Best FLAC player for mac (2020) Discussion Hi, I saw there were some posts about this from a couple years ago, so I figured I would ask again to see if there's anything new. Read definitive guide by audio software developer Yuri Korzunov about free and commercial hi res audio player software apps on Windows, Mac, Linux, Android, iOS and other computers, laptops, mobile phones, tablets, online for audiophiles, F.A.Q., what is the best music player app, supported formats and other. Best FLAC player for mac (2020) Discussion. Posted by 4 months ago. Best FLAC player for mac (2020) Discussion. Hi, I saw there were some posts about this from a couple years ago, so I figured I would ask again to see if there's anything new. What are people using lately to play FLAC files on mac?

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Read definitive guide by audio software developer Yuri Korzunov:
• what is the best [highest quality] audio format (codec):
WAV, FLAC, mp3, AIFF, m4a, AAC, ALAC, PCM, DSD, DSF, DFF, SACD;
• lossy and lossless compressed,
• PCM and DSD formats;
• others on Android, iOS, Mac, Windows, Linux,
• Frequently Asked Questions,
• look at infographic how to choose audio file format for you.

HD audio file conversion

Frequently Asked Questions: Audio Formats and Codecs

Read this F.A.Q. about audio file formats (codecs), and read details below.

What is the best audio codec?

Audio file formats (file extensions) are:

• WAV | WAV RF64 | WAV BWF (.wav)
• FLAC (.flac)
• AIFF (.aiff, .aif)
• mp3/MPEG (.mp3)
• AAC (.m4a)
• ALAC (.m4a)
• WavPack (.wv)
• DSD (.dsf, .dff)
• DSD DoP (.wav, .flac)
• MQA (.flac)

Download free audio files...

The best audio codec is defined according to your aims: sound quality and size compression ability. Read details below.

What is the best audio format for sound quality? Which is the best quality audio format?

Best sound-quality audio formats are lossless formats. Read more about audio formats with maximal audio quality...

Which is the best sound quality?

Sound qualuty have 2 definitions:

• [objective] distortion level;
• [subjective] how it sounds - noce or not.

At the first sight, subjective definition may not be estimated. But, it wasn't.

Both definitions are united by psychoacoustics.

Does high res audio sound better?

It is matter of audio equipment and played back recording. High resolution give potential abilities to achieve better result for designers of audio equipment and software,

What is the best format for music?

Music require maximal abilities, that can provide audio formats (codecs).

Lossless file formats in high resolution are recommended, as default.

But, for portable audio players and mobile phones, high bitrates (256 kbps and higher) are recommended for stereo recording, that compressed by lossy codecs (mp3, AAC).

Is FLAC better than mp3? Is WAV better than mp3? Is FLAC or WAV better?

FLAC provide size compressing of audio information without losses. Thus it provide better sound quality than mp3.

Stereo mp3 with high bitrates (256 kbps and higher) almost may not be distinguished with FLAC by sound quality.

But mp3 have limited resolution audio (up to 48 kHz / 16 bit) that might not provide advantages of high resolution audio.

WAV file have no standard lossless compression ability. But FLAC support audio resolution, that limited 384 kHz / 32 bit.

Standard WAV file size is limited 4 Gbytes. It solved via WAV RF64 format using. But this format have compatibility limitations with software and devices.

Which lossless audio format is the best?

WAV audio format almost is not limited in supported audio resolution. High resolutions codec output consume big hard disk space. And for WAV files with size 4 GB and more WAV/RF64 format was applied.

FLAC have no size limitation, but its maximal resolution is 384 kHz / 32 bit in some implementations.

DSD files are separate branch, that can provide lesser distortions than PCM ones (WAV, FLAC, AIFF, etc.) in some hardware implementations. In other cases PCM files may sound better than DSD ones. Read more...

Is 320 kbps good sound quality? Is 256 kbps AAC is good quality?

Yes. Stereo mp3 or AAC 320 kbps is very similar to FLAC and WAV in the same audio resolution (sample rate and bit depth). General recommendation is 256 kbps or higher for stereo mp3 or AAC.

If you use AAC in higher resolutions or multichannel audio, higher bitrate may be desirable.

General advice: try different bitrates for same original recording(s). If you hear no difference with the original recording, use this bitrate.

Which is better mp3 or AAC?

AAC designers state, that AAC better accommodated psychoacoustical factors, than mp3. So AAC is more recommended.

Actually, you can compress original lossless file to mp3 and AAC at different bitrates (256 kbps and above). Compare these files with the original by your ears.

If you don't hear difference, use mp3 or AAC, according compatibility of your audio player or software.

If you prefer high resolution audio or multichannel recordings, you can use AAC instead mp3. Because last one is limited 48 kHz / 16 bit stereo.

What is the most popular audio format?

According to Google statistics (April 2019), it mp3 is the most popular format (among mp3, WAV, FLAC, ALAC, m4a, aac). Second place - m4a, WAV, AAC. ALAC and FLAC in the 3-rd position. m4a is a container for AAC and ALAC.

What the best audio file format for iTunes?

• To maximize sound quality use lossless AIFF and ALAC (*.m4a).
• Convert similar lossless audio files to mp3 and m4a and compare its sound.
• Bitrates 256 kbps and above are recommended.
  

What best audio file format for car CD player?

If car stereo supports FLAC or WAV files, these files give maximal quality.

What is the best sounding audio file format?

To achieve maximal sound quality use lossless files.

What best audio file format for mobile phones, iPhone, iPad?

If internal phone/tablet's DAC is used, lossless PCM formats are preferable.

Some external DACs support DSD.

Compare your audio player app sound for DSD and PCM lossless formats.

What best audio file format for editing?

It is lossless non-compressed PCM file formats (WAV, AIFF).

What best audio codec?

Lossless codecs (FLAC, WAV, AIFF) are preferable here. It is not matter compressed or not.

The developer of mp3 recommends to using AAC instead.

What best audio file format for website and web?

In general, it is compressed formats: mp3, m4a, ogg, flac.

What best audio format for movies?

Lossless multi-channel sound formats (Dolby TrueHD, DTS-HD Master Audio) are recommended for home music systems.

To keep hard disk space DTS support lossy compression.

Also, lossy AC3 may be used.

Lossy compression is recommended to web and portable applications.

What is highest quality audio format?

Sound quality of audio format

Audio format is data structure and coding type to store musical information.

Codec is software and/or hardware to code/encode audio format to processing and/or playback on DAC (digital-to-analog converter).

Additional information:

Original stuff (DSD or PCM modulation) from ADC (analog-to-digital converter) is coded to a format with encoder.

Restoring from the format to PCM or DSD modulation to playback at DAC is performed with a decoder.

Codec = encoder + decoder.

Some sound formats are called as 'audiophile file formats'. They provide higher sound quality, than 'non-audiophile' ones.

Sound quality is considered here as distortion level of original music stuff after storing into an audio file.

There are music file formats:

• non-compressed: WAV, FLAC, AIFF, ALAC, DSF, DFF, SACD ISO.
• lossless compressed: FLAC, APE, DTS-HD Master Audio, WavPack, DFF, SACD ISO;
• lossy compressed: mp3, AAC, MQA, DTS, OGG, others.

What is mean compressed, lossy lossless format (codec)?

Compressed mean reduced-by-size audio content. As rule, lossy compression provides size compressing better, than lossless ones, because part of audio information is lost.

The best sound quality audio recording formats are called 'lossless'. They keep audio quality without any losses (audio data of original and decoded music stuff are binary identical).

Lossless formats are capable to store original musical stuff without altering. I.e. sound quality of any lossless format (compressed or not) is identical. However, the transformation between DSD and PCM lossless audio files is lossy.

The sound quality of playback

Playback sound quality is not the same sound quality of an audio format.

Losses of audio format are only part of playback sound quality.

Playback sound quality includes distortions of:

• recording, mixing, post-production;
• format;
• playback software;
• playback hardware.

EXAMPLE:

When we upsample music, it can be played back with another distortion level of playback software and/or hardware.

Upsampling is lossy. But distortion level of playback software and/or hardware may be lesser these values for the original resolution.

So, total playback distortions after lossy upsampling may be better, than without the upsampling.

Resume: the best sound quality music formats are any lossless formats. But conversion between lossless PCM and lossless DSD is lossy. However, the conversion of format or resolution audio can give playback quality advantages (read details).

Overview of audio files

Sound formats intention

Music formats are intended for solving different issues:

• maximal sound quality providing;
• saving of hard disk space at a musical device;
• song information (metadata: album artwork, song and album name, performer, etc.) providing;
• maintenance of file compatibility with software and hardware.

Music file formats. Conversion and playback

Audio format types

• by modulation: DSD and PCM;
• by size compression: compressed and non-compressed:
  compressed files by sound quality:
  • lossless,
  • lossy.

Sound quality does not matter of used operating system (Android, iOS, Windows, Mac, Linux, others) of computer or mobile device. The quality depend on playback system settings rather, including operation system drivers.

Read more:

Audio formats. Common audio file extensions

* MQA format is lossy, as far as the author know (details).

FLAC in the table means 'Free Lossless Audio Codec'. *.flac file may be used as a wrapper to other formats (MQA, as for an example).

Read more about:

Audio formats (codecs)

PCM formats

PCM formats (WAV, FLAC, AIFF, ALAC, APE, MQA, CD-audio) may be compressed (lossless or lossy) or not.

Most popular WAV and AIFF may have metadata compatibility issues with audio software and hardware.

Lossless audio formats

What is the best lossless audio format? By sound quality all lossless formats are identical. But there are compatibility and metadata issues. Read the details below.

Additional stuff:

WAV, AIFF

These music files are most popular among uncompressed lossless formats. Lossy compressed audio data may be stored in the *.wav and *.aiff files though.

Many sonic devices support these formats, but there aremay be issues with metadata displaying at some hardware and software.

AIFF may be recommended as an uncompressed format for iTunes due metadata compatibility.

WAV and AIFF can contain DoP packed DSD audio stream. Such files cannot be played back without special processing or hardware.

In general WAV, AIFF may be used to editing software (faster opening without additional processing), home music library at big size hard disks. For the libraries, Free Lossless Audio Codec is more recommended.

AIFF and WAV have no special limitation by sample rate and bit depth (except header field size). File size for these types is limited: 2 GBytes.

WAV RF64 and SONY's WAV64 formats allow to creating WAVs with size more 2 GBytes.

There is AIFF-C lossless format for CD-audio tracks. Read the details below.

Free Lossless Audio Codec (FLAC)

FLAC compressed lossless format reduces file size and keep binary audio content without altering. FLAC has compatibility by metadata with many hardware and software.

There are uncompressed FLAC, that some people consider as better sounding. There is a technical hypothesis: why it may be so. But currently no safe evidence. Look details here.

FLAC is not compatible with iTunes player.

Like WAV and AIFF, Free Lossless Audio Codec can contain DoP packed DSD music.

FLAC maximal resolution is 32 bit / 384 kHz and its size may be more 2 GBytes (may depend on used editing and conversion software).

Apple Lossless Audio Codec (ALAC)

It is losslessly compressed audio file format. The format may be recommended as FLAC replacement for iTunes.

CD audio

Compact disk (CD) contains data in format like WAV 16 bit / 44.1 kHz. Audio data from compact disk may be stored in WAV and other audio files via CD ripper software.

Under Windows at compact disk *.cda files are displayed. But it is index files that contain track time position. *.cda file copying doesn't provide audio stuff extracting. There is need audio ripping software.

Under Mac OSX *.aiff files are displayed at a compact disk. These files may be copied as usual sound files. But these files contain AIFF-C lossless format. It has inverse order of audio bytes, than usual AIFF. AIFF-C may be converted to AIFF without losses.

WMA lossless

WMA (Windows Media Audio) has the lossless ability at codec version 9.

The decoder WMA to WAV (wmal2pcm) may be downloaded here

APE

APE (Monkey's Audio codec) has the lossless compressing ability. Metadata are supported. Official codec builds, known by the author, for Windows only.

Read details here

WavPack

WavePack is a lossless audio format. Metadata are supported.

Read details here

CAF (lossless)

CAF (Core Audio Format) is file container for lossless audio format (uncompressed PCM or compressed by ALAC codec). Metadata are supported. Also, see CAF lossy

Read details here

Lossy compressed

mp3, aac, ogg, wma, ac3, dts and other

Lossy compressed formats like mp3, aac, ogg and others are intended to save maximal song number into limited hard disk space of musical device (especially mobile phone or portable digital audio player) or computer.

AAC more modern codec than mp3. And AAC developers promise better sound quality, than mp3 (details).

Lossy compressing technologies are balance between audio quality losses and minimal size.

Bitstream characterizes lossy files. The bitstream is bit number of audio information per second. The best bitstream audio quality (kbps / kbit per second) mean minimal file size, but still good sound quality.

As rule lossy files have no metadata compatibility issues.

WAV and AIFF have lossy modifications. But they are not widespread.

What is best audio codec for lossy file? It is unknown exactly, because depending on many factors.

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In general, to provide high sound quality of mp3, 256 kbit/s and higher bitrates may be recommended.

Windows Media Audio (WMA) format is one of the popular lossy codecs, that also have lossless abilities in version 9.

ac3, aac, dts formats allow to storing multichannel compressed sound.

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Additional stuff:

CAF (lossy)

CAF (Core Audio Format) is file container for lossy audio formats (compressed by AAC, mp3 and other codecs). Metadata are supported. Also, see CAF lossless

Read details here

MQA (Master Quality Authenticated)

MQA is a PCM format. Looks like, it provides better size compression than FLAC (see here). But MQA has some losses, as far as the author know (see details). Of course, MQA losses are minimal to provide high sound quality.

MQA may be played back without decoding with lesser (than MQA's maximal) sound quality. It provides its compatibility with non-MQA software and hardware.

How to choose optimal bitrate for lossy formats

The main matter of bitrate is storage space spacing. So we need to choose the minimal bitrate, that gives proper sound quality.

As rule, 256 kbit/sec and more is recommended.

But, if you want to define own optimal bitrate, here step-by-step guide:

1. Take several lossless files (FLAC, WAV, AIFF or other) as samples of your preferable musical genres.
2. Encode these samples to mp3-audio with different bitrates.
3. Compare these mp3 files with its originals by audibility of sound quality difference.
4. To future coding, you can use minimal bitrate, that causes a minimal audible difference.

DSD formats

DSF, DFF, SACD ISO (*.iso) are lossless DSD formats based on 1-bit sigma-delta modulation.

This format allows to using simplified (in concept) digital-to-analog converters, comparing PCM ones.

DFF and SACD ISO (file-image of SACD optical disk) may be DST compressed.

DSD audio content may be packed in DoP format (not compressed). DoP is stored in lossless PCM files (WAV, FLAC).

Metadata

As rule, DFF has metadata displaying issues for playback tools. SACD ISO contains text metadata only.

Stereo and multichannel

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SACD ISO may contain 2 variants of single album stereo and multichannel. It causes consuming of additional space at hard disk.

To avoid the consuming SACD ISO may be extracted to DSF files with the certain channel number. As an example, for a stereo digital audio player, stereo album variant is the best option.

Also, SACD ISO file doesn't contain album artworks.

Read more about:

What is an audio codec

An audio codec is a program to convert original audio data stream to certain format and back. Audio codec provides bit/byte order, data headers, compression/decompression and other.

Original audio stream is a raw sequence of non-formatted digital audio data.

As rule, audio codecs are included to audio conversion software and program or hardware players.

Example of audio codec types:

mp3 codec, flac codec, aac codec, other.

Audio formats for iTunes

iTunes audio player software allows to playback both audiophile and lossy formats. But there is a limitation: iTunes don't play FLAC and DSD files. Also, iTunes can't read WAV metadata.

FLAC may be replaced to Apple Lossless Codec (ALAC with *.m4a extension).

WAV may be replaced to AIFF. However, metadata (text and artwork) should be stored in a format compatible with iTunes.

What is the best audio format? Conclusions

When you choose the best audio format for the sound quality of your music library, it needs to consider:

• compatibility with used software and hardware;
• desirable sound quality (maximal for your audio system);
• desirable number songs in limited hard disk space of computer or musical device.

For audiophiles may be recommended lossless formats: DSF, FLAC, ALAC (*.m4a), WAV, AIFF, CAF files.

DFF and WAV may have metadata compatibility issues.

To saving more songs at disk it is recommended to use mp3, aac, ogg. AAC is promised as the best sounding than mp3 (see above).

Extracting of stereo tracks from SACD ISO (with stereo and 5.1 album variants)
and/or downmixing of multichannel tracks to stereo
can save hard disk space at stereo digital audio players (DAP) and mobile phones.

Operating system of computer or mobile phone doesn't impact to sound quality of played back files. It is a matter of playback system settings rather.

Read where free download:

Author: Yuri Korzunov,
Audiophile Inventory's developer
July 03, 2020 updated | since July 13, 2013

A native Mac audio and music player that supports crystal-clear bit-perfect gapless playback of all popular lossless and lossy audio formats, uses only a tiny amount of computing power and offers a clean and intuitive user experience – it only ‘does what it says on the can’.

Try the freeColibri DAC/DSD Test app

• Saves your battery

  Uses a barely noticable amount of computing power, Colibri is built using state-of-the-art Swift programming language while the BASS audio engine is bundled as machine code and the interface uses built-in components by Apple. This was done in order to achieve a tiny footprint and to be as native to macOS as humanly possible.

• Plays your audio

  Colibri supports the most widely used range of file formats in terms of lossless audio: FLAC, ALAC, WAV, AIFF, APE, TTA, DSD, WavPack, popular lossy formats: Ogg Vorbis, MP1/MP2/MP3 and AAC/M4A, network streams/online radio, MOD and MIDI files (with per song SoundFont support)! For your undisturbed listening pleasure, Colibri supports Exclusive/Hog mode as well. A lossless audio player at heart with love to other popular formats as well0010.

• Handles CUE Sheets

  Complete Cue sheet support: malformed and disordered content is reprocessed during loading along with a painless and quick way to add your whole collection – Colibri will analyze and decide whether to load the Cue sheet in the folder or queue every song one by one for every added/dragged folder recursively.

• Supports gapless playback

  Extensively designed from the ground-up to provide a true gapless listening experience. Colibri prepares the upcoming song for playback in the background to further eliminate gaps for (slower) external drives or network shares without pushing the entire song into memory, meaning that no extra CPU or RAM usage is needed!

Next-generation BS2B support

Individual Song & Audio Device Profiles
Custom Processing Order
Automatic Profile Switching

• Picks up where you left off

  Saves or empties your current playlist upon quitting and re-opens your songs when you start it up again. Furthermore, Colibri can also save and load its’ current playlist to a custom format that can even be appended to an already existing playlist. Loading and appending is also available for M3U and M3u8 playlist files.

• Avoids most problems

  Colibri does its’ best to avoid most problems before, during and even after playback. Loading unsupported files show up as an error message and files that have disappeared since loading are automatically removed and skipped upon being reached in the playlist. A Mac lossless player developed with flexibility and error correction in mind.

• Understands your language

  Capable of rendering the song information as it was intended to be shown: of all the tried metadata it had no problem with displaying Cyrillic or kanji/katakana/hiragana characters mixed with ASCII. All known metadata types readable by the BASS engine and macOS are supported by Colibri.

• Respects your privacy

  Colibri does not phone home, collect usage data, spy on you or modify files in any way. It also does not contain DRM routines, have features hidden behind a paywall or bind functions to a subscription model. Colibri is an audio player that respects your privacy to the fullest and this will never change.

10-band Peaking Equalizer

Individual Song Profiles
Automatic Profile Switching
Adjustable Bandwidth

• Displays album art

  Displays embedded cover art for FLAC files and ID3 / iTunes artwork metadata (mainly for ALAC / M4A and MP3 files). When that yields no visible results then Colibri looks around the folder where the current song resides for a cover art image and shows that. See the FAQ for details on the exact files Colibri looks for. FLAC files with embedded picture data or supplied album art images are displayed automatically.

• Resides in your Menu Bar

  Colibri can place an unobtrusively small icon in the Menu Bar for easy access and playlist control: you can either start/pause the playback, skip to the next track or go back to the previous one. It also displays the info and cover art image of the current song. Control Colibri from even multiple Spaces desktops away with the MenuBar Controller!

• Integrates with Finder and your Keyboard

  Colibri conforms all of Apple’s strict requirements – which means that it shows up in Finder as an option in “Open With” when a supported file is selected. Colibri can also open all files of a folder by opening just one of them from Finder – see the Settings – Behavior screenshots in the Gallery.

• Adjusts to your Display

  Colibri’s interface elements scale themselves nicely on every screen resolution and pixel density, while Colibri also offers a wide range of usage modes from small condensed to fullscreen complete with multiple types of column layouts and a resizable player window.

Colibri 1.9.1 Changelog

Thank you for using Colibri! This updates brings a bunch of bugfixes (codec errors, SoundFont usage, per-Song BS2B/EQ profiles, various crashes), eight new playlist columns (…and sorting for all!), a new ‘insert’ mode for the Playlist, switchable Auto-Play and Permanent Pause options – among other smaller enhancements. Happy listening!

ENHANCEMENTS

• Updated codebase to Swift 5
• Settings -> Output now better fits all kHz entries
• Volume is now automatically raised to 100% for DSD files when DoP/DoPA mode is selected and restored to previous volume level for non-DSD files (and PCM mode)
• Unsupported DST encoded DSD and DTS encoded WAV files will now show proper Unsupported Codec error messages
• added an alternate fallback method for Automatic Sample Rate Switching for stubborn DACs (Colibri uses it automatically when needed)
• Finder sorting order is used to enqueueing files to the Playlist
• Playlist will be rendered with system default monospace font when available (macOS 10.11 and up)
• added a ‘Use Default SoundFont’ option for MIDI files to the right-click context menu of the Playlist
• removing the default SoundFont will automatically set the next available SoundFont as the default
• if the SoundFont list is empty, then the first SoundFont will automatically be marked as the default
• removing a SoundFont only causes playback restart if the currently played song is affected by the removal
• importing a new SoundFont will automatically set it as the default
• new switchable option in Settings -> Playlist: “Dragging to the Playlist via Mouse / Trackpad”:
  • songs will be added at pointer position (insert)
  • songs will be added at the end of the list (append, like before)
• added ‘Permanent Pause’ to Settings -> Behavior (Off, by default):
  • pause will ‘hold’ until the Play button is pressed again
  • switching to a different song will ‘arm’/prepare the song for playback
  • seeking repositions the playhead and it will play audio from the selected spot once unpaused
  • removing songs from the playlist does not affect the paused state
• added ‘Auto-Play’ to Settings -> Behavior (On, by default):
  • On: Colibri automatically plays the next song
  • Off: Colibri stops when the current song ends
• Playlist Columns have been rewritten from scratch for improved stability: see Settings -> Columns
• Columns are now sortable:
  • click on the header once to sort playlist by that column
  • clicking once again switches between Ascending/Descending sorting
  • sorting is supported across all columns
• added new Columns:
  • Length, kHz, Codec, Year, Track Number, Disc Number, Composer and Bit Depth
• Playlist Columns can now have vertical and horizontal Grids:
  • they help in finding the columns boundaries during reordering and resizing
  • Grids can be toggled on/off in Settings -> Themes
  • a color picker has been added to Settings -> Themes for the Grid
• new Loop option ‘Random Round Robin’ in Settings -> Playlist:
  • each song in the Playlist will be played once per “round”
  • when all songs were played once, a new “round” begins
  • removing a song causes the “round”
  • double-clicking on a song does not reset the “round”
  • a great way to have a balanced, random playback order
• monospace system fonts are now used in both the Title bar and Status bar (10.11 and up)

Best Flac Player For Mac

BUGS FIXED IN THIS UPDATE

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• Colibri would not display its’ name in the Force Quit and Activity Monitor windows
• Colibri would prevent the system from entering sleep state
• Colibri would fail to play the upcoming song under very high system load
• Playhead wouldn’t always continue from the same spot on output device change
• Playlist would have a weird glitch on startup
• Force Sample Rate would cause crash on startup
• Online Streams wouldn’t always start playback
• Random playback order would sometime cause Colibri to crash
• BS2B and EQ profiles wouldn’t property restore on next startup
• After starting Colibri, the playlist would become disorganized/chaotic if files had gone missing since last start
• Automatic Sample Rate Switching wouldn’t always switch properly after the end of the playlist had been reached
• Menubar Controller didn’t always refresh the data on song change
• some built-in Audio DSP hardware wouldn’t switch sample rate properly (mainly newer MacBook Pros)
• SoundFonts won’t always properly reload on next launch
• SoundFonts won’t properly switch on a per-song basis
• custom SoundFonts could disappear from the SoundFont list
• setting a custom SoundFont as default wouldn’t always save properly
• network streams won’t trigger a ‘Problem calculating song length’ error
• Menubar Controller properly shows Light/Dark control buttons as per system theme
• Colibri could crash by clicking on the EQ button while the Playlist is empty
• moving multiple songs in the Playlist at once could cause titles to be become disorganized
• dragging files / folder to the dock would not be added to the Playlist properly
• Colibri could crash on El Capitan 10.11.6 when switching between Dock and Menu modes
• added missing keyboard shortcut to DSD output mode menu
• About Colibri window didn’t properly switch the Light logo in Dark Mode
• Theme import / export buttons wouldn’t properly spawn the browser windows
• Pressing Return on an empty playlist could sometimes cause crash
• Pressing Return while nothing is selected in the playlist could cause crash
• Color Pickers in Settings -> Themes should now behave as expected of them

Thank you Henning Gärtner for all-around essential feedback and testing, Rick Ernsting for feedback on the SoundFont issues!

Colibri is the passion project of Gábor Hargitai, brought to you by countless sleepless and caffeine-induced nights.
Support Email: gabor@barefootwebdesign.co.nz