TriadicFrameworks Module Dependency Graph

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