Tag Archives: python

Foobar2000 ~ ctrfoobar2000 script

Posted by tom2tec on

Control Foobar2000 with python + Command line

usage: control.py  [-h] [-p] [-t PLAY_TRACK] [-s] [-P] [-n] [-r] [-R]
                   [-V VOLUME] [-m] [-i] [-f [ADDFOLDER [ADDFOLDER ...]]]
                   [-fi [ADDFILES [ADDFILES ...]]]
                   [-F [ADDFOLDERPLAY [ADDFOLDERPLAY ...]]]
                   [-Fi [ADDFILESPLAY [ADDFILESPLAY ...]]] [-c]
                   [-d [DEL_TRACK [DEL_TRACK ...]]] [-l] [-b]
                   [-S TYPE_CONTROLLER] [-H HOST] [-O PORT] [-?] [-g]
                   [-x [CHANGE_CONFIG [CHANGE_CONFIG ...]]] [-T SECTION]
                   [-E OPTION OPTION] [-a DIR_ALIAS] [-v] [-L LEVEL_ALIAS]
                   [-z REPEAT] [--repeat-off] [--repeat-playlist]
                   [--repeat-track] [--repeat-random] [--shuffle-track]
                   [--shuffle-album] [--shuffle-folder] [--seek SEEK]
                   [--root ROOT]
optional arguments:
  -h, --help            show this help message and exit
  -p, --play            Play Playback
  -t PLAY_TRACK, --play-track PLAY_TRACK
						Play Playback Track No
  -s, --stop            Stop Playback
  -P, --pause           Pause Playback
  -n, --next            Next Play
  -r, --previous        Previous Play
  -R, --random          Play Random
  -V VOLUME, --volume VOLUME
						Set Volume, range is -100 <= value <= 0
  -m, --mute            Mute Volume
  -i, --info            Get info current Playing
  -f [ADDFOLDER [ADDFOLDER ...]], --addfolder [ADDFOLDER [ADDFOLDER ...]]
						Add Remote Folder Queue [HTTP]
  -fi [ADDFILES [ADDFILES ...]], --addfiles [ADDFILES [ADDFILES ...]]
						Add Remote Files Queue [HTTP]
  -F [ADDFOLDERPLAY [ADDFOLDERPLAY ...]], --addfolderplay [ADDFOLDERPLAY [ADDFOLDERPLAY ...]]
						Add Remote Folder Queue & Play it [HTTP]
  -Fi [ADDFILESPLAY [ADDFILESPLAY ...]], --addfilesplay [ADDFILESPLAY [ADDFILESPLAY ...]]
						Add Remote Folder Queue & Play it [HTTP]
  -c, --clear-playlist  Clear Current Playlist [HTTP]
  -d [DEL_TRACK [DEL_TRACK ...]], --del-track [DEL_TRACK [DEL_TRACK ...]]
						Delete Playlist [HTTP], example: foobar -d 1 2 3
  -l, --list            List Playlist
  -b, --browser         Browser Library
  -S TYPE_CONTROLLER, --type-controller TYPE_CONTROLLER
						Set Type Of Controller [com,http]
  -H HOST, --host HOST  Remote Host control Address [HTTP]
  -O PORT, --port PORT  Remote Port control Address [HTTP]
  -?, --usage           Print All Help
  -g, --read-config     Read config file
  -x [CHANGE_CONFIG [CHANGE_CONFIG ...]], --change-config [CHANGE_CONFIG [CHANGE_CONFIG ...]]
						Set Change config. format: section#option#value
  -T SECTION, --section SECTION
						Set Section Config
  -E OPTION OPTION, --option OPTION OPTION
						Set Option Config
  -a DIR_ALIAS, --dir-alias DIR_ALIAS
						Root of Directory Alias On Server
  -v, --version         -v = show version | -vv = verbosity process
  -L LEVEL_ALIAS, --level-alias LEVEL_ALIAS
						Level Root of Directory Alias On Server
  -z REPEAT, --repeat REPEAT
						Repeat 0 = Default (repeat off) | 1 = Repeat Playlist
						| 2 = Repeat Track | 3 = Random Play | 4 = Shuffle
						Track | 5 = Shuffle Album | 6 = Shuffle Folders
  --repeat-off          Repeat Off
  --repeat-playlist     Repeat Playlist
  --repeat-track        Repeat Track
  --repeat-random       Random Play
  --shuffle-track       Shuffle Track
  --shuffle-album       Shuffle Album
  --shuffle-folder      Shuffle by Folder
  --seek SEEK           Seek for a second
  --root ROOT           Root path / Directory Containt Music files, this is
						for One Folder Files Selected

github.com/cumulus13/ctrfoobar2000

Lattice ~ CLI Toolkit For Music Collectors

Posted by tom2tec on

A high-performance CLI toolkit for music collectors who manage their own libraries. Lattice provides a suite of tools for library visualization, integrity verification, cover art extraction, and metadata auditing — all from a single, zero-dependency script.

Why this exists

Modern music players often hide your library behind proprietary databases. Lattice is built for collectors who treat the filesystem as the source of truth. It reads tags directly via mutagen, ensuring your library is portable and player-agnostic.

Features:

ModeFlagDescription
Library Tree--libraryGenerate a formatted ASCII/Unicode tree of your entire collection.
AI Library--ai-libraryToken-efficient export designed for LLM recommendation prompts.
Genre Wings--all-wingsGenerate separate library catalogs segmented by genre.
Integrity Checks--testFLACParallel verification of FLAC/MP3/Opus/WAV integrity via FFmpeg.
Art Extraction--extractArtExtract embedded covers with format-priority ranking (FLAC > Opus).
Tag Audit--auditTagsIdentify and report files with missing or inconsistent metadata.

github.com/VirInvictus/Lattice

discogs-cli ~ Discogs Terminal Access

Posted by tom2tec on

discogs-cli bring the Discogs.com database to your terminal. Perform the following actions from your terminal:

  • Search artists, releases, labels
  • View artist information and their releases
  • View label details and its associated releases
  • View a release in detail

github.com/jesseward/discogs-cli

lowhum ~ Deep Brown Noise For Focus

Posted by tom2tec on

Deep brown noise for focus, for the macOS menu bar. 

Single-purpose menu bar app that generates deep brown noise locally and plays it on loop. Install it, click play, forget about it. Cumulative-sum brown noise through a Butterworth bandpass (1 to 500 Hz, 20 Hz sub-bass highpass), RMS-normalized per chunk, crossfaded at boundaries. Everything is stored in ~/.lowhum/. Playback streams through PortAudio via memory-mapped files, so the full WAV never sits in RAM. The app polls audio devices every 2 seconds and stops instantly if headphones disconnect or a Bluetooth device drops.

Menu bar controls

The menu bar icon is a template image, so macOS handles dark/light mode automatically. Further, use it for:

  • Play / Stop from the menu bar
  • Pick any connected audio device from the Output Device submenu
  • Noise color selection (brown, pink, white)
  • Auto-stops when headphones connect or disconnect

Requires macOS and Python 3.12+.

lmarkmann.github.io/lowhum
github.com/lmarkmann/lowhum

References:

en.wikipedia.org/wiki/Brownian_noise

tz-player ~ Command Line Music Player

Posted by tom2tec on

A clean, keyboard-driven music player for the terminal.

tz-player is a simple TUI music player built with Python and powered by VLC. If VLC can play it, tz-player can play it.

No streaming. No accounts. No background services. Just your music, in your terminal.

github.com/taggedzi/tz-player

Pot-O MusiQT ~ Python Music Player

Posted by tom2tec on

Pot-O MusiQT is a lightweight yet feature-rich desktop music player built with Python and PyQt5, designed for users who want a clean interface, strong playlist control, and practical everyday playback features without unnecessary complexity.

It focuses on local media playback, fast interaction, and keyboard-friendly operation, while still offering modern conveniences such as metadata handling, lyrics viewing, and smooth playback transitions.

Features:

  • JSON-backed
  • Edit Metadata
  • Embed Lyrics
  • Rename File by Metadata
  • Open ZIP File
  • Edit Cover
  • Show Lyrics
  • Play Video Clip
  • Save & Load M3U Playlist
  • Export Playlist to CSV & JSON
  • Search result as new playlist
  • Multiple Instances
  • User friendly UI/UX
  • Search by Metadata & Filename
  • Support common popular audio files (e.g. MP3, FLAC, AAC, M4V, OGG) and many more
  • Play music audio files
  • Safe file operations
  • Totally offline (No need for internet connection)
  • Lightweight in size, RAM & CPU usage
  • Stable
  • No equalizer or visualizer
  • Freeware

sourceforge.net/projects/pot-o-musiqt

Python Script ~ White Noise Channel Tester

Posted by tom2tec on

An application for testing the audio channels of home theater systems and calibrating the gain of each speaker.

github.com/goha500503/White-Noise-Channel-Tester-Calibration

PedalBoard ~ Python Audio Library

Posted by tom2tec on

pedalboard is a Python library for working with audio: reading, writing, rendering, adding effects, and more. It supports most popular audio file formats and a number of common audio effects out of the box, and also allows the use of VST3® and Audio Unit formats for loading third-party software instruments and effects.

Features:

  • Built-in audio I/O utilities (pedalboard.io)
    • Support for reading and writing AIFF, FLAC, MP3, OGG, and WAV files on all platforms with no dependencies
    • Additional support for reading AAC, AC3, WMA, and other formats depending on platform
    • Support for on-the-fly resampling of audio files and streams with O(1) memory usage
    • Live audio effects via AudioStream
  • Built-in support for a number of basic audio transformations, including:
    • Guitar-style effects: Chorus, Distortion, Phaser, Clipping
    • Loudness and dynamic range effects: Compressor, Gain, Limiter
    • Equalizers and filters: HighpassFilter, LadderFilter, LowpassFilter
    • Spatial effects: Convolution, Delay, Reverb
    • Pitch effects: PitchShift
    • Lossy compression: GSMFullRateCompressor, MP3Compressor
    • Quality reduction: Resample, Bitcrush
  • Supports VST3® instrument and effect plugins on macOS, Windows, and Linux (pedalboard.load_plugin)
  • Supports instrument and effect Audio Units on macOS
  • Strong thread-safety, memory usage, and speed guarantees
    • Releases Python’s Global Interpreter Lock (GIL) to allow use of multiple CPU cores
      • No need to use multiprocessing!
    • Even when only using one thread:
      • Processes audio up to 300x faster than pySoX for single transforms, and 2-5x faster than SoxBindings (via iCorv)
      • Reads audio files up to 4x faster than librosa.load (in many cases)
  • Tested compatibility with TensorFlow – can be used in tf.data pipelines!

github.com/spotify/pedalboard

MeasureLab ~ Audio Measurement Suite

Posted by tom2tec on

A collection of DIY audio measurement and analysis tools, grown organically as needed. This software is compatible with standard audio devices.

PyQt6 desktop app bundling 28+ DIY modules: signal generator, spectrum/PSD analyzer, sound level & LUFS meters, loopback finder, distortion/IMD tools, network/impedance analyzers, oscilloscope, spectrogram, ultrasound modulator, transient analyzer, lock-in/FRA, inverse filter, frequency counter, recorder/player, sound quality analyzer, noise profiler, boxcar averager, goniometer, BNIM meter (ITD/ILD neural map), HRTF Player, and more.

Built for hobbyists and engineers: device routing, calibration (input/output/SPL), multi-language UI, light/dark themes.

github.com/youtube-at-vach/MeasureLab
youtube-at-vach.github.io/MeasureLab

Reverbed ~ Slow & Reverb Music For YouTube

Posted by tom2tec on

This project focuses on transforming music tracks by applying reverb and slowing them down for YouTube uploads. With the increasing popularity of slowed and reverbed music, this tool is designed to help you create unique audio experiences.

Features:

  • Audio Processing: Apply reverb effects to your tracks.
  • Slowed Music: Slow down any song to create a relaxing vibe.
  • YouTube Uploads: Easily prepare your tracks for YouTube.
  • Integration with MoviePy: Utilize MoviePy for audio and video processing.
  • Customizable Pedalboard: Adjust settings to suit your audio preferences.
  • Easy to Use: Simple commands for fast processing.

github.com/MossEve/reverbed

PORC ~ Python Open Room Correction

Posted by tom2tec on

DSP Loudspeaker-Room correction filter wizard; transfer function modeling and equalization by fixed-pole parallel filters. Algorithm ported to Python by Mason A. Green, based on the work of Dr. Balazs Bank: home.mit.bme.hu/~bank/parfilt
PORC now includes mixed-phase compensation.

github.com/greenm01/porc

flacopyus ~ FLAC To Opus Library Transcription

Posted by tom2tec on

Flacopyus is a CLI tool that mirrors your lossless FLAC library to a portable Opus collection. It performs rsync-like batch mirroring with incremental encoding/copying to save time. It preserves metadata and is idempotent, so repeated runs safely keep the destination in sync.

pypi.org/project/flacopyus/
github.com/curegit/flacopyus