Triadicframeworks
Genel Bakış

TriadicFrameworks Module Dependency Graph

This graph shows how modules relate to each other across the TriadicFrameworks ecosystem. It helps contributors understand conceptual flow, operator reuse, and metadata alignment.

1. High-Level Graph#

Core_Concepts
    │
    ├── Gravity_Foundations
    │       │
    │       ├── Drift_Taxonomy
    │       │       ├── d_Capture
    │       │       ├── d_Classify
    │       │       ├── d_Operators
    │       │       ├── d_Examples
    │       │       └── d_Paper
    │       │
    │       └── FFF_Gravity
    │
    ├── RTT_Operators
    │       └── Operator_Families
    │
    └── Module_Graph
            └── modules_group.json

2. Drift Taxonomy Internal Graph#

Drift_Taxonomy
    │
    ├── d_Capture.md
    │       └── Defines drift types
    │
    ├── d_Classify.md
    │       └── Uses drift types to classify papers
    │
    ├── d_Operators.md
    │       └── Provides algebraic corrections for each drift
    │
    ├── d_Examples.md
    │       └── Applies corrections to representative works
    │
    └── d_Paper.md
            └── Assembles the unified meta-paper

3. Cross-Module Dependencies#

Depends On#

  • Gravity_Foundations (conceptual grounding)
  • Operator_Families (operator patterns)
  • Module_Graph (metadata consistency)

Provides#

  • Drift classification system
  • Operator correction system
  • Publication-ready meta-paper
  • Templates for future drift modules

4. Metadata Flow#

module.json
    ├── roles → maps files to conceptual functions
    ├── analyzer_layer → defines operator/drift/regime sets
    ├── files → anchors directory structure
    ├── ai → enables AI discovery and navigation
    └── citation → anchors publication identity

5. Usage#

This graph helps contributors:

  • understand how Drift Taxonomy fits into the broader ecosystem
  • identify where new modules should connect
  • ensure metadata consistency
  • maintain conceptual coherence
Destekleyen Docsbook