mc-texture-layering

Plans foreground, middle-ground, and background layering with frequency budgets for music arrangements.

128|16|Updated Sep 17, 2026
One-click install
npx skills add https://github.com/jtydhr88/music-composition-skills --skill mc-texture-layering-jtydhr88
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: mc-texture-layering
Source: https://github.com/jtydhr88/music-composition-skills/tree/main/plugins/music-composition/skills/mc-texture-layering
Command: npx skills add https://github.com/jtydhr88/music-composition-skills --skill mc-texture-layering-jtydhr88

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve? Arrangements often sound muddy, flat, or two-dimensional because parts compete for the same frequency space and perceptual attention. This Skill treats arranging as a space budget rather than an instrument list, giving you a structured method to decide which element is the lead, which layer each part occupies, and how to resolve every frequency collision before mixing. ## Core Features & Use Cases - Depth Layer Planning: Assign every element to foreground, middle-ground, or background using four perceptual cues (high, loud, fast, rate of change) so the intended lead actually reads as the lead. - Frequency Budget & Collision Resolution: Map each instrument to one of four frequency bands and resolve every conflict with one of three rewrite-level fixes: yield, separate registers, or alternate. - Rate-of-Change Discipline & Maximal Density Method: Keep background layers stable so the lead stands out, and build dense sections by stacking everything then subtracting down to a musical climax. - Use Case: When a chorus sounds muddy because a synth line an octave above the vocal is stealing attention, use this Skill to diagnose the perceptual cue conflict and rewrite the synth part instead of pushing the vocal louder. ## Quick Start Use the mc-texture-layering skill to diagnose why my chorus sounds muddy and fill in the spectrum_budget field of my ARR-SPEC.

Frequently Asked Questions about mc-texture-layering

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

FAQPage Schema
How do I fix a muddy music arrangement?▼

Muddy arrangements come from frequency collisions, usually in the 250 Hz to 2 kHz band where most instruments' fundamentals sit. Assign each element a frequency band, list every conflict, and resolve each one by yielding, separating registers, or alternating the parts.

Why is my vocal buried even after turning it up?▼

A buried vocal is usually a perceptual cue problem, not a volume problem. If a synth line is higher, faster, or changes more than the vocal, listeners hear it as the lead; rewrite the competing part lower, sparser, or more repetitive instead of raising vocal level.

What are the three ways to resolve a frequency collision between instruments?▼

The three rewrite-level resolutions are yield (one part thins out while the other plays), separate registers (move one part to a different octave), and alternate (the parts never sound simultaneously). Panning and sidechain fixes belong to mixing, not this composition-layer skill.

How do I make a dense section without it sounding cluttered?▼

Use the maximal density method: stack every possible element at once, then subtract parts one by one until the section is dense but musical, forming the climax. Copy that peak section and mute elements to create lower-density variants so all sections share the same source material.

When should I not add a pad or sustained layer to an arrangement?▼

Skip the pedal layer when the melody, bass, or inner voices already contain long sustained notes, since they already serve that function. Styles pursuing a dry, hard sound also use fewer pedal tones, and the frequency of pedal layers is itself a style marker.

What is the difference between texture layering and mix intent in arranging?▼

Texture layering solves conflicts by rewriting the music: changing registers, reducing notes, or alternating parts. Mix intent solves them by changing the mix: EQ ducking, sidechain, and dynamics. Anything fixable at the composition layer should not be pushed downstream to mixing.