SSE is a powerful and versatile software environment designed for soundscape visualisation and quantification. It provides a robust platform for processing audio files, generating useful metrics, and presenting data through intuitive visualisation interfaces. Catering to bioacousticians and data scientists alike,
SSE encompasses an extensive range of tools and capabilities to fulfil diverse user requirements.
MusicSync is a cross-platform tool that synchronizes your music library between devices and drives with advanced settings.
You can use it through CLI, that makes easy to sync you library with only a click using a script, or through GUI, that is more user-friendly. Here there are two examples:
elpAudio – A simple audio player using FMOD, that supports custom WinAmp themes, music files (.mp3, .midi, .wav, .ogg, .flac, .opus), tracker music (.mod, .xm, .s3m, .it) and other sound types (.wasd, .etm, .mus).
An open source, cross-platform Spotify client compatible across multiple platforms utilizing Spotify’s data API and YouTube, Piped.video or JioSaavn as an audio source, eliminating the need for Spotify Premium.
🚫 No ads, thanks to the use of public & free Spotify and YT Music APIs¹
⬇️ Freely downloadable tracks
🖥️ 📱 Cross-platform support
🪶 Small size & less data usage
🕵️ Anonymous/guest login
🕒 Time synced lyrics
✋ No telemetry, diagnostics or user data collection
🚀 Native performance
📖 Open source/libre software
🔉 Playback control is done locally, not on the server
xmp is a module player for Unix-like systems that plays over 90 mainstream and obscure module formats from Amiga, Atari, Acorn, Apple IIgs and PC, including Protracker (MOD), Scream Tracker 3 (S3M), Fast Tracker II (XM) and Impulse Tracker (IT) files.
BruteFIR is a software convolution engine, a program for applying long FIR filters to multi-channel digital audio, either offline or in real-time. Its basic operation is specified through a configuration file, and filters, attenuation and delay can be changed in runtime through a simple command line interface. The FIR filter algorithm used is an optimized frequency domain algorithm, partly implemented in hand-coded assembler, thus throughput is extremely high. In real-time, a standard computer can typically run more than 10 channels with more than 60000 filter taps each.
Through its highly modular design, things like adaptive filtering, signal generators and sample I/O are easily added, extended and modified, without the need to alter the program itself.
