control-surface

TouchOSC layout generation requires Python 3 to execute deterministic projection logic that transforms JSON surface definitions into valid .tosc binary files. You resolve a presentation document against engine interface pipes to map widget inputs to OSC addresses while enforcing range constraints and layout groupings.

Keep your TouchOSC UI synced with your instrument by authoring durable JSON surface documents that define widgets, labels, and groupings. The deterministic projection automatically ensures the presentation layer matches the engine contract, preventing manual re-mapping of OSC addresses when instrument parameters change.

Yes, Python 3 is required to execute the deterministic projection logic that transforms JSON surface definitions into valid .tosc binary files. This guarantees the generated TouchOSC layouts match your musical instrument's interface pipes and range constraints.

You can edit JSON surface documents to define and modify widgets, labels, and layout groupings that persist across instrument changes. This allows you to update your tablet's control layout without manually re-drawing widgets or re-mapping OSC addresses.

Mapping widget inputs to OSC addresses works by resolving JSON presentation documents against engine interface pipes. The deterministic projection logic enforces range constraints and layout groupings to ensure the UI definitions accurately control musical instrument parameters via OSC messages.

The deterministic .tosc binary file generation is limited to resolving presentation documents against defined engine interface pipes. It requires a JSON surface definition and Python 3 environment to execute the projection logic, focusing strictly on mapping widget inputs to OSC addresses with enforced range constraints.