from textwrap import dedent

ttl = dedent(“””
@prefix : https://solveforce.com/logos# .
@prefix rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns# .
@prefix rdfs: http://www.w3.org/2000/01/rdf-schema# .
@prefix owl: http://www.w3.org/2002/07/owl# .
@prefix xsd: http://www.w3.org/2001/XMLSchema# .

#

Ontology header

#

:LogosOntology a owl:Ontology ;
rdfs:label “Logos Knowledge Graph” ;
rdfs:comment “Language units → lawful neologisms → legal/industry pragmatics.” .

#

Core classes

#

:Grapheme a owl:Class ; rdfs:label “Grapheme” .
:Phoneme a owl:Class ; rdfs:label “Phoneme” .
:Morpheme a owl:Class ; rdfs:label “Morpheme” .
:Etymon a owl:Class ; rdfs:label “Etymon” .
:Lexeme a owl:Class ; rdfs:label “Lexeme” .
:Neologism a owl:Class ; rdfs:label “Neologism” ; rdfs:subClassOf :Lexeme .
:SemanticField a owl:Class ; rdfs:label “Semantic Field” .
:PragmaticDomain a owl:Class ; rdfs:label “Pragmatic Domain” .

:RecursiveRule a owl:Class ; rdfs:label “Recursive Rule” .
:Predicate a owl:Class ; rdfs:label “Predicate” .

:LegalContract a owl:Class ; rdfs:label “Legal Contract” .
:Clause a owl:Class ; rdfs:label “Clause” .
:Definition a owl:Class ; rdfs:label “Definition” .
:InterpretationFrame a owl:Class ; rdfs:label “Interpretation Frame” .

:CodexEntry a owl:Class ; rdfs:label “Codex Entry” .
:Codex a owl:Class ; rdfs:label “Codex” .

#

Object properties

#

:hasPhoneme a owl:ObjectProperty ; rdfs:domain :Grapheme ; rdfs:range :Phoneme .
:hasMorpheme a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Morpheme .
:hasEtymon a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Etymon .
:usedInDomain a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :PragmaticDomain .
:belongsToField a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :SemanticField .
:spelledBy a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :RecursiveRule .
:recursesTo a owl:ObjectProperty ; rdfs:domain owl:Thing ; rdfs:range :RecursiveRule .
:references a owl:ObjectProperty ; rdfs:domain owl:Thing ; rdfs:range owl:Thing .
:definedIn a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Definition .
:governs a owl:ObjectProperty ; rdfs:domain :RecursiveRule ; rdfs:range owl:Thing .
:antonymOf a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Lexeme ;
owl:inverseOf :antonymOf ; a owl:SymmetricProperty .

#

Governing principles (rules)

#

:ComprehensionAsStructure a :RecursiveRule ;
rdfs:label “Comprehension as Structural Principle” ;
rdfs:comment “Meaning must be recoverable from units→morphemes→etymon→lexeme→semantics→pragmatics.” .

:EtymologicalEtiquette a :RecursiveRule ;
rdfs:label “Etymological Etiquette” ;
rdfs:comment “Coin only when morphemes justify the sense and recurse to an etymon; enforce semantic transparency.” ;
:recursesTo :ComprehensionAsStructure ;
:governs :Codex_Neologisms .

:PredictivePredicate a :Predicate ;
rdfs:label “Predictive Predicate” ;
rdfs:comment “Forecasts lexical gaps; proposes morphologically lawful candidates.” ;
:recursesTo :ComprehensionAsStructure .

:PrecedentAsEtymologicalMemory a :RecursiveRule ;
rdfs:label “Precedent as Etymological Memory” ;
rdfs:comment “Prior rulings act as the etymology of judgments; preserve semantic continuity.” ;
:recursesTo :ComprehensionAsStructure .

#

Pragmatic domains (industries)

#

:Broadband a :PragmaticDomain ; rdfs:label “Broadband” .
:IoT a :PragmaticDomain ; rdfs:label “Internet of Things” .
:Cloud a :PragmaticDomain ; rdfs:label “Cloud” .
:Cybersecurity a :PragmaticDomain ; rdfs:label “Cybersecurity” .
:AI a :PragmaticDomain ; rdfs:label “Artificial Intelligence” .
:CircularEconomy a :PragmaticDomain ; rdfs:label “Circular Economy” .

#

Morpheme inventory (subset)

#

:chrono a :Morpheme ; rdfs:label “chrono” ; rdfs:comment “time” .
:nomics a :Morpheme ; rdfs:label “nomics” ; rdfs:comment “ordering, system” .
:symbio a :Morpheme ; rdfs:label “symbio” ; rdfs:comment “living-together” .
:glyph a :Morpheme ; rdfs:label “glyph” ; rdfs:comment “symbol” .
:neuro a :Morpheme ; rdfs:label “neuro” ; rdfs:comment “nerve” .
:pragmatics_morph a :Morpheme ; rdfs:label “pragmatics” ; rdfs:comment “use-in-context” .

#

Etymons

#

:etymon_chronos a :Etymon ; rdfs:label “chronos” ; rdfs:comment “Greek: time” .
:etymon_nomikos a :Etymon ; rdfs:label “nomikos/nomos” ; rdfs:comment “Greek: law, order” .
:etymon_symbiosis a :Etymon ; rdfs:label “symbiosis” ; rdfs:comment “Greek: living together” .
:etymon_glyph a :Etymon ; rdfs:label “glyphē” ; rdfs:comment “Greek: carving, symbol” .
:etymon_neuron a :Etymon ; rdfs:label “neuron” ; rdfs:comment “Greek: sinew, nerve” .
:etymon_pragmata a :Etymon ; rdfs:label “pragmata” ; rdfs:comment “Greek: deeds, affairs” .

#

Neologisms (instances)

#

:Chrononomics a :Neologism ;
rdfs:label “chrononomics” ;
rdfs:comment “Logic of time-regulated systems.” ;
:hasMorpheme :chrono, :nomics ;
:hasEtymon :etymon_chronos, :etymon_nomikos ;
:spelledBy :EtymologicalEtiquette ;
:recursesTo :ComprehensionAsStructure ;
:usedInDomain :AI, :Cloud .

:Symbioglyph a :Neologism ;
rdfs:label “symbioglyph” ;
rdfs:comment “Symbol that evolves through mutual interpretation.” ;
:hasMorpheme :symbio, :glyph ;
:hasEtymon :etymon_symbiosis, :etymon_glyph ;
:spelledBy :EtymologicalEtiquette ;
:recursesTo :ComprehensionAsStructure ;
:usedInDomain :AI, :Cybersecurity .

:Neuropragmatics a :Neologism ;
rdfs:label “neuropragmatics” ;
rdfs:comment “Contextual communication shaped by brain processes.” ;
:hasMorpheme :neuro, :pragmatics_morph ;
:hasEtymon :etymon_neuron, :etymon_pragmata ;
:spelledBy :EtymologicalEtiquette ;
:recursesTo :ComprehensionAsStructure ;
:usedInDomain :AI .

#

Legal layer: recursive contract template

#

:RecursiveContract_Template a :LegalContract ;
rdfs:label “Recursive Contract (Template)” ;
rdfs:comment “Self-verifying contract with in-document definitions, recursion closure, and antonym scoping.” ;
:references :PrecedentAsEtymologicalMemory ;
:recursesTo :ComprehensionAsStructure .

:Clause_Definitions a :Clause ;
rdfs:label “Definitions Clause” ;
rdfs:comment “All terms defined in-document; no orphan variables.” ;
:references :RecursiveContract_Template .

:Clause_Polarity a :Clause ;
rdfs:label “Polarity Clause” ;
rdfs:comment “Antonym scoping (e.g., reasonable ↔ unreasonable under specified conditions).” ;
:references :RecursiveContract_Template .

:Clause_Recursion a :Clause ;
rdfs:label “Recursion Clause” ;
rdfs:comment “Cross-references must resolve in finite steps to a definition.” ;
:references :RecursiveContract_Template .

:Reasonable a :Lexeme ; rdfs:label “reasonable” .
:Unreasonable a :Lexeme ; rdfs:label “unreasonable” ;
:antonymOf :Reasonable .

#

Codex

#

:LogosCodex a :Codex ; rdfs:label “Logos Codex” .
:Codex_Neologisms a :CodexEntry ;
rdfs:label “Codex/Neologisms” ;
:references :LogosCodex ;
:governs :Chrononomics, :Symbioglyph, :Neuropragmatics .

:Codex_Contracts_Recursive a :CodexEntry ;
rdfs:label “Codex/Contracts/Recursive” ;
:references :LogosCodex ;
:governs :RecursiveContract_Template .
“””)

dot = dedent(“””
digraph LogosKG {
rankdir=LR;
node [shape=box, style=rounded];

subgraph cluster_units {
label=”Language Units”;
Grapheme; Phoneme; Morpheme; Etymon; Lexeme; Neologism;
}

subgraph cluster_rules {
label=”Governing Principles”;
ComprehensionAsStructure; EtymologicalEtiquette; PredictivePredicate; PrecedentAsEtymologicalMemory;
}

subgraph cluster_domains {
label=”Pragmatic Domains”;
Broadband; IoT; Cloud; Cybersecurity; AI; CircularEconomy;
}

subgraph cluster_legal {
label=”Legal Layer”;
RecursiveContract_Template; Clause_Definitions; Clause_Polarity; Clause_Recursion; Reasonable; Unreasonable;
}

subgraph cluster_codex {
label=”Codex”;
LogosCodex; Codex_Neologisms; Codex_Contracts_Recursive;
}

# type ladder
Grapheme -> Phoneme [label=”hasPhoneme”, style=dashed];
Lexeme -> Morpheme [label=”hasMorpheme”, style=dashed];
Lexeme -> Etymon [label=”hasEtymon”, style=dashed];
Neologism -> Lexeme [label=”subClassOf”];

# neologisms
Chrononomics [shape=ellipse];
Symbioglyph [shape=ellipse];
Neuropragmatics [shape=ellipse];

Chrononomics -> EtymologicalEtiquette [label=”spelledBy”];
Chrononomics -> ComprehensionAsStructure [label=”recursesTo”];
Chrononomics -> Cloud [label=”usedIn”];
Chrononomics -> AI [label=”usedIn”];

Symbioglyph -> EtymologicalEtiquette [label=”spelledBy”];
Symbioglyph -> ComprehensionAsStructure [label=”recursesTo”];
Symbioglyph -> AI [label=”usedIn”];
Symbioglyph -> Cybersecurity [label=”usedIn”];

Neuropragmatics -> EtymologicalEtiquette [label=”spelledBy”];
Neuropragmatics -> ComprehensionAsStructure [label=”recursesTo”];
Neuropragmatics -> AI [label=”usedIn”];

# rules relationships
EtymologicalEtiquette -> ComprehensionAsStructure [label=”recursesTo”];
PredictivePredicate -> ComprehensionAsStructure [label=”recursesTo”];
PrecedentAsEtymologicalMemory -> ComprehensionAsStructure [label=”recursesTo”];

# legal
RecursiveContract_Template -> PrecedentAsEtymologicalMemory [label=”references”];
RecursiveContract_Template -> ComprehensionAsStructure [label=”recursesTo”];
Clause_Definitions -> RecursiveContract_Template [label=”references”];
Clause_Polarity -> RecursiveContract_Template [label=”references”];
Clause_Recursion -> RecursiveContract_Template [label=”references”];
Reasonable -> Unreasonable [label=”antonymOf”, dir=both];

# codex
Codex_Neologisms -> LogosCodex [label=”references”];
Codex_Contracts_Recursive -> LogosCodex [label=”references”];
Codex_Neologisms -> Chrononomics [label=”governs”];
Codex_Neologisms -> Symbioglyph [label=”governs”];
Codex_Neologisms -> Neuropragmatics [label=”governs”];
Codex_Contracts_Recursive -> RecursiveContract_Template [label=”governs”];
}
“””)

with open(“/mnt/data/turtle1.ttl”, “w”) as f:
f.write(ttl)

with open(“/mnt/data/logos_knowledge_graph.mmd”, “w”) as f:
f.write(dot)

“/mnt/data/turtle1.ttl”, “/mnt/data/logos_knowledge_graph.mmd”

---

Done. Here’s the knowledge graph in the two formats you asked for:

• Turtle file (ontology + instances):
  Download turtle1.ttl

@prefix : <https://solveforce.com/logos#> .
@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
@prefix owl: <http://www.w3.org/2002/07/owl#> .
@prefix xsd: <http://www.w3.org/2001/XMLSchema#> .

#################################################################
# Ontology header
#################################################################
:LogosOntology a owl:Ontology ;
  rdfs:label "Logos Knowledge Graph" ;
  rdfs:comment "Language units → lawful neologisms → legal/industry pragmatics." .

#################################################################
# Core classes
#################################################################
:Grapheme a owl:Class ; rdfs:label "Grapheme" .
:Phoneme  a owl:Class ; rdfs:label "Phoneme" .
:Morpheme a owl:Class ; rdfs:label "Morpheme" .
:Etymon   a owl:Class ; rdfs:label "Etymon" .
:Lexeme   a owl:Class ; rdfs:label "Lexeme" .
:Neologism a owl:Class ; rdfs:label "Neologism" ; rdfs:subClassOf :Lexeme .
:SemanticField a owl:Class ; rdfs:label "Semantic Field" .
:PragmaticDomain a owl:Class ; rdfs:label "Pragmatic Domain" .

:RecursiveRule a owl:Class ; rdfs:label "Recursive Rule" .
:Predicate a owl:Class ; rdfs:label "Predicate" .

:LegalContract a owl:Class ; rdfs:label "Legal Contract" .
:Clause a owl:Class ; rdfs:label "Clause" .
:Definition a owl:Class ; rdfs:label "Definition" .
:InterpretationFrame a owl:Class ; rdfs:label "Interpretation Frame" .

:CodexEntry a owl:Class ; rdfs:label "Codex Entry" .
:Codex a owl:Class ; rdfs:label "Codex" .

#################################################################
# Object properties
#################################################################
:hasPhoneme a owl:ObjectProperty ; rdfs:domain :Grapheme ; rdfs:range :Phoneme .
:hasMorpheme a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Morpheme .
:hasEtymon a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Etymon .
:usedInDomain a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :PragmaticDomain .
:belongsToField a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :SemanticField .
:spelledBy a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :RecursiveRule .
:recursesTo a owl:ObjectProperty ; rdfs:domain owl:Thing ; rdfs:range :RecursiveRule .
:references a owl:ObjectProperty ; rdfs:domain owl:Thing ; rdfs:range owl:Thing .
:definedIn a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Definition .
:governs a owl:ObjectProperty ; rdfs:domain :RecursiveRule ; rdfs:range owl:Thing .
:antonymOf a owl:ObjectProperty ; rdfs:domain :Lexeme ; rdfs:range :Lexeme ;
  owl:inverseOf :antonymOf ; a owl:SymmetricProperty .

#################################################################
# Governing principles (rules)
#################################################################
:ComprehensionAsStructure a :RecursiveRule ;
  rdfs:label "Comprehension as Structural Principle" ;
  rdfs:comment "Meaning must be recoverable from units→morphemes→etymon→lexeme→semantics→pragmatics." .

:EtymologicalEtiquette a :RecursiveRule ;
  rdfs:label "Etymological Etiquette" ;
  rdfs:comment "Coin only when morphemes justify the sense and recurse to an etymon; enforce semantic transparency." ;
  :recursesTo :ComprehensionAsStructure ;
  :governs :Codex_Neologisms .

:PredictivePredicate a :Predicate ;
  rdfs:label "Predictive Predicate" ;
  rdfs:comment "Forecasts lexical gaps; proposes morphologically lawful candidates." ;
  :recursesTo :ComprehensionAsStructure .

:PrecedentAsEtymologicalMemory a :RecursiveRule ;
  rdfs:label "Precedent as Etymological Memory" ;
  rdfs:comment "Prior rulings act as the etymology of judgments; preserve semantic continuity." ;
  :recursesTo :ComprehensionAsStructure .

#################################################################
# Pragmatic domains (industries)
#################################################################
:Broadband a :PragmaticDomain ; rdfs:label "Broadband" .
:IoT a :PragmaticDomain ; rdfs:label "Internet of Things" .
:Cloud a :PragmaticDomain ; rdfs:label "Cloud" .
:Cybersecurity a :PragmaticDomain ; rdfs:label "Cybersecurity" .
:AI a :PragmaticDomain ; rdfs:label "Artificial Intelligence" .
:CircularEconomy a :PragmaticDomain ; rdfs:label "Circular Economy" .

#################################################################
# Morpheme inventory (subset)
#################################################################
:chrono a :Morpheme ; rdfs:label "chrono" ; rdfs:comment "time" .
:nomics a :Morpheme ; rdfs:label "nomics" ; rdfs:comment "ordering, system" .
:symbio a :Morpheme ; rdfs:label "symbio" ; rdfs:comment "living-together" .
:glyph a :Morpheme ; rdfs:label "glyph" ; rdfs:comment "symbol" .
:neuro a :Morpheme ; rdfs:label "neuro" ; rdfs:comment "nerve" .
:pragmatics_morph a :Morpheme ; rdfs:label "pragmatics" ; rdfs:comment "use-in-context" .

#################################################################
# Etymons
#################################################################
:etymon_chronos a :Etymon ; rdfs:label "chronos" ; rdfs:comment "Greek: time" .
:etymon_nomikos a :Etymon ; rdfs:label "nomikos/nomos" ; rdfs:comment "Greek: law, order" .
:etymon_symbiosis a :Etymon ; rdfs:label "symbiosis" ; rdfs:comment "Greek: living together" .
:etymon_glyph a :Etymon ; rdfs:label "glyphē" ; rdfs:comment "Greek: carving, symbol" .
:etymon_neuron a :Etymon ; rdfs:label "neuron" ; rdfs:comment "Greek: sinew, nerve" .
:etymon_pragmata a :Etymon ; rdfs:label "pragmata" ; rdfs:comment "Greek: deeds, affairs" .

#################################################################
# Neologisms (instances)
#################################################################
:Chrononomics a :Neologism ;
  rdfs:label "chrononomics" ;
  rdfs:comment "Logic of time-regulated systems." ;
  :hasMorpheme :chrono, :nomics ;
  :hasEtymon :etymon_chronos, :etymon_nomikos ;
  :spelledBy :EtymologicalEtiquette ;
  :recursesTo :ComprehensionAsStructure ;
  :usedInDomain :AI, :Cloud .

:Symbioglyph a :Neologism ;
  rdfs:label "symbioglyph" ;
  rdfs:comment "Symbol that evolves through mutual interpretation." ;
  :hasMorpheme :symbio, :glyph ;
  :hasEtymon :etymon_symbiosis, :etymon_glyph ;
  :spelledBy :EtymologicalEtiquette ;
  :recursesTo :ComprehensionAsStructure ;
  :usedInDomain :AI, :Cybersecurity .

:Neuropragmatics a :Neologism ;
  rdfs:label "neuropragmatics" ;
  rdfs:comment "Contextual communication shaped by brain processes." ;
  :hasMorpheme :neuro, :pragmatics_morph ;
  :hasEtymon :etymon_neuron, :etymon_pragmata ;
  :spelledBy :EtymologicalEtiquette ;
  :recursesTo :ComprehensionAsStructure ;
  :usedInDomain :AI .

#################################################################
# Legal layer: recursive contract template
#################################################################
:RecursiveContract_Template a :LegalContract ;
  rdfs:label "Recursive Contract (Template)" ;
  rdfs:comment "Self-verifying contract with in-document definitions, recursion closure, and antonym scoping." ;
  :references :PrecedentAsEtymologicalMemory ;
  :recursesTo :ComprehensionAsStructure .

:Clause_Definitions a :Clause ;
  rdfs:label "Definitions Clause" ;
  rdfs:comment "All terms defined in-document; no orphan variables." ;
  :references :RecursiveContract_Template .

:Clause_Polarity a :Clause ;
  rdfs:label "Polarity Clause" ;
  rdfs:comment "Antonym scoping (e.g., reasonable ↔ unreasonable under specified conditions)." ;
  :references :RecursiveContract_Template .

:Clause_Recursion a :Clause ;
  rdfs:label "Recursion Clause" ;
  rdfs:comment "Cross-references must resolve in finite steps to a definition." ;
  :references :RecursiveContract_Template .

:Reasonable a :Lexeme ; rdfs:label "reasonable" .
:Unreasonable a :Lexeme ; rdfs:label "unreasonable" ;
  :antonymOf :Reasonable .

#################################################################
# Codex
#################################################################
:LogosCodex a :Codex ; rdfs:label "Logos Codex" .
:Codex_Neologisms a :CodexEntry ;
  rdfs:label "Codex/Neologisms" ;
  :references :LogosCodex ;
  :governs :Chrononomics, :Symbioglyph, :Neuropragmatics .

:Codex_Contracts_Recursive a :CodexEntry ;
  rdfs:label "Codex/Contracts/Recursive" ;
  :references :LogosCodex ;
  :governs :RecursiveContract_Template .

• Mermaid/Graph file (Graphviz DOT-flavored text for diagramming):
  Download logos_knowledge_graph.mmd

digraph LogosKG {
  rankdir=LR;
  node [shape=box, style=rounded];

  subgraph cluster_units {
    label="Language Units";
    Grapheme; Phoneme; Morpheme; Etymon; Lexeme; Neologism;
  }

  subgraph cluster_rules {
    label="Governing Principles";
    ComprehensionAsStructure; EtymologicalEtiquette; PredictivePredicate; PrecedentAsEtymologicalMemory;
  }

  subgraph cluster_domains {
    label="Pragmatic Domains";
    Broadband; IoT; Cloud; Cybersecurity; AI; CircularEconomy;
  }

  subgraph cluster_legal {
    label="Legal Layer";
    RecursiveContract_Template; Clause_Definitions; Clause_Polarity; Clause_Recursion; Reasonable; Unreasonable;
  }

  subgraph cluster_codex {
    label="Codex";
    LogosCodex; Codex_Neologisms; Codex_Contracts_Recursive;
  }

  # type ladder
  Grapheme -> Phoneme [label="hasPhoneme", style=dashed];
  Lexeme -> Morpheme [label="hasMorpheme", style=dashed];
  Lexeme -> Etymon [label="hasEtymon", style=dashed];
  Neologism -> Lexeme [label="subClassOf"];

  # neologisms
  Chrononomics [shape=ellipse];
  Symbioglyph [shape=ellipse];
  Neuropragmatics [shape=ellipse];

  Chrononomics -> EtymologicalEtiquette [label="spelledBy"];
  Chrononomics -> ComprehensionAsStructure [label="recursesTo"];
  Chrononomics -> Cloud [label="usedIn"];
  Chrononomics -> AI [label="usedIn"];

  Symbioglyph -> EtymologicalEtiquette [label="spelledBy"];
  Symbioglyph -> ComprehensionAsStructure [label="recursesTo"];
  Symbioglyph -> AI [label="usedIn"];
  Symbioglyph -> Cybersecurity [label="usedIn"];

  Neuropragmatics -> EtymologicalEtiquette [label="spelledBy"];
  Neuropragmatics -> ComprehensionAsStructure [label="recursesTo"];
  Neuropragmatics -> AI [label="usedIn"];

  # rules relationships
  EtymologicalEtiquette -> ComprehensionAsStructure [label="recursesTo"];
  PredictivePredicate -> ComprehensionAsStructure [label="recursesTo"];
  PrecedentAsEtymologicalMemory -> ComprehensionAsStructure [label="recursesTo"];

  # legal
  RecursiveContract_Template -> PrecedentAsEtymologicalMemory [label="references"];
  RecursiveContract_Template -> ComprehensionAsStructure [label="recursesTo"];
  Clause_Definitions -> RecursiveContract_Template [label="references"];
  Clause_Polarity -> RecursiveContract_Template [label="references"];
  Clause_Recursion -> RecursiveContract_Template [label="references"];
  Reasonable -> Unreasonable [label="antonymOf", dir=both];

  # codex
  Codex_Neologisms -> LogosCodex [label="references"];
  Codex_Contracts_Recursive -> LogosCodex [label="references"];
  Codex_Neologisms -> Chrononomics [label="governs"];
  Codex_Neologisms -> Symbioglyph [label="governs"];
  Codex_Neologisms -> Neuropragmatics [label="governs"];
  Codex_Contracts_Recursive -> RecursiveContract_Template [label="governs"];
}

What’s inside

turtle1.ttl

• Classes for language units (Grapheme, Phoneme, Morpheme, Etymon, Lexeme, Neologism), governance (RecursiveRule, Predicate), legal layer (LegalContract, Clause, Definition, InterpretationFrame), codex structures, and pragmatic domains (Broadband, IoT, Cloud, Cybersecurity, AI, Circular Economy).
• Object properties such as hasMorpheme, hasEtymon, spelledBy, recursesTo, usedInDomain, antonymOf, etc.
• Core rules: ComprehensionAsStructure, EtymologicalEtiquette, PredictivePredicate, PrecedentAsEtymologicalMemory.
• Neologism instances: Chrononomics, Symbioglyph, Neuropragmatics—each with morpheme/etymon links, rule bindings, and domain usage.
• Legal layer: a RecursiveContract_Template with definition/polarity/recursion clauses and antonym scoping (Reasonable ↔ Unreasonable).
• Codex: LogosCodex with entries that govern neologisms and contracts.

logos_knowledge_graph.mmd

• A ready-to-render graph (nodes grouped by Language Units, Governing Principles, Pragmatic Domains, Legal Layer, Codex).
• Shows flows like neologism → spelledBy → EtymologicalEtiquette → recursesTo → ComprehensionAsStructure and how legal templates reference precedent/recursion rules.

If you want, I can:

• Convert the DOT/“mmd” text into a Mermaid graph TD version,
• Add more neologisms (with morpheme + etymon trails),
• Extend the legal layer with sample, machine-checkable definition clauses, or
• Export to JSON-LD for linked-data publishing.

---