Skip to content

INTEGRATIONS_PRD.md

Latest commit

 

History

History
270 lines (184 loc) · 5.52 KB

INTEGRATIONS_PRD.md

File metadata and controls

270 lines (184 loc) · 5.52 KB

Below is a complete, standalone Product Requirements Document (PRD) for ToneForge Integrations, written to fit cleanly into the ToneForge family and support real‑world production pipelines, tooling ecosystems, and automation workflows.

🔗 ToneForge Integrations

Product Requirements Document (PRD)

1. Product Overview

Product Name

ToneForge Integrations

Description

ToneForge Integrations is the connective tissue of the ToneForge ecosystem. It provides standardized interfaces, adapters, and workflows that allow ToneForge modules to integrate seamlessly with game engines, build systems, CI pipelines, creative tools, and external services.

ToneForge Integrations does not generate, analyze, or classify sound. It moves ToneForge outputs into production environments reliably and reproducibly.

2. Role in the ToneForge Ecosystem

ToneForge Integrations operates across the entire lifecycle:

Author → Generate → Stack → Analyze → Classify → Store → Integrate → Ship

Its purpose is to:

  • embed ToneForge into existing pipelines
  • automate sound generation and updates
  • ensure deterministic builds
  • streamline placeholder and prototype asset workflows
  • enable cross‑tool interoperability

3. Design Goals

Primary Goals

  • Zero‑friction integration into common workflows
  • Deterministic, repeatable outputs
  • Tool‑agnostic architecture
  • Scriptable and automatable interfaces
  • Minimal runtime dependencies

Non‑Goals

  • Replacing existing audio middleware
  • Providing UI‑heavy authoring tools
  • Real‑time audio processing

4. Integration Targets

4.1 Game Engines

Supported Targets

  • Unity
  • Unreal Engine
  • Web‑based engines
  • Custom engines

Capabilities

  • Import ToneForge Library assets
  • Regenerate assets during builds
  • Map ToneForge metadata to engine audio systems
  • Support runtime procedural playback via ToneForge Runtime

4.2 Build Systems & CI

Supported Environments

  • Local build scripts
  • CI pipelines
  • Automated asset builds

Use Cases

  • Generate SFX during build
  • Rebuild assets when presets change
  • Validate loudness and duration constraints
  • Export platform‑specific formats
toneforge generate --library ui --export wav --validate

4.3 Creative Tools

Integration Points

  • DAWs (import/export)
  • Asset management systems
  • Version control systems

Capabilities

  • Export stems for DAW refinement
  • Re‑import edited assets as samples
  • Preserve procedural provenance

5. Integration Interfaces

5.1 CLI Interface

ToneForge Integrations exposes a command‑line interface for automation.

Core Commands

  • generate
  • analyze
  • classify
  • compile
  • export
  • sync

Example

toneforge compile library --category footsteps --format wav

5.2 API Interface

A programmatic API enables integration into custom tools.

import { generateSfx, exportLibrary } from "toneforge";

generateSfx({ type: "ui", seed: 42 });

6. Asset Mapping & Metadata Translation

ToneForge Integrations maps:

  • ToneForge categories → engine audio groups
  • Tags → mixer buses
  • Intensity → volume curves
  • Duration → playback constraints

This ensures semantic consistency across tools.

7. Deterministic Build Integration

ToneForge Integrations guarantees:

  • same inputs → same outputs
  • reproducible builds
  • version‑locked generation

Build artifacts include:

  • WAV files
  • JSON presets
  • analysis metadata
  • classification tags

8. Runtime Integration

With ToneForge Runtime

  • Load presets at runtime
  • Trigger procedural playback
  • Fall back to baked assets when needed

Engine‑Side Responsibilities

  • Spatialization
  • Mixing
  • Voice management

9. Library Synchronization

ToneForge Integrations supports:

  • syncing libraries across projects
  • partial library exports
  • dependency tracking
toneforge sync --target unity --library combat

10. Validation & Compliance

Integration workflows can enforce:

  • loudness limits
  • duration bounds
  • naming conventions
  • platform constraints

Failures are reported early in the pipeline.

11. Security & Stability

  • No dynamic code execution
  • Explicit file access
  • Predictable outputs
  • Safe for CI environments

12. Performance Targets

  • Fast startup for CLI tools
  • Incremental builds
  • Minimal overhead during integration
  • Scales to large libraries

13. Configuration & Extensibility

Integrations are configurable via:

  • JSON config files
  • environment variables
  • CLI flags

Custom adapters can be added without modifying core modules.

14. Future Extensions

  • Cloud‑based integration services
  • Marketplace connectors
  • Live asset hot‑reloading
  • Cross‑team library sharing
  • Middleware‑specific adapters

15. Why ToneForge Integrations Matters

Without integration:

  • procedural audio remains siloed
  • automation breaks down
  • asset pipelines become brittle

ToneForge Integrations ensures that procedural sound design fits into real production workflows, from prototype to shipping build.

16. Summary

ToneForge Integrations is the delivery layer of the ToneForge ecosystem.
It connects procedural sound generation to the tools, engines, and pipelines that ship real products—reliably, deterministically, and at scale.

If you want next, the natural follow‑ups are:

  • a PRD for ToneForge CLI
  • Unity or Unreal‑specific integration specs
  • or a CI‑focused automation guide