5 releases (3 breaking)
|new 0.4.0||Mar 20, 2023|
|0.3.1||Dec 16, 2022|
|0.3.0||Nov 23, 2022|
|0.2.0||Oct 15, 2022|
|0.1.0||Oct 7, 2022|
#211 in Audio
Knyst is a real time audio synthesis framework focusing on flexibility and performance. It's main target use case is desktop multi-threaded environments, but it can also do single threaded and/or non real time synthesis. Embedded platforms are currently not supported, but on the roadmap.
"Knyst" is a Swedish word meaning very faint sound. It is normally almost exclusively used in the negative e.g. "Det hörs inte ett knyst" (eng. "You cannot hear a sound"), but I think it's well worth some affirmative use.
- good runtime performance
- real time changes to the audio graph via an async compatible interface
- sample accurate node and parameter change scheduling to the graph
- interopability with static Rust DSP libraries e.g. dasp and fundsp (they can be encapsulated in a node and added to the graph)
- graphs can be nodes and changes can be applied to graphs within graphs at any depth
- feedback connections to get a 1 block delayed output of a node
- any number of inputs/outputs from a node
- allows inner graphs with different block sizes using automatic buffering where necessary
- choose your level of flexibility and optimisation: create a graph with lots of interconnected nodes or hard code it all into one node when you need more performance
Knyst uses a little bit of unsafe under the hood to improve performance in the most sensitive parts of the library, as do some of its dependencies. The user, however, never needs to write any unsafe code.
Vision for the future
- automatic parameter change interpolation
- automatic GUI generation from the graph incl. interactively changing connections and parameters
- tools for musical time scheduling incl phrasing options e.g. rubato, accel./rit. and asymmetric time signatures
- parallel processing of large graphs
- automatic sample rate conversion
- support no_std for embedded platforms
Licensed under either of Apache License, Version 2.0 or MIT license at your option.
Unless you explicitly state otherwise, any contribution intentionally submitted for inclusion in Knyst by you, as defined in the Apache-2.0 license, shall be dual licensed as above, without any additional terms or conditions.