Document the Klang audio subsystem's architecture, modules, and data flow.
npx skills add https://github.com/PeekAndPoke/klang --skill klangaudio-knowhow
Please help me install this Agent Skill. Skill: klangaudio-knowhow Source: https://github.com/PeekAndPoke/klang/tree/main/.claude/skills/klangaudio-knowhow Command: npx skills add https://github.com/PeekAndPoke/klang --skill klangaudio-knowhow
This Skill provides comprehensive knowledge about the Klang audio subsystem, enabling developers to understand its architecture, modules, and operational details for efficient development and debugging.
audio_bridge, audio_be, audio_fe, and audio_jsworklet modules.audio/ref/effects-mixing.md) and understand the DSP backend (audio_be) structure.Load context for working on the Klang audio subsystem, starting with the dispatcher overview document.
High-intent search queries and answers about installing and using this skill.
The Klang audio subsystem handles real-time DSP by separating the audio backend, frontend, and Web Audio worklet modules. This structure manages data contracts, voice synthesis, effects, and sample processing across multiple platforms.
You implement an audio effect by navigating to the effects-mixing documentation and examining the DSP backend module. This provides the architectural context needed to route audio data through the real-time processing pipeline.
Audio sample management in a DSP engine relies on the frontend module to handle data contracts and sample routing. This ensures the backend receives the correct audio data for real-time voice synthesis and mixing.
You test audio modules by following the testing guidance provided for the audio bridge, backend, and frontend components. This ensures the real-time DSP engine maintains correct data flow and voice synthesis behavior.
Yes, the subsystem includes an audio worklet module that provides entry points for Web Audio integration. This allows developers to use the real-time DSP engine for live coding and browser-based audio synthesis.
Synthesis cutouts typically occur when the audio bridge fails to maintain real-time data flow between the frontend and DSP backend. Checking the data contracts and module overviews helps diagnose voice synthesis and mixing interruptions.
Probably-GroupGenerate Web Audio API code for client-side audio processing and synthesis.
SheTieJunImplement real-time MP3 recording with background music mixing in Android apps.
kryptodoggProcess 192 kHz audio with sigma-delta modulation, FFT, and TDOA beamforming.
ConnectiveTCSProcess voice input and generate audio cues with the Web Audio API.