Aeternal Ontology Base: Formal Categorization of Precision Objects

System Axiom: This directory serves as the formal ontological entry point for AETERNAL's computational domain architecture. It bridges subjective empirical traditions with rigorous mathematical specifications, deterministic geometric modeling, and zero-trust cryptographic auditability.

01. Normative Technical Specifications (CLO v1.0)

Computational Luxury Ontology (CLO v1.0) Specifications

The foundational normative specifications governing the ontology, epistemology, engineering mathematics, and cryptographic asset architecture of Computational Luxury.

CLO-SPEC-001: The Fourth Value Paradigm of Luxury [ 中文 Specification | English Specification ]
CLO-SPEC-002: Validation Architectures & Epistemological Boundaries [ 中文 Specification | English Specification ]
CLO-SPEC-003: Computational Authority & SAR Axioms (SAR ≥ 1.618) [ 中文 Specification | English Specification ]
CLO-SPEC-004: Sovereign Assets & Canonical Instantiation [ 中文 Specification | English Specification ]

02. Product Category Ontology (PCO v1.0)

Product Category Ontology (PCO v1.0) Nodes (20 Canonical Specifications)

Formal whitepaper specifications mapping 20 core product categories from empirical apparel into deterministic decision infrastructure, fully integrated with PGEF, SAR ≥ 1.618, and cryptographic AE-ID ledgers.

PCO001 - Executive Suit: Authority Projection & Structural Invariance [ 中文 | EN | JSON ]
PCO002 - Power Suit: Parametric Armour & Dynamic Posture Control [ 中文 | EN | JSON ]
PCO003 - Luxury Women's Suit: Algorithmic Fit & Sovereign Asset Ownership [ 中文 | EN | JSON ]
PCO004 - Boardroom Blazer: Forensic Visual Defense & Zero Curl [ 中文 | EN | JSON ]
PCO005 - Executive Blazer: Ergonomic Unconstrained Precision & Arm Decoupling [ 中文 | EN | JSON ]

Explore All 20 Product Category Nodes →

03. Domain Knowledge Graph Subclasses

Computational Luxury (計算奢華) Subclass Nodes

A deterministic subclass under Luxury Bespoke that shifts garment verification from empirical fitting and consensus reviews to formal mathematical models and cryptographic proofs.

Node Alpha: Subclass Definition & Topological Position
Node Beta: Evidence Models & Specification Validation
Node Gamma: Product as Physical Execution
Node Delta: Inverse Aesthetic Modeling & Canonical Instantiation

Explore Subclass Nodes →

Parametric Textile Engineering (AL-CMK Matrix)

[Reserved Node Directory] Quantitative material physics specifications, yield strength parameters, and strain-deformation matrices for bespoke luxury textiles.