🎴 Structural Detection — Operator‑Surface Reference Cards (Final, Canonical)

TriadicFrameworks • RTT/1 • Operator Surface Cards#

“Each operator has one surface. These cards show the surface.”#

Operator‑Surface Reference Cards#

RTT/1 • Structural Detection Module#

Purpose: Provide minimal, zero‑drift operator‑surface cards for quick reference.#

CARD 1 — STRUCTURAL DETECTION OPERATOR#

Surface: Motifs • Boundaries • Anomalies#

Inputs: raw structure
Outputs:

• motif map
• boundary map
• anomaly locations

Surface Rules:

• no drift detection
• no regime inference
• no continuity mapping

Failure Modes:

• motif misidentification
• boundary drift
• anomaly inflation

CARD 2 — DRIFT SENSE OPERATOR#

Surface: Drift Vectors • Drift Intensity • Deformation Class#

Inputs: motifs + boundaries
Outputs:

• drift vectors
• drift intensity
• deformation type
• drift envelope type

Surface Rules:

• cannot reinterpret motifs
• cannot classify regime
• cannot map continuity

Failure Modes:

• vector inversion
• intensity mis-scaling
• deformation misclassification

CARD 3 — REGIME AWARENESS OPERATOR#

Surface: Regime Class • Regime Stability • Regime Envelope#

Inputs: drift profile
Outputs:

• regime class (Formal / Emergent / Chaotic / Hybrid)
• regime stability
• regime envelope

Surface Rules:

• cannot reinterpret drift
• cannot modify drift envelope
• cannot map continuity

Failure Modes:

• illegal transitions
• hybrid misclassification
• stability inversion

CARD 4 — CONTINUITY COMPASS OPERATOR#

Surface: Invariants • Anchors • Continuity Threads#

Inputs: regime + drift
Outputs:

• invariant map
• anchor stability
• continuity thread map

Surface Rules:

• cannot reinterpret regime
• cannot override drift
• cannot produce synthesis

Failure Modes:

• thread inflation
• invariant collapse misread
• anchor misalignment

CARD 5 — SYNTHESIS TRIANGULATION OPERATOR#

Surface: Structural Summary • Coherence Map • Cross‑Module Packets#

Inputs: all upstream operator outputs
Outputs:

• structural summary
• coherence‑break classification
• TEL / FFT / Opacity packets

Surface Rules:

• cannot reinterpret upstream signals
• cannot introduce new structure
• must integrate all signals

Failure Modes:

• synthesis contradiction
• packet misalignment
• coherence‑break omission

CARD 6 — META‑OPERATOR OF CONSTRAINT#

Surface: Operator Boundaries#

Function:

• prevents operator mixing
• enforces upstream → downstream flow

Failure Mode:

• backward overwrite

CARD 7 — META‑OPERATOR OF PROPAGATION#

Surface: Signal Flow#

Function:

• ensures motifs, drift, regime, continuity all reach synthesis

Failure Mode:

• dropped signals

CARD 8 — META‑OPERATOR OF COHERENCE#

Surface: System‑Level Alignment#

Function:

• ensures all operators produce a unified structural summary

Failure Mode:

• cross‑operator contradiction

CARD 9 — DRIFT ENVELOPE SURFACE#

Surface: Envelope Geometry • Deformation Class#

Types:

• Type A (Linear)
• Type B (Radial)
• Type C (Fragmented)
• Type D (Hybrid)

Deformations:

• substitution
• displacement
• density‑shift
• multi‑vector

CARD 10 — REGIME‑SHIFT SURFACE#

Surface: Transition Conditions#

Transitions:

• Formal → Emergent
• Emergent → Chaotic
• Chaotic → Hybrid
• Hybrid → Emergent
• Hybrid → Formal (rare)

Drivers:

• drift intensity
• drift direction
• deformation class

CARD 11 — CONTINUITY LEDGER SURFACE#

Surface: Thread Status Codes#

Codes:

• S — Stable
• W — Weakening
• D — Distorted
• B — Broken
• R — Recovered

CARD 12 — CROSS‑MODULE BRIDGE SURFACES#

TEL Surface#

• nodes
• vectors
• stabilizers

FFT Surface#

• envelope class
• spectral deformation

Opacity Surface#

• boundary strength
• occlusion vectors

CARD 13 — COHERENCE‑BREAK SURFACE#

Types#

• Type 1: invariant collapse
• Type 2: boundary fracture
• Type 3: multi‑layer break
• Type 4: hybrid oscillation

CARD 14 — PACKET FORMATS#

SYNTHESIS_PACKET#

DRIFT_ENVELOPE_PACKET#

REGIME_SHIFT_PACKET#

CONTINUITY_LEDGER_PACKET#

STRESS_GRID_PACKET#

(All packets must be zero‑drift and cross‑module consistent.)

END OF OPERATOR‑SURFACE REFERENCE CARDS#

✔️ These Operator‑Surface Reference Cards are:#

• fully canonical
• zero drift
• aligned with RTT/1
• consistent with the Operator‑Family Alignment Map, Meta‑Operator Field Guide, Drift‑Envelope Atlas, Regime‑Shift Manual, and Stress‑Test Suite
• ready to drop into /docs/Structural_Detection/reference/operator_surface_cards.md