Does it provide specific targets for mastering?

Absolutely. It contains a detailed reference for target LUFS and True Peak levels across platforms like Spotify, Apple Music, YouTube, and broadcast television.

How does this skill assist with audio plugin development?

It provides foundational DSP operations, filter type definitions, and sample rate standards, making it easier to write and verify code for audio processing units.

Is the delay and reverb guidance compatible with my DAW?

The patterns are platform-agnostic and based on universal audio principles, making them applicable to any DAW including Ableton Live, Logic Pro, Pro Tools, and FL Studio.

Are the synthesis patterns applicable to software instruments?

Yes, the skill covers multiple synthesis types—including FM, Wavetable, and Granular—providing structural patterns for sound design and instrument architecture.

Can I use this skill to optimize my mixing workflow?

Yes, it includes standardized bus structures, gain staging rules, and 'subtractive-first' EQ patterns to help create cleaner, more professional mixes.

Audio Engineering Patterns

Name: Audio Engineering Patterns
Author: organvm-iv-taxis

byorganvm-iv-taxis

•

Desarrollo de Videojuegos

Streamlines audio production and digital signal processing workflows with standardized mixing, mastering, and sound design patterns.

The Audio Engineering Patterns skill equips Claude with a deep technical framework for audio production, bridging modular synthesis philosophy with practical engineering. It provides precise guidance on signal flow, gain staging, frequency management, and dynamics processing. This skill is essential for developers building audio software, sound designers crafting complex textures, and engineers looking to implement industry-standard mixing and mastering architectures. It ensures technical accuracy across DSP operations and helps maintain professional standards for loudness (LUFS) and phase correlation across various media platforms.

Características Principales

01Comprehensive frequency spectrum mapping for precise EQ and surgical carving.

02Spatial processing templates including tempo-synced delay formulas and reverb types.

032 GitHub stars

04Standardized mastering chains with specific LUFS targets for streaming and broadcast.

05Standardized dynamics processing archetypes for transparent or punchy compression.

06DSP fundamentals covering filter types, sample rates, and synthesis architectures.

Casos de Uso

01Structuring professional mix architectures and signal flows within Digital Audio Workstations (DAWs).

02Designing complex sound layers and synthesis patches for game development and media.

03Developing and debugging Digital Signal Processing (DSP) algorithms for audio plugins.

Características Principales

01Comprehensive frequency spectrum mapping for precise EQ and surgical carving.

02Spatial processing templates including tempo-synced delay formulas and reverb types.

032 GitHub stars

04Standardized mastering chains with specific LUFS targets for streaming and broadcast.

05Standardized dynamics processing archetypes for transparent or punchy compression.

06DSP fundamentals covering filter types, sample rates, and synthesis architectures.

Casos de Uso

01Structuring professional mix architectures and signal flows within Digital Audio Workstations (DAWs).

02Designing complex sound layers and synthesis patches for game development and media.

03Developing and debugging Digital Signal Processing (DSP) algorithms for audio plugins.