adaptive-audio

Design adaptive game audio systems for music, mix, voices, and spatialization.

1|Updated May 12, 2026
One-click install
npx skills add https://github.com/Firzus/agent-skills --skill adaptive-audio
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: adaptive-audio
Source: https://github.com/Firzus/agent-skills/tree/main/skills/game/adaptive-audio
Command: npx skills add https://github.com/Firzus/agent-skills --skill adaptive-audio

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you design and implement game audio systems that stay musical, intelligible, and responsive under real gameplay pressure. It addresses common audio failures such as mid-beat music cuts, drifting layers, pumping ducking, stolen dialogue, weak spatial cues, and missing accessibility support.

Core Features & Use Cases

  • Adaptive Music Architecture: Plan vertical layers, horizontal re-sequencing, stingers, transition matrices, and priority-based music states for exploration, combat, boss, and cutscene flows.
  • Mix, Voice, and Spatial Design: Build bus hierarchies, ducking rules, concurrency limits, virtualization policies, attenuation curves, occlusion behavior, reverb zones, and third-person listener setup.
  • DSP and Production Guidance: Apply practical DSP for filtering, dynamics, reverb, synthesis, HRTF, codec choice, and audio-thread safety while avoiding performance and memory pitfalls.
  • Accessibility and Pipeline Support: Add SFX captions, mono output, separate sliders, dynamic-range options, haptics, and scalable production workflows for shipping-quality game audio.
  • Use Case: If combat music keeps cutting off awkwardly and footsteps are burying dialogue, this Skill helps you diagnose the issue and rebuild the system with quantized transitions, priority arbitration, and better mix control.

Quick Start

Ask for an adaptive audio architecture for your game and include the engine, audio problems, target platforms, and whether you need music, mix, spatial, or accessibility guidance.

Frequently Asked Questions about adaptive-audio

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I fix adaptive game music transitions that cut off mid-beat?

Build adaptive music architectures using vertical layers, horizontal re-sequencing, and transition matrices. This ensures clean quantized transitions across exploration, combat, and cutscene flows, preventing layer drift and unquantized music cuts during gameplay.

Why does dialogue get buried by footsteps and combat audio in my game mix?

Dialogue gets buried when bus hierarchies and ducking rules lack priority arbitration. You can fix this by structuring mix buses, defining ducking rules, and setting concurrency limits to ensure dialogue stays intelligible under combat pressure.

How do I handle voice stealing and concurrency limits for spatial audio?

Voice stealing occurs when concurrency limits are unconfigured and virtualization policies are missing. You can prevent it by defining voice prioritization, establishing virtualization rules, and tuning attenuation curves to manage spatial audio playback efficiently.

Can I tune mobile game audio mixes for loudness targets and DSP safety?

You can tune mobile game audio mixes by applying practical DSP for filtering, dynamics, and codec choice while targeting specific loudness levels. This approach avoids audio-thread safety issues and prevents performance or memory pitfalls on mobile platforms.

What accessibility features should I add to my adaptive game audio system?

Adaptive game audio systems need SFX captions, mono output, separate volume sliders, dynamic-range options, and haptics. These features ensure spatial and mix designs remain accessible to all players while maintaining audio responsiveness.