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Real shuffle mode, that plays the whole playlist before repeating.Configurable default (fallback) and pre-amp values to suit any audio setup.Applies clipping prevention whenever available.Auto-selects between ‘track’ and ‘album’ mode based on current view and play order.Multiple audio back-ends (GStreamer, xine-lib).It also supports most of the features you’d expect from a modern media player: Unicode support, advanced tag editing, Replay Gain, podcasts & Internet radio, album art support and all major audio formats Features: Unlike some, Quod Libet will scale to libraries with tens of thousands of songs. It lets you display and edit any tags you want in the file, for all the file formats it supports. It lets you make playlists based on regular expressions (don’t worry, regular searches work too). #Quod libet vs clementine how to#It’s designed around the idea that you know how to organize your music better than we do. I suspect that the Bluetooth problem and the quodlibet problem both have the same cause: failure to work correctly via ALSA, but only on the Pi 3 B.Quod Libet is a GTK+-based audio player written in Python, using the Mutagen tagging library. #Quod libet vs clementine software#Alsa appears to be working with the Pi 3 B, but some software is still defaulting to HDMI and not connecting correctly with ALSA. In summary, although BlueALSA is a great improvement for Bluetooth playback, it is still not working correctly with the Pi 3 B. That had no effect on my Pi 3 B other than to stop Bluetooth working!. A workaround was to disable Bluetooth in config.txt. I found a comment on line that another DAC sound card was having problems with the Pi 3 B and the Pi 3 B plus. Of all the players, Quodlibet is the best for me, because of its excellent library function and powerful search expressions. They were all played via the 'Default' alsa device. I made no attempts to select hardware devices where the player allowed such selection. Other than Audacity, the other players will play via Bluetooth without breaks, but only via the left channel. Quodlibet will only work via HDMI, whatever the selected sound device. This is via the following devices, Analogue, HDMI, Cirrus Logic and USB. The following players work well: Clementine, Audacity (including recording via USB microphone), VLC, and Audacious. #Quod libet vs clementine install#Recently, I tried a fresh install of -raspbian-stretch-full on the Pi 3 B. ![]() Bluetooth had always been a problem unless wifi was disabled, but with Stretch it was leaving random gaps in the playback and sometimes stopped playing, altogether. That was using USB, HiFiBerry and HDMI (no Analogue device on the Zero). I eventually got the Pi Zero working with the following recorders/players: Quodlibet, Clementine, Audacity (including recording via USB microphone), VLC, and Audacious. I decided that a pristine SD card with -raspbian-stretch-full was required and the minimum of software installed to check sound. There were other problems such as the alsa test player playing in mono and only through the left channel. ![]() Alsamixer showed all the devices with F6 and the Cirrus card could be made to play the on-board noise and tone signals. In short, most players defaulted to HDMI sound whatever the chosen sound device. The Pi 3 B has a Cirrus Logic audio card and the Pi Zero Plus has PHat-DAC that uses the HiFi-Berry driver. Last November I had general problems getting audio players to work on both a Pi Zero Plus and a Pi 3 B. ![]()
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