FluidPlays

FluidPlays is a modular multimedia performance platform designed for live audiovisual composition and interactive installations. It combines real-time audio synthesis, video processing, and networked control into a unified environment aimed at artists, educators, and researchers.

Originally developed as an open-source project, FluidPlays grew from community contributions emphasizing extensibility and low-latency performance. The platform supports a range of hardware inputs and outputs, including MIDI controllers, OSC-capable devices, and common audio/video interfaces. Extensions and plugins can be written in several scripting languages, enabling custom signal processing and procedural visuals.

Architecture centers on a node-based patching system that routes data and media streams between modules. Nodes handle synthesis, sampling, effects, and rendering while a timeline and event system coordinate cues and automation. Built-in synchronization and tempo-mapping tools facilitate integration with other stage equipment and software.

Common use cases include live electronic music sets, VJing, interactive museum exhibits, and research prototypes in human-computer interaction. Users value the platform for its balance of real-time control and programmability, though workflow preferences vary between visual artists and audio engineers.

Development is driven by a mix of volunteers and small teams; licensing typically permits modification and distribution with attribution requirements. Documentation, tutorials, and a community forum support adoption, while third-party libraries expand compatibility with emerging hardware and protocols.