✅ Structural Detection — Student Worksheet (Final, Canonical)
“Learn to see structure without being told what to see.”#
Structural Detection — Student Worksheet#
RTT/1 • Student Materials#
Purpose: Practice detecting structure, drift, boundaries, invariants, and regime signals.#
1. Before You Begin#
You will not be told:
- what the sample means
- what domain it comes from
- what you are “supposed” to find
Your task is to detect structure, not interpret content.
Use the Detection Primer as your guide.
2. Sample A — Cold Scan#
Examine the sample below for 60–90 seconds.
A B A
A B A
A X A
2.1 What repeats?#
(Write your observations.)
2.2 What changes?#
(Write your observations.)
2.3 What stays stable?#
(Write your observations.)
2.4 Where does the structure bend or break?#
(Write your observations.)
3. Apply the Heuristics#
Use the five core heuristics:
- repetition
- boundary
- invariant
- deformation
- coherence
3.1 Mark motifs#
(List any repeating shapes or sequences.)
3.2 Mark boundaries#
(Where does the structure shift?)
3.3 Identify invariants#
(What survives across all lines?)
3.4 Identify anomalies#
(What breaks the pattern?)
4. Build a Detection Packet#
Fill in each field based on your observations.
motifs_detected:
boundaries:
invariants:
anomalies:
regime_hints:
confidence:
notes:
5. Sample B — Drift Scan#
Examine the sequence:
L1 L2 L3
L1 L2 L4
L1 L5 L4
5.1 Identify drift points#
(Where does the structure change?)
5.2 Describe drift intensity#
(low • medium • high)
5.3 Describe drift direction#
(formal → emergent → chaotic)
5.4 Identify coherence anchors#
(What stays stable across the sequence?)
6. Sample C — Regime Scan#
Examine the two blocks:
P Q P
P Q P
R S
T
U V W X
6.1 Identify regime of Block 1#
(formal • emergent • chaotic • hybrid)
6.2 Identify regime of Block 2#
(formal • emergent • chaotic • hybrid)
6.3 Mark the regime boundary#
(Where does the shift occur?)
6.4 List regime signals#
(symmetry, density, drift, coherence)
7. Continuity Scan#
Across all three samples:
7.1 What invariants appear more than once?#
(List any recurring structural elements.)
7.2 What motifs survive drift?#
(Identify persistent shapes.)
7.3 What boundaries remain stable?#
(Identify recurring breakpoints.)
8. Final Synthesis#
Combine your findings into a structural synthesis.
structural_summary:
triangulated_motifs:
drift_profile:
regime_alignment:
continuity_map:
anomaly_profile:
confidence:
notes:
This is not an interpretation.
It is a structural summary.
9. Reflection#
9.1 What was easiest to detect?#
9.2 What was hardest to detect?#
9.3 Which heuristic helped you the most?#
9.4 How did drift affect your detection?#
10. Reminder#
You are not learning what to detect.
You are learning how detection works.
✔️ This worksheet is:#
- fully canonical
- zero drift
- aligned with RTT/1
- consistent with the Primer, Lab, and Operators
- ready to drop into
/docs/Structural_Detection/student_materials/worksheet.md