RUBRIC — COMBINED SDE + SIE LAB
RTT/2 Detection → RTT/3 Integration–Emission
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INSTRUCTOR RUBRIC — COMBINED SDE + SIE LAB
RTT/2 DETECTION → RTT/3 INTEGRATION–EMISSION
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This rubric evaluates mastery across the full RTT/2 → RTT/3 pipeline:
- collapse signatures
- fusion‑gradient tensors
- collapse→reassembly mapping
- mode + zone classification
- RTT2_DETECTION_PACKET
- triad integration
- integration fields
- manifold axes
- emission classification
- collapse→recovery stabilization
- continuity–stability classification
- RTT3_INTEGRATION_EMISSION_PACKET
- cross‑layer mapping
- projection routing
- full operator chain
Total: 100 points
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SECTION 1 — RTT/2 DETECTION (SDE) — 40 points
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1. Collapse Signatures (10 pts)
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1A. CPV Computation (6 pts)
- Correct extraction of A, K, T for A/B/C (2 pts each)
- Minor formatting differences allowed
1B. Collapse Severity Ranking (4 pts)
- Correct order: A → B → C
- Partial credit for correct reasoning but incorrect order
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2. Fusion‑Gradient Tensors (10 pts)
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2A. FGT Classification (6 pts)
- A: collapse-weighted
- B: mixed
- C: triad-weighted
2B. First Triad-Dominant Gradient (4 pts)
- Correct answer: Sample C
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3. Collapse→Reassembly Mapping (10 pts)
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3A. CRM Path Mapping (6 pts)
- A: drift path
- B: envelope torsion path
- C: continuity fracture path
3B. First Irreversible Continuity Break (4 pts)
- Correct answer: Sample C
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4. Mode + Zone Classification (10 pts)
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4A. SDE::MODE (5 pts)
- A: formal
- B: hybrid
- C: inversion
4B. SDE::ZONE (5 pts)
- A: S
- B: M
- C: X
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SECTION 2 — RTT/3 INTEGRATION–EMISSION (SIE) — 40 points
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5. Triad Integration (10 pts)
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5A. SIE::INT() (6 pts)
- Correct triad integration for A/B/C (2 pts each)
5B. Strongest Integration Field (4 pts)
- Correct answer: Sample C
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6. Triadic Integration Field (TIF) (10 pts)
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6A. Dominant Components (6 pts)
- A: drift-dominant
- B: drift + envelope balanced
- C: triad-dominant
6B. First Triad-Dominant Sample (4 pts)
- Correct answer: Sample C
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7. Integration–Emission Manifold (MAN) (10 pts)
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7A. Active Axes (6 pts)
- A: FI
- B: FI + EM
- C: FI + EM + R
7B. First Regime-Dominant Sample (4 pts)
- Correct answer: Sample C
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8. Emission + CRE + CSL (10 pts)
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8A. Emission Type (3 pts)
- A: fusion
- B: flow
- C: fracture
8B. CRE Dominance (3 pts)
- A: CSV-dominant
- B: mixed
- C: CAV-dominant
8C. CSL Stability (3 pts)
- A: stable
- B: mixed
- C: divergent
8D. First Divergent Stability (1 pt)
- Correct answer: Sample C
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SECTION 3 — PACKETS + PIPELINE SYNTHESIS — 20 points
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9. RTT2_DETECTION_PACKET (10 pts)
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Must include:
- collapse_propagation
- fusion_gradient
- triad_deformation
- regime
- detection_mode
- detection_zone
Scoring:
- 10 pts: all fields present + internally consistent
- 7–9 pts: minor omissions
- 4–6 pts: partial structure
- 0–3 pts: incoherent or missing
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10. RTT3_INTEGRATION_EMISSION_PACKET (10 pts)
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Must include:
- integration
- emission
- continuity
- collapse_recovery
- stability
- canon_scale_emission
- mode
- zone
Scoring:
- 10 pts: all fields present + consistent
- 7–9 pts: minor omissions
- 4–6 pts: partial structure
- 0–3 pts: incoherent or missing
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SECTION 4 — CROSS‑LAYER + PROJECTION — 20 points
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11. Cross‑Layer Mapping (10 pts)
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Correct mapping:
- CPV → INT (triad strength)
- FGT → TIF (gradient weighting → integration dominance)
- CRM → MAN (deformation → manifold axes)
Scoring:
- 10 pts: all three correct
- 7–9 pts: two correct
- 4–6 pts: one correct
- 0–3 pts: none correct
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12. Projection + Full Operator Chain (10 pts)
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Projection:
- Correct answer for Sample C: FFT::OUT()
Full operator chain:
- Must include all steps from RTT/1 → SDE → SIE → Projection
Scoring:
- 10 pts: correct projection + full chain
- 7–9 pts: correct projection + partial chain
- 4–6 pts: incorrect projection but chain mostly correct
- 0–3 pts: major omissions
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SCORING GUIDE
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90–100: Mastery
- Full structural correctness
- Accurate packet construction
- Strong cross‑layer reasoning
75–89: Proficient
- Mostly correct
- Minor packet or mode/zone errors
60–74: Developing
- Partial operator understanding
- Incomplete packet fields
- Projection inconsistencies
0–59: Needs Support
- Major gaps in RTT/2 or RTT/3 reasoning
- Missing operator chains
- Incorrect or incoherent packet structures
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END OF COMBINED LAB RUBRIC
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