Bitter shows how many of the available bits are being used by the audio signal, reports clipping samples, and estimates when digital-to-analog conversion would cause inter-sample clips. Typical uses for a bitscope include: verifying that a render dither is working properly; verifying that a particular plugin is not reducing the signal bit depth; testing for faulty audio source data.
Features:
Check for Intersample Clipping that may appear during digital-to-analog conversion
Detailed display of the usage density of each bit
Reveal the bitrate of the digital signal, which may well differ from that of the file’s bitrate or your DAW’s audio engine bitrate
Hiddenwave is a python based program for simple audio steganography. You can hide your secret text messages in wave or mp3 audio files. You can play this audio in any media player and secretly share your private message with anyone.
The foo_outinfo component exposes information about the current audio output and signal, such as the active output device, sample rate, bit depth, and channel count. These fields are especially useful in the status bar, where you want quick technical confirmation without cluttering playlists.
A simple and practical example is:
Now Playing: %artist% - %title% | %output_samplerate% Hz / %output_bitdepth% bit
What This Displays
When a track is playing, the status bar would show something like:
Now Playing: Miles Davis - So What | 44100 Hz / 16 bit
This tells you at a glance:
What is playing
The actual output sample rate
The output bit depth being sent to your audio device
Step By Step Explanation:
Music Metadata (Standard Fields)
%artist% - %title%
%artist% → Track artist tag
%title% → Track title tag
These are standard foobar2000 title formatting fields and work everywhere.
Separator
|
This is just plain text. It visually separates the music info from the technical output info. You can replace it with a dash, bullet, or brackets if you prefer.
foo_outinfo Output Fields
%output_samplerate%
Displays the actual output sample rate in Hertz
Reflects resampling, DSP changes, or output driver behavior
This is more reliable than %samplerate% when DSPs are active
%output_bitdepth%
Displays the bit depth used by the output
Shows what is being sent to the DAC, not just what is in the file
More Informative Versions
If you want to include channels and output device name:
Now Playing: %artist% - %title% | %output_samplerate% Hz / %output_bitdepth% bit / %output_channels% channels
Displays:
Now Playing: Aphex Twin - Xtal | 48000 Hz / 24 bit / 2 channels
If you want to add the current Replaygain mode:
Now Playing: %artist% - %title% | %output_samplerate% Hz / %output_bitdepth% bit / %output_channels% channels | RG %output_rg_source%
Displays:
Now Playing: Aphex Twin - Xtal | 48000 Hz / 24 bit / 2 channels | RG Album
If you want to display the active DSP
$if(%output_dsp%, | DSP: %output_dsp%)
Displays the separator and active DSP, otherwise displays nothing:
| DSP: Resampler (SoX)
Minimal Technical Version (Very Clean)
For users who want only output confirmation:
Output: %output_samplerate% Hz / %output_bitdepth% bit
Displays:
Output: 96000 Hz / 24 bit
Why Use foo_outinfo in the Status Bar?
Confirms what your DAC is actually receiving
Helps verify exclusive mode, resampling, and DSP behavior
Avoids cluttering playlists with technical data
Ideal for users who care about signal integrity but want a clean UI
Beginner Notes and Caveats
All output_* fields require foo_outinfo to be installed
These fields only show values while audio is playing
If nothing is playing, the fields will appear empty
S Pulser is a unique tremolo effect plugin, designed to help you effortlessly create captivating and rhythmic melodies. Ideal for music producers, sound designers, musicians, and DJs alike, this versatile tool is available for free download. Give it a try and explore new ways to streamline your music-making process.
Rusty Pipes is a digital organ instrument compatible with GrandOrgue sample sets. It features both graphical and text-based user interface, can be controlled via MIDI and play back MIDI files. Rusty Pipes can stream samples from disk instead of load them into RAM, though a RAM precache mode similar to GrandOrgue and Hauptwerk is available too.
This project is for a DirectSound DLL replacement. It implements the DirectSound interfaces by translating the calls to OpenAL, and fools applications into thinking there is a hardware accelerated sound device. EAX is also implemented (up to version 4) by using OpenAL’s EAX extension, allowing for environmental reverb with sound obstruction and occlusion effects.
Effectively, this allows DirectSound applications to enable their DirectSound3D acceleration path, and turn on EAX. The actual processing is being done by OpenAL with no hardware acceleration requirement, allowing it to work on systems where audio acceleration is not otherwise available.
Or more succinctly: it enables DirectSound3D surround sound and EAX for systems without the requisite hardware.
OpenMusic (OM) is a visual programming language based on Common Lisp. Visual programs are created by assembling and connecting icons representing functions and data structures. Most programming and operations are performed by dragging an icon from a particular place and dropping it to an other place. Built-in visual control structures (e.g. loops) are provided, that interface with Lisp ones. Existing CommonLisp/CLOS code can easily be used in OM, and new code can be developed in a visual way.
OM may be used as a general purpose functional/object/visual programming language. At a more specialized level, a set of provided classes and libraries make it a very convenient environment for music composition. Above the OpenMusic kernel, live the OpenMusic Projects. A project is a specialized set of classes and methods written in Lisp, accessible and visualisable in the OM environment. Various classes implementing musical data / behaviour are provided. They are associated with graphical editors and may be extended by the user to meet specific needs. Different representations of a musical process are handled, among which common notation, midi piano-roll, sound signal. High level in-time organisation of the music material is proposed through the concept of “maquette”.
Partiels is an audio analysis application that allows you to explore the content and characteristics of sounds.
Features:
Partiels allows analysis of one or several audio files using Vamp plug-insloading data files, visualizing, editing, organizing, and exporting the results as images or text files that can be used in other applications such as Max, Pure Data, Open Music, etc.
Windows, Mac & Linux support
Multiformat support
Multichannel support
Multiaudiofile support
Analyzing audio with Vamp plug-ins
Visualizing results as spectrogram, lines, and markers
Loading results from CSV, LAB, JSON, CUE & SDIF formats
Batch processing
Command line interface to analyze, export, and convert results
Consolidating documents for sharing
Alongside Partiels, a wide range of analyses based on audio engines developed at IRCAM and outside are ported to Vamp plug-ins. These plug-ins allow you to perform FFT, LPC, transient, fundamental, formant, tempo, TTS and many other analyses. You can also find a large number of analysis plug-ins on the Vamp plug-ins website.
Sequencer64 is a live MIDI looper with a song-creation layout window. Sequencer64 is a reboot of seq24, extending it greatly over the last six years. The heart of seq24 remains intact. It is an old friend with a whole lot of added equipment. It has an extensive manual and Windows installers. Sequencer64 has build options for ALSA, PortMidi, JACK, Gtkmm 2.4, Qt 5, Windows, and a command-line/daemon.
CPU/GPU Converter from eBooks to audiobooks with chapters and metadata using XTTSv2, Bark, Vits, Fairseq, YourTTS, Tacotron2 and more. Supports voice cloning and 1158 languages!