TriadicFrameworks
概要

Resonance Substrate Model — Schema Directory

Quicklinks#

Purpose of the Schema Layer#

The schema system provides:

  • Field primitives (scalar, vector/spin, resonance envelope)
  • Operator definitions (diffusion, alignment, coupling, activation, stabilization)
  • Dimensional structures (grids, coordinates, layers)
  • Energy and substrate dynamics
  • Quantum and semantic extensions
  • Sensing and measurement constructs
  • Identity and language entities
  • Networking and distributed‑layer structures
  • Simulation configuration and validation rules
  • Universe‑core abstractions for cross‑domain coherence

Each schema family corresponds to a conceptual layer of the RSM ontology.

Directory Structure#

  • coeus/ — cognitive, symbolic, and semantic schema primitives
  • dimensional/ — coordinate systems, grids, and multi‑layer geometry
  • energy/ — energy flow, dissipation, and resonance‑amplitude structures
  • experiments/ — apparatus, measurement, and replication schemas
  • fields/ — scalar, vector/spin, and resonance‑envelope field definitions
  • operators/ — operator definitions and parameter constraints
  • primitives/ — low‑level building blocks used across all schema families
  • quantum/ — spin, phase, coherence, and quantum‑layer constructs
  • sensing/ — measurement, calibration, and uncertainty models
  • simulations/ — simulation configuration, solver parameters, and validation rules
  • universe-core/ — high‑level abstractions for cross‑domain coherence

Schema Format#

All schemas follow:

  • JSON Schema Draft‑07 (unless otherwise noted)
  • TriadicFrameworks naming conventions
  • RSM v1.0 ontology alignment

Each schema includes:

  • title
  • description
  • type
  • properties
  • required fields
  • examples (when applicable)

How These Schemas Are Used#

  • The simulation engine validates all configs against these schemas.
  • The CLI tools (validate.py, inspect_schema.py) operate directly on them.
  • The documentation in docs/api/ is generated from these schemas.
  • The experiments reference them for apparatus and measurement consistency.

Contributing#

When adding or modifying schemas:

  1. Maintain backward compatibility when possible.
  2. Include examples for new fields.
  3. Update the simulation schema if new operators or fields are introduced.
  4. Ensure naming consistency across schema families.
  5. Validate using the CLI tools before committing.

This directory forms the canonical ontology for the Resonance Substrate Model.

Updated

提供： Docsbook