Analyzer

• FFT_analyzer-module.json — Agentic module schema role assignments

Module path: Framework_Field_Theory/Analyzer/ Role: Diagnostic engine of Framework Field Theory

The Analyzer module provides the full diagnostic toolkit for Framework Field Theory (FFT). It decomposes any framework, system, or domain into its constituent operators, dimensional structure, regime alignment, drift behavior, and coherence profile — then surfaces contradictions, blind spots, and collapse risks that static analysis cannot reach.

Each submodule targets a distinct diagnostic layer. Together they form a complete analysis pipeline: from individual operator signatures through regime-level mapping to whole-system coherence assessment.

Directory Structure#

../../schemas/
         └── module.schema.json
Analyzer/
├── README.md
├── FFT_analyzer-module.json
├── Drift/
│   ├── Drift_Analyzer.md
│   ├── Drift_Cases.md
│   └── Paradox_Drift.md
├── Regime/
│   ├── Regime_Analyzer.md
│   ├── Regime_Maps.md
│   ├── Regime_Drift.md
│   ├── Regime_Contradictions.md
│   ├── Regime_Boundaries.md
│   ├── Regime_Examples.md
│   ├── Blindness_Checks.md
│   └── Boundary_Diagnostics.md
├── Operators/
│   ├── Operator_Analyzer.md
│   ├── Operator_Family_Profiles.md
│   ├── Operator_Signatures.md
│   ├── Operator_Regime_Coupling.md
│   └── Operator_Examples.md
├── Dimensional/
│   ├── Dimensional_Analyzer.md
│   ├── Dimensional_Compatibility.md
│   ├── Dimensional_Signatures.md
│   ├── MetaDimensional_Extensions.md
│   ├── Dimensional_Transitions.md
│   ├── Dimensional_Collapse.md
│   └── Dimensional_Examples.md
├── Coherence/
│   ├── Coherence_Analyzer.md
│   ├── Coherence_Stability.md
│   ├── Paradox_Exposure.md
│   └── Coherence_Examples.md
└── Examples/
    ├── Example_Analyses.md
    └── Example_Signatures.md

Submodules#

Drift#

Detects and characterizes how frameworks evolve, wander, or decay over time.

Regime#

Maps systems to regime levels (R0–R3) and diagnoses boundary integrity, contradictions, and blind spots.

Operators#

Profiles individual operators, their family groupings, signatures, and regime coupling behavior.

Dimensional#

Analyzes dimensional structure, compatibility, transitions, collapse risks, and meta-dimensional extensions.

Coherence#

Assesses whole-system coherence, stability under stress, and paradox exposure.

Examples#

Cross-cutting worked examples that demonstrate the full Analyzer pipeline in action.

How the Submodules Connect#

Operators ──► Dimensional ──► Regime ──► Coherence
    │              │              │           │
    └──── Drift detection spans all layers ───┘
                       │
                   Examples
              (cross-cutting demos)

1. Operators are identified and profiled first — they are the atomic units.
2. Dimensional analysis maps the space those operators inhabit.
3. Regime classification positions the system within R0–R3.
4. Coherence evaluates whether the whole structure holds together.
5. Drift monitors change across every layer over time.
6. Examples demonstrate the full pipeline end-to-end.

Related Modules#

• Framework_Field_Theory/ — Parent module and FFT overview
• Operators/ — Operator definitions and algebra
• Dimensionality/ — Dimensional theory and structure
• Coherence/ — Coherence theory and measurement
• Paradox/ — Paradox taxonomy and resolution
• module.schema.json — the formal JSON Schema spec
• FFT_analyzer-module.json — Agentic module schema role assignments

Part of TriadicFrameworks · Framework Field Theory