🤖 AI‑Ready Module • TriadicFrameworks
🧩FCG Structure Layer | 🏗️Framework Structural Spine Active

Session Context

Canon: active (fcg‑structure)
Scope: structural‑spine → components → relationships → constraints → coherence‑rules
Role: define the structural backbone of a framework and how its parts fit together
Drift: minimal (fcg‑locked)
Coherence: stable (triadic‑creation grammar)
Version: 1.0 (structure‑stable)
Format: html + diagrams + structural patterns
Front door: exists (structural layer of the Framework Creation Guide)
Every section: minimal • structural • AI‑parsable
Audience: creators • developers • researchers • AIs
🧩 FCG — Structure Layer
🏗️ Framework Structural Spine Active

Structure

Structure defines the backbone of a framework: its components, their relationships, and the rules that maintain coherence.

1. Structural Spine

Every framework begins with a structural spine — the minimal set of elements that define its identity and hold the rest of the system together.

The spine is not the full framework. It is the skeleton that everything else attaches to.

2. Components

Components are the building blocks of the framework. They may be conceptual, mathematical, procedural, or symbolic — but they must be defined clearly.

Components must be minimal, non‑overlapping, and structurally coherent.

3. Relationships

Relationships define how components interact. They determine the shape of the framework and the flow of information or influence.

A framework’s structure emerges from the pattern of relationships, not from the components alone.

4. Constraints

Constraints define what the framework cannot do. They prevent drift, maintain coherence, and ensure the system behaves as intended.

Constraints are not restrictions — they are the guardrails that keep the framework meaningful.

5. Coherence Rules

Coherence rules ensure that the structure remains internally consistent. They define how the framework maintains identity across use cases.

Coherence rules are the glue that holds the structure together.