概览

protocol_header_compatibility_matrix.md

TriadicFrameworks — Protocol Header Module#

Phase 2 — Compatibility Matrix (Canonical)#


Overview#

This file defines the compatibility classes for all proximity‑expanded terms from:

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

Each candidate term is classified into one of four categories:

Compatibility Classes#

  • P — Perfect Substitute
    Fully interchangeable; zero semantic drift.

  • N — Near Substitute
    Same meaning; slight flavor shift; safe in most contexts.

  • C — Contextual Substitute
    Works only in certain system forms or protocol metaphors.

  • X — Incompatible
    Breaks meaning, introduces drift, or violates operator grammar.

These classifications feed the multilingual genome and the recombination rules.


1. RTT Locus — “rtt=1”#

Candidate Term Class Notes
rtt=1 P Canon baseline
rtt=unit P Same semantics
rtt=single-hop P Protocol‑adjacent but perfect
rtt=atomic P Strong equivalence
cycle=atomic P Structural match
rtt=immediate N Slightly broader
rtt=direct N Less precise
rtt=local N Implies locality
rtt=short-path N Good but metaphorical
rtt=zero-latency C Only valid metaphorically
hop=1 C DNS/IANA‑adjacent
latency=min C Numeric context only
ttl=1 X TTL ≠ RTT
path=direct C Protocol‑adjacent
mode=sync C System‑form specific
update=atomic C Update‑oriented systems only
regime=immediate N Slightly broader

RTT Perfect Substitutes#

rtt=1
rtt=unit
rtt=single-hop
rtt=atomic
cycle=atomic

2. Coherence Locus — “coherence=declared”#

Candidate Term Class Notes
coherence=declared P Canon baseline
coherence=explicit P Perfect match
coherence=stated P Direct equivalence
coherence=attested N Slightly formal
coherence=manifest N Adds visibility nuance
coherence=registered C Protocol contexts
coherence=anchored N Slight metaphor
coherence=bound N Good but broad
coherence=enumerated C List‑like contexts
coherence=versioned C Versioned systems
state=authoritative C Protocol‑adjacent
mode=explicit C System‑form specific
flag=declared C Header‑style contexts
alignment=stated N Domain shift
coherence=canonical N Implies correctness
coherence=affirmed N Softer

Coherence Perfect Substitutes#

coherence=declared
coherence=explicit
coherence=stated

3. Drift Locus — “drift=bounded”#

Candidate Term Class Notes
drift=bounded P Canon baseline
drift=constrained P Perfect match
drift=clamped P Strong equivalence
drift=guarded N Slightly active
drift=finite N Less specific
drift=rate-limited C Dynamic systems
drift=windowed C Protocol metaphors
drift=thresholded C Numeric contexts
drift=safe N Vague
drift=canon-locked N Implies zero drift
deviation=max(N) X Numeric drift
tolerance=bounded C Protocol contexts
variance=limited C Statistical contexts
delta=clamped C Numeric contexts
jitter=controlled X Network‑specific

Drift Perfect Substitutes#

drift=bounded
drift=constrained
drift=clamped

4. Paradox Locus — “paradox=structural”#

Candidate Term Class Notes
paradox=structural P Canon baseline
paradox=encoded P Perfect match
paradox=architected P Strong equivalence
paradox=load-bearing N Slight metaphor
paradox=integrated N Softer
paradox=triadic C Triadic systems only
paradox=carrier-state C Specialized
paradox=framed N Less precise
paradox=embedded N Slightly weaker
paradox=systemic N Broader
paradox=resolved-in-structure N Verbose
mode=non-fatal X Error‑oriented
state=dual C Contextual
flag=paradoxical(structural) C Header‑style
condition=stable-contradiction C Verbose

Paradox Perfect Substitutes#

paradox=structural
paradox=encoded
paradox=architected

Perfect Substitution Summary#

These alleles form the structural genome:

RTT:       rtt=1, rtt=unit, rtt=single-hop, rtt=atomic, cycle=atomic
Coherence: coherence=declared, coherence=explicit, coherence=stated
Drift:     drift=bounded, drift=constrained, drift=clamped
Paradox:   paradox=structural, paradox=encoded, paradox=architected

Total per language: 5 × 3 × 3 × 3 = 135
Across 12 languages: 1,620 drift‑bounded headers.


Role in the Module#

This matrix:

  • filters the proximity cloud
  • defines the allele set
  • anchors multilingual translation
  • ensures drift‑bounded recombination
  • feeds the genome model and full matrix

It is the backbone of the protocol header’s structural integrity.

Updated