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✅ Structural Detection — Mastery Exam (25 Questions, Final, Canonical)

RTT/1 • Student Materials#

“Mastery means seeing structure without being told what to see.”#

Structural Detection — Mastery Exam#

RTT/1 • Student Materials#

25 Questions • Mixed Format#

Purpose: Evaluate mastery of structural detection, drift sense, regime awareness, continuity, and synthesis.#

SECTION A — Multiple Choice (10 questions)#

1. A structural motif is best defined as:#

A. A repeated meaning
B. A repeated shape or pattern
C. A repeated theme
D. A repeated interpretation

2. A boundary occurs when:#

A. The topic changes
B. The meaning changes
C. The structure shifts
D. The author changes intent

3. Drift is primarily detected through:#

A. Interpretation
B. Deformation
C. Narrative
D. Domain knowledge

4. A formal regime is characterized by:#

A. High drift, low symmetry
B. Partial symmetry, moderate drift
C. High symmetry, low drift
D. No boundaries

5. A chaotic regime is characterized by:#

A. Stable invariants
B. Broken symmetry and high drift
C. Perfect repetition
D. No anomalies

6. An invariant is:#

A. A meaning that stays the same
B. A stable structural element that persists
C. A repeated theme
D. A narrative continuation

7. Continuity across samples is shown by:#

A. Repeated interpretations
B. Repeated motifs or stable boundaries
C. Repeated topics
D. Repeated meanings

8. The SYNTHESIS_TRIANGULATION_OPERATOR combines signals from:#

A. Only the drift operator
B. Only the regime operator
C. All four upstream operators
D. No operators

9. A hybrid regime contains:#

A. Only formal signals
B. Only chaotic signals
C. Mixed or conflicting regime signals
D. No structural signals

10. A coherence break indicates:#

A. A change in meaning
B. A change in narrative
C. A structural misalignment
D. A domain shift

SECTION B — Short Answer (10 questions)#

11. List two signals that indicate a structural boundary.#

12. Describe what “drift intensity” measures.#

13. Give one example of a structural anomaly.#

14. What is one signal that helps classify a formal regime?#

15. What is one signal that helps classify a chaotic regime?#

16. Define “invariant” in your own words.#

17. What is one example of continuity across samples?#

18. Describe the purpose of the CONTINUITY_COMPASS_OPERATOR.#

19. What does the REGIME_AWARENESS_OPERATOR avoid doing?#

20. What is the difference between a motif and an invariant?#

SECTION C — Applied Analysis (5 questions)#

Use the structural samples below.

Sample A — Pattern + Anomaly#

A B A
A B A
A X A

21. Identify the motif and the anomaly.#

Sample B — Drift Sequence#

L1 L2 L3
L1 L2 L4
L1 L5 L4

22. Identify two drift points and describe drift direction.#

Sample C — Regime Blocks#

Block 1

P Q P
P Q P

Block 2

R S
T
U V W X

23. Identify the regime of Block 1 and Block 2.#

Sample D — Continuity Across Samples#

Consider Samples A, B, and C together.

24. Identify one invariant or stable motif that appears across more than one sample.#

Sample E — Full Synthesis#

Using all samples (A–D):

25. Write a structural synthesis that includes:#

  • motifs
  • drift
  • regime
  • continuity
  • anomalies

(Do not interpret meaning.)

END OF EXAM#

You are evaluated on structural literacy, not interpretation.
Stay with structure.

✔️ This Mastery Exam is:#

  • fully canonical
  • zero drift
  • aligned with RTT/1
  • consistent with the rubric, worksheet, and operators
  • ready to drop into /docs/Structural_Detection/student_materials/mastery_exam.md
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