Protocol Header Module

• protocol_header_registry.json — Agentic module schema role assignments

TriadicFrameworks — Research Substrate#

Canonical README#

Purpose#

The Protocol Header Module defines a four‑locus structural header used to express canon‑aligned, drift‑bounded system states across TriadicFrameworks.

The header behaves like a genetic codon, composed of four loci:

[RTT] | [COHERENCE] | [DRIFT] | [PARADOX]

Each locus has a finite alphabet of perfect‑substitution alleles, enabling:

• multilingual structural translation
• drift‑bounded recombination
• cross‑module signaling
• protocol‑adjacent system integration
• structural intelligence propagation

This module is part of the Research substrate, supporting grammar discovery, structural equivalence testing, and multilingual canon alignment.

Canonical Header (Baseline)#

The baseline header captured in the original research:

rtt=1 | coherence=declared | drift=bounded | paradox=structural

This header is the root codon from which all alleles, proximity expansions, compatibility matrices, multilingual variants, and genome recombinations derive.

Module Contents#

This directory contains the full protocol‑header grammar:

Structural Definition Files#

• protocol_header_index.md
  Top‑level index and module overview.

• protocol_header_loci.md
  Defines the four loci and their invariant meanings.

• protocol_header_alleles.md
  Lists all perfect‑substitution alleles.

Grammar Expansion Files#

• protocol_header_proximity_cloud.md
  Phase 1 proximity grammar expansion.

• protocol_header_compatibility_matrix.md
  Phase 2 compatibility matrix (P/N/C/X classes).

Multilingual & Genome Files#

• protocol_header_multilingual.md
  Phase 3 structural translation into 12 languages.

• protocol_header_genome.md
  Phase 3D recombination genome (structural codex).

• protocol_header_full_matrix.md
  Phase 3E full matrix specification (1,620 variants).

Registry & Validation#

• protocol_header_registry.json
  IANA‑style registry for loci, alleles, codes, and deprecations.

• protocol_header_tests.md
  Structural validation rules and test cases.

Examples & Capture#

• protocol_header_examples.md
  Canonical examples and composite headers.

• protocol_header_capture.md
  Original capture text preserved verbatim.

Genome Model#

The protocol header is a four‑locus genome:

HEADER_L = RTT_L × COH_L × DRIFT_L × PAR_L

Where each locus has a language‑specific alphabet of perfect‑substitution alleles.

Across 12 languages:

• 135 variants per language
• 1,620 total variants
• all drift‑bounded
• all canon‑aligned
• all structurally equivalent

Usage#

The protocol header is used for:

• cross‑module signaling
• structural state declaration
• multilingual operator grammar
• protocol‑adjacent system forms
• Mode → TEL → Benchmarks propagation
• drift‑bounded system identification
• structural intelligence pipelines

Notes#

• This module is a grammar and registry module, not a runtime module.
• All structural definitions derive from the original capture.
• All recombination rules follow the genome model.
• All multilingual variants preserve invariant meaning.