); gtk_widget_set_halign(l, GTK_ALIGN_END); // add the type label gtk_grid_attach(GTK_GRID(data->grid), l, 0, row, 1, 1); } GtkWidget *meter = gtk_dial_new_with_range(-80, 0, 0, 0); gtk_dial_set_taper(GTK_DIAL(meter), GTK_DIAL_TAPER_LINEAR); gtk_dial_set_can_control(GTK_DIAL(meter), FALSE); gtk_dial_set_peak_hold(GTK_DIAL(meter), 1000); gtk_dial_set_level_meter_colours( GTK_DIAL(meter), level_breakpoints_out, level_colours, sizeof(level_breakpoints_out) / sizeof(int) ); gtk_widget_set_sensitive(meter, FALSE); gtk_dial_set_off_db(GTK_DIAL(meter), -45); gtk_dial_set_show_level(GTK_DIAL(meter), TRUE); gtk_dial_set_show_value(GTK_DIAL(meter), FALSE); gtk_grid_attach(GTK_GRID(data->grid), meter, label_num, row, 1, 1); data->meters[meter_num] = meter; free(label); } free(current_type); for (int col = 1; col <= max_count; col++) { char s[20]; sprintf(s, "%d", col); GtkWidget *l = gtk_label_new(s); gtk_grid_attach(GTK_GRID(data->grid), l, col, 0, 1, 1); } card->levels_data = data; card->levels_timer = g_timeout_add( card->pref_levels_interval_ms, update_levels_controls, data ); g_object_weak_ref(G_OBJECT(data->grid), (GWeakNotify)on_destroy, data); return data->top; } GtkWidget *create_levels_controls(struct alsa_card *card) { struct levels *data = g_malloc0(sizeof(struct levels)); data->card = card; GtkWidget *top = data->top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *grid_widget = gtk_grid_new(); gtk_widget_add_css_class(grid_widget, "window-content"); gtk_widget_add_css_class(grid_widget, "top-level-content"); gtk_widget_add_css_class(grid_widget, "window-levels"); gtk_frame_set_child(GTK_FRAME(top), grid_widget); GtkGrid *grid = data->grid = GTK_GRID(grid_widget); GtkWidget *count_labels[MAX_MUX_IN] = { NULL }; int meter_num = 0; data->level_meter_elem = get_elem_by_name(card->elems, "Level Meter"); if (!data->level_meter_elem) { printf("Level Meter control not found\n"); return NULL; } if (data->level_meter_elem->meter_labels) return create_levels_controls_with_labels(card, data); int elem_count = data->level_meter_elem->count; data->meters = g_malloc0(elem_count * sizeof(GtkWidget *)); // go through the port categories for (int i = 0, row = 1; i < PC_COUNT && meter_num < elem_count; i++) { if (card->routing_out_count[i] == 0) continue; GtkWidget *l = gtk_label_new(port_category_names[i]); gtk_widget_set_halign(l, GTK_ALIGN_END); // add the label gtk_grid_attach(GTK_GRID(grid), l, 0, row, 1, 1); // go through the ports in that category for (int j = 0; j < card->routing_out_count[i] && meter_num < elem_count; j++) { // add a count label if that hasn't already been done if (!count_labels[j]) count_labels[j] = add_count_label(grid, j); // create the meter widget and attach to the grid GtkWidget *meter = gtk_dial_new_with_range(-80, 0, 0, 0); gtk_dial_set_taper(GTK_DIAL(meter), GTK_DIAL_TAPER_LINEAR); gtk_dial_set_can_control(GTK_DIAL(meter), FALSE); gtk_dial_set_peak_hold(GTK_DIAL(meter), 1000); gtk_dial_set_level_meter_colours( GTK_DIAL(meter), (i == PC_DSP || i == PC_PCM) ? level_breakpoints_in : level_breakpoints_out, level_colours, sizeof(level_breakpoints_out) / sizeof(int) ); gtk_widget_set_sensitive(meter, FALSE); // HW Output off_db is -55db; otherwise -45db gtk_dial_set_off_db(GTK_DIAL(meter), i == PC_HW ? -55 : -45); gtk_dial_set_show_level(GTK_DIAL(meter), TRUE); gtk_dial_set_show_value(GTK_DIAL(meter), FALSE); data->meters[meter_num++] = meter; gtk_grid_attach(GTK_GRID(grid), meter, j + 1, row, 1, 1); } row++; } if (meter_num != elem_count) printf("meter_num is %d but elem count is %d\n", meter_num, elem_count); card->levels_data = data; card->levels_timer = g_timeout_add( card->pref_levels_interval_ms, update_levels_controls, data ); g_object_weak_ref(G_OBJECT(grid), (GWeakNotify)on_destroy, data); return top; } void restart_levels_timer(struct alsa_card *card) { if (!card->levels_data) return; if (card->levels_timer) { g_source_remove(card->levels_timer); card->levels_timer = 0; } card->levels_timer = g_timeout_add( card->pref_levels_interval_ms, update_levels_controls, card->levels_data ); } alsa-scarlett-gui-1.0~beta9/src/window-levels.h000066400000000000000000000004001521233005100215370ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" GtkWidget *create_levels_controls(struct alsa_card *card); void restart_levels_timer(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/window-mixer.c000066400000000000000000001323461521233005100214030ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "alsa.h" #include "custom-names.h" #include "glow.h" #include "gtkhelper.h" #include "hw-io-availability.h" #include "port-enable.h" #include "stereo-link.h" #include "stringhelper.h" #include "widget-gain.h" #include "window-mixer.h" // data structure for rotated label info struct rotated_label_info { char *text; int text_w; int text_h; gboolean hover; cairo_surface_t *glow_cache; int glow_cache_w; int glow_cache_h; }; static void rotated_label_info_free(gpointer data) { struct rotated_label_info *info = data; if (info->glow_cache) cairo_surface_destroy(info->glow_cache); g_free(info->text); g_free(info); } // rotation angle for mixer input labels #define LABEL_ANGLE (G_PI / 6.0) // 30° #define LABEL_SIN 0.5 // sin(30°) #define LABEL_COS 0.86602540378443864676 // cos(30°) // vertical padding for rotated label anchor #define LABEL_VERTICAL_PAD 5 // fraction of cell width to inset rotated labels from cell edge #define LABEL_INSET_FRACTION 0.2 // mixer glow bar sizing #define MIXER_GLOW_MAX_WIDTH 35.0 #define MIXER_GLOW_WIDTH_SCALE(intensity) \ (0.75 + 0.75 * (intensity)) // total glow extent including round cap overshoot #define MIXER_GLOW_FULL_EXTENT \ (MIXER_GLOW_MAX_WIDTH + \ GLOW_MAX_WIDTH * MIXER_GLOW_WIDTH_SCALE(1) /* max */ / 2) #define MIXER_LABEL_MIN_WIDTH \ ((int)(MIXER_GLOW_FULL_EXTENT * 2)) // draw a horizontal glow bar at a specific position static void draw_glow_at( cairo_t *cr, double cx, double cy, double max_extent, double level_db ) { double intensity = get_glow_intensity(level_db); if (intensity <= 0) return; double r, g, b; level_to_colour(level_db, &r, &g, &b); double extent = max_extent * intensity; if (extent < 5.0) extent = 5.0; cairo_set_line_cap(cr, CAIRO_LINE_CAP_ROUND); for (int layer = GLOW_LAYERS - 1; layer >= 0; layer--) { double width, alpha; get_glow_layer_params(layer, intensity, &width, &alpha); width *= MIXER_GLOW_WIDTH_SCALE(intensity); cairo_set_source_rgba(cr, r, g, b, alpha); cairo_set_line_width(cr, width); cairo_move_to(cr, cx - extent, cy); cairo_line_to(cr, cx + extent, cy); cairo_stroke(cr); } } // get label centre coordinates relative to parent static gboolean get_label_centre( GtkWidget *label, GtkWidget *parent, double *cx, double *cy ) { if (!label || !gtk_widget_get_visible(label)) return FALSE; graphene_point_t src = GRAPHENE_POINT_INIT( gtk_widget_get_width(label) / 2.0, gtk_widget_get_height(label) / 2.0 ); graphene_point_t dest; if (!gtk_widget_compute_point(label, parent, &src, &dest)) return FALSE; *cx = dest.x; *cy = dest.y; return TRUE; } // result of computing the anchor point for a rotated label struct label_anchor { double anchor_x, anchor_y; graphene_point_t tl, br; }; // compute the cell corners and anchor point for a rotated label. // text_h is needed to offset the anchor from the cell edge. static gboolean compute_label_anchor( GtkWidget *label_widget, GtkWidget *overlay_widget, gboolean is_bottom, int text_h, struct label_anchor *out ) { // get cell corners in overlay coordinates graphene_point_t src_tl = GRAPHENE_POINT_INIT(0, 0); graphene_point_t src_br = GRAPHENE_POINT_INIT( gtk_widget_get_width(label_widget), gtk_widget_get_height(label_widget) ); if (!gtk_widget_compute_point( label_widget, overlay_widget, &src_tl, &out->tl) || !gtk_widget_compute_point( label_widget, overlay_widget, &src_br, &out->br)) return FALSE; double cell_w = out->br.x - out->tl.x; double inset = cell_w * LABEL_INSET_FRACTION; if (is_bottom) { // text top-right at cell top-right; body extends right by // text_h * sin, so shift anchor left to stay within cell; // additional inset moves text further left within cell out->anchor_x = out->br.x - text_h * LABEL_SIN - inset; out->anchor_y = out->tl.y + LABEL_VERTICAL_PAD; } else { // text bottom-left at cell bottom-left; body extends down // by text_h * cos, so shift anchor up to stay within cell; // additional inset moves text further right within cell out->anchor_x = out->tl.x + inset; out->anchor_y = out->br.y - text_h * LABEL_COS; } return TRUE; } // get the centre of a rotated mixer input label in overlay // coordinates, for positioning glow bars behind the text static gboolean get_rotated_label_centre( GtkWidget *label_widget, GtkWidget *overlay_widget, gboolean is_bottom, double *cx, double *cy ) { if (!label_widget || !gtk_widget_get_visible(label_widget)) return FALSE; struct rotated_label_info *info = g_object_get_data( G_OBJECT(label_widget), "label_info" ); if (!info || !info->text || !*info->text) return FALSE; struct label_anchor anchor; if (!compute_label_anchor( label_widget, overlay_widget, is_bottom, info->text_h, &anchor)) return FALSE; // text centre in text space, accounting for the extra // -text_w shift applied to bottom labels double tx = is_bottom ? -info->text_w / 2.0 : info->text_w / 2.0; double ty = info->text_h / 2.0; // rotate by -LABEL_ANGLE and translate to anchor *cx = anchor.anchor_x + tx * LABEL_COS + ty * LABEL_SIN; *cy = anchor.anchor_y - tx * LABEL_SIN + ty * LABEL_COS; return TRUE; } // draw a single mono glow bar centred on a label static void draw_label_glow( cairo_t *cr, GtkWidget *label, GtkWidget *parent, double level_db ) { double cx, cy; if (!get_label_centre(label, parent, &cx, &cy)) return; draw_glow_at(cr, cx, cy, MIXER_GLOW_MAX_WIDTH, level_db); } // draw one side of a stereo glow bar growing outward from centre; // round cap on outer end only, flat on inner end static void draw_glow_bar_outward( cairo_t *cr, double inner_x, double cy, double max_extent, double level_db, int direction // -1 = left, +1 = right ) { double intensity = get_glow_intensity(level_db); if (intensity <= 0) return; double r, g, b; level_to_colour(level_db, &r, &g, &b); double extent = max_extent * intensity; if (extent < 5.0) extent = 5.0; double outer_x = inner_x + direction * extent; for (int layer = GLOW_LAYERS - 1; layer >= 0; layer--) { double width, alpha; get_glow_layer_params(layer, intensity, &width, &alpha); width *= MIXER_GLOW_WIDTH_SCALE(intensity); double half = width / 2.0; cairo_set_source_rgba(cr, r, g, b, alpha); cairo_set_line_width(cr, width); // flat inner end, extend to outer edge of round cap cairo_set_line_cap(cr, CAIRO_LINE_CAP_BUTT); cairo_move_to(cr, inner_x, cy); cairo_line_to(cr, outer_x, cy); cairo_stroke(cr); // round cap as semicircle on outer end double a_start = direction > 0 ? -G_PI / 2 : G_PI / 2; cairo_arc( cr, outer_x, cy, half, a_start, a_start + G_PI ); cairo_fill(cr); } } // draw split L/R glow bars growing outward from label centre static void draw_stereo_label_glow( cairo_t *cr, GtkWidget *label, GtkWidget *parent, double level_db_l, double level_db_r ) { double cx, cy; if (!get_label_centre(label, parent, &cx, &cy)) return; draw_glow_bar_outward(cr, cx, cy, MIXER_GLOW_MAX_WIDTH, level_db_l, -1); draw_glow_bar_outward(cr, cx, cy, MIXER_GLOW_MAX_WIDTH, level_db_r, +1); } // draw a mono glow bar centred on a rotated mixer input label static void draw_rotated_label_glow( cairo_t *cr, GtkWidget *label, GtkWidget *parent, gboolean is_bottom, double level_db ) { double cx, cy; if (!get_rotated_label_centre(label, parent, is_bottom, &cx, &cy)) return; cairo_save(cr); cairo_translate(cr, cx, cy); cairo_rotate(cr, -LABEL_ANGLE); draw_glow_at(cr, 0, 0, MIXER_GLOW_MAX_WIDTH, level_db); cairo_restore(cr); } // draw split L/R glow bars centred on a rotated mixer input label static void draw_rotated_stereo_label_glow( cairo_t *cr, GtkWidget *label, GtkWidget *parent, gboolean is_bottom, double level_db_l, double level_db_r ) { double cx, cy; if (!get_rotated_label_centre(label, parent, is_bottom, &cx, &cy)) return; cairo_save(cr); cairo_translate(cr, cx, cy); cairo_rotate(cr, -LABEL_ANGLE); draw_glow_bar_outward(cr, 0, 0, MIXER_GLOW_MAX_WIDTH, level_db_l, -1); draw_glow_bar_outward(cr, 0, 0, MIXER_GLOW_MAX_WIDTH, level_db_r, +1); cairo_restore(cr); } // draw function for mixer label glow overlay static void draw_mixer_glow( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ) { struct alsa_card *card = user_data; GtkWidget *parent = card->mixer_glow; if (!card->routing_srcs) return; // draw glow behind mixer output labels (Mix A, Mix B, etc.) for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category != PC_MIX) continue; if (!is_routing_src_enabled(r_src) || !should_display_src(r_src)) continue; double level_l = get_routing_src_level_db(card, r_src); if (is_src_linked(r_src)) { struct routing_src *r_src_r = get_src_partner(r_src); double level_r = r_src_r ? get_routing_src_level_db(card, r_src_r) : level_l; draw_stereo_label_glow( cr, r_src->mixer_label_left, parent, level_l, level_r ); if (card->pref_show_bottom_right_labels) draw_stereo_label_glow( cr, r_src->mixer_label_right, parent, level_l, level_r ); } else { draw_label_glow( cr, r_src->mixer_label_left, parent, level_l ); if (card->pref_show_bottom_right_labels) draw_label_glow( cr, r_src->mixer_label_right, parent, level_l ); } } // draw glow behind mixer input labels (top/bottom) for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!r_snk->elem || r_snk->elem->port_category != PC_MIX) continue; if (!is_routing_snk_enabled(r_snk) || !should_display_snk(r_snk)) continue; // get the source connected to this mixer input int r_src_idx = alsa_get_elem_value(r_snk->elem); if (!r_src_idx) continue; struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx ); double level_l = get_routing_src_level_db(card, r_src); if (is_snk_linked(r_snk)) { struct routing_snk *r_snk_r = get_snk_partner(r_snk); double level_r = level_l; if (r_snk_r && r_snk_r->elem) { int r_src_idx_r = alsa_get_elem_value(r_snk_r->elem); if (r_src_idx_r) { struct routing_src *r_src_r = &g_array_index( card->routing_srcs, struct routing_src, r_src_idx_r ); level_r = get_routing_src_level_db(card, r_src_r); } } draw_rotated_stereo_label_glow( cr, r_snk->mixer_label_top, parent, FALSE, level_l, level_r ); if (card->pref_show_bottom_right_labels) draw_rotated_stereo_label_glow( cr, r_snk->mixer_label_bottom, parent, TRUE, level_l, level_r ); } else { draw_rotated_label_glow( cr, r_snk->mixer_label_top, parent, FALSE, level_l ); if (card->pref_show_bottom_right_labels) draw_rotated_label_glow( cr, r_snk->mixer_label_bottom, parent, TRUE, level_l ); } } } // mixer_gain_widgets is stored in card->mixer_gain_widgets // struct mixer_gain_widget is declared in window-mixer.h // apply a single-pass box blur to the alpha channel of an ARGB32 // image surface. operates on raw pixel data in-place. uses a // temporary buffer to avoid read-after-write hazards. static void box_blur_alpha( unsigned char *data, int width, int height, int stride, int radius ) { // horizontal pass — blur each row into a temp buffer, // then copy back unsigned char *tmp = g_malloc( MAX(width, height) * sizeof(unsigned char) ); for (int y = 0; y < height; y++) { unsigned char *row = data + y * stride; // build initial window for x=0: [0, min(radius, width-1)] int right = MIN(radius, width - 1); int sum = 0; for (int x = 0; x <= right; x++) sum += row[x * 4 + 3]; for (int x = 0; x < width; x++) { int count = MIN(x, radius) + MIN(width - 1 - x, radius) + 1; tmp[x] = sum / count; // slide window: remove departing left, add arriving right int rem = x - radius; int add = x + radius + 1; if (rem >= 0) sum -= row[rem * 4 + 3]; if (add < width) sum += row[add * 4 + 3]; } for (int x = 0; x < width; x++) row[x * 4 + 3] = tmp[x]; } // vertical pass — blur each column into a temp buffer, // then copy back for (int x = 0; x < width; x++) { int off = x * 4 + 3; // build initial window for y=0: [0, min(radius, height-1)] int bottom = MIN(radius, height - 1); int sum = 0; for (int y = 0; y <= bottom; y++) sum += data[y * stride + off]; for (int y = 0; y < height; y++) { int count = MIN(y, radius) + MIN(height - 1 - y, radius) + 1; tmp[y] = sum / count; // slide window: remove departing top, add arriving bottom int rem = y - radius; int add = y + radius + 1; if (rem >= 0) sum -= data[rem * stride + off]; if (add < height) sum += data[add * stride + off]; } for (int y = 0; y < height; y++) data[y * stride + off] = tmp[y]; } g_free(tmp); } // build the blurred green text-shadow glow surface for a label. // matches CSS: text-shadow: 0 0 5px #00c000, 0 0 15px #00c000. // CSS blur-radius ≈ 2σ; 3 box-blur passes at radius r give // σ ≈ 0.87r, so r = CSS_radius / (2 × 0.87) ≈ CSS_radius / 1.73. static cairo_surface_t *build_glow_surface( PangoLayout *layout, int text_w, int text_h, int pad ) { int surf_w = text_w + pad * 2; int surf_h = text_h + pad * 2; static const int radii[] = { 3, 9 }; // render text mask once, reuse for each blur radius unsigned char *text_mask = g_malloc(surf_w * surf_h); { cairo_surface_t *mask_surf = cairo_image_surface_create( CAIRO_FORMAT_ARGB32, surf_w, surf_h ); cairo_t *gc = cairo_create(mask_surf); cairo_set_source_rgba(gc, 1, 1, 1, 1); cairo_move_to(gc, pad, pad); pango_cairo_show_layout(gc, layout); cairo_destroy(gc); cairo_surface_flush(mask_surf); unsigned char *mdata = cairo_image_surface_get_data(mask_surf); int mstride = cairo_image_surface_get_stride(mask_surf); for (int y = 0; y < surf_h; y++) for (int x = 0; x < surf_w; x++) text_mask[y * surf_w + x] = mdata[y * mstride + x * 4 + 3]; cairo_surface_destroy(mask_surf); } // composite surface: accumulate both blur passes cairo_surface_t *result = cairo_image_surface_create( CAIRO_FORMAT_ARGB32, surf_w, surf_h ); cairo_t *gc = cairo_create(result); for (int r = 0; r < 2; r++) { cairo_surface_t *surf = cairo_image_surface_create( CAIRO_FORMAT_ARGB32, surf_w, surf_h ); cairo_surface_flush(surf); unsigned char *data = cairo_image_surface_get_data(surf); int stride = cairo_image_surface_get_stride(surf); // seed alpha from text mask for (int y = 0; y < surf_h; y++) for (int x = 0; x < surf_w; x++) data[y * stride + x * 4 + 3] = text_mask[y * surf_w + x]; // 3 box-blur passes ≈ Gaussian for (int pass = 0; pass < 3; pass++) box_blur_alpha( data, surf_w, surf_h, stride, radii[r] ); // recolour to premultiplied #00c000. restore full // opacity where the original text was so the glow is // bright green right at the text edge (matching CSS // text-shadow which paints the colour at full opacity // then blurs outward). for (int y = 0; y < surf_h; y++) { unsigned char *row = data + y * stride; for (int x = 0; x < surf_w; x++) { int a = row[x * 4 + 3]; int orig = text_mask[y * surf_w + x]; if (orig > a) a = orig; row[x * 4 + 0] = 0; // B row[x * 4 + 1] = 0xC0 * a / 255; // G row[x * 4 + 2] = 0; // R row[x * 4 + 3] = a; } } cairo_surface_mark_dirty(surf); cairo_set_source_surface(gc, surf, 0, 0); cairo_paint(gc); cairo_surface_destroy(surf); } cairo_destroy(gc); g_free(text_mask); return result; } // draw cached blurred green text-shadow glow behind a label. // caller must set cairo position to text origin. static void draw_text_shadow_glow( cairo_t *cr, struct rotated_label_info *info, PangoLayout *layout, int text_w, int text_h ) { if (text_w <= 0 || text_h <= 0) return; static const int max_radius = 9; int pad = max_radius * 3 + 2; // rebuild cache if dimensions changed if (!info->glow_cache || info->glow_cache_w != text_w || info->glow_cache_h != text_h) { if (info->glow_cache) cairo_surface_destroy(info->glow_cache); info->glow_cache = build_glow_surface(layout, text_w, text_h, pad); info->glow_cache_w = text_w; info->glow_cache_h = text_h; } cairo_set_source_surface( cr, info->glow_cache, -pad, -pad ); cairo_paint(cr); } // draw a single rotated mixer input label. // for top labels: text bottom-left touches cell bottom-left corner. // for bottom labels: text bottom-right touches cell top-right corner. // // with rotation angle θ, the text bottom edge (y = text_h in text // space) maps to (+text_h × sinθ, +text_h × cosθ) in screen space // relative to the text origin. the anchor is therefore offset from // the cell corner by (-text_h × sinθ, -text_h × cosθ). static void draw_snk_label( cairo_t *cr, GtkWidget *label_widget, GtkWidget *overlay_widget, gboolean is_bottom ) { struct rotated_label_info *info = g_object_get_data( G_OBJECT(label_widget), "label_info" ); if (!info || !info->text || !*info->text) return; // use the widget's own Pango context to get the system theme // font; bold on hover PangoContext *pango_ctx = gtk_widget_get_pango_context(overlay_widget); PangoLayout *layout = pango_layout_new(pango_ctx); if (info->hover) { PangoFontDescription *bold = pango_font_description_copy( pango_context_get_font_description(pango_ctx) ); pango_font_description_set_weight(bold, PANGO_WEIGHT_BOLD); pango_layout_set_font_description(layout, bold); pango_font_description_free(bold); } pango_layout_set_text(layout, info->text, -1); int text_w, text_h; pango_layout_get_pixel_size(layout, &text_w, &text_h); struct label_anchor anchor; if (!compute_label_anchor( label_widget, overlay_widget, is_bottom, text_h, &anchor)) { g_object_unref(layout); return; } cairo_save(cr); cairo_translate(cr, anchor.anchor_x, anchor.anchor_y); cairo_rotate(cr, -LABEL_ANGLE); // shift text left so it ends (right edge) at the anchor column if (is_bottom) cairo_translate(cr, -text_w, 0); if (info->hover) { draw_text_shadow_glow(cr, info, layout, text_w, text_h); cairo_set_source_rgb(cr, 1, 1, 1); } else { GdkRGBA color; gtk_widget_get_color(overlay_widget, &color); gdk_cairo_set_source_rgba(cr, &color); } pango_cairo_show_layout(cr, layout); cairo_restore(cr); g_object_unref(layout); } static void draw_mixer_labels( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ) { struct alsa_card *card = user_data; if (!card->routing_snks) return; GtkWidget *overlay = GTK_WIDGET(drawing_area); for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!r_snk->elem || r_snk->elem->port_category != PC_MIX) continue; if (!is_routing_snk_enabled(r_snk) || !should_display_snk(r_snk)) continue; if (r_snk->mixer_label_top) draw_snk_label(cr, r_snk->mixer_label_top, overlay, FALSE); if (r_snk->mixer_label_bottom && card->pref_show_bottom_right_labels) draw_snk_label(cr, r_snk->mixer_label_bottom, overlay, TRUE); } } static void set_rotated_label_text( GtkWidget *widget, const char *text ) { struct rotated_label_info *info = g_object_get_data( G_OBJECT(widget), "label_info" ); if (!info) { info = g_malloc0(sizeof(struct rotated_label_info)); g_object_set_data_full( G_OBJECT(widget), "label_info", info, rotated_label_info_free ); } g_free(info->text); info->text = g_strdup(text); // invalidate glow cache (dimensions may have changed) if (info->glow_cache) { cairo_surface_destroy(info->glow_cache); info->glow_cache = NULL; } // trigger redraw of label overlay struct alsa_card *card = g_object_get_data(G_OBJECT(widget), "card"); if (card && card->mixer_label_overlay) gtk_widget_queue_draw(card->mixer_label_overlay); // measure text using the overlay's Pango context (system theme font) // to calculate the required box height for this rotation angle if (!card || !card->mixer_label_overlay) return; PangoContext *pango_ctx = gtk_widget_get_pango_context(card->mixer_label_overlay); PangoLayout *layout = pango_layout_new(pango_ctx); // measure with bold weight so the reserved height covers // the hover state where text becomes bold PangoFontDescription *bold = pango_font_description_copy( pango_context_get_font_description(pango_ctx) ); pango_font_description_set_weight(bold, PANGO_WEIGHT_BOLD); pango_layout_set_font_description(layout, bold); pango_font_description_free(bold); pango_layout_set_text(layout, text, -1); pango_layout_get_pixel_size(layout, &info->text_w, &info->text_h); g_object_unref(layout); // use the wider of text width and glow bar extent for height; // width uses text only (glow overflows horizontally by design) double glow_w = MIXER_GLOW_FULL_EXTENT; double effective_w = MAX(info->text_w, glow_w); int required_h = (int)ceil( effective_w * LABEL_SIN + info->text_h * LABEL_COS ); gtk_widget_set_size_request(widget, 1, required_h); } static void set_rotated_label_hover( GtkWidget *widget, gboolean hover ) { struct rotated_label_info *info = g_object_get_data( G_OBJECT(widget), "label_info" ); if (info) { info->hover = hover; // trigger redraw of label overlay struct alsa_card *card = g_object_get_data(G_OBJECT(widget), "card"); if (card && card->mixer_label_overlay) gtk_widget_queue_draw(card->mixer_label_overlay); } } static GtkWidget *create_rotated_label( const char *text, struct alsa_card *card ) { // create box for positioning; size set by set_rotated_label_text GtkWidget *box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 0); g_object_set_data(G_OBJECT(box), "card", card); set_rotated_label_text(box, text); return box; } static void mixer_gain_enter( GtkEventControllerMotion *controller, double x, double y, gpointer user_data ) { GtkWidget *widget = GTK_WIDGET(user_data); GtkWidget *mix_left = g_object_get_data(G_OBJECT(widget), "mix_label_left"); GtkWidget *mix_right = g_object_get_data(G_OBJECT(widget), "mix_label_right"); GtkWidget *source_top = g_object_get_data(G_OBJECT(widget), "source_label_top"); GtkWidget *source_bottom = g_object_get_data(G_OBJECT(widget), "source_label_bottom"); if (mix_left) gtk_widget_add_css_class(mix_left, "mixer-label-hover"); if (mix_right) gtk_widget_add_css_class(mix_right, "mixer-label-hover"); if (source_top) set_rotated_label_hover(source_top, TRUE); if (source_bottom) set_rotated_label_hover(source_bottom, TRUE); } static void mixer_gain_leave( GtkEventControllerMotion *controller, gpointer user_data ) { GtkWidget *widget = GTK_WIDGET(user_data); GtkWidget *mix_left = g_object_get_data(G_OBJECT(widget), "mix_label_left"); GtkWidget *mix_right = g_object_get_data(G_OBJECT(widget), "mix_label_right"); GtkWidget *source_top = g_object_get_data(G_OBJECT(widget), "source_label_top"); GtkWidget *source_bottom = g_object_get_data(G_OBJECT(widget), "source_label_bottom"); if (mix_left) gtk_widget_remove_css_class(mix_left, "mixer-label-hover"); if (mix_right) gtk_widget_remove_css_class(mix_right, "mixer-label-hover"); if (source_top) set_rotated_label_hover(source_top, FALSE); if (source_bottom) set_rotated_label_hover(source_bottom, FALSE); } static void add_mixer_hover_controller(GtkWidget *widget) { GtkEventController *motion = gtk_event_controller_motion_new(); g_signal_connect(motion, "enter", G_CALLBACK(mixer_gain_enter), widget); g_signal_connect(motion, "leave", G_CALLBACK(mixer_gain_leave), widget); gtk_widget_add_controller(widget, motion); } static struct routing_snk *get_mixer_r_snk( struct alsa_card *card, int input_num ) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; if (elem->port_category != PC_MIX) continue; if (elem->lr_num == input_num) return r_snk; } return NULL; } // Get mixer routing source by mix number (0-based: A=0, B=1, etc.) static struct routing_src *get_mixer_r_src( struct alsa_card *card, int mix_num ) { for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category == PC_MIX && r_src->port_num == mix_num) return r_src; } return NULL; } static void populate_mixer_gain_widgets(struct alsa_card *card) { int num_mixes = card->routing_in_count[PC_MIX]; int num_inputs = card->routing_out_count[PC_MIX]; for (int mix_num = 0; mix_num < num_mixes; mix_num++) { struct routing_src *mix_src = get_mixer_r_src(card, mix_num); if (!mix_src) continue; if (!should_display_src(mix_src)) continue; int output_linked = is_src_linked(mix_src); struct routing_src *mix_src_r = output_linked ? get_src_partner(mix_src) : NULL; int mix_num_r = mix_src_r ? mix_src_r->port_num : -1; for (int input_num = 0; input_num < num_inputs; input_num++) { struct routing_snk *r_snk = get_mixer_r_snk(card, input_num + 1); if (!r_snk) continue; if (!should_display_snk(r_snk)) continue; int input_linked = is_snk_linked(r_snk); struct routing_snk *r_snk_r = input_linked ? get_snk_partner(r_snk) : NULL; int input_num_r = r_snk_r && r_snk_r->elem ? r_snk_r->elem->lr_num - 1 : -1; struct alsa_elem *elem_arr[4]; int elem_count = 0; if (!input_linked && !output_linked) { struct alsa_elem *e = card->mixer_gains[mix_num][input_num]; if (e) elem_arr[elem_count++] = e; } else if (input_linked && !output_linked) { struct alsa_elem *e1 = card->mixer_gains[mix_num][input_num]; struct alsa_elem *e2 = card->mixer_gains[mix_num][input_num_r]; if (e1) elem_arr[elem_count++] = e1; if (e2) elem_arr[elem_count++] = e2; } else if (!input_linked && output_linked) { struct alsa_elem *e1 = card->mixer_gains[mix_num][input_num]; struct alsa_elem *e2 = card->mixer_gains[mix_num_r][input_num]; if (e1) elem_arr[elem_count++] = e1; if (e2) elem_arr[elem_count++] = e2; } else { struct alsa_elem *e1 = card->mixer_gains[mix_num][input_num]; struct alsa_elem *e2 = card->mixer_gains[mix_num_r][input_num_r]; if (e1) elem_arr[elem_count++] = e1; if (e2) elem_arr[elem_count++] = e2; } if (elem_count == 0) continue; // Create the gain widget GtkWidget *w; if (elem_count == 1) { w = make_gain_alsa_elem( elem_arr[0], 1, WIDGET_GAIN_TAPER_LOG, 0, TRUE ); } else { w = make_stereo_gain_alsa_elem( elem_arr, elem_count, 1, WIDGET_GAIN_TAPER_LOG, 0, TRUE ); } if (!w) continue; // keep alive when removed from grid g_object_ref(w); struct mixer_gain_widget *mg = g_malloc0(sizeof(struct mixer_gain_widget)); mg->widget = w; mg->mix_num = mix_num; mg->input_num = input_num; mg->r_snk = r_snk; mg->elem = elem_arr[0]; mg->elem_count = elem_count; for (int i = 0; i < elem_count; i++) mg->elems[i] = elem_arr[i]; mg->r_snks[0] = r_snk; mg->r_snk_count = 1; if (input_linked && r_snk_r) { mg->r_snks[1] = r_snk_r; mg->r_snk_count = 2; } card->mixer_gain_widgets = g_list_prepend(card->mixer_gain_widgets, mg); // Store label references for hover effect g_object_set_data( G_OBJECT(w), "mix_label_left", mix_src->mixer_label_left ); g_object_set_data( G_OBJECT(w), "mix_label_right", mix_src->mixer_label_right ); g_object_set_data( G_OBJECT(w), "source_label_top", r_snk->mixer_label_top ); g_object_set_data( G_OBJECT(w), "source_label_bottom", r_snk->mixer_label_bottom ); add_mixer_hover_controller(w); } } card->mixer_gain_widgets = g_list_reverse(card->mixer_gain_widgets); } GtkWidget *create_mixer_controls(struct alsa_card *card) { GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); // clear any existing mixer gain widgets from previous window for (GList *l = card->mixer_gain_widgets; l != NULL; l = l->next) { struct mixer_gain_widget *mg = l->data; if (mg->widget) { cleanup_gain_widget(mg->widget); g_object_unref(mg->widget); } g_free(mg); } g_list_free(card->mixer_gain_widgets); card->mixer_gain_widgets = NULL; // create overlay to hold the grid and glow layer GtkWidget *mixer_overlay = card->mixer_overlay = gtk_overlay_new(); gtk_widget_add_css_class(mixer_overlay, "window-content"); gtk_widget_add_css_class(mixer_overlay, "top-level-content"); gtk_widget_add_css_class(mixer_overlay, "window-mixer"); gtk_frame_set_child(GTK_FRAME(top), mixer_overlay); // create grid as base child (determines size) GtkWidget *mixer_top = gtk_grid_new(); gtk_overlay_set_child(GTK_OVERLAY(mixer_overlay), mixer_top); // create unavailable overlay label (hidden by default) GtkWidget *unavail = card->mixer_unavailable_label = gtk_label_new( "Mixer unavailable at\ncurrent sample rate" ); gtk_widget_add_css_class(unavail, "mixer-unavailable"); gtk_widget_set_halign(unavail, GTK_ALIGN_CENTER); gtk_widget_set_valign(unavail, GTK_ALIGN_CENTER); gtk_widget_set_can_target(unavail, FALSE); gtk_widget_set_visible(unavail, FALSE); gtk_overlay_add_overlay(GTK_OVERLAY(mixer_overlay), unavail); gtk_widget_set_halign(mixer_top, GTK_ALIGN_CENTER); gtk_widget_set_valign(mixer_top, GTK_ALIGN_CENTER); // store the grid for later access card->mixer_grid = mixer_top; // create drawing area for glow effects as underlay // use measure callback to not affect sizing card->mixer_glow = gtk_drawing_area_new(); gtk_widget_set_can_target(card->mixer_glow, FALSE); gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(card->mixer_glow), draw_mixer_glow, card, NULL ); // insert at position 0 to be behind the grid // but GtkOverlay doesn't support ordering, so we need another approach gtk_overlay_add_overlay(GTK_OVERLAY(mixer_overlay), card->mixer_glow); // lower the glow below the grid by reordering gtk_widget_insert_before(card->mixer_glow, mixer_overlay, mixer_top); // create drawing area for rotated label overlay card->mixer_label_overlay = gtk_drawing_area_new(); gtk_widget_set_can_target(card->mixer_label_overlay, FALSE); gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(card->mixer_label_overlay), draw_mixer_labels, card, NULL ); gtk_overlay_add_overlay(GTK_OVERLAY(mixer_overlay), card->mixer_label_overlay); // create the Mix X labels on the left and right of the grid for (int i = 0; i < card->routing_in_count[PC_MIX]; i++) { struct routing_src *r_src = get_mixer_r_src(card, i); char *name = r_src ? get_mixer_output_label_for_mixer_window(r_src) : g_strdup_printf("Mix %c", i + 'A'); GtkWidget *l_left = gtk_label_new(name); gtk_label_set_ellipsize(GTK_LABEL(l_left), PANGO_ELLIPSIZE_END); gtk_label_set_max_width_chars(GTK_LABEL(l_left), 12); gtk_widget_set_size_request(l_left, MIXER_LABEL_MIN_WIDTH, -1); gtk_widget_set_tooltip_text(l_left, name); g_object_ref(l_left); gtk_grid_attach( GTK_GRID(mixer_top), l_left, 0, i + 1, 1, 1 ); GtkWidget *l_right = gtk_label_new(name); gtk_label_set_ellipsize(GTK_LABEL(l_right), PANGO_ELLIPSIZE_END); gtk_label_set_max_width_chars(GTK_LABEL(l_right), 12); gtk_widget_set_size_request(l_right, MIXER_LABEL_MIN_WIDTH, -1); gtk_widget_set_tooltip_text(l_right, name); g_object_ref(l_right); gtk_grid_attach( GTK_GRID(mixer_top), l_right, card->routing_out_count[PC_MIX] + 1, i + 1, 1, 1 ); g_free(name); if (r_src) { r_src->mixer_label_left = l_left; r_src->mixer_label_right = l_right; } } // Create corner label for mixer inputs/outputs legend card->mixer_corner_label = gtk_label_new(NULL); gtk_label_set_markup( GTK_LABEL(card->mixer_corner_label), "Inputs →\nOutputs ↓" ); gtk_label_set_justify(GTK_LABEL(card->mixer_corner_label), GTK_JUSTIFY_CENTER); gtk_widget_set_valign(card->mixer_corner_label, GTK_ALIGN_END); gtk_widget_add_css_class(card->mixer_corner_label, "mixer-corner-label"); g_object_ref(card->mixer_corner_label); // spacer to reserve width for the rightmost top label overflow card->mixer_right_spacer = gtk_box_new( GTK_ORIENTATION_HORIZONTAL, 0 ); g_object_ref(card->mixer_right_spacer); // Create all mixer input labels upfront (top and bottom) for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!r_snk->elem || r_snk->elem->port_category != PC_MIX) continue; // Create the labels if they don't exist if (!r_snk->mixer_label_top) { r_snk->mixer_label_top = create_rotated_label("", card); r_snk->mixer_label_bottom = create_rotated_label("", card); g_object_ref(r_snk->mixer_label_top); g_object_ref(r_snk->mixer_label_bottom); // Attach to grid initially (repositioned during rebuild) int input_num = r_snk->elem->lr_num - 1; gtk_grid_attach( GTK_GRID(mixer_top), r_snk->mixer_label_top, input_num + 1, 0, 1, 1 ); gtk_grid_attach( GTK_GRID(mixer_top), r_snk->mixer_label_bottom, input_num + 1, card->routing_in_count[PC_MIX] + 1, 1, 1 ); } } populate_mixer_gain_widgets(card); update_mixer_labels(card); // rebuild grid layout based on port enable states rebuild_mixer_grid(card); // set initial availability state int available = get_sample_rate_category(card->current_sample_rate) != SR_HIGH; update_mixer_availability(card, available); return top; } void update_mixer_labels(struct alsa_card *card) { // Update mixer output labels (Mix A, Mix B, etc.) for stereo linking for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category != PC_MIX) continue; // Skip R channel of linked pair if (!should_display_src(r_src)) continue; char *name; if (is_src_linked(r_src)) { name = get_src_pair_display_name(r_src); } else { name = get_mixer_output_label_for_mixer_window(r_src); } if (r_src->mixer_label_left) { gtk_label_set_text(GTK_LABEL(r_src->mixer_label_left), name); gtk_widget_set_tooltip_text(r_src->mixer_label_left, name); } if (r_src->mixer_label_right) { gtk_label_set_text(GTK_LABEL(r_src->mixer_label_right), name); gtk_widget_set_tooltip_text(r_src->mixer_label_right, name); } g_free(name); } // Update mixer input labels (source names) for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); struct alsa_elem *elem = r_snk->elem; if (elem->port_category != PC_MIX) continue; // Skip R channel of linked pair (label handled by L channel) if (!should_display_snk(r_snk)) continue; int routing_src_idx = alsa_get_elem_value(elem); struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, routing_src_idx ); if (r_snk->mixer_label_top) { char *display_name; // If this mixer input is linked and the connected source is also linked, // show the stereo pair name if (is_snk_linked(r_snk) && is_src_linked(r_src)) { display_name = get_src_pair_display_name(r_src); } else { display_name = g_strdup(get_routing_src_display_name(r_src)); } set_rotated_label_text(r_snk->mixer_label_top, display_name); set_rotated_label_text(r_snk->mixer_label_bottom, display_name); g_free(display_name); } } } // Rebuild the mixer grid layout based on current port enable states void rebuild_mixer_grid(struct alsa_card *card) { if (!card || !card->mixer_grid) return; GtkGrid *grid = GTK_GRID(card->mixer_grid); // Remove all widgets from the grid (but keep references) GtkWidget *child = gtk_widget_get_first_child(GTK_WIDGET(grid)); while (child) { GtkWidget *next = gtk_widget_get_next_sibling(child); gtk_grid_remove(grid, child); child = next; } // Build list of visible mixer outputs (sources) int visible_mix_count = 0; int mix_num_to_row[MAX_MIX_OUT]; // map mix_num to row // initialize all to -1 (not visible) for (int i = 0; i < MAX_MIX_OUT; i++) mix_num_to_row[i] = -1; for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category != PC_MIX) continue; // bounds check if (src->port_num < 0 || src->port_num >= MAX_MIX_OUT) continue; // Visible if enabled AND should be displayed (not R of linked pair) if (is_routing_src_enabled(src) && should_display_src(src)) { mix_num_to_row[src->port_num] = visible_mix_count; visible_mix_count++; } else { mix_num_to_row[src->port_num] = -1; // not visible } } // Build list of visible mixer inputs (sinks) int visible_input_count = 0; int max_mixer_inputs = card->routing_out_count[PC_MIX]; // actual number of mixer inputs int input_num_to_col[max_mixer_inputs]; // map input_num to column // initialize all to -1 (not visible) for (int i = 0; i < max_mixer_inputs; i++) input_num_to_col[i] = -1; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk->elem || snk->elem->port_category != PC_MIX) continue; int input_num = snk->elem->lr_num - 1; // convert to 0-based // bounds check if (input_num < 0 || input_num >= max_mixer_inputs) continue; // Visible if enabled AND should be displayed (not R of linked pair) int visible = is_routing_snk_enabled(snk) && should_display_snk(snk); if (visible) { input_num_to_col[input_num] = visible_input_count; visible_input_count++; } else { input_num_to_col[input_num] = -1; // not visible } } // Re-attach mixer output labels (left and right) int row_offset = 1; // row 0 is for rotated input labels for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (src->port_category != PC_MIX) continue; // bounds check if (src->port_num < 0 || src->port_num >= MAX_MIX_OUT) continue; int row = mix_num_to_row[src->port_num]; if (row < 0) // not visible continue; if (src->mixer_label_left) { gtk_grid_attach( grid, src->mixer_label_left, 0, row + row_offset, 1, 1 ); } if (src->mixer_label_right && card->pref_show_bottom_right_labels) { gtk_grid_attach( grid, src->mixer_label_right, visible_input_count + 1, row + row_offset, 1, 1 ); } } // Attach corner label if (card->mixer_corner_label) { gtk_grid_attach(grid, card->mixer_corner_label, 0, 0, 1, 1); } // Re-attach mixer input labels (top and bottom) for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk->elem || snk->elem->port_category != PC_MIX) continue; int input_num = snk->elem->lr_num - 1; // bounds check if (input_num < 0 || input_num >= max_mixer_inputs) continue; int col = input_num_to_col[input_num]; if (col < 0) // not visible continue; if (snk->mixer_label_top) { gtk_grid_attach( grid, snk->mixer_label_top, col + 1, 0, 1, 1 ); } if (snk->mixer_label_bottom && card->pref_show_bottom_right_labels) { gtk_grid_attach( grid, snk->mixer_label_bottom, col + 1, visible_mix_count + row_offset, 1, 1 ); } } // Re-attach gain widgets for (GList *l = card->mixer_gain_widgets; l != NULL; l = l->next) { struct mixer_gain_widget *mg = l->data; // bounds check before accessing arrays if (mg->mix_num < 0 || mg->mix_num >= MAX_MIX_OUT || mg->input_num < 0 || mg->input_num >= max_mixer_inputs) continue; int row = mix_num_to_row[mg->mix_num]; int col = input_num_to_col[mg->input_num]; // Only attach if both mixer output and input are visible if (row >= 0 && col >= 0) { gtk_grid_attach( grid, mg->widget, col + 1, row + row_offset, 1, 1 ); } } // when bottom/right labels are hidden, add a spacer to the right // so the rightmost top rotated label has room to extend if (!card->pref_show_bottom_right_labels && card->mixer_right_spacer) { // find the rightmost visible top label's text width int last_text_w = 0; int last_col = -1; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!snk->elem || snk->elem->port_category != PC_MIX) continue; int input_num = snk->elem->lr_num - 1; if (input_num < 0 || input_num >= max_mixer_inputs) continue; int col = input_num_to_col[input_num]; if (col < 0 || !snk->mixer_label_top) continue; struct rotated_label_info *info = g_object_get_data( G_OBJECT(snk->mixer_label_top), "label_info" ); if (info && col > last_col) { last_col = col; last_text_w = info->text_w; } } int spacer_w = (int)ceil( last_text_w * LABEL_COS - 37 // 75% of 50, the minimum dial width ); if (spacer_w < 0) spacer_w = 0; gtk_widget_set_size_request( card->mixer_right_spacer, spacer_w, 1 ); gtk_grid_attach( grid, card->mixer_right_spacer, visible_input_count + 1, 0, 1, 1 ); } // force full relayout and redraw of overlay drawing areas if (card->mixer_overlay) gtk_widget_queue_resize(card->mixer_overlay); if (card->mixer_label_overlay) gtk_widget_queue_draw(card->mixer_label_overlay); if (card->mixer_glow) gtk_widget_queue_draw(card->mixer_glow); } // Update mixer window availability indication void update_mixer_availability(struct alsa_card *card, int available) { if (!card->mixer_grid) return; gtk_widget_set_opacity(card->mixer_grid, available ? 1.0 : 0.3); if (card->mixer_unavailable_label) gtk_widget_set_visible(card->mixer_unavailable_label, !available); } // Recreate mixer widgets when stereo state changes // This destroys existing widgets and creates new ones based on current stereo void recreate_mixer_widgets(struct alsa_card *card) { if (!card || !card->mixer_grid) return; GtkGrid *grid = GTK_GRID(card->mixer_grid); // Clear existing mixer gain widgets for (GList *l = card->mixer_gain_widgets; l != NULL; l = l->next) { struct mixer_gain_widget *mg = l->data; if (mg->widget) { if (gtk_widget_get_parent(mg->widget) == GTK_WIDGET(grid)) gtk_grid_remove(grid, mg->widget); cleanup_gain_widget(mg->widget); g_object_unref(mg->widget); } g_free(mg); } g_list_free(card->mixer_gain_widgets); card->mixer_gain_widgets = NULL; populate_mixer_gain_widgets(card); update_mixer_labels(card); rebuild_mixer_grid(card); } alsa-scarlett-gui-1.0~beta9/src/window-mixer.h000066400000000000000000000024241521233005100214010ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" // Structure to store mixer gain widget and its coordinates struct mixer_gain_widget { GtkWidget *widget; int mix_num; // 0-based mix number (A=0, B=1, etc.) int input_num; // 0-based input number struct routing_snk *r_snk; // routing sink for this input (for level lookup) struct alsa_elem *elem; // alsa element for gain value (for post-gain level) // Stereo support: track multiple elements and sinks for stereo widgets struct alsa_elem *elems[4]; // array of controlled elements int elem_count; // number of elements (1 = mono, >1 = stereo) struct routing_snk *r_snks[2]; // routing sinks for level lookup (L and R) int r_snk_count; // number of routing sinks }; GtkWidget *create_mixer_controls(struct alsa_card *card); void update_mixer_labels(struct alsa_card *card); void rebuild_mixer_grid(struct alsa_card *card); void update_mixer_availability(struct alsa_card *card, int available); // Recreate mixer widgets when stereo state changes // This destroys existing widgets and creates new ones based on current stereo void recreate_mixer_widgets(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/window-modal.c000066400000000000000000000246441521233005100213540ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include #include "gtkhelper.h" #include "window-iface.h" #include "window-modal.h" // Common cleanup when modal closes (Ok button, X button, or Escape) static void modal_cleanup(struct modal_data *modal_data) { // If there was an error and we have a parent label, update it if (modal_data->had_error && modal_data->parent_label) gtk_label_set_text( GTK_LABEL(modal_data->parent_label), "Update failed. Please close the window and retry." ); alsa_unregister_reopen_callback(modal_data->serial); modal_data->card->window_modal = NULL; check_modal_window_closed(); } static void modal_no_callback(GtkWidget *w, struct modal_data *modal_data) { modal_cleanup(modal_data); gtk_window_destroy(GTK_WINDOW(modal_data->dialog)); } static void modal_yes_callback(GtkWidget *w, struct modal_data *modal_data) { modal_data->in_progress = 1; // remove the buttons GtkWidget *child; while ((child = gtk_widget_get_first_child(modal_data->button_box))) gtk_box_remove(GTK_BOX(modal_data->button_box), child); // add a progress bar modal_data->progress_bar = gtk_progress_bar_new(); gtk_box_append(GTK_BOX(modal_data->button_box), modal_data->progress_bar); // change the title gtk_window_set_title( GTK_WINDOW(modal_data->dialog), modal_data->title_active ); // if the card goes away, don't close this window modal_data->card->window_modal = NULL; modal_data->callback(modal_data); } // Handle window close (X button) static gboolean modal_close_request( GtkWindow *window, struct modal_data *modal_data ) { if (modal_data->in_progress) return TRUE; modal_cleanup(modal_data); return FALSE; } // Handle Escape key static gboolean modal_key_pressed( GtkEventControllerKey *controller, guint keyval, guint keycode, GdkModifierType state, struct modal_data *modal_data ) { if (keyval == GDK_KEY_Escape && !modal_data->in_progress) { modal_cleanup(modal_data); gtk_window_destroy(GTK_WINDOW(modal_data->dialog)); return TRUE; } return FALSE; } static void free_modal_data(gpointer user_data) { struct modal_data *modal_data = user_data; g_free(modal_data->serial); g_free(modal_data); } void create_modal_window( GtkWidget *w, struct alsa_card *card, const char *title, const char *title_active, const char *message, modal_callback callback ) { if (card->window_modal) { fprintf(stderr, "Error: Modal window already open\n"); return; } GtkWidget *dialog = gtk_window_new(); struct modal_data *modal_data = g_new0(struct modal_data, 1); modal_data->card = card; modal_data->serial = g_strdup(card->serial); modal_data->title_active = title_active; modal_data->dialog = dialog; modal_data->callback = callback; gtk_window_set_title(GTK_WINDOW(dialog), title); gtk_window_set_modal(GTK_WINDOW(dialog), TRUE); if (card->window_main) gtk_window_set_transient_for( GTK_WINDOW(dialog), GTK_WINDOW(card->window_main) ); gtk_widget_add_css_class(dialog, "window-frame"); gtk_widget_add_css_class(dialog, "modal"); GtkWidget *content_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 50); gtk_window_set_child(GTK_WINDOW(dialog), content_box); gtk_widget_add_css_class(content_box, "window-content"); gtk_widget_add_css_class(content_box, "top-level-content"); gtk_widget_add_css_class(content_box, "big-padding"); modal_data->label = gtk_label_new(message); gtk_box_append(GTK_BOX(content_box), modal_data->label); GtkWidget *sep = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_widget_set_margin(sep, 0); gtk_box_append(GTK_BOX(content_box), sep); modal_data->button_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 50); gtk_widget_set_halign(modal_data->button_box, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(content_box), modal_data->button_box); g_object_set_data_full( G_OBJECT(dialog), "modal_data", modal_data, free_modal_data ); // Handle window close (X button) g_signal_connect( dialog, "close-request", G_CALLBACK(modal_close_request), modal_data ); // Handle Escape key GtkEventController *key_controller = gtk_event_controller_key_new(); g_signal_connect( key_controller, "key-pressed", G_CALLBACK(modal_key_pressed), modal_data ); gtk_widget_add_controller(dialog, key_controller); GtkWidget *no_button = gtk_button_new_with_label("No"); g_signal_connect( no_button, "clicked", G_CALLBACK(modal_no_callback), modal_data ); gtk_box_append(GTK_BOX(modal_data->button_box), no_button); GtkWidget *yes_button = gtk_button_new_with_label("Yes"); g_signal_connect( yes_button, "clicked", G_CALLBACK(modal_yes_callback), modal_data ); gtk_box_append(GTK_BOX(modal_data->button_box), yes_button); gtk_widget_set_visible(dialog, TRUE); card->window_modal = dialog; } void create_modal_window_autostart( GtkWidget *w, struct alsa_card *card, const char *title, const char *title_active, const char *message, modal_callback callback, GtkWidget *parent_label ) { if (card->window_modal) { fprintf(stderr, "Error: Modal window already open\n"); return; } GtkWidget *dialog = gtk_window_new(); struct modal_data *modal_data = g_new0(struct modal_data, 1); modal_data->card = card; modal_data->serial = g_strdup(card->serial); modal_data->title_active = title_active; modal_data->dialog = dialog; modal_data->callback = callback; modal_data->parent_label = parent_label; modal_data->in_progress = 1; gtk_window_set_title(GTK_WINDOW(dialog), title_active); gtk_window_set_modal(GTK_WINDOW(dialog), TRUE); if (card->window_main) gtk_window_set_transient_for( GTK_WINDOW(dialog), GTK_WINDOW(card->window_main) ); gtk_widget_add_css_class(dialog, "window-frame"); gtk_widget_add_css_class(dialog, "modal"); GtkWidget *content_box = gtk_box_new(GTK_ORIENTATION_VERTICAL, 50); gtk_window_set_child(GTK_WINDOW(dialog), content_box); gtk_widget_add_css_class(content_box, "window-content"); gtk_widget_add_css_class(content_box, "top-level-content"); gtk_widget_add_css_class(content_box, "big-padding"); modal_data->label = gtk_label_new(message); gtk_box_append(GTK_BOX(content_box), modal_data->label); GtkWidget *sep = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_widget_set_margin(sep, 0); gtk_box_append(GTK_BOX(content_box), sep); modal_data->button_box = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 50); gtk_widget_set_halign(modal_data->button_box, GTK_ALIGN_CENTER); gtk_box_append(GTK_BOX(content_box), modal_data->button_box); g_object_set_data_full( G_OBJECT(dialog), "modal_data", modal_data, free_modal_data ); // Block window close (X button) during operation g_signal_connect( dialog, "close-request", G_CALLBACK(modal_close_request), modal_data ); // Add progress bar directly (no Yes/No buttons) modal_data->progress_bar = gtk_progress_bar_new(); gtk_box_append(GTK_BOX(modal_data->button_box), modal_data->progress_bar); gtk_widget_set_visible(dialog, TRUE); // Start the callback callback(modal_data); } gboolean modal_update_progress(gpointer user_data) { struct progress_data *progress_data = user_data; struct modal_data *modal_data = progress_data->modal_data; // Done? Replace the progress bar with an Ok button. if (progress_data->progress < 0) { modal_data->had_error = 1; modal_data->in_progress = 0; GtkWidget *child; while ((child = gtk_widget_get_first_child(modal_data->button_box))) gtk_box_remove(GTK_BOX(modal_data->button_box), child); GtkWidget *ok_button = gtk_button_new_with_label("Ok"); g_signal_connect( ok_button, "clicked", G_CALLBACK(modal_no_callback), modal_data ); gtk_box_append(GTK_BOX(modal_data->button_box), ok_button); } else { gtk_progress_bar_set_fraction( GTK_PROGRESS_BAR(modal_data->progress_bar), progress_data->progress / 100.0 ); } // Update the label text if we have a new message. if (progress_data->text) gtk_label_set_text(GTK_LABEL(modal_data->label), progress_data->text); g_free(progress_data->text); g_free(progress_data); return G_SOURCE_REMOVE; } // make the progress bar move along // if it gets to the end twice, something probably went wrong static gboolean update_progress_bar_reboot(gpointer user_data) { struct progress_data *progress_data = user_data; struct modal_data *modal_data = progress_data->modal_data; if (progress_data->progress >= 200) { modal_data->in_progress = 0; gtk_label_set_text( GTK_LABEL(modal_data->label), "Reboot failed? Try unplugging/replugging/power-cycling the device." ); GtkWidget *child; while ((child = gtk_widget_get_first_child(modal_data->button_box))) gtk_box_remove(GTK_BOX(modal_data->button_box), child); GtkWidget *ok_button = gtk_button_new_with_label("Ok"); g_signal_connect( ok_button, "clicked", G_CALLBACK(modal_no_callback), modal_data ); gtk_box_append(GTK_BOX(modal_data->button_box), ok_button); modal_data->timeout_id = 0; return G_SOURCE_REMOVE; } progress_data->progress++; gtk_progress_bar_set_fraction( GTK_PROGRESS_BAR(modal_data->progress_bar), (progress_data->progress % 100) / 100.0 ); return G_SOURCE_CONTINUE; } // this is called when the card is seen again so we can close the // modal window void modal_reopen_callback(void *user_data) { struct modal_data *modal_data = user_data; // stop the progress bar if (modal_data->timeout_id) g_source_remove(modal_data->timeout_id); // close the window gtk_window_destroy(GTK_WINDOW(modal_data->dialog)); } // make a progress bar that moves while the device is rebooting gboolean modal_start_reboot_progress(gpointer user_data) { struct modal_data *modal_data = user_data; gtk_label_set_text(GTK_LABEL(modal_data->label), "Rebooting..."); struct progress_data *progress_data = g_new0(struct progress_data, 1); progress_data->modal_data = modal_data; progress_data->progress = 0; g_object_set_data_full( G_OBJECT(modal_data->progress_bar), "progress_data", progress_data, g_free ); modal_data->timeout_id = g_timeout_add( 75, update_progress_bar_reboot, progress_data ); alsa_register_reopen_callback( modal_data->card->serial, modal_reopen_callback, modal_data ); return G_SOURCE_REMOVE; } alsa-scarlett-gui-1.0~beta9/src/window-modal.h000066400000000000000000000032211521233005100213450ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2024-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" // create a modal window with a message and yes/no buttons // the callback is called with the modal_data when yes is clicked struct modal_data; typedef void (*modal_callback)(struct modal_data *data); struct modal_data { struct alsa_card *card; char *serial; const char *title_active; GtkWidget *dialog; GtkWidget *label; GtkWidget *button_box; GtkWidget *progress_bar; guint timeout_id; modal_callback callback; GtkWidget *parent_label; int had_error; int in_progress; }; void create_modal_window( GtkWidget *w, struct alsa_card *card, const char *title, const char *title_active, const char *message, modal_callback callback ); // Same as create_modal_window but starts immediately without yes/no confirmation // If parent_label is provided, it will be updated on error when the modal closes void create_modal_window_autostart( GtkWidget *w, struct alsa_card *card, const char *title, const char *title_active, const char *message, modal_callback callback, GtkWidget *parent_label ); // update the progress bar in a modal window struct progress_data { struct modal_data *modal_data; char *text; int progress; }; gboolean modal_update_progress(gpointer user_data); // start a progress bar for a reboot gboolean modal_start_reboot_progress(gpointer user_data); alsa-scarlett-gui-1.0~beta9/src/window-preferences.c000066400000000000000000000131141521233005100225470ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2026 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "optional-state.h" #include "window-levels.h" #include "window-mixer.h" #include "window-preferences.h" // levels update rate options (Hz → ms) static const struct { const char *label; int hz; int ms; } levels_rates[] = { { "5 Hz", 5, 200 }, { "10 Hz", 10, 100 }, { "20 Hz", 20, 50 }, }; #define LEVELS_RATE_COUNT \ ((int)(sizeof(levels_rates) / sizeof(levels_rates[0]))) int levels_hz_to_ms(int hz) { for (int i = 0; i < LEVELS_RATE_COUNT; i++) if (levels_rates[i].hz == hz) return levels_rates[i].ms; return DEFAULT_LEVELS_INTERVAL_MS; } static int ms_to_rate_index(int ms) { for (int i = 0; i < LEVELS_RATE_COUNT; i++) if (levels_rates[i].ms == ms) return i; for (int i = 0; i < LEVELS_RATE_COUNT; i++) if (levels_rates[i].ms == DEFAULT_LEVELS_INTERVAL_MS) return i; return 0; } static int parse_bool_pref( GHashTable *state, const char *key, int fallback ) { if (!state) return fallback; const char *val = g_hash_table_lookup(state, key); if (!val) return fallback; if (strcmp(val, "true") == 0) return 1; if (strcmp(val, "false") == 0) return 0; return fallback; } void load_preferences(struct alsa_card *card) { GHashTable *state = optional_state_load( card, CONFIG_SECTION_UI ); card->pref_show_bottom_right_labels = parse_bool_pref( state, "mixer-show-bottom-right-labels", 0 ); const char *val = state ? g_hash_table_lookup(state, "levels-update-rate") : NULL; card->pref_levels_interval_ms = levels_hz_to_ms(val ? atoi(val) : 0); if (state) g_hash_table_destroy(state); } struct rate_buttons { struct alsa_card *card; GtkWidget *buttons[LEVELS_RATE_COUNT]; }; static void on_bottom_right_labels_changed( GObject *sw, GParamSpec *pspec, gpointer data ) { struct alsa_card *card = data; card->pref_show_bottom_right_labels = gtk_switch_get_active(GTK_SWITCH(sw)); optional_state_save( card, CONFIG_SECTION_UI, "mixer-show-bottom-right-labels", card->pref_show_bottom_right_labels ? "true" : "false" ); rebuild_mixer_grid(card); } static void on_rate_button_toggled( GtkToggleButton *button, gpointer data ) { struct rate_buttons *rb = data; if (!gtk_toggle_button_get_active(button)) return; int idx = GPOINTER_TO_INT( g_object_get_data(G_OBJECT(button), "rate-index") ); rb->card->pref_levels_interval_ms = levels_rates[idx].ms; char buf[8]; snprintf(buf, sizeof(buf), "%d", levels_rates[idx].hz); optional_state_save( rb->card, CONFIG_SECTION_UI, "levels-update-rate", buf ); restart_levels_timer(rb->card); } static GtkWidget *make_pref_row( const char *label_text, GtkWidget *control ) { GtkWidget *row = gtk_box_new( GTK_ORIENTATION_HORIZONTAL, 10 ); gtk_widget_set_hexpand(row, TRUE); GtkWidget *label = gtk_label_new(label_text); gtk_widget_set_hexpand(label, TRUE); gtk_widget_set_halign(label, GTK_ALIGN_START); gtk_box_append(GTK_BOX(row), label); gtk_widget_set_halign(control, GTK_ALIGN_END); gtk_box_append(GTK_BOX(row), control); return row; } static GtkWidget *make_section_label(const char *text) { GtkWidget *label = gtk_label_new(NULL); char *markup = g_strdup_printf("%s", text); gtk_label_set_markup(GTK_LABEL(label), markup); g_free(markup); gtk_widget_set_halign(label, GTK_ALIGN_START); return label; } GtkWidget *create_preferences_controls( struct alsa_card *card ) { GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); GtkWidget *content = gtk_box_new( GTK_ORIENTATION_VERTICAL, 10 ); gtk_widget_add_css_class(content, "window-content"); gtk_widget_add_css_class(content, "top-level-content"); gtk_frame_set_child(GTK_FRAME(top), content); // mixer section gtk_box_append( GTK_BOX(content), make_section_label("Mixer") ); GtkWidget *sw = gtk_switch_new(); gtk_switch_set_active( GTK_SWITCH(sw), card->pref_show_bottom_right_labels ); g_signal_connect( sw, "notify::active", G_CALLBACK(on_bottom_right_labels_changed), card ); gtk_box_append( GTK_BOX(content), make_pref_row("Show Bottom/Right Labels", sw) ); // levels section (only if card has levels) if (card->has_levels) { gtk_box_append( GTK_BOX(content), make_section_label("Levels") ); struct rate_buttons *rb = g_malloc0( sizeof(struct rate_buttons) ); rb->card = card; int active = ms_to_rate_index( card->pref_levels_interval_ms ); GtkWidget *rate_box = gtk_box_new( GTK_ORIENTATION_HORIZONTAL, 5 ); gtk_widget_set_halign(rate_box, GTK_ALIGN_END); for (int i = 0; i < LEVELS_RATE_COUNT; i++) { GtkWidget *btn = gtk_toggle_button_new_with_label( levels_rates[i].label ); gtk_toggle_button_set_active( GTK_TOGGLE_BUTTON(btn), i == active ); if (i > 0) gtk_toggle_button_set_group( GTK_TOGGLE_BUTTON(btn), GTK_TOGGLE_BUTTON(rb->buttons[0]) ); g_object_set_data( G_OBJECT(btn), "rate-index", GINT_TO_POINTER(i) ); g_signal_connect( btn, "toggled", G_CALLBACK(on_rate_button_toggled), rb ); rb->buttons[i] = btn; gtk_box_append(GTK_BOX(rate_box), btn); } gtk_box_append( GTK_BOX(content), make_pref_row("Update Rate", rate_box) ); g_object_weak_ref( G_OBJECT(top), (GWeakNotify)g_free, rb ); } return top; } alsa-scarlett-gui-1.0~beta9/src/window-preferences.h000066400000000000000000000007771521233005100225670ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" #define DEFAULT_LEVELS_INTERVAL_MS 50 // Convert levels update rate in Hz to interval in ms. // Returns DEFAULT_LEVELS_INTERVAL_MS for unrecognised values. int levels_hz_to_ms(int hz); // Load per-card preferences from optional state into card struct void load_preferences(struct alsa_card *card); GtkWidget *create_preferences_controls(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/window-routing.c000066400000000000000000002230771521233005100217500ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "gtkhelper.h" #include "hw-io-availability.h" #include "iface-mixer.h" #include "routing-drag-line.h" #include "routing-lines.h" #include "stereo-link.h" #include "stringhelper.h" #include "widget-boolean.h" #include "window-mixer.h" #include "window-routing.h" #include "custom-names.h" #include "port-enable.h" // clear all the routing sinks static void routing_preset_clear(struct alsa_card *card) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); alsa_set_elem_value(r_snk->elem, 0); } } static void routing_preset_link( struct alsa_card *card, int src_port_category, int src_mod, int snk_port_category ) { // find the first src port with the selected port category int start_src_idx; for (start_src_idx = 1; start_src_idx < card->routing_srcs->len; start_src_idx++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, start_src_idx ); if (r_src->port_category == src_port_category) break; } // find the first snk port with the selected port category int snk_idx; for (snk_idx = 0; snk_idx < card->routing_snks->len; snk_idx++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, snk_idx ); struct alsa_elem *elem = r_snk->elem; if (elem->port_category == snk_port_category) break; } // start assigning int src_idx = start_src_idx; int src_count = 0; while (src_idx < card->routing_srcs->len && snk_idx < card->routing_snks->len) { // stop if no more of the selected src port category struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, src_idx ); if (r_src->port_category != src_port_category) break; // stop if no more of the selected snk port category struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, snk_idx ); struct alsa_elem *elem = r_snk->elem; if (elem->port_category != snk_port_category) break; // do the assignment alsa_set_elem_value(elem, r_src->id); // get the next index src_idx++; src_count++; snk_idx++; if (src_count == src_mod) { src_idx = start_src_idx; src_count = 0; } } } static void routing_preset_direct(struct alsa_card *card) { routing_preset_link(card, PC_HW, 0, PC_PCM); routing_preset_link(card, PC_PCM, 0, PC_HW); } static void routing_preset_preamp(struct alsa_card *card) { routing_preset_link(card, PC_HW, 0, PC_HW); } static void routing_preset_stereo_out(struct alsa_card *card) { routing_preset_link(card, PC_PCM, 2, PC_HW); } static void routing_preset( GSimpleAction *action, GVariant *value, struct alsa_card *card ) { const char *s = g_variant_get_string(value, NULL); if (strcmp(s, "clear") == 0) { routing_preset_clear(card); } else if (strcmp(s, "direct") == 0) { routing_preset_direct(card); } else if (strcmp(s, "preamp") == 0) { routing_preset_preamp(card); } else if (strcmp(s, "stereo_out") == 0) { routing_preset_stereo_out(card); } } static GtkWidget *make_preset_menu_button(struct alsa_card *card) { GMenu *menu = g_menu_new(); g_menu_append(menu, "Clear", "routing.preset('clear')"); g_menu_append(menu, "Direct", "routing.preset('direct')"); g_menu_append(menu, "Preamp", "routing.preset('preamp')"); g_menu_append(menu, "Stereo Out", "routing.preset('stereo_out')"); GtkWidget *button = gtk_menu_button_new(); gtk_widget_set_halign(button, GTK_ALIGN_CENTER); gtk_widget_set_valign(button, GTK_ALIGN_CENTER); gtk_menu_button_set_label(GTK_MENU_BUTTON(button), "Presets"); gtk_menu_button_set_menu_model( GTK_MENU_BUTTON(button), G_MENU_MODEL(menu) ); GSimpleActionGroup *action_group = g_simple_action_group_new(); GSimpleAction *action = g_simple_action_new_stateful( "preset", G_VARIANT_TYPE_STRING, NULL ); g_action_map_add_action(G_ACTION_MAP(action_group), G_ACTION(action)); g_signal_connect( action, "activate", G_CALLBACK(routing_preset), card ); gtk_widget_insert_action_group( button, "routing", G_ACTION_GROUP(action_group) ); return button; } // Forward declaration for highlight drawing static void draw_group_highlights( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ); // Create a routing group with heading label and grid for widgets. // Returns a container (hbox or vbox) with heading outside the grid. // grid_out receives the inner grid for attaching socket/label widgets at row/col 0+ // The grid is wrapped in an overlay with a highlight drawing area below. static GtkWidget *create_routing_group_grid( struct alsa_card *card, char *name, char *descr, char *tooltip, GtkOrientation orientation, GtkAlign align, GtkWidget **heading_label, GtkWidget **grid_out ) { GtkWidget *grid = gtk_grid_new(); gtk_widget_set_name(grid, name); gtk_grid_set_spacing(GTK_GRID(grid), 2); // Add margin for highlight padding (2px) to avoid clipping gtk_widget_set_margin_start(grid, 2); gtk_widget_set_margin_end(grid, 2); gtk_widget_set_margin_top(grid, 2); gtk_widget_set_margin_bottom(grid, 2); // Create overlay with highlight drawing area below the grid GtkWidget *overlay = gtk_overlay_new(); GtkWidget *highlight_area = gtk_drawing_area_new(); gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(highlight_area), draw_group_highlights, card, NULL ); gtk_widget_set_can_target(highlight_area, FALSE); gtk_overlay_set_child(GTK_OVERLAY(overlay), highlight_area); gtk_overlay_add_overlay(GTK_OVERLAY(overlay), grid); gtk_overlay_set_measure_overlay(GTK_OVERLAY(overlay), grid, TRUE); GtkWidget *label = gtk_label_new(descr); gtk_widget_set_tooltip_text(label, tooltip); gtk_label_set_justify(GTK_LABEL(label), GTK_JUSTIFY_CENTER); if (heading_label) *heading_label = label; if (grid_out) *grid_out = grid; if (orientation == GTK_ORIENTATION_HORIZONTAL) { // Horizontal: hbox with label_vbox on left, overlay on right GtkWidget *hbox = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 5); gtk_widget_add_css_class(hbox, "controls-content"); gtk_widget_set_halign(hbox, GTK_ALIGN_CENTER); gtk_widget_set_valign(hbox, GTK_ALIGN_CENTER); // Wrap label in vbox so additional labels can be added (e.g. Talkback) GtkWidget *label_vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 2); gtk_widget_set_valign(label_vbox, GTK_ALIGN_CENTER); gtk_widget_set_valign(label, align); gtk_box_append(GTK_BOX(label_vbox), label); gtk_box_append(GTK_BOX(hbox), label_vbox); gtk_box_append(GTK_BOX(hbox), overlay); return hbox; } // Vertical: vbox with label on top, overlay below GtkWidget *vbox = gtk_box_new(GTK_ORIENTATION_VERTICAL, 5); gtk_widget_add_css_class(vbox, "controls-content"); gtk_widget_set_halign(vbox, GTK_ALIGN_FILL); gtk_widget_set_valign(vbox, GTK_ALIGN_CENTER); gtk_widget_set_vexpand(vbox, TRUE); gtk_widget_set_halign(label, align); gtk_widget_set_halign(overlay, GTK_ALIGN_FILL); gtk_box_append(GTK_BOX(vbox), label); gtk_box_append(GTK_BOX(vbox), overlay); return vbox; } static void create_routing_grid(struct alsa_card *card) { GtkGrid *routing_grid = GTK_GRID(card->routing_grid = gtk_grid_new()); int has_dsp = !!card->routing_in_count[PC_DSP]; gtk_widget_set_halign(card->routing_grid, GTK_ALIGN_CENTER); gtk_widget_set_valign(card->routing_grid, GTK_ALIGN_CENTER); GtkWidget *preset_menu_button = make_preset_menu_button(card); gtk_grid_attach( routing_grid, preset_menu_button, 0, 0, 1, 1 ); // All grids: container is vbox/hbox, grid is separate for widget attachment GtkWidget *hw_in_container = create_routing_group_grid( card, "routing_hw_in_grid", "Hardware Inputs", "Hardware Inputs are the physical inputs on the interface", GTK_ORIENTATION_VERTICAL, GTK_ALIGN_END, NULL, &card->routing_hw_in_grid ); GtkWidget *pcm_in_container = create_routing_group_grid( card, "routing_pcm_in_grid", "PCM Outputs", "PCM Outputs are the digital audio channels sent from the PC to " "the interface over USB, used for audio playback", GTK_ORIENTATION_VERTICAL, GTK_ALIGN_END, NULL, &card->routing_pcm_in_grid ); GtkWidget *pcm_out_container = create_routing_group_grid( card, "routing_pcm_out_grid", "PCM Inputs", "PCM Inputs are the digital audio channels sent from the interface " "to the PC over USB, use for audio recording", GTK_ORIENTATION_VERTICAL, GTK_ALIGN_START, NULL, &card->routing_pcm_out_grid ); GtkWidget *hw_out_container = create_routing_group_grid( card, "routing_hw_out_grid", "Hardware Outputs", "Hardware Outputs are the physical outputs on the interface", GTK_ORIENTATION_VERTICAL, GTK_ALIGN_START, NULL, &card->routing_hw_out_grid ); GtkWidget *dsp_in_container = NULL; GtkWidget *dsp_out_container = NULL; GtkWidget *mixer_in_container = NULL; GtkWidget *mixer_out_container = NULL; if (has_dsp) { dsp_in_container = create_routing_group_grid( card, "routing_dsp_in_grid", "DSP\nInputs", "DSP Inputs are used to send audio to the DSP, which is used for " "features such as the input level meters, Air mode, and Autogain", GTK_ORIENTATION_HORIZONTAL, GTK_ALIGN_CENTER, NULL, &card->routing_dsp_in_grid ); dsp_out_container = create_routing_group_grid( card, "routing_dsp_out_grid", "DSP\nOutputs", "DSP Outputs are used to send audio from the DSP after it has " "done its processing", GTK_ORIENTATION_HORIZONTAL, GTK_ALIGN_CENTER, NULL, &card->routing_dsp_out_grid ); } if (!card->has_fixed_mixer_inputs) mixer_in_container = create_routing_group_grid( card, "routing_mixer_in_grid", "Mixer\nInputs", "Mixer Inputs are used to mix multiple audio channels together", GTK_ORIENTATION_HORIZONTAL, GTK_ALIGN_CENTER, &card->routing_mixer_in_heading, &card->routing_mixer_in_grid ); mixer_out_container = create_routing_group_grid( card, "routing_mixer_out_grid", card->has_talkback ? "Mixer Outputs" : "Mixer\nOutputs", "Mixer Outputs are used to send audio from the mixer", GTK_ORIENTATION_HORIZONTAL, GTK_ALIGN_CENTER, &card->routing_mixer_out_heading, &card->routing_mixer_out_grid ); int left_col_num = 0; int dsp_col_num = has_dsp ? 1 : 0; int mix_col_num = dsp_col_num + 1; int right_col_num = mix_col_num + 1; // set minimum width on the mixer column to maintain spacing even when empty gtk_grid_set_column_homogeneous(routing_grid, FALSE); GtkWidget *spacer = gtk_box_new(GTK_ORIENTATION_HORIZONTAL, 0); gtk_widget_set_size_request(spacer, 200, 1); gtk_grid_attach(routing_grid, spacer, mix_col_num, 0, 1, 1); gtk_grid_attach(routing_grid, hw_in_container, left_col_num, 1, 1, 1); gtk_grid_attach(routing_grid, pcm_in_container, left_col_num, 2, 1, 1); gtk_grid_attach(routing_grid, pcm_out_container, right_col_num, 1, 1, 1); gtk_grid_attach(routing_grid, hw_out_container, right_col_num, 2, 1, 1); if (has_dsp) { gtk_grid_attach(routing_grid, dsp_in_container, dsp_col_num, 0, 1, 1); gtk_grid_attach(routing_grid, dsp_out_container, dsp_col_num, 3, 1, 1); } if (!card->has_fixed_mixer_inputs) gtk_grid_attach(routing_grid, mixer_in_container, mix_col_num, 0, 1, 1); gtk_grid_attach(routing_grid, mixer_out_container, mix_col_num, 3, 1, 1); gtk_grid_set_spacing(routing_grid, 10); card->routing_src_label = gtk_label_new("↑\nSources →"); gtk_label_set_justify(GTK_LABEL(card->routing_src_label), GTK_JUSTIFY_CENTER); gtk_grid_attach(routing_grid, card->routing_src_label, left_col_num, 3, 1, 1); card->routing_snk_label = gtk_label_new( card->has_fixed_mixer_inputs ? "Sinks\n↓" : "← Sinks\n↓" ); gtk_label_set_justify(GTK_LABEL(card->routing_snk_label), GTK_JUSTIFY_CENTER); gtk_grid_attach(routing_grid, card->routing_snk_label, right_col_num, 0, 1, 1); } static GtkWidget *make_socket_widget(void) { GtkWidget *w = gtk_picture_new_for_resource( "/vu/b4/alsa-scarlett-gui/icons/socket.svg" ); gtk_widget_set_align(w, GTK_ALIGN_CENTER, GTK_ALIGN_CENTER); gtk_picture_set_can_shrink(GTK_PICTURE(w), FALSE); gtk_widget_set_margin(w, 2); gtk_widget_set_vexpand(w, FALSE); gtk_widget_set_hexpand(w, FALSE); return w; } // Update socket widget to show mono or stereo based on link state // orientation: GTK_ORIENTATION_HORIZONTAL for side-by-side sockets // GTK_ORIENTATION_VERTICAL for stacked sockets static void update_socket_widget( GtkWidget *socket, int is_linked, GtkOrientation orientation ) { const char *resource; if (is_linked) { resource = orientation == GTK_ORIENTATION_HORIZONTAL ? "/vu/b4/alsa-scarlett-gui/icons/socket-stereo-h.svg" : "/vu/b4/alsa-scarlett-gui/icons/socket-stereo-v.svg"; } else { resource = "/vu/b4/alsa-scarlett-gui/icons/socket.svg"; } gtk_picture_set_resource(GTK_PICTURE(socket), resource); } // Get the appropriate socket orientation for a port category // This refers to how L/R are arranged in the stereo socket icon static GtkOrientation get_socket_orientation(int port_category) { // Mixer and DSP ports are arranged horizontally, L/R side-by-side // HW and PCM ports are arranged vertically, L/R stacked return (port_category == PC_MIX || port_category == PC_DSP) ? GTK_ORIENTATION_HORIZONTAL : GTK_ORIENTATION_VERTICAL; } // Get stereo-aware base name for a source // Returns newly allocated string that must be freed static char *get_src_stereo_aware_name(struct routing_src *src) { if (is_src_linked(src) && is_src_left_channel(src)) { if (src->port_category == PC_MIX) return g_strdup_printf( "%c\xe2\x80\x93%c", src->port_num + 'A', src->port_num + 'B' ); if (src->port_category == PC_DSP) return g_strdup_printf( "%d\xe2\x80\x93%d", src->lr_num, src->lr_num + 1 ); return get_src_pair_display_name(src); } return get_src_display_name_formatted(src); } // Get stereo-aware base name for a sink // Returns newly allocated string that must be freed static char *get_snk_stereo_aware_name(struct routing_snk *snk) { if (is_snk_linked(snk) && is_snk_left_channel(snk)) { // Mixer/DSP use simple abbreviated stereo labels in routing window int port_cat = snk->elem->port_category; if (port_cat == PC_MIX || port_cat == PC_DSP) { int lr = snk->elem->lr_num; return g_strdup_printf("%d–%d", lr, lr + 1); } else { return get_snk_pair_display_name(snk); } } return get_snk_display_name_formatted(snk); } // Label width for mono/stereo display #define LABEL_WIDTH_MONO 3 #define LABEL_WIDTH_STEREO 4 // Helper to check if a source should be visible in routing grid static int is_src_visible(struct routing_src *r_src) { return is_routing_src_enabled(r_src) && should_display_src(r_src); } // Helper to check if a sink should be visible in routing grid static int is_snk_visible(struct routing_snk *r_snk) { return is_routing_snk_enabled(r_snk) && should_display_snk(r_snk); } // Helper to unparent a widget from a grid if it has a parent static void unparent_from_grid(GtkWidget *grid, GtkWidget *widget) { if (widget && gtk_widget_get_parent(widget)) gtk_grid_remove(GTK_GRID(grid), widget); } // Get the routing grid for a source port category static GtkWidget *get_src_grid(struct alsa_card *card, int port_category) { switch (port_category) { case PC_MIX: return card->routing_mixer_out_grid; case PC_DSP: return card->routing_dsp_out_grid; case PC_HW: return card->routing_hw_in_grid; case PC_PCM: return card->routing_pcm_in_grid; default: return NULL; } } // Get the routing grid for a sink port category static GtkWidget *get_snk_grid(struct alsa_card *card, int port_category) { switch (port_category) { case PC_MIX: return card->routing_mixer_in_grid; case PC_DSP: return card->routing_dsp_in_grid; case PC_HW: return card->routing_hw_out_grid; case PC_PCM: return card->routing_pcm_out_grid; default: return NULL; } } // Check if port category uses horizontal layout (MIX/DSP) static int is_horiz_port_category(int port_category) { return port_category == PC_MIX || port_category == PC_DSP; } // Release refs held on routing widgets. // Called before the routing window is destroyed. void cleanup_routing_widgets(struct alsa_card *card) { // Clear hover state to prevent dangling pointers card->hovered_src = NULL; card->hovered_snk = NULL; // Clean up source widgets if (card->routing_srcs) { for (int i = 1; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->widget) { g_object_unref(r_src->widget); r_src->widget = NULL; r_src->widget2 = NULL; } if (r_src->label_widget) { g_object_unref(r_src->label_widget); r_src->label_widget = NULL; } if (r_src->talkback_widget) { g_object_unref(r_src->talkback_widget); r_src->talkback_widget = NULL; } } } // Clean up sink widgets if (card->routing_snks) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (r_snk->socket_widget) { g_object_unref(r_snk->socket_widget); r_snk->socket_widget = NULL; } if (r_snk->label_widget) { g_object_unref(r_snk->label_widget); r_snk->label_widget = NULL; } } } } // Arrange source widgets in their grid. // Removes all widgets and re-attaches only visible ones at consecutive positions. void arrange_src_grid(struct alsa_card *card, int port_category) { GtkWidget *grid = get_src_grid(card, port_category); if (!grid) return; int is_horiz = is_horiz_port_category(port_category); int pos = 0; for (int i = 1; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category != port_category || !r_src->widget) continue; // Unparent all widgets unparent_from_grid(grid, r_src->widget); unparent_from_grid(grid, r_src->label_widget); unparent_from_grid(grid, r_src->talkback_widget); if (!is_src_visible(r_src)) continue; if (is_horiz) { // Horizontal: socket at row 0, talkback/label at row 1 gtk_grid_attach(GTK_GRID(grid), r_src->widget, pos, 0, 1, 1); if (r_src->talkback_widget) gtk_grid_attach(GTK_GRID(grid), r_src->talkback_widget, pos, 1, 1, 1); else if (r_src->label_widget) gtk_grid_attach(GTK_GRID(grid), r_src->label_widget, pos, 1, 1, 1); } else { // Vertical: label at col 0, socket at col 1 gtk_grid_attach(GTK_GRID(grid), r_src->label_widget, 0, pos, 1, 1); gtk_grid_attach(GTK_GRID(grid), r_src->widget, 1, pos, 1, 1); } pos++; } if (card->routing_lines) gtk_widget_queue_draw(card->routing_lines); } // Arrange sink widgets in their grid. void arrange_snk_grid(struct alsa_card *card, int port_category) { GtkWidget *grid = get_snk_grid(card, port_category); if (!grid) return; // Skip for fixed mixer inputs (no routing widgets) if (port_category == PC_MIX && card->has_fixed_mixer_inputs) return; int is_horiz = is_horiz_port_category(port_category); int pos = 0; for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!r_snk->elem || r_snk->elem->port_category != port_category || !r_snk->socket_widget) continue; // Unparent all widgets unparent_from_grid(grid, r_snk->socket_widget); unparent_from_grid(grid, r_snk->label_widget); if (!is_snk_visible(r_snk)) continue; if (is_horiz) { // Horizontal: label at row 0, socket at row 1 (sinks point down) gtk_grid_attach(GTK_GRID(grid), r_snk->label_widget, pos, 0, 1, 1); gtk_grid_attach(GTK_GRID(grid), r_snk->socket_widget, pos, 1, 1, 1); } else { // Vertical: socket at col 0, label at col 1 gtk_grid_attach(GTK_GRID(grid), r_snk->socket_widget, 0, pos, 1, 1); gtk_grid_attach(GTK_GRID(grid), r_snk->label_widget, 1, pos, 1, 1); } pos++; } if (card->routing_lines) gtk_widget_queue_draw(card->routing_lines); } // Callback to update source socket and label when link state changes static void src_socket_link_changed(struct alsa_elem *elem, void *private) { struct routing_src *src = private; if (!src->widget2) return; int linked = is_src_linked(src); GtkOrientation orient = get_socket_orientation(src->port_category); update_socket_widget(src->widget2, linked, orient); update_routing_src_label(src); // Rearrange grid (only after routing window is fully initialized) if (src->card->routing_lines) arrange_src_grid(src->card, src->port_category); } // Callback to update sink socket and label when link state changes static void snk_socket_link_changed(struct alsa_elem *elem, void *private) { struct routing_snk *snk = private; if (!snk->socket_widget) return; int linked = is_snk_linked(snk); int port_category = snk->elem->port_category; GtkOrientation orient = get_socket_orientation(port_category); update_socket_widget(snk->socket_widget, linked, orient); update_hw_output_label(snk); // Rearrange grid (only after routing window is fully initialized) if (snk->elem->card->routing_lines) arrange_snk_grid(snk->elem->card, port_category); } // Helper to draw a rounded highlight rectangle static void draw_highlight_rect( cairo_t *cr, const graphene_rect_t *bounds ) { double x = graphene_rect_get_x(bounds); double y = graphene_rect_get_y(bounds); double w = graphene_rect_get_width(bounds); double h = graphene_rect_get_height(bounds); double radius = 4.0; // Add some padding double pad = 2.0; x -= pad; y -= pad; w += pad * 2; h += pad * 2; // Clamp radius to half the smallest dimension if (radius > w / 2) radius = w / 2; if (radius > h / 2) radius = h / 2; cairo_new_sub_path(cr); cairo_arc(cr, x + w - radius, y + radius, radius, -M_PI_2, 0); cairo_arc(cr, x + w - radius, y + h - radius, radius, 0, M_PI_2); cairo_arc(cr, x + radius, y + h - radius, radius, M_PI_2, M_PI); cairo_arc(cr, x + radius, y + radius, radius, M_PI, 3 * M_PI_2); cairo_close_path(cr); // #801010 colour cairo_set_source_rgb(cr, 0.5, 0.063, 0.063); cairo_fill(cr); } // Get combined bounds of socket + label (or socket + talkback) relative to a widget static int get_src_bounds_relative( struct routing_src *src, GtkWidget *relative_to, graphene_rect_t *bounds ) { if (!src->widget2) return 0; graphene_rect_t socket_bounds; if (!gtk_widget_compute_bounds(src->widget2, relative_to, &socket_bounds)) return 0; // For talkback sources, union socket and talkback bounds, extend to cell top if (src->talkback_widget) { graphene_rect_t talkback_bounds; if (!gtk_widget_compute_bounds( src->talkback_widget, relative_to, &talkback_bounds)) return 0; graphene_rect_union(&socket_bounds, &talkback_bounds, bounds); // Extend to cell top: compute how far socket is from grid top GtkWidget *grid = gtk_widget_get_parent(src->widget2); if (grid) { graphene_rect_t socket_in_grid; if (gtk_widget_compute_bounds(src->widget2, grid, &socket_in_grid)) { float extend = graphene_rect_get_y(&socket_in_grid); if (extend > 0) { graphene_rect_init( bounds, graphene_rect_get_x(bounds), graphene_rect_get_y(bounds) - extend, graphene_rect_get_width(bounds), graphene_rect_get_height(bounds) + extend ); } } } return 1; } // Normal case: socket + label if (!src->label_widget) return 0; graphene_rect_t label_bounds; if (!gtk_widget_compute_bounds(src->label_widget, relative_to, &label_bounds)) return 0; graphene_rect_union(&socket_bounds, &label_bounds, bounds); return 1; } static int get_snk_bounds_relative( struct routing_snk *snk, GtkWidget *relative_to, graphene_rect_t *bounds ) { if (!snk->socket_widget || !snk->label_widget) return 0; graphene_rect_t socket_bounds, label_bounds; if (!gtk_widget_compute_bounds(snk->socket_widget, relative_to, &socket_bounds)) return 0; if (!gtk_widget_compute_bounds(snk->label_widget, relative_to, &label_bounds)) return 0; graphene_rect_union(&socket_bounds, &label_bounds, bounds); return 1; } // Draw highlights for hovered sources/sinks in a group's overlay static void draw_group_highlights( GtkDrawingArea *drawing_area, cairo_t *cr, int width, int height, void *user_data ) { struct alsa_card *card = user_data; GtkWidget *highlight_widget = GTK_WIDGET(drawing_area); // Get the grid (sibling in the overlay) GtkWidget *overlay = gtk_widget_get_parent(highlight_widget); if (!overlay) return; // Check hovered source if (card->hovered_src) { struct routing_src *src = card->hovered_src; // Check if this source's widget is in this group's grid GtkWidget *src_parent = src->widget2 ? gtk_widget_get_parent(src->widget2) : NULL; if (src_parent && gtk_widget_get_parent(src_parent) == overlay) { graphene_rect_t bounds; if (get_src_bounds_relative(src, highlight_widget, &bounds)) draw_highlight_rect(cr, &bounds); // Also draw partner if stereo-linked if (is_src_linked(src)) { struct routing_src *partner = get_src_partner(src); if (partner && get_src_bounds_relative(partner, highlight_widget, &bounds)) draw_highlight_rect(cr, &bounds); } } } // Check hovered sink if (card->hovered_snk) { struct routing_snk *snk = card->hovered_snk; // Check if this sink's widget is in this group's grid GtkWidget *snk_parent = snk->socket_widget ? gtk_widget_get_parent(snk->socket_widget) : NULL; if (snk_parent && gtk_widget_get_parent(snk_parent) == overlay) { graphene_rect_t bounds; if (get_snk_bounds_relative(snk, highlight_widget, &bounds)) draw_highlight_rect(cr, &bounds); // Also draw partner if stereo-linked if (is_snk_linked(snk)) { struct routing_snk *partner = get_snk_partner(snk); if (partner && get_snk_bounds_relative(partner, highlight_widget, &bounds)) draw_highlight_rect(cr, &bounds); } } } } // Queue redraw on all group highlight areas static void queue_redraw_group_highlights(struct alsa_card *card) { GtkWidget *grids[] = { card->routing_hw_in_grid, card->routing_hw_out_grid, card->routing_pcm_in_grid, card->routing_pcm_out_grid, card->routing_dsp_in_grid, card->routing_dsp_out_grid, card->routing_mixer_in_grid, card->routing_mixer_out_grid, }; for (int i = 0; i < 8; i++) { if (!grids[i]) continue; // Grid's parent is the overlay; overlay's child is the highlight area GtkWidget *overlay = gtk_widget_get_parent(grids[i]); if (overlay) { GtkWidget *highlight_area = gtk_overlay_get_child(GTK_OVERLAY(overlay)); if (highlight_area) gtk_widget_queue_draw(highlight_area); } } } // Motion handler for overlay-based hover detection static void routing_overlay_motion( GtkEventControllerMotion *controller, double x, double y, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *overlay = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(controller) ); struct routing_src *new_hovered_src = NULL; struct routing_snk *new_hovered_snk = NULL; graphene_point_t point = GRAPHENE_POINT_INIT(x, y); // Check sources (skip "Off" at index 0) for (int i = 1; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!is_routing_src_enabled(src) || !src->widget2) continue; // For linked pairs, only hit-test the left channel if (is_src_linked(src) && !is_src_left_channel(src)) continue; graphene_rect_t bounds; if (!get_src_bounds_relative(src, overlay, &bounds)) continue; if (graphene_rect_contains_point(&bounds, &point)) { new_hovered_src = src; break; } } // Check sinks if no source was hit if (!new_hovered_src) { for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!is_routing_snk_enabled(snk)) continue; // For linked pairs, only hit-test the left channel if (is_snk_linked(snk) && !is_snk_left_channel(snk)) continue; graphene_rect_t bounds; if (!get_snk_bounds_relative(snk, overlay, &bounds)) continue; if (graphene_rect_contains_point(&bounds, &point)) { new_hovered_snk = snk; break; } } } // Update hover state if changed if (new_hovered_src != card->hovered_src || new_hovered_snk != card->hovered_snk) { card->hovered_src = new_hovered_src; card->hovered_snk = new_hovered_snk; queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->routing_lines); } } // Leave handler for overlay-based hover detection static void routing_overlay_leave( GtkEventControllerMotion *controller, gpointer user_data ) { struct alsa_card *card = user_data; if (card->hovered_src || card->hovered_snk) { card->hovered_src = NULL; card->hovered_snk = NULL; queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->routing_lines); } } // Forward declarations for functions used by unified handlers static struct alsa_elem *get_snk_routing_elem(struct routing_snk *r_snk); static void route_src_to_snk( struct alsa_card *card, struct routing_snk *r_snk, int src_id ); // Find routing source at point (returns NULL if none) static struct routing_src *find_src_at_point( struct alsa_card *card, GtkWidget *relative_to, double x, double y ) { graphene_point_t point = GRAPHENE_POINT_INIT(x, y); for (int i = 1; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!is_routing_src_enabled(src) || !src->widget2) continue; if (is_src_linked(src) && !is_src_left_channel(src)) continue; graphene_rect_t bounds; if (!get_src_bounds_relative(src, relative_to, &bounds)) continue; if (graphene_rect_contains_point(&bounds, &point)) return src; } return NULL; } // Find routing sink at point (returns NULL if none) static struct routing_snk *find_snk_at_point( struct alsa_card *card, GtkWidget *relative_to, double x, double y ) { graphene_point_t point = GRAPHENE_POINT_INIT(x, y); for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!is_routing_snk_enabled(snk)) continue; if (is_snk_linked(snk) && !is_snk_left_channel(snk)) continue; graphene_rect_t bounds; if (!get_snk_bounds_relative(snk, relative_to, &bounds)) continue; if (graphene_rect_contains_point(&bounds, &point)) return snk; } return NULL; } // Callback for stereo link toggle button inside context menu popover static void link_popover_clicked(GtkButton *button, gpointer user_data) { struct alsa_elem *link_elem = user_data; int current = alsa_get_elem_value(link_elem); alsa_set_elem_value(link_elem, !current); // Close the popover GtkWidget *popover = gtk_widget_get_ancestor( GTK_WIDGET(button), GTK_TYPE_POPOVER ); if (popover) gtk_popover_popdown(GTK_POPOVER(popover)); } // Right-click handler for stereo link context menu static void routing_overlay_right_click( GtkGestureClick *gesture, int n_press, double x, double y, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *widget = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(gesture) ); struct routing_src *r_src = find_src_at_point(card, widget, x, y); struct routing_snk *r_snk = find_snk_at_point(card, widget, x, y); // Get the link element for the clicked source or sink struct alsa_elem *link_elem = NULL; int is_linked = 0; if (r_src && src_has_valid_partner(r_src)) { link_elem = get_src_link_elem(r_src); is_linked = is_src_linked(r_src); } else if (r_snk && snk_has_valid_partner(r_snk)) { link_elem = get_snk_link_elem(r_snk); is_linked = is_snk_linked(r_snk); } if (!link_elem) return; // Create popover with a button GtkWidget *popover = gtk_popover_new(); gtk_popover_set_has_arrow(GTK_POPOVER(popover), FALSE); gtk_widget_set_parent(popover, widget); GdkRectangle rect = { .x = x, .y = y, .width = 1, .height = 1 }; gtk_popover_set_pointing_to(GTK_POPOVER(popover), &rect); GtkWidget *button = gtk_button_new_with_label( is_linked ? "Unlink Stereo Pair" : "Link as Stereo Pair" ); gtk_widget_add_css_class(button, "flat"); g_signal_connect(button, "clicked", G_CALLBACK(link_popover_clicked), link_elem); gtk_popover_set_child(GTK_POPOVER(popover), button); g_signal_connect(popover, "closed", G_CALLBACK(gtk_widget_unparent), NULL); gtk_popover_popup(GTK_POPOVER(popover)); } // Unified click handler using hit-testing static void routing_overlay_click( GtkGestureClick *gesture, int n_press, double x, double y, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *widget = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(gesture) ); struct routing_src *r_src = find_src_at_point(card, widget, x, y); struct routing_snk *r_snk = find_snk_at_point(card, widget, x, y); if (r_src) { // Clear all sinks connected to this source for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); int connected = snk->effective_source_idx == r_src->id; if (!connected && is_src_linked(r_src)) { struct routing_src *partner = get_src_partner(r_src); if (partner) connected = snk->effective_source_idx == partner->id; } if (!connected) continue; struct alsa_elem *target_elem = get_snk_routing_elem(snk); if (target_elem && target_elem == snk->elem) alsa_set_elem_value(target_elem, 0); } } else if (r_snk) { struct alsa_elem *target_elem = get_snk_routing_elem(r_snk); if (!target_elem || target_elem != r_snk->elem) return; if (is_snk_linked(r_snk)) { struct routing_snk *partner = get_snk_partner(r_snk); if (partner) { route_src_to_snk(card, r_snk, 0); route_src_to_snk(card, partner, 0); return; } } alsa_set_elem_value(target_elem, 0); } } // Drag source prepare handler - hit-test to find drag origin static GdkContentProvider *routing_drag_prepare( GtkDragSource *source, double x, double y, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *widget = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(source) ); struct routing_src *r_src = find_src_at_point(card, widget, x, y); struct routing_snk *r_snk = find_snk_at_point(card, widget, x, y); if (r_src) { card->drag_type = DRAG_TYPE_SRC; card->src_drag = r_src; return gdk_content_provider_new_typed(G_TYPE_INT, r_src->id); } else if (r_snk) { card->drag_type = DRAG_TYPE_SNK; card->snk_drag = r_snk; return gdk_content_provider_new_typed(G_TYPE_INT, 0x8000 | r_snk->idx); } return NULL; } // Check if a routing operation from source to sink is valid static int is_routing_valid( struct alsa_card *card, struct routing_src *r_src, struct routing_snk *r_snk ) { // Reject drops on muted sinks if (is_snk_monitor_muted(r_snk)) return 0; // Reject stereo source → mono sink if (r_src && is_src_linked(r_src) && !is_snk_linked(r_snk)) return 0; // Reject mixer → mixer routing if device doesn't support it if (!card->mixer_has_mix_srcs && r_src && r_src->port_category == PC_MIX && r_snk->elem->port_category == PC_MIX) return 0; return 1; } // Drag source end handler static void routing_drag_end( GtkDragSource *source, GdkDrag *drag, gboolean delete_data, gpointer user_data ) { struct alsa_card *card = user_data; card->drag_type = DRAG_TYPE_NONE; card->src_drag = NULL; card->snk_drag = NULL; // Recompute hover from last known position (coords are relative to routing_grid) if (card->drag_x >= 0 && card->drag_y >= 0) { card->hovered_src = find_src_at_point( card, card->routing_grid, card->drag_x, card->drag_y ); card->hovered_snk = find_snk_at_point( card, card->routing_grid, card->drag_x, card->drag_y ); } // Clear drag coords now that we're done with them card->drag_x = -1; card->drag_y = -1; queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); } // Drop target motion handler - hit-test for drop feedback static GdkDragAction routing_drop_motion( GtkDropTarget *target, double x, double y, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *widget = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(target) ); struct routing_src *r_src = find_src_at_point(card, widget, x, y); struct routing_snk *r_snk = find_snk_at_point(card, widget, x, y); // Update drag target and hover state for visual feedback if (card->drag_type == DRAG_TYPE_SRC && r_snk && is_routing_valid(card, card->src_drag, r_snk)) { card->snk_drag = r_snk; card->hovered_snk = r_snk; card->hovered_src = NULL; queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); return GDK_ACTION_COPY; } else if (card->drag_type == DRAG_TYPE_SNK && r_src && is_routing_valid(card, r_src, card->snk_drag)) { card->src_drag = r_src; card->hovered_src = r_src; card->hovered_snk = NULL; queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); return GDK_ACTION_COPY; } // Clear any previous drop target and hover state if (card->drag_type == DRAG_TYPE_SRC) { card->snk_drag = NULL; card->hovered_snk = NULL; } else if (card->drag_type == DRAG_TYPE_SNK) { card->src_drag = NULL; card->hovered_src = NULL; } queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); return 0; } // Drop target leave handler static void routing_drop_leave( GtkDropTarget *target, gpointer user_data ) { struct alsa_card *card = user_data; if (card->drag_type == DRAG_TYPE_SRC) { card->snk_drag = NULL; card->hovered_snk = NULL; } else if (card->drag_type == DRAG_TYPE_SNK) { card->src_drag = NULL; card->hovered_src = NULL; } queue_redraw_group_highlights(card); gtk_widget_queue_draw(card->drag_line); gtk_widget_queue_draw(card->routing_lines); } // Drop target drop handler - perform the routing connection static gboolean routing_drop( GtkDropTarget *target, const GValue *value, double x, double y, gpointer user_data ) { struct alsa_card *card = user_data; GtkWidget *widget = gtk_event_controller_get_widget( GTK_EVENT_CONTROLLER(target) ); struct routing_src *r_src = find_src_at_point(card, widget, x, y); struct routing_snk *r_snk = find_snk_at_point(card, widget, x, y); // Dropped on sink while dragging from source if (card->drag_type == DRAG_TYPE_SRC && r_snk && card->src_drag) { struct routing_src *drag_src = card->src_drag; if (!is_routing_valid(card, drag_src, r_snk)) return FALSE; if (is_snk_linked(r_snk)) { struct routing_snk *snk_partner = get_snk_partner(r_snk); if (snk_partner) { if (is_src_linked(drag_src)) { // Stereo → Stereo: route L→L, R→R struct routing_src *src_partner = get_src_partner(drag_src); if (src_partner) { route_src_to_snk(card, r_snk, drag_src->id); route_src_to_snk(card, snk_partner, src_partner->id); return TRUE; } } else { // Mono → Stereo: route same source to both route_src_to_snk(card, r_snk, drag_src->id); route_src_to_snk(card, snk_partner, drag_src->id); return TRUE; } } } route_src_to_snk(card, r_snk, drag_src->id); return TRUE; } // Dropped on source while dragging from sink if (card->drag_type == DRAG_TYPE_SNK && r_src && card->snk_drag) { struct routing_snk *drag_snk = card->snk_drag; if (!is_routing_valid(card, r_src, drag_snk)) return FALSE; if (is_snk_linked(drag_snk)) { struct routing_snk *snk_partner = get_snk_partner(drag_snk); if (snk_partner) { if (is_src_linked(r_src)) { // Stereo → Stereo: route L→L, R→R struct routing_src *src_partner = get_src_partner(r_src); if (src_partner) { route_src_to_snk(card, drag_snk, r_src->id); route_src_to_snk(card, snk_partner, src_partner->id); return TRUE; } } else { // Mono → Stereo: route same source to both route_src_to_snk(card, drag_snk, r_src->id); route_src_to_snk(card, snk_partner, r_src->id); return TRUE; } } } route_src_to_snk(card, drag_snk, r_src->id); return TRUE; } return FALSE; } // Speaker switching states #define SPEAKER_SWITCH_OFF 0 #define SPEAKER_SWITCH_MAIN 1 #define SPEAKER_SWITCH_ALT 2 // Check if any Alt Group Output is enabled (Gen 4) static int has_any_alt_group_enabled(struct alsa_card *card) { for (int i = 1; i <= 8; i++) { char name[64]; snprintf(name, sizeof(name), "Alt Group Output %d Playback Switch", i); struct alsa_elem *elem = get_elem_by_name(card->elems, name); if (elem && alsa_get_elem_value(elem)) return 1; } return 0; } static int has_any_main_group_enabled(struct alsa_card *card) { for (int i = 1; i <= 8; i++) { char name[64]; snprintf(name, sizeof(name), "Main Group Output %d Playback Switch", i); struct alsa_elem *elem = get_elem_by_name(card->elems, name); if (elem && alsa_get_elem_value(elem)) return 1; } return 0; } // Get speaker switching state: 0=off, 1=main, 2=alt static int get_speaker_switching_state(struct alsa_card *card) { // Try enum version first (Gen 2/3 larger models) struct alsa_elem *elem = get_elem_by_name( card->elems, "Speaker Switching Playback Enum" ); if (elem) { int val = alsa_get_elem_value(elem); // Enum values: 0=Off, 1=Main, 2=Alt if (val == 0) return SPEAKER_SWITCH_OFF; return val == 2 ? SPEAKER_SWITCH_ALT : SPEAKER_SWITCH_MAIN; } // Check for Main/Alt Group controls (Gen 4) struct alsa_elem *main_group = get_elem_by_prefix( card->elems, "Main Group Output" ); if (main_group) { if (has_any_alt_group_enabled(card)) { // Alt outputs configured: check which group is active struct alsa_elem *alt = get_elem_by_name( card->elems, "Speaker Switching Alt Playback Switch" ); if (alt && alsa_get_elem_value(alt)) return SPEAKER_SWITCH_ALT; return SPEAKER_SWITCH_MAIN; } // No alt outputs: show Main indicator if main outputs exist if (has_any_main_group_enabled(card)) return SPEAKER_SWITCH_MAIN; return SPEAKER_SWITCH_OFF; } // Try switch version (Gen 2/3 smaller models) struct alsa_elem *sw = get_elem_by_name( card->elems, "Speaker Switching Playback Switch" ); struct alsa_elem *alt = get_elem_by_name( card->elems, "Speaker Switching Alt Playback Switch" ); if (sw && alt) { if (!alsa_get_elem_value(sw)) return SPEAKER_SWITCH_OFF; if (alsa_get_elem_value(alt)) return SPEAKER_SWITCH_ALT; return SPEAKER_SWITCH_MAIN; } return SPEAKER_SWITCH_OFF; } // Check if a sink is currently muted (in inactive monitor group) int is_snk_monitor_muted(struct routing_snk *r_snk) { struct alsa_elem *elem = r_snk->elem; // Only HW analogue outputs can be muted by speaker switching if (elem->port_category != PC_HW || elem->hw_type != HW_TYPE_ANALOGUE) return 0; // If no group controls, not muted if (!r_snk->main_group_switch && !r_snk->alt_group_switch) return 0; int in_main = r_snk->main_group_switch && alsa_get_elem_value(r_snk->main_group_switch); int in_alt = r_snk->alt_group_switch && alsa_get_elem_value(r_snk->alt_group_switch); // If not in either group, not muted if (!in_main && !in_alt) return 0; int speaker_state = get_speaker_switching_state(elem->card); // OFF or MAIN active: muted if only in Alt group if (speaker_state == SPEAKER_SWITCH_OFF || speaker_state == SPEAKER_SWITCH_MAIN) return in_alt && !in_main; // ALT active: muted if only in Main group return in_main && !in_alt; } // Get the element to modify for routing changes to a sink. // Returns the group source elem if sink is in active monitor group, // otherwise returns the routing elem. Returns NULL if sink is muted. static struct alsa_elem *get_snk_routing_elem(struct routing_snk *r_snk) { struct alsa_elem *elem = r_snk->elem; // Only HW analogue outputs can be affected by speaker switching if (elem->port_category != PC_HW || elem->hw_type != HW_TYPE_ANALOGUE) return elem; // If no group controls, use normal routing if (!r_snk->main_group_switch && !r_snk->alt_group_switch) return elem; int in_main = r_snk->main_group_switch && alsa_get_elem_value(r_snk->main_group_switch); int in_alt = r_snk->alt_group_switch && alsa_get_elem_value(r_snk->alt_group_switch); // If not in either group, use normal routing if (!in_main && !in_alt) return elem; int speaker_state = get_speaker_switching_state(elem->card); // OFF or MAIN active if (speaker_state == SPEAKER_SWITCH_OFF || speaker_state == SPEAKER_SWITCH_MAIN) { if (in_main) return r_snk->main_group_source; // Only in Alt group while Main is active - muted return NULL; } // ALT active if (in_alt) return r_snk->alt_group_source; // Only in Main group while Alt is active - muted return NULL; } // Convert routing source ID to monitor group source ID. // Monitor group source enums have different indices, so we need to search. static int routing_src_to_vg_src(struct alsa_card *card, int routing_src_id) { // Search the map for the routing source ID for (int i = 0; i < card->monitor_group_src_map_count; i++) { if (card->monitor_group_src_map[i] == routing_src_id) return i; } // Not found - return 0 (Off) return 0; } // Route a source to a sink, handling VG source conversion static void route_src_to_snk( struct alsa_card *card, struct routing_snk *snk, int src_id ) { struct alsa_elem *target = get_snk_routing_elem(snk); if (!target) return; if (target != snk->elem) src_id = routing_src_to_vg_src(card, src_id); alsa_set_elem_value(target, src_id); } // Set up a source socket widget (stereo handling only - click/drag at overlay level) static void setup_src_socket(struct routing_src *r_src) { GtkWidget *socket = make_socket_widget(); r_src->widget = g_object_ref(socket); r_src->widget2 = socket; g_object_set_data(G_OBJECT(socket), "routing_src", r_src); gtk_widget_add_css_class(socket, "route-label"); // Stereo link handling struct alsa_elem *link_elem = get_src_link_elem(r_src); if (link_elem) { alsa_elem_add_callback(link_elem, src_socket_link_changed, r_src, NULL); if (is_src_linked(r_src)) { GtkOrientation orient = get_socket_orientation(r_src->port_category); update_socket_widget(socket, 1, orient); } } // Pair name change handling struct alsa_elem *pair_name_elem = get_src_pair_name_elem(r_src); if (pair_name_elem) alsa_elem_add_callback(pair_name_elem, src_socket_link_changed, r_src, NULL); } // Create and configure a routing label widget // Returns a ref'd widget; caller should store the pointer static GtkWidget *make_routing_label( const char *name, const char *data_key, void *data_value, int port_category, int is_linked, float vert_xalign ) { GtkWidget *label = gtk_label_new(name); g_object_ref(label); gtk_widget_add_css_class(label, "route-label"); g_object_set_data(G_OBJECT(label), data_key, data_value); if (is_horiz_port_category(port_category)) { int width = is_linked ? LABEL_WIDTH_STEREO : LABEL_WIDTH_MONO; gtk_label_set_width_chars(GTK_LABEL(label), width); } else { gtk_widget_set_hexpand(label, TRUE); gtk_widget_set_halign(label, GTK_ALIGN_FILL); gtk_label_set_xalign(GTK_LABEL(label), vert_xalign); } return label; } // Set up a source label widget static void setup_src_label(struct routing_src *r_src, const char *name) { r_src->label_widget = make_routing_label( name, "routing_src", r_src, r_src->port_category, is_src_linked(r_src), 1.0 ); } // Set up a sink socket widget (stereo handling only - click/drag at overlay level) static void setup_snk_socket(struct routing_snk *r_snk) { GtkWidget *socket = make_socket_widget(); r_snk->socket_widget = g_object_ref(socket); g_object_set_data(G_OBJECT(socket), "routing_snk", r_snk); gtk_widget_add_css_class(socket, "route-label"); // Stereo link handling struct alsa_elem *link_elem = get_snk_link_elem(r_snk); if (link_elem) { alsa_elem_add_callback(link_elem, snk_socket_link_changed, r_snk, NULL); if (is_snk_linked(r_snk)) { GtkOrientation orient = get_socket_orientation(r_snk->elem->port_category); update_socket_widget(socket, 1, orient); } } // Pair name change handling struct alsa_elem *pair_name_elem = get_snk_pair_name_elem(r_snk); if (pair_name_elem) alsa_elem_add_callback(pair_name_elem, snk_socket_link_changed, r_snk, NULL); } // Set up a sink label widget static void setup_snk_label(struct routing_snk *r_snk, const char *name) { r_snk->label_widget = make_routing_label( name, "routing_snk", r_snk, r_snk->elem->port_category, is_snk_linked(r_snk), 0.0 ); } static GtkWidget *make_talkback_mix_widget( struct alsa_card *card, struct routing_src *r_src ) { // Use lr_num to construct the element name (lr_num 1='A', 2='B', etc.) char talkback_elem_name[80]; snprintf( talkback_elem_name, 80, "Talkback Mix %c Playback Switch", 'A' + r_src->lr_num - 1 ); struct alsa_elem *talkback_elem = get_elem_by_name(card->elems, talkback_elem_name); if (!talkback_elem) return NULL; // Store the element in the routing source for sync callbacks r_src->talkback_elem = talkback_elem; // Register talkback sync callback for stereo linking stereo_link_register_talkback_callback(r_src); // Use stereo-aware name (e.g., "A" or "A–B" when linked) char *display_name = get_src_stereo_aware_name(r_src); GtkWidget *button = make_boolean_alsa_elem( talkback_elem, display_name, display_name ); g_free(display_name); return button; } // Helper to set label styling for availability static void set_availability_label( GtkWidget *label, const char *base_name, int available, const char *tooltip ) { if (!available) { char *markup = g_strdup_printf( "%s", base_name ); gtk_label_set_markup(GTK_LABEL(label), markup); gtk_widget_set_tooltip_text(label, tooltip); g_free(markup); } else { gtk_label_set_text(GTK_LABEL(label), base_name); gtk_label_set_use_markup(GTK_LABEL(label), FALSE); gtk_widget_set_tooltip_text(label, NULL); } } // Update the cached effective source index for a routing sink. // Uses cached element pointers for performance. void update_snk_effective_source(struct routing_snk *r_snk) { struct alsa_elem *elem = r_snk->elem; struct alsa_card *card = elem->card; // Only HW analogue outputs can be affected by speaker switching if (elem->port_category != PC_HW || elem->hw_type != HW_TYPE_ANALOGUE) { r_snk->effective_source_idx = alsa_get_elem_value(elem); return; } // If no group controls, use normal routing if (!r_snk->main_group_switch && !r_snk->alt_group_switch) { r_snk->effective_source_idx = alsa_get_elem_value(elem); return; } int in_main = r_snk->main_group_switch && alsa_get_elem_value(r_snk->main_group_switch); int in_alt = r_snk->alt_group_switch && alsa_get_elem_value(r_snk->alt_group_switch); // If not in either group, use normal routing if (!in_main && !in_alt) { r_snk->effective_source_idx = alsa_get_elem_value(elem); return; } int speaker_state = get_speaker_switching_state(card); // Check based on which monitor group is active (OFF means Main is active) if (speaker_state == SPEAKER_SWITCH_OFF || speaker_state == SPEAKER_SWITCH_MAIN) { if (in_main && r_snk->main_group_source) { // Main active and in Main group - use Main Group Source int vg_idx = alsa_get_elem_value(r_snk->main_group_source); if (vg_idx < card->monitor_group_src_map_count) { r_snk->effective_source_idx = card->monitor_group_src_map[vg_idx]; return; } } else if (in_alt) { // Main active but only in Alt group - muted r_snk->effective_source_idx = 0; return; } } else if (speaker_state == SPEAKER_SWITCH_ALT) { if (in_alt && r_snk->alt_group_source) { // Alt active and in Alt group - use Alt Group Source int vg_idx = alsa_get_elem_value(r_snk->alt_group_source); if (vg_idx < card->monitor_group_src_map_count) { r_snk->effective_source_idx = card->monitor_group_src_map[vg_idx]; return; } } else if (in_main) { // Alt active but only in Main group - muted r_snk->effective_source_idx = 0; return; } } r_snk->effective_source_idx = alsa_get_elem_value(elem); } // Update hardware output label to show monitor group status void update_hw_output_label(struct routing_snk *r_snk) { struct alsa_elem *elem = r_snk->elem; struct alsa_card *card = elem->card; if (!r_snk->label_widget) return; // Get the display name (stereo-aware, handles custom names) char *base_name = get_snk_stereo_aware_name(r_snk); // PCM outputs - check availability based on sample rate if (elem->port_category == PC_PCM) { // PCM sinks are "PCM Inputs" in routing = capture to PC // port_num is 0-based, capture_channels is count int available = card->pcm_capture_channels == 0 || elem->port_num < card->pcm_capture_channels; if (!available) { char *markup = g_strdup_printf( "%s", base_name ); gtk_label_set_markup(GTK_LABEL(r_snk->label_widget), markup); gtk_widget_set_tooltip_text( r_snk->label_widget, "Unavailable at current sample rate" ); g_free(markup); } else { gtk_label_set_text(GTK_LABEL(r_snk->label_widget), base_name); gtk_label_set_use_markup(GTK_LABEL(r_snk->label_widget), FALSE); gtk_widget_set_tooltip_text(r_snk->label_widget, NULL); } g_free(base_name); return; } // Mixer/DSP sinks - update availability styling if (elem->port_category == PC_MIX || elem->port_category == PC_DSP) { int available = get_sample_rate_category(card->current_sample_rate) != SR_HIGH; set_availability_label( r_snk->label_widget, base_name, available, "Mixer unavailable at current sample rate" ); g_free(base_name); return; } // Only hardware outputs get monitor group indicators if (elem->port_category != PC_HW) { g_free(base_name); return; } // Non-analogue outputs - check S/PDIF and ADAT availability if (elem->hw_type != HW_TYPE_ANALOGUE) { if (is_digital_io_type(elem->hw_type)) { int max_port = elem->hw_type == HW_TYPE_SPDIF ? card->max_spdif_out : card->max_adat_out; int available = max_port < 0 || elem->lr_num <= max_port; set_availability_label( r_snk->label_widget, base_name, available, "Unavailable with current Digital I/O mode and sample rate" ); } else { gtk_label_set_text(GTK_LABEL(r_snk->label_widget), base_name); gtk_label_set_use_markup(GTK_LABEL(r_snk->label_widget), FALSE); gtk_widget_set_tooltip_text(r_snk->label_widget, NULL); } g_free(base_name); return; } // Check for Main/Alt Group controls char ctrl_name[64]; snprintf(ctrl_name, sizeof(ctrl_name), "Main Group Output %d Playback Switch", elem->lr_num); struct alsa_elem *main_elem = get_elem_by_name(card->elems, ctrl_name); snprintf(ctrl_name, sizeof(ctrl_name), "Alt Group Output %d Playback Switch", elem->lr_num); struct alsa_elem *alt_elem = get_elem_by_name(card->elems, ctrl_name); // If no monitor group controls, just use base name if (!main_elem && !alt_elem) { gtk_label_set_text(GTK_LABEL(r_snk->label_widget), base_name); gtk_label_set_use_markup(GTK_LABEL(r_snk->label_widget), FALSE); g_free(base_name); return; } int speaker_state = get_speaker_switching_state(card); int in_main = main_elem && alsa_get_elem_value(main_elem); int in_alt = alt_elem && alsa_get_elem_value(alt_elem); char *label_text = NULL; if (speaker_state == SPEAKER_SWITCH_OFF) { // Speaker switching off - show normal label gtk_label_set_text(GTK_LABEL(r_snk->label_widget), base_name); gtk_label_set_use_markup(GTK_LABEL(r_snk->label_widget), FALSE); } else if (speaker_state == SPEAKER_SWITCH_MAIN) { if (in_main) { // Active in Main group - green indicator label_text = g_strdup_printf( "%s Main", base_name ); gtk_label_set_markup(GTK_LABEL(r_snk->label_widget), label_text); } else if (in_alt) { // In Alt group but Main is active - strikethrough label_text = g_strdup_printf("%s", base_name); gtk_label_set_markup(GTK_LABEL(r_snk->label_widget), label_text); } else { // Not in either group - show normal label gtk_label_set_text(GTK_LABEL(r_snk->label_widget), base_name); gtk_label_set_use_markup(GTK_LABEL(r_snk->label_widget), FALSE); } } else { // SPEAKER_SWITCH_ALT if (in_alt) { // Active in Alt group - red indicator label_text = g_strdup_printf( "%s Alt", base_name ); gtk_label_set_markup(GTK_LABEL(r_snk->label_widget), label_text); } else if (in_main) { // In Main group but Alt is active - strikethrough label_text = g_strdup_printf("%s", base_name); gtk_label_set_markup(GTK_LABEL(r_snk->label_widget), label_text); } else { // Not in either group - show normal label gtk_label_set_text(GTK_LABEL(r_snk->label_widget), base_name); gtk_label_set_use_markup(GTK_LABEL(r_snk->label_widget), FALSE); } } g_free(label_text); g_free(base_name); } // Update routing source label (stereo-aware name with availability) void update_routing_src_label(struct routing_src *r_src) { if (!r_src->label_widget) return; char *name = get_src_stereo_aware_name(r_src); int available = 1; const char *tooltip = NULL; struct alsa_card *card = r_src->card; switch (r_src->port_category) { case PC_MIX: available = get_sample_rate_category(card->current_sample_rate) != SR_HIGH; tooltip = "Mixer unavailable at current sample rate"; break; case PC_HW: if (is_digital_io_type(r_src->hw_type)) { int max_port = r_src->hw_type == HW_TYPE_SPDIF ? card->max_spdif_in : card->max_adat_in; available = max_port < 0 || r_src->lr_num <= max_port; tooltip = "Unavailable with current Digital I/O mode and sample rate"; } break; case PC_PCM: available = card->pcm_playback_channels == 0 || r_src->port_num < card->pcm_playback_channels; tooltip = "Unavailable at current sample rate"; break; } set_availability_label(r_src->label_widget, name, available, tooltip); // For horizontal grids, set width based on mono/stereo if (is_horiz_port_category(r_src->port_category)) { int width = is_src_linked(r_src) ? LABEL_WIDTH_STEREO : LABEL_WIDTH_MONO; gtk_label_set_width_chars(GTK_LABEL(r_src->label_widget), width); } // Preserve tooltip for ellipsised labels (vertical orientation) if (available && gtk_label_get_ellipsize( GTK_LABEL(r_src->label_widget) ) != PANGO_ELLIPSIZE_NONE) gtk_widget_set_tooltip_text(r_src->label_widget, name); g_free(name); } // Update mixer heading labels for availability at high sample rates static void update_mixer_headings(struct alsa_card *card) { int available = get_sample_rate_category(card->current_sample_rate) != SR_HIGH; if (card->routing_mixer_in_heading) set_availability_label( card->routing_mixer_in_heading, "Mixer\nInputs", available, "Mixer unavailable at current sample rate" ); if (card->routing_mixer_out_heading) { const char *name = card->has_talkback ? "Mixer Outputs" : "Mixer\nOutputs"; set_availability_label( card->routing_mixer_out_heading, name, available, "Mixer unavailable at current sample rate" ); } } // Update all PCM labels when channel availability changes void update_all_pcm_labels(struct alsa_card *card) { if (!card->window_routing) return; // Update PCM sources for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category == PC_PCM) update_routing_src_label(r_src); } // Update PCM sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (r_snk->elem->port_category == PC_PCM) update_hw_output_label(r_snk); } } // Update all HW I/O and mixer labels when availability changes void update_all_hw_io_labels(struct alsa_card *card) { if (!card->window_routing || !card->routing_snks || !card->routing_srcs) return; update_hw_io_limits(card); // Update routing sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); update_hw_output_label(r_snk); } // Update routing sources (only categories with availability logic) for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (r_src->port_category == PC_HW || r_src->port_category == PC_MIX) update_routing_src_label(r_src); } // Update mixer headings update_mixer_headings(card); } // Callback when monitor group related controls change static void monitor_group_changed(struct alsa_elem *elem, void *data) { struct alsa_card *card = elem->card; // Update all hardware output labels and effective sources for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); update_snk_effective_source(r_snk); update_hw_output_label(r_snk); } } // Callback when digital I/O mode changes static void digital_io_mode_changed(struct alsa_elem *elem, void *data) { update_all_hw_io_labels(elem->card); } static void routing_updated(struct alsa_elem *elem, void *data) { struct alsa_card *card = elem->card; struct routing_snk *r_snk = data; if (r_snk) update_snk_effective_source(r_snk); update_mixer_labels(card); gtk_widget_queue_draw(card->routing_lines); } // Create sink widgets (socket and label). Grid attachment handled by arrange functions. static void make_routing_alsa_elem(struct routing_snk *r_snk) { struct alsa_elem *elem = r_snk->elem; struct alsa_card *card = elem->card; // Skip fixed mixer inputs (no routing widgets) if (elem->port_category == PC_MIX && card->has_fixed_mixer_inputs) return; char *name = get_snk_display_name_formatted(r_snk); setup_snk_socket(r_snk); setup_snk_label(r_snk, name); g_free(name); // Initialise Main/Alt and availability label state update_hw_output_label(r_snk); alsa_elem_add_callback(elem, routing_updated, r_snk, NULL); } static void add_routing_widgets( struct alsa_card *card, GtkWidget *routing_overlay ) { GArray *r_snks = card->routing_snks; // Clear widget pointers (handles window reopen after close) for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); r_src->widget = NULL; r_src->widget2 = NULL; r_src->label_widget = NULL; r_src->talkback_widget = NULL; } for (int i = 0; i < r_snks->len; i++) { struct routing_snk *r_snk = &g_array_index(r_snks, struct routing_snk, i); r_snk->socket_widget = NULL; r_snk->label_widget = NULL; } // Create sink widgets (grid attachment handled by arrange functions) for (int i = 0; i < r_snks->len; i++) { struct routing_snk *r_snk = &g_array_index(r_snks, struct routing_snk, i); make_routing_alsa_elem(r_snk); } if (!card->routing_out_count[PC_MIX]) return; // Create source widgets (grid attachment handled by arrange functions) // Start at 1 to skip the "Off" input for (int i = 1; i < card->routing_srcs->len; i++) { struct routing_src *r_src = &g_array_index( card->routing_srcs, struct routing_src, i ); char *name = get_src_display_name_formatted(r_src); setup_src_socket(r_src); setup_src_label(r_src, name); g_free(name); // Create talkback widget for mixer outputs if device has talkback if (r_src->port_category == PC_MIX && card->has_talkback) { GtkWidget *w = make_talkback_mix_widget(card, r_src); if (w) r_src->talkback_widget = g_object_ref(w); } } // Arrange all grids (handles visibility and removes empty rows/columns) arrange_src_grid(card, PC_DSP); arrange_src_grid(card, PC_MIX); arrange_src_grid(card, PC_HW); arrange_src_grid(card, PC_PCM); arrange_snk_grid(card, PC_DSP); arrange_snk_grid(card, PC_MIX); arrange_snk_grid(card, PC_HW); arrange_snk_grid(card, PC_PCM); // Add talkback label after mixer outputs heading if (card->has_talkback) { GtkWidget *l_talkback = gtk_label_new("Talkback"); gtk_widget_set_tooltip_text( l_talkback, "Mixer Outputs with Talkback enabled will have the level of " "Mixer Input 25 internally raised and lowered when the " "Talkback control is turned On and Off." ); GtkWidget *container = gtk_widget_get_parent(card->routing_mixer_out_heading); gtk_box_append(GTK_BOX(container), l_talkback); } card->routing_lines = gtk_drawing_area_new(); gtk_widget_set_can_target(card->routing_lines, FALSE); gtk_drawing_area_set_draw_func( GTK_DRAWING_AREA(card->routing_lines), draw_routing_lines, card, NULL ); gtk_overlay_add_overlay( GTK_OVERLAY(routing_overlay), card->routing_lines ); // Set up monitor group label updates // Register callbacks on speaker switching controls struct alsa_elem *ss_enum = get_elem_by_name( card->elems, "Speaker Switching Playback Enum" ); struct alsa_elem *ss_switch = get_elem_by_name( card->elems, "Speaker Switching Playback Switch" ); struct alsa_elem *ss_alt = get_elem_by_name( card->elems, "Speaker Switching Alt Playback Switch" ); if (ss_enum) alsa_elem_add_callback(ss_enum, monitor_group_changed, NULL, NULL); if (ss_switch) alsa_elem_add_callback(ss_switch, monitor_group_changed, NULL, NULL); if (ss_alt) alsa_elem_add_callback(ss_alt, monitor_group_changed, NULL, NULL); // Register callbacks on Main/Alt Group controls (switches and sources) for (int i = 1; i <= 8; i++) { char name[64]; snprintf(name, sizeof(name), "Main Group Output %d Playback Switch", i); struct alsa_elem *main_sw = get_elem_by_name(card->elems, name); if (main_sw) alsa_elem_add_callback(main_sw, monitor_group_changed, NULL, NULL); snprintf(name, sizeof(name), "Alt Group Output %d Playback Switch", i); struct alsa_elem *alt_sw = get_elem_by_name(card->elems, name); if (alt_sw) alsa_elem_add_callback(alt_sw, monitor_group_changed, NULL, NULL); snprintf(name, sizeof(name), "Main Group Output %d Source Playback Enum", i); struct alsa_elem *main_src = get_elem_by_name(card->elems, name); if (main_src) alsa_elem_add_callback(main_src, monitor_group_changed, NULL, NULL); snprintf(name, sizeof(name), "Alt Group Output %d Source Playback Enum", i); struct alsa_elem *alt_src = get_elem_by_name(card->elems, name); if (alt_src) alsa_elem_add_callback(alt_src, monitor_group_changed, NULL, NULL); } // Initialize effective source indices for all sinks for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *r_snk = &g_array_index( card->routing_snks, struct routing_snk, i ); update_snk_effective_source(r_snk); } update_mixer_labels(card); // set initial visibility of routing sections based on port enable states update_routing_section_visibility(card); } GtkWidget *create_routing_controls(struct alsa_card *card) { if (!card->sample_capture_elem) return NULL; create_routing_grid(card); GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); gtk_widget_add_css_class(top, "window-routing"); GtkWidget *routing_overlay = gtk_overlay_new(); gtk_widget_add_css_class(routing_overlay, "window-content"); gtk_widget_add_css_class(routing_overlay, "window-routing"); gtk_frame_set_child(GTK_FRAME(top), routing_overlay); gtk_overlay_set_child(GTK_OVERLAY(routing_overlay), card->routing_grid); add_routing_widgets(card, routing_overlay); // update HW I/O labels for availability based on Digital I/O mode // and sample rate (must be after widgets are created) update_all_hw_io_labels(card); // Trigger link state callbacks for linked pairs to update socket icons // and labels (must be after all other label updates) for (int i = 0; i < card->routing_srcs->len; i++) { struct routing_src *src = &g_array_index( card->routing_srcs, struct routing_src, i ); if (!is_src_left_channel(src)) continue; struct alsa_elem *link_elem = get_src_link_elem(src); if (link_elem && alsa_get_elem_value(link_elem)) alsa_elem_change(link_elem); } for (int i = 0; i < card->routing_snks->len; i++) { struct routing_snk *snk = &g_array_index( card->routing_snks, struct routing_snk, i ); if (!is_snk_left_channel(snk)) continue; struct alsa_elem *link_elem = get_snk_link_elem(snk); if (link_elem && alsa_get_elem_value(link_elem)) alsa_elem_change(link_elem); } // register callback for digital I/O mode changes if (card->digital_io_mode_elem) alsa_elem_add_callback( card->digital_io_mode_elem, digital_io_mode_changed, NULL, NULL ); add_drop_controller_motion(card, routing_overlay); // Add hover detection via motion controller on overlay GtkEventController *motion = gtk_event_controller_motion_new(); g_signal_connect(motion, "motion", G_CALLBACK(routing_overlay_motion), card); g_signal_connect(motion, "leave", G_CALLBACK(routing_overlay_leave), card); gtk_widget_add_controller(routing_overlay, motion); // Add unified click handler (hit-tests against combined socket+label bounds) GtkGesture *click = gtk_gesture_click_new(); g_signal_connect(click, "released", G_CALLBACK(routing_overlay_click), card); gtk_widget_add_controller(routing_overlay, GTK_EVENT_CONTROLLER(click)); // Add right-click handler for stereo link context menu GtkGesture *right_click = gtk_gesture_click_new(); gtk_gesture_single_set_button(GTK_GESTURE_SINGLE(right_click), 3); g_signal_connect( right_click, "released", G_CALLBACK(routing_overlay_right_click), card ); gtk_widget_add_controller( routing_overlay, GTK_EVENT_CONTROLLER(right_click) ); // Add unified drag source (hit-tests on prepare) GtkDragSource *drag_source = gtk_drag_source_new(); gtk_drag_source_set_actions(drag_source, GDK_ACTION_COPY); g_signal_connect(drag_source, "prepare", G_CALLBACK(routing_drag_prepare), card); g_signal_connect(drag_source, "drag-end", G_CALLBACK(routing_drag_end), card); GdkPaintable *paintable = gdk_paintable_new_empty(1, 1); gtk_drag_source_set_icon(drag_source, paintable, 0, 0); g_object_unref(paintable); gtk_widget_add_controller(routing_overlay, GTK_EVENT_CONTROLLER(drag_source)); // Add unified drop target (hit-tests on motion/drop) GtkDropTarget *drop_target = gtk_drop_target_new(G_TYPE_INT, GDK_ACTION_COPY); g_signal_connect(drop_target, "motion", G_CALLBACK(routing_drop_motion), card); g_signal_connect(drop_target, "leave", G_CALLBACK(routing_drop_leave), card); g_signal_connect(drop_target, "drop", G_CALLBACK(routing_drop), card); gtk_widget_add_controller(routing_overlay, GTK_EVENT_CONTROLLER(drop_target)); return top; } alsa-scarlett-gui-1.0~beta9/src/window-routing.h000066400000000000000000000024121521233005100217410ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "alsa.h" GtkWidget *create_routing_controls(struct alsa_card *card); // Update hardware output label to show monitor group status (Main/Alt indicators) void update_hw_output_label(struct routing_snk *r_snk); // Update routing source label (stereo-aware name with availability) void update_routing_src_label(struct routing_src *r_src); // Update cached effective source index for a routing sink void update_snk_effective_source(struct routing_snk *r_snk); // Update all PCM labels when channel availability changes void update_all_pcm_labels(struct alsa_card *card); // Update all HW I/O labels when availability changes void update_all_hw_io_labels(struct alsa_card *card); // Check if a sink is currently muted (in inactive monitor group) int is_snk_monitor_muted(struct routing_snk *r_snk); // Arrange source/sink widgets in their grids (removes empty rows/columns) void arrange_src_grid(struct alsa_card *card, int port_category); void arrange_snk_grid(struct alsa_card *card, int port_category); // Release refs held on routing widgets (call before window destroy) void cleanup_routing_widgets(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/src/window-startup.c000066400000000000000000000301171521233005100217520ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #include "device-reset-config.h" #include "device-update-firmware.h" #include "fcp-socket.h" #include "gtkhelper.h" #include "scarlett2.h" #include "scarlett2-ioctls.h" #include "widget-boolean.h" #include "widget-drop-down.h" #include "window-startup.h" // Wrapper for create_update_firmware_window (passes NULL for parent_label) static void update_firmware_clicked(GtkWidget *w, struct alsa_card *card) { create_update_firmware_window(w, card, NULL); } static GtkWidget *small_label(const char *text) { GtkWidget *w = gtk_label_new(NULL); char *s = g_strdup_printf("%s", text); gtk_label_set_markup(GTK_LABEL(w), s); free(s); gtk_widget_set_valign(w, GTK_ALIGN_START); return w; } static GtkWidget *big_label(const char *text) { GtkWidget *view = gtk_text_view_new (); GtkTextBuffer *buffer = gtk_text_view_get_buffer (GTK_TEXT_VIEW (view)); gtk_text_view_set_wrap_mode (GTK_TEXT_VIEW (view), GTK_WRAP_WORD); gtk_widget_set_size_request (view, 600, -1); gtk_widget_set_sensitive (view, FALSE); gtk_text_buffer_set_text (buffer, text, -1); return view; } static void add_sep(GtkWidget *grid, int *grid_y) { if (!*grid_y) return; GtkWidget *sep = gtk_separator_new(GTK_ORIENTATION_HORIZONTAL); gtk_widget_set_margin_top(sep, 10); gtk_widget_set_margin_bottom(sep, 10); gtk_widget_set_margin_start(sep, 20); gtk_widget_set_margin_end(sep, 20); gtk_grid_attach(GTK_GRID(grid), sep, 0, (*grid_y)++, 3, 1); } static void add_standalone_control( GPtrArray *elems, GtkWidget *grid, int *grid_y ) { struct alsa_elem *standalone = get_elem_by_name(elems, "Standalone Switch"); if (!standalone) return; add_sep(grid, grid_y); GtkWidget *w; w = small_label("Standalone"); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y, 1, 1); w = make_boolean_alsa_elem(standalone, "Disabled", "Enabled"); gtk_widget_set_valign(w, GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y + 1, 1, 1); w = big_label( "When Standalone mode is enabled, the interface will continue to " "route audio as per the previous routing and mixer settings " "after it has been disconnected from a computer. By configuring " "the routing between the hardware and mixer inputs and outputs " "appropriately, the interface can act as a standalone preamp or " "mixer." ); gtk_grid_attach(GTK_GRID(grid), w, 1, *grid_y, 1, 2); *grid_y += 2; } static void add_phantom_persistence_control( GPtrArray *elems, GtkWidget *grid, int *grid_y ) { struct alsa_elem *phantom = get_elem_by_name( elems, "Phantom Power Persistence Capture Switch" ); if (!phantom) return; add_sep(grid, grid_y); GtkWidget *w; w = small_label("Phantom Power Persistence"); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y, 1, 1); w = make_boolean_alsa_elem(phantom, "Disabled", "Enabled"); gtk_widget_set_valign(w, GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y + 1, 1, 1); w = big_label( "When Phantom Power Persistence is enabled, the interface will " "restore the previous Phantom Power/48V setting when the " "interface is turned on. For the safety of microphones which can " "be damaged by phantom power, the interface defaults to having " "phantom power disabled when it is turned on." ); gtk_grid_attach(GTK_GRID(grid), w, 1, *grid_y, 1, 2); *grid_y += 2; } static int add_msd_control( GPtrArray *elems, GtkWidget *grid, int *grid_y ) { struct alsa_elem *msd = get_elem_by_name( elems, "MSD Mode Switch" ); if (!msd) return 0; add_sep(grid, grid_y); GtkWidget *w; w = small_label("MSD (Mass Storage Device) Mode"); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y, 1, 1); w = make_boolean_alsa_elem(msd, "Disabled", "Enabled"); gtk_widget_set_valign(w, GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y + 1, 1, 1); w = big_label( "When MSD Mode is enabled (as it is from the factory), the " "interface has reduced functionality. You’ll want to have this " "disabled. On the other hand, when MSD Mode is enabled, the " "interface presents itself as a Mass Storage Device (like a USB " "stick), containing a link to the Focusrite web site encouraging " "you to register your product and download the proprietary " "drivers which can’t be used on Linux." ); gtk_grid_attach(GTK_GRID(grid), w, 1, *grid_y, 1, 2); *grid_y += 2; return 1; } // Check if any enum item contains the given substring static int has_mode_option(struct alsa_elem *elem, const char *substring) { int count = alsa_get_item_count(elem); for (int i = 0; i < count; i++) { char *name = alsa_get_item_name(elem, i); if (name && strstr(name, substring)) { free(name); return 1; } free(name); } return 0; } static int add_spdif_mode_control( GPtrArray *elems, GtkWidget *grid, int *grid_y ) { const char * const mode_names[] = { "S/PDIF Mode", "Digital I/O Mode", NULL }; struct alsa_elem *spdif = NULL; int i = 0; while (mode_names[i]) { if ((spdif = get_elem_by_prefix(elems, mode_names[i]))) break; i++; } if (!spdif) return 0; add_sep(grid, grid_y); GtkWidget *w; w = small_label(mode_names[i]); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y, 1, 1); w = make_drop_down_alsa_elem(spdif, NULL); gtk_widget_set_valign(w, GTK_ALIGN_START); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y + 1, 1, 1); // Generate description based on actual enum options const char *description; if (i == 0) { // S/PDIF Mode (Gen 3 18i8): RCA vs Optical for S/PDIF input description = "S/PDIF Mode selects whether the interface receives S/PDIF " "input from the coaxial (RCA) connector or the optical " "(TOSLINK) connector. This requires a reboot to take effect."; } else { // Digital I/O Mode: check which options are available int has_dual_adat = has_mode_option(spdif, "Dual ADAT"); if (has_dual_adat) { // Gen 3 18i20, Gen 4 18i20: RCA, Optical, and Dual ADAT description = "Digital I/O Mode selects whether the interface receives " "S/PDIF input from the coaxial (RCA) connector, the optical " "connector, or whether Dual ADAT mode is enabled. This " "requires a reboot to take effect."; } else { // Gen 4 16i16, 18i16: ADAT vs Optical S/PDIF only description = "Digital I/O Mode selects whether the optical ports are " "used for ADAT or S/PDIF. In ADAT mode, S/PDIF is available " "on the coaxial (RCA) connectors. In Optical S/PDIF mode, " "the RCA S/PDIF input is disabled. This requires a reboot " "to take effect."; } } w = big_label(description); gtk_grid_attach(GTK_GRID(grid), w, 1, *grid_y, 1, 2); *grid_y += 2; return 1; } static void add_reset_action( struct alsa_card *card, GtkWidget *grid, int *grid_y, const char *label, const char *button_label, const char *description, GCallback callback ) { add_sep(grid, grid_y); GtkWidget *w; w = small_label(label); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y, 1, 1); w = gtk_button_new_with_label(button_label); gtk_grid_attach(GTK_GRID(grid), w, 0, *grid_y + 1, 1, 1); g_signal_connect(w, "clicked", callback, card); w = big_label(description); gtk_grid_attach(GTK_GRID(grid), w, 1, *grid_y, 1, 2); *grid_y += 2; } static void reboot_device(GtkWidget *button, struct alsa_card *card) { int err = 0; // HWDEP (Scarlett2) driver type if (card->driver_type == DRIVER_TYPE_HWDEP) { snd_hwdep_t *hwdep; err = scarlett2_open_card(card->device, &hwdep); if (err < 0) { fprintf(stderr, "unable to open hwdep interface: %s\n", snd_strerror(err)); return; } err = scarlett2_reboot(hwdep); if (err < 0) { fprintf(stderr, "unable to reboot device: %s\n", snd_strerror(err)); return; } scarlett2_close(hwdep); // Socket (FCP) driver type } else if (card->driver_type == DRIVER_TYPE_SOCKET) { err = fcp_socket_reboot_device(card); if (err < 0) fprintf(stderr, "unable to reboot device via socket\n"); } } static void add_reset_actions( struct alsa_card *card, GtkWidget *grid, int *grid_y, int show_reboot_option ) { if (card->driver_type != DRIVER_TYPE_HWDEP && card->driver_type != DRIVER_TYPE_SOCKET) return; // Add reboot action if there is a control that requires a reboot // to take effect if (show_reboot_option) { add_reset_action( card, grid, grid_y, "Reboot Device", "Reboot", "Rebooting the interface will apply changes made to the " "startup configuration. This will take a few seconds.", G_CALLBACK(reboot_device) ); } // Reset Configuration add_reset_action( card, grid, grid_y, "Reset Configuration", "Reset", "Resetting the configuration will reset the interface to its " "factory default settings. The firmware will be left unchanged.", G_CALLBACK(create_reset_config_window) ); // Update Firmware struct alsa_elem *firmware_elem = get_elem_by_name(card->elems, "Firmware Version"); if (!firmware_elem) return; char *s; // FCP/Scarlett4 devices use 4-valued firmware versions if (card->driver_type == DRIVER_TYPE_SOCKET && card->best_firmware_version_4) { long *current = alsa_get_elem_int_values(firmware_elem); if (!current) return; // Compare 4-valued versions int needs_update = 0; for (int i = 0; i < 4; i++) { if ((uint32_t)current[i] < card->best_firmware_version_4[i]) { needs_update = 1; break; } if ((uint32_t)current[i] > card->best_firmware_version_4[i]) break; } if (!needs_update) { g_free(current); return; } s = g_strdup_printf( "Updating the firmware will reset the interface to its " "factory default settings and update the firmware from version " "%ld.%ld.%ld.%ld to %u.%u.%u.%u.", current[0], current[1], current[2], current[3], card->best_firmware_version_4[0], card->best_firmware_version_4[1], card->best_firmware_version_4[2], card->best_firmware_version_4[3] ); g_free(current); } else { // Scarlett2 devices use single-valued firmware versions int firmware_version = alsa_get_elem_value(firmware_elem); if (firmware_version >= card->best_firmware_version) return; s = g_strdup_printf( "Updating the firmware will reset the interface to its " "factory default settings and update the firmware from version " "%d to %d.", firmware_version, card->best_firmware_version ); } add_reset_action( card, grid, grid_y, "Update Firmware", "Update", s, G_CALLBACK(update_firmware_clicked) ); g_free(s); } static void add_no_startup_controls_msg(GtkWidget *grid) { GtkWidget *w = big_label( "This device/driver combo appears to have no startup controls." ); gtk_grid_attach(GTK_GRID(grid), w, 0, 0, 1, 1); } GtkWidget *create_startup_controls(struct alsa_card *card) { GPtrArray *elems = card->elems; GtkWidget *top = gtk_frame_new(NULL); gtk_widget_add_css_class(top, "window-frame"); int grid_y = 0; GtkWidget *grid = gtk_grid_new(); gtk_widget_add_css_class(grid, "window-content"); gtk_widget_add_css_class(grid, "top-level-content"); gtk_widget_add_css_class(grid, "window-startup"); gtk_grid_set_column_spacing(GTK_GRID(grid), 20); gtk_grid_set_row_spacing(GTK_GRID(grid), 10); gtk_frame_set_child(GTK_FRAME(top), grid); add_standalone_control(elems, grid, &grid_y); add_phantom_persistence_control(elems, grid, &grid_y); int has_msd = add_msd_control(elems, grid, &grid_y); int has_spdif_mode = add_spdif_mode_control(elems, grid, &grid_y); int show_reboot_option = has_msd || has_spdif_mode; add_reset_actions(card, grid, &grid_y, show_reboot_option); if (!grid_y) add_no_startup_controls_msg(grid); return top; } alsa-scarlett-gui-1.0~beta9/src/window-startup.h000066400000000000000000000003161521233005100217550ustar00rootroot00000000000000// SPDX-FileCopyrightText: 2022-2025 Geoffrey D. Bennett // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "alsa.h" GtkWidget *create_startup_controls(struct alsa_card *card); alsa-scarlett-gui-1.0~beta9/vu.b4.alsa-scarlett-gui.yml000066400000000000000000000047631521233005100230210ustar00rootroot00000000000000app-id: vu.b4.alsa-scarlett-gui runtime: org.gnome.Platform runtime-version: "47" sdk: org.gnome.Sdk command: alsa-scarlett-gui build-options: secret-env: - APP_VERSION finish-args: # X11 + XShm access - --share=ipc - --socket=fallback-x11 # Wayland access - --socket=wayland # Needs access to ALSA device nodes: - --device=all # Point to the firmware directory - --env=SCARLETT2_FIRMWARE_DIR=/app/lib/firmware/scarlett2 modules: - name: alsa-utils sources: - type: archive url: https://www.alsa-project.org/files/pub/lib/alsa-lib-1.2.12.tar.bz2 sha256: 4868cd908627279da5a634f468701625be8cc251d84262c7e5b6a218391ad0d2 dest: .deps/alsa-lib - type: archive url: https://www.alsa-project.org/files/pub/utils/alsa-utils-1.2.12.tar.bz2 sha256: 98bc6677d0c0074006679051822324a0ab0879aea558a8f68b511780d30cd924 buildsystem: autotools config-opts: # We are only interested in alsactl - --bindir=/app/null - --with-udev-rules-dir=/app/null - --with-systemdsystemunitdir=/app/null # https://github.com/alsa-project/alsa-utils/issues/33 - --enable-alsa-topology - --disable-alsaconf - --disable-alsatest - --disable-alsabat-backend-tiny - --disable-alsamixer - --disable-alsaloop - --disable-nhlt - --disable-xmlto - --disable-rst2man - --with-alsa-inc-prefix=.deps/alsa-lib/include post-install: - install -Dm755 /app/sbin/alsactl /app/bin/alsactl cleanup: - /lib/debug - /lib/alsa-topology - /null - /sbin - /share/alsa - /share/locale - /share/man - /share/runtime - /share/sounds - name: alsa-scarlett-gui sources: - type: dir path: ./src # Use the following and remove the above for Flathub publishing # - type: git # url: https://github.com/geoffreybennett/alsa-scarlett-gui.git # tag: "0.2" buildsystem: simple build-commands: - make -j8 install PREFIX=$FLATPAK_DEST cleanup: - /lib/debug - /lib/source - name: scarlett2-firmware sources: - type: archive url: https://github.com/geoffreybennett/scarlett2-firmware/archive/refs/tags/2128b.tar.gz sha256: 4a17fdbe2110855c2f7f6cfc5ea1894943a6e58770f3dff5ef283961f8ae2a03 buildsystem: simple build-commands: - mkdir -p $FLATPAK_DEST/lib/firmware/scarlett2 - cp -a LICENSE.Focusrite firmware/* $FLATPAK_DEST/lib/firmware/scarlett2

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