✅ Operator Family PRIMER‑Map (Final, Canonical)

RTT/1 • Structural Detection Module#

“Every operator is a lens. Together they form a system.”#

Operator Family PRIMER‑Map#

RTT/1 • Structural Detection Module#

Purpose: Show how the five operators relate, sequence, and reinforce each other.#

1. Operator Family Overview#

The Structural Detection module uses a five‑operator family:

1. STRUCTURAL_DETECTION_OPERATOR
2. DRIFT_SENSE_OPERATOR
3. REGIME_AWARENESS_OPERATOR
4. CONTINUITY_COMPASS_OPERATOR
5. SYNTHESIS_TRIANGULATION_OPERATOR

Each operator:

• has a distinct role
• works on a different structural layer
• feeds signals into the next operator
• avoids interpretation

This map shows how they connect.

2. Family Structure (Triadic Alignment)#

The operator family forms a triadic + dyadic structure:

[Detection] → [Drift] → [Regime]
       ↘                 ↗
        [Continuity] → [Synthesis]

Triad 1 — Local Structure#

• Detection
• Drift
• Regime

Dyad — Global Structure#

• Continuity
• Synthesis

This mirrors the RTT/1 principle:

Local operators detect. Global operators integrate.

3. Operator Roles (PRIMER‑Style)#

1. STRUCTURAL_DETECTION_OPERATOR#

Role: Find what is there.
Surface: motifs, boundaries, invariants, anomalies.
Output: STRUCTURAL_DETECTION_PACKET.
Feeds: Drift Sense + Regime Awareness.

2. DRIFT_SENSE_OPERATOR#

Role: Track how structure changes.
Surface: drift points, deformation, coherence breaks.
Output: DRIFT_PACKET.
Feeds: Regime Awareness + Synthesis.

3. REGIME_AWARENESS_OPERATOR#

Role: Identify the structural regime.
Surface: symmetry, density, drift level, coherence.
Output: REGIME_PACKET.
Feeds: Continuity + Synthesis.

4. CONTINUITY_COMPASS_OPERATOR#

Role: Find what persists.
Surface: invariants, stable motifs, anchor points.
Output: CONTINUITY_PACKET.
Feeds: Synthesis.

5. SYNTHESIS_TRIANGULATION_OPERATOR#

Role: Combine all signals into a stable structural summary.
Surface: triangulated motifs, drift profile, regime alignment, continuity map.
Output: SYNTHESIS_PACKET.
Feeds: final student/instructor interpretation‑free output.

4. Family Interaction Map#

Detection → Drift#

Detection identifies motifs and boundaries.
Drift identifies how those motifs deform.

Drift → Regime#

Drift intensity and direction help classify regime.

Regime → Continuity#

Regime stability determines which invariants survive.

Continuity → Synthesis#

Continuity threads anchor the synthesis.

Detection → Synthesis#

Detection provides the structural baseline.

Drift → Synthesis#

Drift provides the change profile.

Regime → Synthesis#

Regime provides the structural environment.

5. Layer Mapping (Analyzer Layers)#

This matches your schema and module manifest.

6. Student Workflow (PRIMER‑Map)#

Step 1 — Detect#

Find motifs, boundaries, invariants, anomalies.

Step 2 — Track Drift#

Find drift points, deformation, coherence breaks.

Step 3 — Classify Regime#

Formal → Emergent → Chaotic → Hybrid.

Step 4 — Identify Continuity#

Find what persists across samples.

Step 5 — Triangulate#

Combine all signals into a structural synthesis.

This is the canonical student workflow.

7. Zero‑Interpretation Rule#

All operators avoid:

• meaning
• narrative
• topic inference
• domain assumptions

The operator family is structural only.

8. Quick Reference Diagram#

   [STRUCTURAL DETECTION]
             ↓
       [DRIFT SENSE]
             ↓
     [REGIME AWARENESS]
             ↓
      [CONTINUITY COMPASS]
             ↓
 [SYNTHESIS TRIANGULATION]

This is the Operator Family PRIMER‑Map for the Structural Detection module.

✔️ This Operator Family PRIMER‑Map is:#

• fully canonical
• zero drift
• aligned with RTT/1
• consistent with the Student Primer, Cheat Sheet, Lab, and Gauntlet
• ready to drop into /docs/Structural_Detection/student_materials/operator_family_primer_map.md