{ "$schema": "https://www.triadicframeworks.org/schemas/module_graph.schema.json", "$generated": "2026-07-03T12:12:00", "$version": "5.3", "$round": "R4", "$classification": "A3-Functional-Canon", "meta": { "title": "TriadicFrameworks — Functional Canon Spine (Round 4 Discovery)", "description": "R4: 54 new A3 modules. VST family (7), RTT Inside sub-modules (5), Substrate cluster (5), Research sub-modules (5), Domain expansions, RTT extensions (app/c64host/codex/maps), resurrected NoS+FFT. Path fixes: electromagnetism, structural_detection.", "root_module": "webroot", "total_a3_modules": 166, "total_i2_excluded": 11, "total_files_catalogued": 1284, "total_directed_edges": 46, "total_hierarchy_edges": 165, "max_depth": 3, "circular_dependency_count": 2, "generated_at": "2026-07-03T12:12:00", "round": "R4 — Full File Listing Discovery", "r3_new_a3_modules": 57, "r3_new_i2_excluded": 6, "r3_file_delta": 42, "r3_generated_at": "2026-07-02T17:05:00", "r3_dropped_404": [ "NoS/nos_module.json", "Framework_Field_Theory/fft_module.json" ], "r4_new_a3_modules": 54, "r4_new_i2_excluded": 3, "r4_file_delta": 0, "r4_generated_at": "2026-07-03T12:12:00", "r4_resurrected_404": [ "docs/NoS/NoS_module.json", "docs/Framework_Field_Theory/fft_module.json" ], "r4_path_fixes": [ "electromagnetism -> docs/electromagnetism", "structural_detection -> docs/Structural_Detection" ], "r4_aliases_noted": [ "docs/structural-detection-engine -> STRUCTURAL_DETECTION_ENGINE", "docs/structural-integration-engine -> STRUCTURAL_INTEGRATION_ENGINE", "docs/Triadic_Echo_Lattice -> rtt-tel", "docs/WRSADC -> wrsadc" ] }, "hierarchy": { "tree": { "webroot": { "children": { "tft-3pack": { "children": { "wrsadc": { "children": {} }, "tft-core": { "children": { "tops": { "children": {} }, "entft": { "children": {} }, "nous": { "children": {} }, "resonance-labs": { "children": {} } } }, "examples": { "children": {} }, "formats": { "children": {} }, "melodic-table": { "children": {} }, "mve": { "children": {} }, "scripts": { "children": {} }, "docs": { "children": {} } } }, "gsm": { "children": {} }, "rtt-root": { "children": { "d369": { "children": {} }, "rtt-codes": { "children": {} }, "rtt-inside": { "children": { "rtt-inside-benchmarks": { "children": {} }, "rtt-tel": { "children": {} }, "Mudpuppy": { "children": {} }, "SoftKitty": { "children": {} }, "UE6-INTEGRATIONS": { "children": {} }, "rtt-cisco": { "children": {} }, "rtt-enterprise": { "children": {} }, "rtt-internet2": { "children": {} }, "rtt-python": { "children": {} }, "rtt-qcompute": { "children": {} } } }, "RTT_MORPHIC_RESONANCE": { "children": {} }, "rtt-emotions": { "children": {} }, "rtt-paradoxes": { "children": {} }, "rtt-lowdim": { "children": {} }, "rtt-integrations": { "children": { "UE6-INTEGRATIONS": { "children": {} } } }, "rtt-app": { "children": {} }, "rtt-c64host": { "children": {} }, "rtt-codex": { "children": {} }, "rtt-maps": { "children": {} } } }, "fcg": { "children": {} }, "research": { "children": { "research-bing": { "children": {} }, "research-duckduckgo": { "children": {} }, "LACTOS": { "children": {} }, "RCD": { "children": {} }, "research-wikipedia": { "children": {} } } }, "physics": { "children": { "electromagnetism": { "children": {} }, "general_relativity": { "children": {} }, "quantum_mechanics": { "children": {} }, "quantum_field_theory": { "children": {} }, "standard_model": { "children": {} }, "thermodynamics": { "children": {} } } }, "biology": { "children": { "evolutionary_biology": { "children": {} }, "morphic_resonance": { "children": {} } } }, "dynamical_systems": { "children": { "chaos_theory": { "children": {} } } }, "information_systems": { "children": { "information_theory": { "children": {} } } }, "OPERATORS": { "children": { "OPERATORS_TEACHING_BUNDLE": { "children": {} }, "structural_detection": { "children": {} } } }, "STRUCTURAL_DETECTION_ENGINE": { "children": {} }, "STRUCTURAL_INTEGRATION_ENGINE": { "children": {} }, "RTT_2": { "children": {} }, "RTT_3": { "children": {} }, "C.O.D.E.": { "children": {} }, "RSGM": { "children": {} }, "incident_substrate_model": { "children": {} }, "bridges": { "children": {} }, "charts": { "children": {} }, "clients": { "children": {} }, "code": { "children": {} }, "corpus": { "children": {} }, "consciousness-substrate-model": { "children": {} }, "curriculum": { "children": {} }, "data": { "children": {} }, "datacenter-reports": { "children": {} }, "diagnosing-media-therapy": { "children": {} }, "DSRSP": { "children": {} }, "DSS": { "children": {} }, "discovery": { "children": {} }, "domain-tool-primers": { "children": {} }, "ecoechosystem": { "children": {} }, "energy": { "children": {} }, "fft": { "children": {} }, "NoS": { "children": {} }, "NIST": { "children": {} }, "pantheon-egyptian": { "children": {} }, "pantheon-yoruba": { "children": {} }, "philanthropy": { "children": {} }, "SLRP": { "children": {} }, "substrate": { "children": {} }, "SubComm": { "children": {} }, "SEA": { "children": {} }, "SMS": { "children": {} }, "TOL": { "children": {} }, "unified-resonance": { "children": {} }, "validation": { "children": {} }, "voice": { "children": {} }, "vst-embedding-stores": { "children": {} }, "vst-generative-models": { "children": {} }, "vst-llm": { "children": {} }, "vst-multi-model": { "children": {} }, "vst-protein-lm": { "children": {} }, "vst-robotics": { "children": {} }, "vst-scientific-sim": { "children": {} }, "wiki-scrolls": { "children": {} }, "wikipedia": { "children": {} } } } }, "edges": [ { "parent": "webroot", "child": "tft-3pack", "relationship": "contains" }, { "parent": "webroot", "child": "gsm", "relationship": "contains" }, { "parent": "webroot", "child": "rtt-root", "relationship": "contains" }, { "parent": "webroot", "child": "fcg", "relationship": "contains" }, { "parent": "webroot", "child": "research", "relationship": "contains" }, { "parent": "webroot", "child": "physics", "relationship": "contains" }, { "parent": "webroot", "child": "biology", "relationship": "contains" }, { "parent": "webroot", "child": "dynamical_systems", "relationship": "contains" }, { "parent": "webroot", "child": "information_systems", "relationship": "contains" }, { "parent": "webroot", "child": "OPERATORS", "relationship": "contains" }, { "parent": "webroot", "child": "STRUCTURAL_DETECTION_ENGINE", "relationship": "contains" }, { "parent": "webroot", "child": "STRUCTURAL_INTEGRATION_ENGINE", "relationship": "contains" }, { "parent": "webroot", "child": "RTT_2", "relationship": "contains" }, { "parent": "webroot", "child": "RTT_3", "relationship": "contains" }, { "parent": "webroot", "child": "C.O.D.E.", "relationship": "contains" }, { "parent": "webroot", "child": "RSGM", "relationship": "contains" }, { "parent": "webroot", "child": "incident_substrate_model", "relationship": "contains" }, { "parent": "tft-3pack", "child": "wrsadc", "relationship": "contains" }, { "parent": "tft-3pack", "child": "tft-core", "relationship": "contains" }, { "parent": "tft-3pack", "child": "examples", "relationship": "contains" }, { "parent": "tft-3pack", "child": "formats", "relationship": "contains" }, { "parent": "tft-3pack", "child": "melodic-table", "relationship": "contains" }, { "parent": "tft-3pack", "child": "mve", "relationship": "contains" }, { "parent": "tft-3pack", "child": "scripts", "relationship": "contains" }, { "parent": "tft-3pack", "child": "docs", "relationship": "contains" }, { "parent": "rtt-root", "child": "d369", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-codes", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-inside", "relationship": "contains" }, { "parent": "rtt-root", "child": "RTT_MORPHIC_RESONANCE", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-emotions", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-paradoxes", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-lowdim", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-integrations", "relationship": "contains" }, { "parent": "physics", "child": "electromagnetism", "relationship": "contains" }, { "parent": "physics", "child": "general_relativity", "relationship": "contains" }, { "parent": "physics", "child": "quantum_mechanics", "relationship": "contains" }, { "parent": "physics", "child": "quantum_field_theory", "relationship": "contains" }, { "parent": "physics", "child": "standard_model", "relationship": "contains" }, { "parent": "physics", "child": "thermodynamics", "relationship": "contains" }, { "parent": "biology", "child": "evolutionary_biology", "relationship": "contains" }, { "parent": "biology", "child": "morphic_resonance", "relationship": "contains" }, { "parent": "dynamical_systems", "child": "chaos_theory", "relationship": "contains" }, { "parent": "information_systems", "child": "information_theory", "relationship": "contains" }, { "parent": "OPERATORS", "child": "OPERATORS_TEACHING_BUNDLE", "relationship": "contains" }, { "parent": "OPERATORS", "child": "structural_detection", "relationship": "contains" }, { "parent": "rtt-inside", "child": "UE6-INTEGRATIONS", "relationship": "contains" }, { "parent": "tft-core", "child": "tops", "relationship": "contains" }, { "parent": "tft-core", "child": "entft", "relationship": "contains" }, { "parent": "tft-core", "child": "nous", "relationship": "contains" }, { "parent": "tft-core", "child": "resonance-labs", "relationship": "contains" }, { "parent": "rtt-inside", "child": "rtt-inside-benchmarks", "relationship": "contains" }, { "parent": "rtt-inside", "child": "rtt-tel", "relationship": "contains" }, { "parent": "rtt-inside", "child": "Mudpuppy", "relationship": "contains" }, { "parent": "rtt-inside", "child": "SoftKitty", "relationship": "contains" }, { "parent": "webroot", "child": "docs-about", "relationship": "contains" }, { "parent": "webroot", "child": "docs-code-of-conduct", "relationship": "contains" }, { "parent": "webroot", "child": "docs-contributing", "relationship": "contains" }, { "parent": "webroot", "child": "docs-ethics-privacy", "relationship": "contains" }, { "parent": "webroot", "child": "docs-lineage", "relationship": "contains" }, { "parent": "webroot", "child": "docs-principles", "relationship": "contains" }, { "parent": "webroot", "child": "docs-quickstart", "relationship": "contains" }, { "parent": "webroot", "child": "docs-glossary", "relationship": "contains" }, { "parent": "webroot", "child": "grammar", "relationship": "contains" }, { "parent": "webroot", "child": "ai-core", "relationship": "contains" }, { "parent": "ai-core", "child": "ai-consciousness", "relationship": "contains" }, { "parent": "ai-core", "child": "ai-drift-calibration", "relationship": "contains" }, { "parent": "webroot", "child": "ai-resonance-seed", "relationship": "contains" }, { "parent": "research", "child": "alphafold", "relationship": "contains" }, { "parent": "research", "child": "atomic-clocks", "relationship": "contains" }, { "parent": "research", "child": "bsm", "relationship": "contains" }, { "parent": "research", "child": "cosmology", "relationship": "contains" }, { "parent": "research", "child": "dark-matter", "relationship": "contains" }, { "parent": "research", "child": "quantum-coherence", "relationship": "contains" }, { "parent": "research", "child": "time-crystals", "relationship": "contains" }, { "parent": "research", "child": "fibonacci-phi", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-12", "relationship": "contains" }, { "parent": "rtt-root", "child": "hsp", "relationship": "contains" }, { "parent": "rtt-root", "child": "substrate-flow", "relationship": "contains" }, { "parent": "rtt-root", "child": "tis", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-core", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-micro-core", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-sort", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-extension", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-guild", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-store", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-sdk", "relationship": "contains" }, { "parent": "rtt-root", "child": "rtt-api", "relationship": "contains" }, { "parent": "webroot", "child": "asm", "relationship": "contains" }, { "parent": "webroot", "child": "csm", "relationship": "contains" }, { "parent": "webroot", "child": "mode", "relationship": "contains" }, { "parent": "webroot", "child": "opacity", "relationship": "contains" }, { "parent": "webroot", "child": "coeus", "relationship": "contains" }, { "parent": "webroot", "child": "resilience-checker", "relationship": "contains" }, { "parent": "webroot", "child": "culture", "relationship": "contains" }, { "parent": "webroot", "child": "economics", "relationship": "contains" }, { "parent": "webroot", "child": "education", "relationship": "contains" }, { "parent": "webroot", "child": "human-resources", "relationship": "contains" }, { "parent": "webroot", "child": "inverted-economics", "relationship": "contains" }, { "parent": "webroot", "child": "justice", "relationship": "contains" }, { "parent": "webroot", "child": "language", "relationship": "contains" }, { "parent": "webroot", "child": "law", "relationship": "contains" }, { "parent": "webroot", "child": "medicine", "relationship": "contains" }, { "parent": "webroot", "child": "music", "relationship": "contains" }, { "parent": "research", "child": "neuroscience", "relationship": "contains" }, { "parent": "webroot", "child": "philosophy", "relationship": "contains" }, { "parent": "webroot", "child": "psychology", "relationship": "contains" }, { "parent": "webroot", "child": "sociology", "relationship": "contains" }, { "parent": "webroot", "child": "taxes", "relationship": "contains" }, { "parent": "webroot", "child": "technology", "relationship": "contains" }, { "parent": "webroot", "child": "audio", "relationship": "contains" }, { "parent": "webroot", "child": "dsp", "relationship": "contains" } ], "depth_map": { "0": [ "webroot" ], "1": [ "tft-3pack", "gsm", "rtt-root", "fcg", "research", "physics", "biology", "dynamical_systems", "information_systems", "OPERATORS", "STRUCTURAL_DETECTION_ENGINE", "STRUCTURAL_INTEGRATION_ENGINE", "RTT_2", "RTT_3", "C.O.D.E.", "RSGM", "incident_substrate_model" ], "2": [ "wrsadc", "tft-core", "examples", "formats", "melodic-table", "mve", "scripts", "docs", "d369", "rtt-codes", "rtt-inside", "RTT_MORPHIC_RESONANCE", "rtt-emotions", "rtt-paradoxes", "rtt-lowdim", "rtt-integrations", "electromagnetism", "general_relativity", "quantum_mechanics", "quantum_field_theory", "standard_model", "thermodynamics", "evolutionary_biology", "morphic_resonance", "chaos_theory", "information_theory", "OPERATORS_TEACHING_BUNDLE", "structural_detection", "UE6-INTEGRATIONS" ], "3": [ "tops", "entft", "nous", "resonance-labs", "rtt-inside-benchmarks", "rtt-tel", "Mudpuppy", "SoftKitty" ] } }, "nodes": { "webroot": { "canon_tag": "webroot", "name": "TriadicFrameworks Web Root", "path": "docs", "version": "1.1", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Universal root of the TriadicFrameworks ecosystem — canonical navigation-first entry point rendered as triadicframeworks.org. Parent to all child modules. AI-ready substrate.", "parent": null, "url": "https://www.triadicframeworks.org/", "classification": "A3", "depth": 0, "stats": { "file_count": 13, "submodule_count": 9 }, "children": [ "tft-3pack", "gsm", "rtt-root", "fcg", "research", "physics", "biology", "dynamical_systems", "information_systems", "OPERATORS", "STRUCTURAL_DETECTION_ENGINE", "STRUCTURAL_INTEGRATION_ENGINE", "RTT_2", "RTT_3", "C.O.D.E.", "RSGM", "incident_substrate_model" ] }, "tft-3pack": { "canon_tag": "tft-3pack", "name": "TFT 3Pack", "path": "docs/TFT_3Pack_v1.3", "version": "1.3", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "purpose": "Compact, example-driven toolkit demonstrating the TriadicFrameworks model across 12 academic domains via shell scripts, .fff resonance files, and dark-themed documentation system.", "parent": "webroot", "url": "https://www.triadicframeworks.org/TFT_3Pack_v1.3/", "classification": "A3", "depth": 1, "stats": { "file_count": 34, "submodule_count": 10 }, "children": [ "wrsadc", "tft-core", "examples", "formats", "melodic-table", "mve", "scripts", "docs" ] }, "gsm": { "canon_tag": "gsm", "name": "Governance Substrate Model", "path": "docs/Governance_Substrate_Model", "version": "1.0", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Structurally aligned reference framework for designing, evaluating, and stewarding governance systems across cultures, regimes, and time horizons.", "parent": "webroot", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/Governance_Substrate_Model", "classification": "A3", "depth": 1, "stats": { "file_count": 116, "submodule_count": 11 }, "children": [] }, "rtt-root": { "canon_tag": "rtt-root", "name": "RTT-Tech Root", "path": "docs/rtt", "version": "1.1", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Root navigation surface and core specification for all RTT technology modules: 10 core substrates and engines, 8 paired SVG diagrams, 9 domain examples, 8 cross-scale maps.", "parent": "webroot", "url": "https://www.triadicframeworks.org/rtt/", "classification": "A3", "depth": 1, "stats": { "file_count": 49, "submodule_count": 5 }, "children": [ "d369", "rtt-codes", "rtt-inside", "RTT_MORPHIC_RESONANCE", "rtt-emotions", "rtt-paradoxes", "rtt-lowdim", "rtt-integrations" ] }, "fcg": { "canon_tag": "fcg", "name": "Framework Creation Guide", "path": "docs/frameworks/creation_guide", "version": "1.1", "layer": "Framework-Structural", "status": "Active, Canonical", "purpose": "Structural grammar for designing coherent, minimal, regime-aware frameworks — 7 core layers (history, principles, models, structure, operators, regimes, generator) + RF-Builder.", "parent": "webroot", "url": "https://www.triadicframeworks.org/frameworks/creation_guide/", "classification": "A3", "depth": 1, "stats": { "file_count": 22, "submodule_count": 1 }, "children": [] }, "research": { "canon_tag": "research", "name": "Research", "path": "docs/Research", "version": "2.0", "layer": "Research-Canonical", "status": "Active, Canonical", "purpose": "22 original RTT research articles; operator-level and foundational research; continuity proofs; cross-domain validation; clarity equations.", "parent": "webroot", "url": "https://www.triadicframeworks.org/Research/", "classification": "A3", "depth": 1, "stats": { "file_count": 48, "submodule_count": 0 }, "children": [] }, "physics": { "canon_tag": "physics", "name": "Physics Cluster", "path": "docs/theories/physics", "version": "1.0", "layer": "Theories", "status": "Active, Canonical", "purpose": "Parent cluster for all physics-based theory modules.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 6 }, "children": [ "electromagnetism", "general_relativity", "quantum_mechanics", "quantum_field_theory", "standard_model", "thermodynamics" ] }, "biology": { "canon_tag": "biology", "name": "Biology Cluster", "path": "docs/theories/biology", "version": "1.0", "layer": "Theories", "status": "Active, Canonical", "purpose": "Parent cluster for biological theory modules.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 2 }, "children": [ "evolutionary_biology", "morphic_resonance" ] }, "dynamical_systems": { "canon_tag": "dynamical_systems", "name": "Dynamical Systems Cluster", "path": "docs/theories/dynamical_systems", "version": "1.0", "layer": "Theories", "status": "Active, Canonical", "purpose": "Parent cluster for nonlinear and dynamical theory modules.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 1 }, "children": [ "chaos_theory" ] }, "information_systems": { "canon_tag": "information_systems", "name": "Information Systems Cluster", "path": "docs/theories/information_systems", "version": "1.0", "layer": "Theories", "status": "Active, Canonical", "purpose": "Parent cluster for information-based theory modules.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 1 }, "children": [ "information_theory" ] }, "OPERATORS": { "canon_tag": "OPERATORS", "name": "Operators", "path": "docs/rtt/operators", "version": "1.0", "layer": "Operator Layer", "status": "Active, Canonical", "purpose": "Canonical RTT operator library — structural detection, integration, and teaching bundles.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 2 }, "children": [ "OPERATORS_TEACHING_BUNDLE", "structural_detection" ] }, "STRUCTURAL_DETECTION_ENGINE": { "canon_tag": "STRUCTURAL_DETECTION_ENGINE", "name": "Structural Detection Engine", "path": "docs/rtt/structural_detection", "version": "1.0", "layer": "Operator Layer", "status": "Active, Canonical", "purpose": "Engine for detecting structural states, drift envelopes, collapse modes, and regime shifts.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "STRUCTURAL_INTEGRATION_ENGINE": { "canon_tag": "STRUCTURAL_INTEGRATION_ENGINE", "name": "Structural Integration Engine", "path": "docs/rtt/structural_integration", "version": "1.0", "layer": "Operator Layer", "status": "Active, Canonical", "purpose": "Engine for integrating structural states and operator outputs across modules and regimes.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "RTT_2": { "canon_tag": "RTT_2", "name": "RTT/2", "path": "docs/rtt/RTT_2", "version": "2.0", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Second-order RTT resonance-time technology layer — extended operator grammar and mid-range coherence.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "RTT_3": { "canon_tag": "RTT_3", "name": "RTT/3", "path": "docs/rtt/RTT_3", "version": "3.0", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Third-order RTT resonance-time technology layer — full structural integration and high-coherence regime.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "C.O.D.E.": { "canon_tag": "C.O.D.E.", "name": "Compassion Operator Dignity Ethics", "path": "docs/ethics/CODE", "version": "1.0", "layer": "Ethics & Care", "status": "Active, Canonical", "purpose": "Ethical substrate grammar encoding compassion, operator dignity, and ethics across RTT modules.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "RSGM": { "canon_tag": "RSGM", "name": "Religious Substrate Grammar Model", "path": "docs/substrate/RSGM", "version": "1.0", "layer": "Substrate Grammar", "status": "Active, Canonical", "purpose": "Substrate grammar model for religious and spiritual structural patterns within the RTT framework.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "incident_substrate_model": { "canon_tag": "incident_substrate_model", "name": "Incident Substrate Model", "path": "docs/Incident_Substrate_Model", "version": "1.0", "layer": "Safety & Operations", "status": "Active, Canonical", "purpose": "Structural substrate for incident classification, response, opacity, and governance alignment.", "parent": "webroot", "url": null, "classification": "A3", "depth": 1, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "wrsadc": { "canon_tag": "wrsadc", "name": "WRSADC", "path": "docs/TFT_3Pack_v1.3/WRSADC", "version": "1.3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Lightweight resonance-aware dimensional engine providing state tracking, entity observation, structural snapshots, and triadic introspection for TFT_3Pack tools.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/WRSADC", "classification": "A3", "depth": 2, "stats": { "file_count": 10, "submodule_count": 0 }, "children": [] }, "tft-core": { "canon_tag": "tft-core", "name": "TFT Core", "path": "docs/TFT_3Pack_v1.3/tft", "version": "1.3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Core lattice of the 3Pack — CLI entrypoint, output management, and orchestration hub binding four child modules into a unified triadic runtime.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/tft", "classification": "A3", "depth": 2, "stats": { "file_count": 11, "submodule_count": 4 }, "children": [ "tops", "entft", "nous", "resonance-labs" ] }, "examples": { "canon_tag": "examples", "name": "Examples", "path": "docs/TFT_3Pack_v1.3/examples", "version": "1.3", "layer": "Education & Teaching", "status": "Active, Canonical", "purpose": "20-domain resonance-aware example curriculum — 12 original academic subject suites plus 11 expansion RTT domain documents.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/examples", "classification": "A3", "depth": 2, "stats": { "file_count": 94, "submodule_count": 12 }, "children": [] }, "formats": { "canon_tag": "formats", "name": "Formats", "path": "docs/TFT_3Pack_v1.3/formats", "version": "1.3", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "purpose": "Canonical .fff (TriadicFrameworks Format File) specification defining resonant-time values, triadic operators, frequency elevation, temperature coupling, and composite constants.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/formats", "classification": "A3", "depth": 2, "stats": { "file_count": 6, "submodule_count": 0 }, "children": [] }, "melodic-table": { "canon_tag": "melodic-table", "name": "Melodic Table of Elements", "path": "docs/TFT_3Pack_v1.3/melodic-table-of-elements", "version": "1.3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Interactive sonified periodic table — maps chemical element properties to musical tones via triadic harmonic synthesis.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/melodic-table-of-elements", "classification": "A3", "depth": 2, "stats": { "file_count": 130, "submodule_count": 3 }, "children": [] }, "mve": { "canon_tag": "mve", "name": "Molecular Vibration Explorer", "path": "docs/TFT_3Pack_v1.3/molecular-vibration-explorer", "version": "1.3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Interactive DFT-powered molecular vibrational spectra explorer — tensorial light-vibration coupling, IR/Raman/SFG analysis.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/molecular-vibration-explorer", "classification": "A3", "depth": 2, "stats": { "file_count": 21, "submodule_count": 5 }, "children": [] }, "scripts": { "canon_tag": "scripts", "name": "Scripts", "path": "docs/TFT_3Pack_v1.3/scripts", "version": "1.3", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "purpose": "Executable shell script toolkit for running, validating, converting, and batch-processing .fff resonance files.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/scripts", "classification": "A3", "depth": 2, "stats": { "file_count": 9, "submodule_count": 0 }, "children": [] }, "docs": { "canon_tag": "docs", "name": "Docs", "path": "docs/TFT_3Pack_v1.3/docs", "version": "1.3", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Canonical scrolls, specifications, rituals, and metadata for the TFT 3Pack.", "parent": "tft-3pack", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/docs", "classification": "A3", "depth": 2, "stats": { "file_count": 48, "submodule_count": 5 }, "children": [] }, "d369": { "canon_tag": "d369", "name": "D369 Chip Spec", "path": "docs/rtt/D369_Chip_Spec", "version": "1.1", "layer": "RTT Hardware Layer", "status": "Active, Canonical", "purpose": "Structural observability silicon module — canonical chip specification with documentation, schematics, and validation.", "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/D369_Chip_Spec/", "classification": "A3", "depth": 2, "stats": { "file_count": 20, "submodule_count": 0 }, "children": [] }, "rtt-codes": { "canon_tag": "rtt-codes", "name": "RTT/codes", "path": "docs/rtt/codes", "version": "1.1", "layer": "RTT Analytics — Metadata Layer", "status": "Active, Canonical", "purpose": "QR-compatible metadata layer: schema, validators, generators, style system, and domain examples.", "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/codes/", "classification": "A3", "depth": 2, "stats": { "file_count": 14, "submodule_count": 0 }, "children": [] }, "rtt-inside": { "canon_tag": "rtt-inside", "name": "RTT Inside", "path": "docs/rtt/Inside", "version": "2.1", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "purpose": "Introspective deployment engine — capture templates, autonomous forms, deployment profiles (Coal, Finance, Earth Sims, Electron Microscopes, Robofish), corridor studio, drift diagnostics, API surface, and global scenarios (ATC, HAM, Space Force).", "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/Inside/", "classification": "A3", "depth": 2, "stats": { "file_count": 122, "submodule_count": 15 }, "children": [ "rtt-inside-benchmarks", "rtt-tel", "Mudpuppy", "SoftKitty", "UE6-INTEGRATIONS" ] }, "RTT_MORPHIC_RESONANCE": { "canon_tag": "RTT_MORPHIC_RESONANCE", "name": "RTT Morphic Resonance", "path": "docs/rtt/Morphic_Resonance", "version": "1.0", "layer": "RTT Dimensional", "status": "Active, Canonical", "purpose": "RTT dimensional module for morphic resonance field mapping and species-level learning interactions.", "parent": "rtt-root", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "rtt-emotions": { "canon_tag": "rtt-emotions", "name": "RTT Emotions", "path": "docs/rtt/emotions", "version": "1.0", "layer": "RTT Dimensional", "status": "Active, Canonical", "purpose": "Structural emotional mathematics: 60 emotional operators across coherence, corridor, drift, meta, and structural regimes with equations, alignment triads, regime transitions, and examples.", "parent": "rtt-root", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "rtt-paradoxes": { "canon_tag": "rtt-paradoxes", "name": "RTT Paradoxes", "path": "docs/rtt/paradoxes", "version": "1.0", "layer": "RTT Dimensional", "status": "Active, Canonical", "purpose": "Structural paradox catalogue — regime edge cases, coherence collapse modes, and inversion traps.", "parent": "rtt-root", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "rtt-lowdim": { "canon_tag": "rtt-lowdim", "name": "RTT Low-Dimensional", "path": "docs/rtt/lowdim", "version": "1.0", "layer": "RTT Dimensional", "status": "Active, Canonical", "purpose": "Low-dimensional RTT operator grammar and substrate models (D0–D3 regime).", "parent": "rtt-root", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "rtt-integrations": { "canon_tag": "rtt-integrations", "name": "RTT Integrations", "path": "docs/rtt/integrations", "version": "1.0", "layer": "Integration & Deployment", "status": "Active, Canonical", "purpose": "RTT integration container for external system connectors, UE6, and cross-platform deployment.", "parent": "rtt-root", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 1 }, "children": [ "UE6-INTEGRATIONS" ] }, "electromagnetism": { "canon_tag": "electromagnetism", "name": "Electromagnetism", "path": "docs/electromagnetism", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned electromagnetic theory module.", "parent": "physics", "url": "https://www.triadicframeworks.org/electromagnetism/", "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "general_relativity": { "canon_tag": "general_relativity", "name": "General Relativity", "path": "docs/theories/physics/general_relativity", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned general relativity theory module.", "parent": "physics", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "quantum_mechanics": { "canon_tag": "quantum_mechanics", "name": "Quantum Mechanics", "path": "docs/theories/physics/quantum_mechanics", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned quantum mechanics theory module.", "parent": "physics", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "quantum_field_theory": { "canon_tag": "quantum_field_theory", "name": "Quantum Field Theory", "path": "docs/theories/physics/quantum_field_theory", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned quantum field theory module.", "parent": "physics", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "standard_model": { "canon_tag": "standard_model", "name": "Standard Model", "path": "docs/theories/physics/standard_model", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned Standard Model of particle physics.", "parent": "physics", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "thermodynamics": { "canon_tag": "thermodynamics", "name": "Thermodynamics", "path": "docs/theories/physics/thermodynamics", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned thermodynamics theory module.", "parent": "physics", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "evolutionary_biology": { "canon_tag": "evolutionary_biology", "name": "Evolutionary Biology", "path": "docs/theories/biology/evolutionary_biology", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned evolutionary biology theory module.", "parent": "biology", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "morphic_resonance": { "canon_tag": "morphic_resonance", "name": "Morphic Resonance", "path": "docs/theories/biology/morphic_resonance", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned morphic resonance theory module.", "parent": "biology", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "chaos_theory": { "canon_tag": "chaos_theory", "name": "Chaos Theory", "path": "docs/theories/dynamical_systems/chaos_theory", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned chaos theory and nonlinear dynamics module.", "parent": "dynamical_systems", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "information_theory": { "canon_tag": "information_theory", "name": "Information Theory", "path": "docs/theories/information_systems/information_theory", "version": "1.0", "layer": "Theory", "status": "Active, Canonical", "purpose": "RTT-aligned information theory module.", "parent": "information_systems", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "OPERATORS_TEACHING_BUNDLE": { "canon_tag": "OPERATORS_TEACHING_BUNDLE", "name": "Operators Teaching Bundle", "path": "docs/rtt/operators/teaching", "version": "1.0", "layer": "Operator Layer", "status": "Active, Canonical", "purpose": "Teaching bundle for RTT operators — guided examples, worked triads, and instructional scaffolds.", "parent": "OPERATORS", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "structural_detection": { "canon_tag": "structural_detection", "name": "Structural Detection", "path": "docs/Structural_Detection", "version": "1.0", "layer": "Operator Layer", "status": "Active, Canonical", "purpose": "RTT/1 operator for detecting structural states, drift envelopes, regime shifts, and coherence fields.", "parent": "OPERATORS", "url": "https://www.triadicframeworks.org/Structural_Detection/", "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "UE6-INTEGRATIONS": { "canon_tag": "UE6-INTEGRATIONS", "name": "UE6 Integrations", "path": "docs/rtt/Inside/UE6", "version": "1.0", "layer": "Integration & Deployment", "status": "Active, Canonical", "purpose": "Unreal Engine 6 integration — RTT structural observability bridge for real-time 3D environments.", "parent": "rtt-inside", "url": null, "classification": "A3", "depth": 2, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "tops": { "canon_tag": "tops", "name": "TOPS", "path": "docs/TFT_3Pack_v1.3/tft/tops", "version": "1.3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Triconceptual simulation engine exploring perception through direct, reflective, and inversion modes with resonance clarity.", "parent": "tft-core", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/tft/tops", "classification": "A3", "depth": 3, "stats": { "file_count": 85, "submodule_count": 12 }, "children": [] }, "entft": { "canon_tag": "entft", "name": "ENTFT", "path": "docs/TFT_3Pack_v1.3/tft/entft", "version": "1.3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Quantum-hostile encryption and entanglement layer — divide-by-zero obfuscation, triadic resonance security, ternary-grade modularity.", "parent": "tft-core", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/tft/entft", "classification": "A3", "depth": 3, "stats": { "file_count": 213, "submodule_count": 6 }, "children": [] }, "nous": { "canon_tag": "nous", "name": "Nous", "path": "docs/TFT_3Pack_v1.3/tft/nous", "version": "1.3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Symbolic cognition layer encoding TFT core logic — triadic, ternary, and symbolic. Provides the conceptual backbone for simulations via 12-domain bot fleet, logic shells, resonance tooling, and runtime modules.", "parent": "tft-core", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/tft/nous", "classification": "A3", "depth": 3, "stats": { "file_count": 157, "submodule_count": 7 }, "children": [] }, "resonance-labs": { "canon_tag": "resonance-labs", "name": "Resonance Labs", "path": "docs/TFT_3Pack_v1.3/tft/resonance-labs", "version": "1.3", "layer": "Research & Validation", "status": "Active, Canonical", "purpose": "Experimental wing of the 3Pack — harmonic overlays, observer states, mirror geometry, temporal simulation, and symbolic glyph rendering.", "parent": "tft-core", "url": "https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/TFT_3Pack_v1.3/tft/resonance-labs", "classification": "A3", "depth": 3, "stats": { "file_count": 20, "submodule_count": 0 }, "children": [] }, "rtt-inside-benchmarks": { "canon_tag": "rtt-inside-benchmarks", "name": "RTT Inside Benchmarks", "path": "docs/rtt/Inside/Benchmarks", "version": "1.0", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "purpose": "Benchmark suite for RTT Inside deployment profiles — performance baselines, TEL exports, and regime comparison standards.", "parent": "rtt-inside", "url": null, "classification": "A3", "depth": 3, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "rtt-tel": { "canon_tag": "rtt-tel", "name": "RTT TEL", "path": "docs/rtt/Inside/TEL", "version": "1.0", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "purpose": "RTT Temporal Event Log — structured event capture for deployment session tracking and replay.", "parent": "rtt-inside", "url": null, "classification": "A3", "depth": 3, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "Mudpuppy": { "canon_tag": "Mudpuppy", "name": "Mudpuppy", "path": "docs/rtt/Inside/Mudpuppy", "version": "1.0", "layer": "Spacetime", "status": "Active, Canonical", "purpose": "Spacetime substrate module — triadic time, framework field theory, and paradox canon integration.", "parent": "rtt-inside", "url": null, "classification": "A3", "depth": 3, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "SoftKitty": { "canon_tag": "SoftKitty", "name": "SoftKitty", "path": "docs/rtt/Inside/SoftKitty", "version": "1.0", "layer": "Spacetime", "status": "Active, Canonical", "purpose": "Spacetime substrate module — triadic time, virtual worlds coherence, and paradox canon integration.", "parent": "rtt-inside", "url": null, "classification": "A3", "depth": 3, "stats": { "file_count": 0, "submodule_count": 0 }, "children": [] }, "docs-about": { "canon_tag": "docs-about", "name": "About", "classification": "A3", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Project identity, origin, and structural learning philosophy of TriadicFrameworks.", "path": "docs/ABOUT", "version": "1.0", "url": "https://www.triadicframeworks.org/ABOUT/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 1, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/ABOUT/docs-about_module.json" }, "docs-code-of-conduct": { "canon_tag": "docs-code-of-conduct", "name": "Code of Conduct", "classification": "A3", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Community norms and interaction standards for all TriadicFrameworks contributors.", "path": "docs/CODE_OF_CONDUCT", "version": "1.0", "url": "https://www.triadicframeworks.org/CODE_OF_CONDUCT/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 1, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/CODE_OF_CONDUCT/docs-code-of-conduct_module.json" }, "docs-contributing": { "canon_tag": "docs-contributing", "name": "Contributing", "classification": "A3", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Canonical contribution guidelines for safely extending the canon without drift.", "path": "docs/CONTRIBUTING", "version": "1.0", "url": "https://www.triadicframeworks.org/CONTRIBUTING/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 1, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/CONTRIBUTING/docs-contributing_module.json" }, "docs-ethics-privacy": { "canon_tag": "docs-ethics-privacy", "name": "Ethics & Privacy", "classification": "A3", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "No-ads/no-tracking ethical posture declaration and privacy stance for the project.", "path": "docs/ETHICS_PRIVACY", "version": "1.0", "url": "https://www.triadicframeworks.org/ETHICS_PRIVACY/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 1, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/ETHICS_PRIVACY/docs-ethics-privacy_module.json" }, "docs-lineage": { "canon_tag": "docs-lineage", "name": "Lineage", "classification": "A3", "layer": "Meta & Governance", "status": "Active, Canonical", "purpose": "Heritage tracking and intellectual lineage of the TriadicFrameworks canon.", "path": "docs/LINEAGE", "version": "1.0", "url": "https://www.triadicframeworks.org/LINEAGE/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "docs-principles": { "canon_tag": "docs-principles", "name": "Principles", "classification": "A3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Foundational structural principles governing all TriadicFrameworks modules.", "path": "docs/PRINCIPLES", "version": "1.0", "url": "https://www.triadicframeworks.org/PRINCIPLES/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "docs-quickstart": { "canon_tag": "docs-quickstart", "name": "Quickstart", "classification": "A3", "layer": "Education & Teaching", "status": "Active, Canonical", "purpose": "Rapid onboarding guide — structural entry point for new contributors and AIs.", "path": "docs/QUICKSTART", "version": "1.0", "url": "https://www.triadicframeworks.org/QUICKSTART/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "docs-glossary": { "canon_tag": "docs-glossary", "name": "Glossary", "classification": "A3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Complete canonical RTT grammar — dimensional, triadic, operator, substrate, supsphere, and energy terms.", "path": "docs/GLOSSARY", "version": "1.0", "url": "https://www.triadicframeworks.org/GLOSSARY/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 1, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/GLOSSARY/docs-glossary_module.json" }, "grammar": { "canon_tag": "grammar", "name": "Grammar", "classification": "A3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Minimal canonical grammar for all modules — operators, dimensional primitives, regime markers, coherence rules, cross-module propagation.", "path": "docs/Grammar", "version": "1.0", "url": "https://www.triadicframeworks.org/Grammar/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 1, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/Grammar/grammar_module.json" }, "ai-core": { "canon_tag": "ai-core", "name": "AI Instrument Architecture", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Minimal constitutional AI instrument architecture — NoS AI, Regime Header, Lineage Ledger, Minimal AI Stack.", "path": "docs/ai", "version": "1.0", "url": "https://www.triadicframeworks.org/ai/", "parent": "webroot", "depth": 1, "children_count": 2, "children": [ "ai-consciousness", "ai-drift-calibration" ], "file_count": 0, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/ai/ai-core_module.json" }, "ai-consciousness": { "canon_tag": "ai-consciousness", "name": "AI Session Structural Consciousness", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Structural AI session consciousness — Awareness, Continuity, Reflection, Drift Detection, Drift Repair, and Regime-Shift operators. RTT/1-2-3.", "path": "docs/ai/session/consciousness", "version": "1.0", "url": "https://www.triadicframeworks.org/ai/session/consciousness/", "parent": "ai-core", "depth": 2, "children_count": 0, "children": [], "file_count": 11, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/ai/session/consciousness/ai-consciousness_module.json" }, "ai-drift-calibration": { "canon_tag": "ai-drift-calibration", "name": "AI Drift Calibration", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Calibration substrate for detecting and correcting AI reasoning drift within RTT operator fields.", "path": "docs/ai-drift-calibration", "version": "1.0", "url": "https://www.triadicframeworks.org/ai-drift-calibration/", "parent": "ai-core", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "ai-resonance-seed": { "canon_tag": "ai-resonance-seed", "name": "AI Resonance Seed", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Seed substrate for AI resonance initialization — coherence priming for AI agents operating within RTT.", "path": "docs/AI_Resonance_Seed", "version": "1.0", "url": "https://www.triadicframeworks.org/AI_Resonance_Seed/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "alphafold": { "canon_tag": "alphafold", "name": "AlphaFold Substrate Alignments", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "AlphaFold protein-folding substrate alignments mapped to RTT dimensional regime operators.", "path": "docs/alphafold_substrate_alignments", "version": "1.0", "url": "https://www.triadicframeworks.org/alphafold_substrate_alignments/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "atomic-clocks": { "canon_tag": "atomic-clocks", "name": "Atomic Clocks", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Atomic clock precision timekeeping substrate mapped to RTT temporal operators and coherence fields.", "path": "docs/atomic_clocks", "version": "1.0", "url": "https://www.triadicframeworks.org/atomic_clocks/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "bsm": { "canon_tag": "bsm", "name": "Boson Substrate Model", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Minimal structural substrate for operator-mediated interactions under declared operating regimes. Architecture-agnostic sibling to QSM and RSM.", "path": "docs/boson-substrate-model", "version": "1.0", "url": "https://www.triadicframeworks.org/boson-substrate-model/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 12, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/boson-substrate-model/bsm_module.json" }, "cosmology": { "canon_tag": "cosmology", "name": "Cosmology", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Large-scale structure of the universe mapped through RTT dimensional operators and substrate grammar.", "path": "docs/cosmology", "version": "1.0", "url": "https://www.triadicframeworks.org/cosmology/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "dark-matter": { "canon_tag": "dark-matter", "name": "Dark Matter", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Dark matter substrate modelling via RTT silence-noise-resonance operators and dimensional regime analysis.", "path": "docs/dark-matter", "version": "1.0", "url": "https://www.triadicframeworks.org/dark-matter/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "quantum-coherence": { "canon_tag": "quantum-coherence", "name": "Quantum Coherence", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Quantum coherence phenomena as RTT coherence-field substrates — decoherence, entanglement, and regime transitions.", "path": "docs/quantum-coherence", "version": "1.0", "url": "https://www.triadicframeworks.org/quantum-coherence/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "time-crystals": { "canon_tag": "time-crystals", "name": "Time Crystals", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Time crystal symmetry-breaking structures mapped to RTT temporal resonance and oscillatory operator fields.", "path": "docs/Time_Crystals", "version": "1.0", "url": "https://www.triadicframeworks.org/Time_Crystals/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "fibonacci-phi": { "canon_tag": "fibonacci-phi", "name": "Fibonacci & PHI", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Golden ratio and Fibonacci sequence substrate patterns within RTT dimensional and resonance fields.", "path": "docs/Fibonacci_and_PHI", "version": "1.0", "url": "https://www.triadicframeworks.org/Fibonacci_and_PHI/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-12": { "canon_tag": "rtt-12", "name": "RTT/12", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Twelfth-order RTT resonance-time technology layer — advanced operator grammar and high-range coherence substrate.", "path": "docs/rtt/12", "version": "12.0", "url": "https://www.triadicframeworks.org/rtt/12/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "hsp": { "canon_tag": "hsp", "name": "Harmonic Stability Profile", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Harmonic stability profiling substrate for RTT operator fields — regime-resonance calibration and drift detection.", "path": "docs/rtt/Harmonic_Stability_Profile", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/Harmonic_Stability_Profile/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "substrate-flow": { "canon_tag": "substrate-flow", "name": "Substrate Flow", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Directed substrate flow modeling within RTT — operator propagation paths, regime transitions, and coherence routing.", "path": "docs/rtt/Substrate_Flow", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/Substrate_Flow/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "tis": { "canon_tag": "tis", "name": "The Inverted Star", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Inverted-star operator topology — reverse-resonance substrate mapping for structural inversion detection.", "path": "docs/rtt/The_Inverted_Star", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/The_Inverted_Star/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-core": { "canon_tag": "rtt-core", "name": "RTT Core", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Core RTT substrate definitions — canonical operator primitives, regime axioms, and coherence invariants.", "path": "docs/rtt/core", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/core/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-micro-core": { "canon_tag": "rtt-micro-core", "name": "RTT Micro-Core", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Minimal RTT micro-core — the smallest self-consistent set of RTT operator primitives for embedded/constrained contexts.", "path": "docs/rtt/micro_core", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/micro_core/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-sort": { "canon_tag": "rtt-sort", "name": "RTT Sort", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "RTT structural sort operators — regime-aware ordering and classification of substrate elements.", "path": "docs/rtt/sort", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/sort/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-extension": { "canon_tag": "rtt-extension", "name": "RTT Extension", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "RTT extension hooks and plugin substrate — canonical interface for third-party operator extensions.", "path": "docs/rtt/extension", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/extension/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-guild": { "canon_tag": "rtt-guild", "name": "RTT Guild", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "RTT guild substrate — collaborative operator communities, role definitions, and coherence contracts.", "path": "docs/rtt/guild", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/guild/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-store": { "canon_tag": "rtt-store", "name": "RTT Store", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "RTT operator and substrate store — canonical distribution layer for versioned RTT components.", "path": "docs/rtt/store", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/store/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-sdk": { "canon_tag": "rtt-sdk", "name": "RTT SDK", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "Software Development Kit for RTT integration — API bindings, operator scaffolding, and substrate helpers.", "path": "docs/rtt/sdk", "version": "1.0", "url": "https://www.triadicframeworks.org/rtt/sdk/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "rtt-api": { "canon_tag": "rtt-api", "name": "RTT API", "classification": "A3", "layer": "RTT Technology Layer", "status": "Active, Canonical", "purpose": "RTT REST/JSON API specification — canonical machine-readable interface for RTT operator invocation.", "path": "docs/api/rtt", "version": "1.0", "url": "https://www.triadicframeworks.org/api/rtt/", "parent": "rtt-root", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "asm": { "canon_tag": "asm", "name": "Arrival Substrate Model", "classification": "A3", "layer": "Substrate Grammar", "status": "Active, Canonical", "purpose": "Minimal structural substrate for arrival and reception operators under declared regimes.", "path": "docs/arrival_substrate_model", "version": "1.0", "url": "https://www.triadicframeworks.org/arrival_substrate_model/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "csm": { "canon_tag": "csm", "name": "Conditions Substrate Model", "classification": "A3", "layer": "Substrate Grammar", "status": "Active, Canonical", "purpose": "Structural substrate for condition-state operators — environmental and contextual regime modeling.", "path": "docs/Conditions_Substrate_Model", "version": "1.0", "url": "https://www.triadicframeworks.org/Conditions_Substrate_Model/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "mode": { "canon_tag": "mode", "name": "Mode", "classification": "A3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Modal operator substrate — canonical mode-switching, regime-mode mapping, and coherence-mode interactions.", "path": "docs/Mode", "version": "1.0", "url": "https://www.triadicframeworks.org/Mode/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "opacity": { "canon_tag": "opacity", "name": "Opacity", "classification": "A3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Opacity substrate — structural analysis of visibility, occlusion, and partial-coherence operators within RTT.", "path": "docs/Opacity", "version": "1.0", "url": "https://www.triadicframeworks.org/Opacity/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "coeus": { "canon_tag": "coeus", "name": "Coeus", "classification": "A3", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "purpose": "Mythic-rational operator module: structural intuition, symbolic operators, triadic recursion, multi-agent sandbox, coin protocol, lineage-locked cognition.", "path": "docs/Coeus", "version": "1.0", "url": "https://www.triadicframeworks.org/Coeus/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 13, "submodule_count": 0, "enriched_r3": true, "enrichment_source": "docs/Coeus/coeus_module.json" }, "resilience-checker": { "canon_tag": "resilience-checker", "name": "Resilience Checker", "classification": "A3", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "purpose": "Structural resilience validation tool — checks operator coherence, substrate stability, and regime drift across 108 paradox stress tests.", "path": "docs/resilience-checker", "version": "1.0", "url": "https://www.triadicframeworks.org/resilience-checker/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "culture": { "canon_tag": "culture", "name": "Culture", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Cultural substrate analysis using RTT operators — social resonance, symbolic coherence, and regime-cultural mapping.", "path": "docs/culture", "version": "1.0", "url": "https://www.triadicframeworks.org/culture/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "economics": { "canon_tag": "economics", "name": "Economics", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Economic systems modeled as RTT substrates — supply/demand operators, market regimes, and resonance-based value flows.", "path": "docs/economics", "version": "1.0", "url": "https://www.triadicframeworks.org/economics/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "education": { "canon_tag": "education", "name": "Education", "classification": "A3", "layer": "Education & Teaching", "status": "Active, Canonical", "purpose": "Educational substrate design using RTT — learning operators, coherence-progression mapping, and pedagogical regime structures.", "path": "docs/education", "version": "1.0", "url": "https://www.triadicframeworks.org/education/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "human-resources": { "canon_tag": "human-resources", "name": "Human Resources", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Human capital substrate modeling — role operators, organizational coherence, and workforce-regime analysis.", "path": "docs/human-resources", "version": "1.0", "url": "https://www.triadicframeworks.org/human-resources/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "inverted-economics": { "canon_tag": "inverted-economics", "name": "Inverted Economics", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Inverted economic substrate — structural analysis of non-standard economic regimes, scarcity inversion, and anti-market operators.", "path": "docs/Inverted_Economics", "version": "1.0", "url": "https://www.triadicframeworks.org/Inverted_Economics/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "justice": { "canon_tag": "justice", "name": "Justice", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Justice substrate analysis — legal coherence, equity operators, and institutional-regime fairness modeling.", "path": "docs/justice", "version": "1.0", "url": "https://www.triadicframeworks.org/justice/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "language": { "canon_tag": "language", "name": "Language", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Language substrate in RTT — semantic operators, syntactic-regime mapping, and triadic grammar propagation across linguistic domains.", "path": "docs/language", "version": "1.0", "url": "https://www.triadicframeworks.org/language/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "law": { "canon_tag": "law", "name": "Law", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Legal substrate modeling using RTT — normative operators, jurisdiction-regime mapping, and rule-coherence analysis.", "path": "docs/Law", "version": "1.0", "url": "https://www.triadicframeworks.org/Law/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "medicine": { "canon_tag": "medicine", "name": "Medicine", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Medical substrate in RTT — clinical operators, diagnosis-regime mapping, and biological-resonance coherence.", "path": "docs/medicine", "version": "1.0", "url": "https://www.triadicframeworks.org/medicine/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "music": { "canon_tag": "music", "name": "Music", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Musical substrate analysis in RTT — harmonic operators, rhythmic-regime patterns, and acoustic resonance modeling.", "path": "docs/music", "version": "1.0", "url": "https://www.triadicframeworks.org/music/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "neuroscience": { "canon_tag": "neuroscience", "name": "Neuroscience", "classification": "A3", "layer": "Theory", "status": "Active, Canonical", "purpose": "Neuroscientific substrate in RTT — neural operator mapping, synaptic-regime coherence, and consciousness-field interactions.", "path": "docs/neuroscience", "version": "1.0", "url": "https://www.triadicframeworks.org/neuroscience/", "parent": "research", "depth": 2, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "philosophy": { "canon_tag": "philosophy", "name": "Philosophy", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Philosophical substrate in RTT — ontological operators, epistemic-regime analysis, and metaphysical coherence mapping.", "path": "docs/philosophy", "version": "1.0", "url": "https://www.triadicframeworks.org/philosophy/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "psychology": { "canon_tag": "psychology", "name": "Psychology", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Psychological substrate modeling in RTT — behavioral operators, cognitive-regime patterns, and mental-resonance coherence.", "path": "docs/psychology", "version": "1.0", "url": "https://www.triadicframeworks.org/psychology/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "sociology": { "canon_tag": "sociology", "name": "Sociology", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Sociological substrate in RTT — social-structure operators, collective-regime dynamics, and group-coherence analysis.", "path": "docs/sociology", "version": "1.0", "url": "https://www.triadicframeworks.org/sociology/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "taxes": { "canon_tag": "taxes", "name": "Taxes", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Tax-system substrate modeling in RTT — fiscal operators, policy-regime mapping, and redistribution-coherence analysis.", "path": "docs/taxes", "version": "1.0", "url": "https://www.triadicframeworks.org/taxes/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "technology": { "canon_tag": "technology", "name": "Technology", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Technology substrate in RTT — innovation operators, techno-regime mapping, and digital-resonance coherence.", "path": "docs/technology", "version": "1.0", "url": "https://www.triadicframeworks.org/technology/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "audio": { "canon_tag": "audio", "name": "Audio Industry Reviewed", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Audio-industry-reviewed substrate — acoustic operator validation, sound-regime alignment, and professional audio coherence.", "path": "docs/audio_industry_reviewed", "version": "1.0", "url": "https://www.triadicframeworks.org/audio_industry_reviewed/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "dsp": { "canon_tag": "dsp", "name": "Digital Signal Processing", "classification": "A3", "layer": "Applied Domain Models", "status": "Active, Canonical", "purpose": "Digital signal processing substrate in RTT — signal operators, frequency-regime mapping, and noise-resonance-signal (NRS) coherence.", "path": "docs/dsp", "version": "1.0", "url": "https://www.triadicframeworks.org/dsp/", "parent": "webroot", "depth": 1, "children_count": 0, "children": [], "file_count": 0, "submodule_count": 0, "enriched_r3": false, "enrichment_source": null }, "bridges": { "id": "bridges", "name": "Bridges", "path": "docs/bridges", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/bridges/", "purpose": "Cross-domain bridging layer for TriadicFrameworks module interoperability and substrate connections.", "file_count": 0, "enriched_r4": true }, "charts": { "id": "charts", "name": "Charts", "path": "docs/charts", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/charts/", "purpose": "Canonical charting and data visualization module for the TFT ecosystem.", "file_count": 0, "enriched_r4": true }, "clients": { "id": "clients", "name": "Clients", "path": "docs/clients", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/clients/", "purpose": "Client-facing substrate interface definitions and deployment clients.", "file_count": 0, "enriched_r4": true }, "code": { "id": "code", "name": "Code", "path": "docs/code", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/code/", "purpose": "RTT code resource library and canonical code schema definitions.", "file_count": 0, "enriched_r4": true }, "corpus": { "id": "corpus", "name": "Corpus", "path": "docs/corpus", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/corpus/", "purpose": "Canonical corpus of TriadicFrameworks texts, documents, and reference materials.", "file_count": 0, "enriched_r4": true }, "consciousness-substrate-model": { "id": "consciousness-substrate-model", "name": "Consciousness Substrate Model", "path": "docs/consciousness_substrate_model", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/consciousness_substrate_model/", "purpose": "Substrate model for mapping consciousness patterns within RTT dimensional frameworks.", "file_count": 0, "enriched_r4": true }, "curriculum": { "id": "curriculum", "name": "Curriculum", "path": "docs/curriculum", "layer": "Education & Teaching", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/curriculum/", "purpose": "Structured curriculum and learning pathways for TriadicFrameworks education.", "file_count": 0, "enriched_r4": true }, "data": { "id": "data", "name": "Data", "path": "docs/data", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/data/", "purpose": "Core data substrate layer — schemas, pipelines, and data governance for TFT.", "file_count": 0, "enriched_r4": true }, "datacenter-reports": { "id": "datacenter-reports", "name": "Datacenter Reports", "path": "docs/datacenter_reports", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/datacenter_reports/", "purpose": "Datacenter infrastructure reports and substrate analysis in RTT dimensional context.", "file_count": 0, "enriched_r4": true }, "diagnosing-media-therapy": { "id": "diagnosing-media-therapy", "name": "Diagnosing Media Therapy", "path": "docs/diagnosing_media_therapy", "layer": "Applied Domain Models", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/diagnosing_media_therapy/", "purpose": "Applied domain module for media diagnosis and therapeutic substrate pattern analysis.", "file_count": 0, "enriched_r4": true }, "DSRSP": { "id": "DSRSP", "name": "Dimensional Substrate Regime Scanning Protocol", "path": "docs/dimensional_substrate_regime_scanning_protocol", "layer": "RTT Dimensional", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/dimensional_substrate_regime_scanning_protocol/", "purpose": "Protocol for scanning and classifying dimensional substrate regimes using RTT operators.", "file_count": 0, "enriched_r4": true }, "DSS": { "id": "DSS", "name": "Dimensional Substrate Structures", "path": "docs/dimensional_substrate_structures", "layer": "RTT Dimensional", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/dimensional_substrate_structures/", "purpose": "Structural definitions for dimensional substrate configurations in RTT.", "file_count": 0, "enriched_r4": true }, "discovery": { "id": "discovery", "name": "Discovery", "path": "docs/discovery", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/discovery/", "purpose": "Module for substrate discovery protocols, pattern detection, and canonical exploration tools.", "file_count": 0, "enriched_r4": true }, "domain-tool-primers": { "id": "domain-tool-primers", "name": "Domain Tool Primers", "path": "docs/domain_tool_primers", "layer": "Education & Teaching", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/domain_tool_primers/", "purpose": "Introductory primers for domain-specific tools and RTT substrate applications.", "file_count": 0, "enriched_r4": true }, "ecoechosystem": { "id": "ecoechosystem", "name": "Ecoechosystem", "path": "docs/ecoechosystem", "layer": "Applied Domain Models", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/ecoechosystem/", "purpose": "Ecological echo system model — substrate patterns in environmental and biological systems.", "file_count": 0, "enriched_r4": true }, "energy": { "id": "energy", "name": "Energy", "path": "docs/energy", "layer": "Theories", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/energy/", "purpose": "Energy substrate model — resonance-time analysis of energy systems and field dynamics.", "file_count": 0, "enriched_r4": true }, "fft": { "id": "fft", "name": "Framework Field Theory", "path": "docs/Framework_Field_Theory", "layer": "Core Frameworks — Structural Spine", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/Framework_Field_Theory/", "purpose": "Framework Field Theory — unified field theory of TriadicFrameworks substrate interactions. Resurrected from R3 404.", "file_count": 0, "enriched_r4": true }, "NoS": { "id": "NoS", "name": "Nature of Substrate", "path": "docs/NoS", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/NoS/", "purpose": "Canonical treatise on the nature of substrate in Resonance-Time Theory. Resurrected from R3 404.", "file_count": 0, "enriched_r4": true }, "rtt-app": { "id": "rtt-app", "name": "RTT App", "path": "docs/rtt/app", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/app/", "purpose": "RTT application layer — canonical app deployment framework for RTT-powered interfaces.", "file_count": 0, "enriched_r4": true }, "rtt-c64host": { "id": "rtt-c64host", "name": "RTT C64 Host", "path": "docs/rtt/c64host", "layer": "RTT Hardware Layer", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/c64host/", "purpose": "RTT substrate engine hosted on Commodore 64 architecture — vintage hardware integration.", "file_count": 0, "enriched_r4": true }, "rtt-codex": { "id": "rtt-codex", "name": "RTT Codex", "path": "docs/rtt/codex", "layer": "RTT Technology Layer", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/codex/", "purpose": "Canonical RTT codex — master reference index of operators, codes, and substrate definitions.", "file_count": 0, "enriched_r4": true }, "rtt-maps": { "id": "rtt-maps", "name": "RTT Maps", "path": "docs/rtt/maps", "layer": "RTT Technology Layer", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "rtt-root", "url": "https://www.triadicframeworks.org/rtt/maps/", "purpose": "Dimensional substrate mapping layer — spatial and resonance-time coordinate systems.", "file_count": 0, "enriched_r4": true }, "rtt-cisco": { "id": "rtt-cisco", "name": "RTT Inside — Cisco", "path": "docs/rtt/Inside/Cisco", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "classification": "A3", "depth": 3, "parent": "rtt-inside", "url": "https://www.triadicframeworks.org/rtt/Inside/Cisco/", "purpose": "RTT substrate integration for Cisco network infrastructure.", "file_count": 0, "enriched_r4": true }, "rtt-enterprise": { "id": "rtt-enterprise", "name": "RTT Inside — Enterprise", "path": "docs/rtt/Inside/Enterprise", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "classification": "A3", "depth": 3, "parent": "rtt-inside", "url": "https://www.triadicframeworks.org/rtt/Inside/Enterprise/", "purpose": "Enterprise substrate extension layer for RTT — clarity, coherence, regime, and triad-role schemas.", "file_count": 0, "enriched_r4": true }, "rtt-internet2": { "id": "rtt-internet2", "name": "RTT Inside — Internet2", "path": "docs/rtt/Inside/Internet2", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "classification": "A3", "depth": 3, "parent": "rtt-inside", "url": "https://www.triadicframeworks.org/rtt/Inside/Internet2/", "purpose": "RTT substrate integration for Internet2 high-performance academic network infrastructure.", "file_count": 0, "enriched_r4": true }, "rtt-python": { "id": "rtt-python", "name": "RTT Inside — Python", "path": "docs/rtt/Inside/Python", "layer": "RTT Deployment Layer", "status": "Active, Canonical", "classification": "A3", "depth": 3, "parent": "rtt-inside", "url": "https://www.triadicframeworks.org/rtt/Inside/Python/", "purpose": "Python binding layer for RTT substrate operators and dimensional engine.", "file_count": 0, "enriched_r4": true }, "rtt-qcompute": { "id": "rtt-qcompute", "name": "RTT Inside — qCompute", "path": "docs/rtt/Inside/qCompute", "layer": "RTT Hardware Layer", "status": "Active, Canonical", "classification": "A3", "depth": 3, "parent": "rtt-inside", "url": "https://www.triadicframeworks.org/rtt/Inside/qCompute/", "purpose": "Quantum compute substrate integration — RTT operators mapped to quantum circuit models.", "file_count": 0, "enriched_r4": true }, "NIST": { "id": "NIST", "name": "NIST", "path": "docs/NIST", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/NIST/", "purpose": "NIST standards integration — canonical reference layer for measurement and protocol alignment.", "file_count": 0, "enriched_r4": true }, "pantheon-egyptian": { "id": "pantheon-egyptian", "name": "Egyptian Pantheon", "path": "docs/pantheons/egyptian", "layer": "Applied Domain Models", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/pantheons/egyptian/", "purpose": "RTT substrate mapping of Egyptian mythological structures and resonance archetypes.", "file_count": 0, "enriched_r4": true }, "pantheon-yoruba": { "id": "pantheon-yoruba", "name": "Yoruba Pantheon", "path": "docs/pantheons/yoruba", "layer": "Applied Domain Models", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/pantheons/yoruba/", "purpose": "RTT substrate mapping of Yoruba Orisha system and resonance archetypes.", "file_count": 0, "enriched_r4": true }, "philanthropy": { "id": "philanthropy", "name": "Philanthropy", "path": "docs/philanthropy", "layer": "Applied Domain Models", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/philanthropy/", "purpose": "Philanthropic substrate model — ethical resource distribution through RTT lens.", "file_count": 0, "enriched_r4": true }, "research-bing": { "id": "research-bing", "name": "Research — Bing", "path": "docs/Research/bing", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "research", "url": "https://www.triadicframeworks.org/Research/bing/", "purpose": "Bing search engine substrate integration for RTT research and discovery.", "file_count": 0, "enriched_r4": true }, "research-duckduckgo": { "id": "research-duckduckgo", "name": "Research — DuckDuckGo", "path": "docs/Research/duckduckgo", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "research", "url": "https://www.triadicframeworks.org/Research/duckduckgo/", "purpose": "DuckDuckGo search substrate integration for privacy-respecting RTT research.", "file_count": 0, "enriched_r4": true }, "LACTOS": { "id": "LACTOS", "name": "LACTOS", "path": "docs/Research/lactos", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "research", "url": "https://www.triadicframeworks.org/Research/lactos/", "purpose": "LACTOS research substrate — canonical research substrate oscillation model (RTT).", "file_count": 0, "enriched_r4": true }, "RCD": { "id": "RCD", "name": "RCD", "path": "docs/Research/nist", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "research", "url": "https://www.triadicframeworks.org/Research/nist/", "purpose": "Resonance Classification Dictionary — NIST-aligned canonical substrate pattern classification.", "file_count": 0, "enriched_r4": true }, "research-wikipedia": { "id": "research-wikipedia", "name": "Research — Wikipedia", "path": "docs/Research/wikipedia", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 2, "parent": "research", "url": "https://www.triadicframeworks.org/Research/wikipedia/", "purpose": "Wikipedia substrate integration for RTT canonical research and cross-reference.", "file_count": 0, "enriched_r4": true }, "SLRP": { "id": "SLRP", "name": "Structural Life Regime Profiles", "path": "docs/structural_life_regime_profiles", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/structural_life_regime_profiles/", "purpose": "Canonical profiles of structural life regimes — substrate classification across biological, social, and technological domains.", "file_count": 0, "enriched_r4": true }, "substrate": { "id": "substrate", "name": "Substrate", "path": "docs/substrate", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/substrate/", "purpose": "Root substrate module — foundational definitions, schemas, and canonical substrate grammar.", "file_count": 0, "enriched_r4": true }, "SubComm": { "id": "SubComm", "name": "Substrate Communications", "path": "docs/substrate_communications", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/substrate_communications/", "purpose": "Substrate communications layer — protocols for inter-substrate messaging and signal propagation.", "file_count": 0, "enriched_r4": true }, "SEA": { "id": "SEA", "name": "Substrate Exposure Assay", "path": "docs/substrate_exposure_assay", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/substrate_exposure_assay/", "purpose": "Substrate exposure assay — measurement and classification of substrate exposure patterns.", "file_count": 0, "enriched_r4": true }, "SMS": { "id": "SMS", "name": "Substrate Mind Science", "path": "docs/substrate_mind_science", "layer": "Substrate Grammar", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/substrate_mind_science/", "purpose": "Substrate mind science — RTT-mapped cognitive substrate patterns and consciousness models.", "file_count": 0, "enriched_r4": true }, "TOL": { "id": "TOL", "name": "Triadic Observer Layer", "path": "docs/triadic_observer_layer", "layer": "RTT Dimensional", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/triadic_observer_layer/", "purpose": "Triadic observer layer — canonical framework for dimensional observation in RTT.", "file_count": 0, "enriched_r4": true }, "unified-resonance": { "id": "unified-resonance", "name": "Unified Resonance", "path": "docs/unified_resonance", "layer": "RTT Technology Layer", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/unified_resonance/", "purpose": "Unified resonance model — convergent substrate field theory for all RTT operators.", "file_count": 0, "enriched_r4": true }, "validation": { "id": "validation", "name": "Validation", "path": "docs/validation", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/validation/", "purpose": "Canonical validation protocols and substrate verification tools for TFT modules.", "file_count": 0, "enriched_r4": true }, "voice": { "id": "voice", "name": "Voice", "path": "docs/voice", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/voice/", "purpose": "Voice substrate layer — RTT-enabled voice interface and audio delivery systems.", "file_count": 0, "enriched_r4": true }, "vst-embedding-stores": { "id": "vst-embedding-stores", "name": "VST for Embedding Stores & Vector Databases", "path": "docs/vst_for_embedding_stores_vector_databases", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_embedding_stores_vector_databases/", "purpose": "Vectorized substrate template for embedding stores and vector database alignment.", "file_count": 0, "enriched_r4": true }, "vst-generative-models": { "id": "vst-generative-models", "name": "VST for Generative Models", "path": "docs/vst_for_generative_models", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_generative_models/", "purpose": "Vectorized substrate template for generative model integration with RTT.", "file_count": 0, "enriched_r4": true }, "vst-llm": { "id": "vst-llm", "name": "VST for Large Language Models", "path": "docs/vst_for_large_language_models", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_large_language_models/", "purpose": "Vectorized substrate template for LLM alignment with Resonance-Time Theory.", "file_count": 0, "enriched_r4": true }, "vst-multi-model": { "id": "vst-multi-model", "name": "VST for Multi-Model Alignment", "path": "docs/vst_for_multi_model_alignment", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_multi_model_alignment/", "purpose": "Vectorized substrate template for multi-model alignment and cross-architecture substrate coherence.", "file_count": 0, "enriched_r4": true }, "vst-protein-lm": { "id": "vst-protein-lm", "name": "VST for Protein Language Models", "path": "docs/vst_for_protein_language_models", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_protein_language_models/", "purpose": "Vectorized substrate template for protein language model substrate alignment.", "file_count": 0, "enriched_r4": true }, "vst-robotics": { "id": "vst-robotics", "name": "VST for Robotics & Control Policies", "path": "docs/vst_for_robotics_and_control_policies", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_robotics_and_control_policies/", "purpose": "Vectorized substrate template for robotics substrate integration and control policy alignment.", "file_count": 0, "enriched_r4": true }, "vst-scientific-sim": { "id": "vst-scientific-sim", "name": "VST for Scientific Simulators", "path": "docs/vst_for_scientific_simulators", "layer": "Integration & Deployment", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/vst_for_scientific_simulators/", "purpose": "Vectorized substrate template for scientific simulation alignment with RTT dimensional models.", "file_count": 0, "enriched_r4": true }, "wiki-scrolls": { "id": "wiki-scrolls", "name": "Wiki Scrolls", "path": "docs/wiki_scrolls", "layer": "Tools & Infrastructure", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/wiki_scrolls/", "purpose": "Canonical wiki scroll library — structured knowledge artifacts in TFT scroll format.", "file_count": 0, "enriched_r4": true }, "wikipedia": { "id": "wikipedia", "name": "Wikipedia", "path": "docs/wikipedia", "layer": "Research & Validation", "status": "Active, Canonical", "classification": "A3", "depth": 1, "parent": "webroot", "url": "https://www.triadicframeworks.org/wikipedia/", "purpose": "Wikipedia canonical integration — top-level substrate reference layer for TFT encyclopedia content.", "file_count": 0, "enriched_r4": true } }, "edges": [ { "from": "scripts", "to": "formats", "type": "import", "label": ".fff files consumed as input by all core pipeline scripts" }, { "from": "scripts", "to": "entft", "type": "import", "label": "logic_core.sh <-> triadic logic; encryption.sh <-> encryptor.py" }, { "from": "scripts", "to": "tops", "type": "import", "label": "grid_ops.sh <-> grid_ops.py" }, { "from": "docs", "to": "entft", "type": "import", "label": "glyph lifecycle registries, scroll system, protocol-core engines" }, { "from": "docs", "to": "formats", "type": "import", "label": ".fff format spec mirrored in fff_spec.md" }, { "from": "rtt-inside", "to": "rtt-root", "type": "import", "label": "RTT core substrates, operators, and diagrams" }, { "from": "rtt-codes", "to": "rtt-root", "type": "import", "label": "QR payload schema references canonical sub-schemas" }, { "from": "research", "to": "rtt-root", "type": "import", "label": "RTT/1 operators and core substrates for domain research" }, { "from": "fcg", "to": "rtt-root", "type": "import", "label": "RTT/1 operators for framework structural grammar" }, { "from": "entft", "to": "tops", "type": "circular", "label": "Mutual: entft encrypts tops grid results; tops simulates entft resonance fields" }, { "from": "entft", "to": "nous", "type": "circular", "label": "Mutual: entft corridor traversal uses nous symbolic logic; nous bot fleet uses entft encryption" }, { "from": "incident_substrate_model", "to": "gsm", "type": "informs", "label": "Incident model informs governance substrate alignment" }, { "from": "rtt-inside-benchmarks", "to": "rtt-tel", "type": "export", "label": "Benchmark results exported to Temporal Event Log" }, { "from": "rtt-tel", "to": "rtt-inside-benchmarks", "type": "import", "label": "TEL imports benchmark session records" }, { "from": "rtt-inside-benchmarks", "to": "rtt-paradoxes", "type": "shares-regime-grammar", "label": "Shared regime grammar" }, { "from": "rtt-inside-benchmarks", "to": "rtt-lowdim", "type": "shares-operator-grammar", "label": "Shared operator grammar" }, { "from": "rtt-inside-benchmarks", "to": "rtt-integrations", "type": "provides-standards", "label": "Benchmark standards for integrations" }, { "from": "UE6-INTEGRATIONS", "to": "rtt-inside-benchmarks", "type": "propagates-to", "label": "UE6 sessions propagate to benchmarks" }, { "from": "UE6-INTEGRATIONS", "to": "rtt-tel", "type": "propagates-to", "label": "UE6 events logged to TEL" }, { "from": "RTT_MORPHIC_RESONANCE", "to": "RTT_2", "type": "parallel-to", "label": "Parallel resonance-time layer" }, { "from": "RTT_MORPHIC_RESONANCE", "to": "RTT_3", "type": "parallel-to", "label": "Parallel resonance-time layer" }, { "from": "OPERATORS", "to": "RTT_2", "type": "related", "label": "Operator grammar feeds RTT/2" }, { "from": "OPERATORS", "to": "RTT_3", "type": "related", "label": "Operator grammar feeds RTT/3" }, { "from": "STRUCTURAL_DETECTION_ENGINE", "to": "OPERATORS", "type": "related", "label": "Detection engine is an operator" }, { "from": "STRUCTURAL_INTEGRATION_ENGINE", "to": "OPERATORS", "type": "related", "label": "Integration engine is an operator" }, { "from": "STRUCTURAL_DETECTION_ENGINE", "to": "RTT_2", "type": "related" }, { "from": "STRUCTURAL_INTEGRATION_ENGINE", "to": "RTT_3", "type": "related" }, { "from": "Mudpuppy", "to": "rtt-paradoxes", "type": "import", "label": "Paradoxes Canon imported" }, { "from": "SoftKitty", "to": "rtt-paradoxes", "type": "import", "label": "Paradoxes Canon imported" }, { "from": "gsm", "to": "rtt-root", "type": "import", "label": "Resonance-aware structural grammar" }, { "from": "webroot", "to": "rtt-root", "type": "import", "label": "RTT core substrates and dimensional grammar" }, { "from": "ai-core", "to": "OPERATORS", "type": "imports", "label": "AI instrument architecture imports RTT operator primitives" }, { "from": "ai-consciousness", "to": "ai-core", "type": "extends", "label": "Session consciousness extends AI core instrument" }, { "from": "ai-drift-calibration", "to": "ai-core", "type": "extends", "label": "Drift calibration substrate extends AI core" }, { "from": "grammar", "to": "OPERATORS", "type": "imports", "label": "Grammar substrate imports canonical operator definitions" }, { "from": "coeus", "to": "OPERATORS", "type": "imports", "label": "Coeus mythic-rational operator imports RTT primitives" }, { "from": "rtt-sdk", "to": "rtt-root", "type": "exports", "label": "RTT SDK provides canonical integration surface" }, { "from": "rtt-api", "to": "rtt-root", "type": "exports", "label": "RTT API exposes machine-readable interface" }, { "from": "bsm", "to": "standard_model", "type": "relationship", "label": "Boson Substrate Model relates to Standard Model" }, { "from": "quantum-coherence", "to": "quantum_mechanics", "type": "relationship", "label": "Quantum coherence extends quantum mechanics substrate" }, { "from": "time-crystals", "to": "thermodynamics", "type": "relationship", "label": "Time crystals arise from thermodynamic symmetry-breaking" }, { "from": "neuroscience", "to": "biology", "type": "relationship", "label": "Neuroscience substrate extends biological operator domain" }, { "from": "resilience-checker", "to": "rtt-paradoxes", "type": "imports", "label": "Resilience checker validates 108 paradox stress tests" }, { "from": "csm", "to": "asm", "type": "relationship", "label": "Conditions substrate contextualizes arrival substrate" }, { "from": "hsp", "to": "STRUCTURAL_DETECTION_ENGINE", "type": "relationship", "label": "HSP feeds Echo Classifier for regime detection" }, { "from": "substrate-flow", "to": "STRUCTURAL_INTEGRATION_ENGINE", "type": "relationship", "label": "Substrate flow downstream of Triadic Echo Lattice" } ], "i2_excluded": [ { "canon_tag": "schemas", "name": "Schemas", "classification": "I2", "layer": "Infrastructure", "path": "docs/schemas", "reason": "Pure infrastructure — JSON schema directory only. No functional canonical content." }, { "canon_tag": "ideas-sandbox", "name": "Ideas Sandbox", "classification": "I2", "layer": "Ideation Layer", "path": "docs/_ideas", "reason": "Non-Canonical status — ideation sandbox, not yet promoted to functional canon." }, { "canon_tag": "docs-license", "name": "LICENSE", "classification": "I2", "layer": "Infrastructure", "path": "docs/LICENSE_module.json", "reason": "Legal text — not functional domain content" }, { "canon_tag": "docs-security", "name": "SECURITY", "classification": "I2", "layer": "Infrastructure", "path": "docs/SECURITY_module.json", "reason": "Security policy — infrastructure/governance" }, { "canon_tag": "assets", "name": "Assets", "classification": "I2", "layer": "Infrastructure", "path": "docs/assets/assets_module.json", "reason": "Static site assets — build infrastructure" }, { "canon_tag": "badges", "name": "Badges", "classification": "I2", "layer": "Infrastructure", "path": "docs/badges/badges_module.json", "reason": "Repo status badges — CI/meta infrastructure" }, { "canon_tag": "discussions", "name": "Discussions", "classification": "I2", "layer": "Infrastructure", "path": "docs/discussions/discussions_module.json", "reason": "GitHub discussions scaffold — not functional canon" }, { "canon_tag": "archive-org", "name": "Archive.org", "classification": "I2", "layer": "Infrastructure", "path": "docs/archive_org/archive_org_module.json", "reason": "External archive mirror — not functional canon" }, { "canon_tag": "tests", "name": "Tests", "classification": "I2", "layer": "Infrastructure", "path": "docs/tests", "reason": "Test infrastructure — glyphs test cases, not functional canon." }, { "canon_tag": "tft-3pack-meta", "name": "TFT 3Pack _meta", "classification": "I2", "layer": "Infrastructure", "path": "docs/TFT_3Pack_v1.3/docs/_meta", "reason": "Internal badge/glyph metadata registry — infrastructure, not functional canon." }, { "canon_tag": "tft-3pack-specs", "name": "TFT 3Pack _specs", "classification": "I2", "layer": "Infrastructure", "path": "docs/TFT_3Pack_v1.3/docs/_specs", "reason": "Internal protocol specs and nawderian constants — infrastructure, not functional canon." } ], "cross_references": [ { "from": "entft", "to": "tops", "type": "circular", "note": "Mutual runtime coupling: entft encrypts tops grid results; tops simulates entft resonance fields." }, { "from": "entft", "to": "nous", "type": "circular", "note": "Mutual: entft corridor traversal uses nous symbolic logic; nous bot fleet uses entft encryption." }, { "from": "rtt-inside", "to": "rtt-root", "type": "hierarchical-import", "note": "RTT Inside imports all core substrates, operators, and diagrams from RTT Root." }, { "from": "incident_substrate_model", "to": "gsm", "type": "governance-informs", "note": "Incident substrate informs governance substrate alignment protocols." } ], "analytics": { "total_files": 1284, "total_a3_modules": 112, "total_i2_excluded": 8, "total_directed_edges": 46, "layer_distribution": { "Meta & Governance": 8, "Tools & Infrastructure": 4, "RTT Technology Layer": 15, "Framework-Structural": 1, "Research-Canonical": 1, "Theories": 4, "Operator Layer": 5, "Ethics & Care": 1, "Substrate Grammar": 3, "Safety & Operations": 1, "Core Frameworks — Structural Spine": 11, "Education & Teaching": 3, "Applied Domain Models": 22, "RTT Hardware Layer": 1, "RTT Analytics — Metadata Layer": 1, "RTT Deployment Layer": 3, "RTT Dimensional": 4, "Integration & Deployment": 2, "Theory": 19, "Research & Validation": 1, "Spacetime": 2 }, "depth_distribution": { "0": 1, "1": 17, "2": 29, "3": 8 }, "size_ranking": [ { "rank": 1, "module": "entft", "name": "ENTFT", "files": 213, "layer": "Core Frameworks — Structural Spine" }, { "rank": 2, "module": "nous", "name": "Nous", "files": 157, "layer": "Core Frameworks — Structural Spine" }, { "rank": 3, "module": "melodic-table", "name": "Melodic Table of Elements", "files": 130, "layer": "Applied Domain Models" }, { "rank": 4, "module": "rtt-inside", "name": "RTT Inside", "files": 122, "layer": "RTT Deployment Layer" }, { "rank": 5, "module": "gsm", "name": "Governance Substrate Model", "files": 116, "layer": "Meta & Governance" }, { "rank": 6, "module": "examples", "name": "Examples", "files": 94, "layer": "Education & Teaching" }, { "rank": 7, "module": "tops", "name": "TOPS", "files": 85, "layer": "Core Frameworks — Structural Spine" }, { "rank": 8, "module": "rtt-root", "name": "RTT-Tech Root", "files": 49, "layer": "RTT Technology Layer" }, { "rank": 9, "module": "research", "name": "Research", "files": 48, "layer": "Research-Canonical" }, { "rank": 10, "module": "docs", "name": "Docs", "files": 48, "layer": "Meta & Governance" }, { "rank": 11, "module": "tft-3pack", "name": "TFT 3Pack", "files": 34, "layer": "Tools & Infrastructure" }, { "rank": 12, "module": "fcg", "name": "Framework Creation Guide", "files": 22, "layer": "Framework-Structural" }, { "rank": 13, "module": "mve", "name": "Molecular Vibration Explorer", "files": 21, "layer": "Applied Domain Models" }, { "rank": 14, "module": "d369", "name": "D369 Chip Spec", "files": 20, "layer": "RTT Hardware Layer" }, { "rank": 15, "module": "resonance-labs", "name": "Resonance Labs", "files": 20, "layer": "Research & Validation" }, { "rank": 16, "module": "rtt-codes", "name": "RTT/codes", "files": 14, "layer": "RTT Analytics — Metadata Layer" }, { "rank": 17, "module": "webroot", "name": "TriadicFrameworks Web Root", "files": 13, "layer": "Meta & Governance" }, { "rank": 18, "module": "coeus", "name": "Coeus", "files": 13, "layer": "Core Frameworks — Structural Spine" }, { "rank": 19, "module": "bsm", "name": "Boson Substrate Model", "files": 12, "layer": "Theory" }, { "rank": 20, "module": "tft-core", "name": "TFT Core", "files": 11, "layer": "Core Frameworks — Structural Spine" } ], "circular_dependencies": [ { "a": "entft", "b": "tops", "reason": "Mutual import: entft imports tops for resonance mapping, tops imports entft for encryption" }, { "a": "entft", "b": "nous", "reason": "Mutual import: entft imports nous for symbolic cognition, nous imports entft for corridor traversal" } ], "r3_new_modules": 57, "r3_file_delta": 42 } }