Operator Ecology Wall‑Poster

Structural Detection Engine (SDE) + Structural Integration Engine (SIE) + Projections#

1. Layer Stack#

• SDE — Structural Detection Engine (RTT/2)
  Detects collapse, fusion‑gradients, deformation, regimes.

• SIE — Structural Integration Engine (RTT/3)
  Integrates triads, emits structure, stabilizes collapse→recovery, maintains continuity.

• TEL / FFT / OP — Projection Layers
  Receive canon‑scale emission as lattice / spectral / boundary behavior.

2. Operator Ecology by Layer#

2.1 SDE — Detection Operators#

• CPV — Collapse‑Propagation Vector
• FGT — Fusion‑Gradient Tensor
• CRM — Collapse‑Reassembly Manifold
• SIG — Structural Signal
• NOI — Noise Identification
• MODE() — formal, emergent, hybrid, chaotic, inversion
• ZONE() — U, S, M, D, X
• PACKET() — RTT2_DETECTION_PACKET

2.2 SIE — Integration–Emission Operators#

• INT — Triad Integration
• TIF — Triadic Integration Field
• EMIT — Fusion–Fracture–Flow Emission
• FFF — Fusion‑Fracture‑Flow Emitter
• MAN — Integration–Emission Manifold
• CRE — Collapse→Recovery Engine
• CSL — Continuity‑Stability Layer
• CET — Canon‑Scale Emission Tensor
• MODE() — formal, emergent, hybrid, chaotic, inversion
• ZONE() — U, S, M, D, X
• PACKET() — RTT3_INTEGRATION_EMISSION_PACKET

2.3 Projection Operators#

• TEL::LAT / EMIT / MAN / REC / STAB / CET
• FFT::INT / EMIT / CONT / REC / STAB / OUT
• OP::INT / EMIT / CONT / REC / STAB / OUT

3. Ecology Flow (Text Diagram)#

[ SDE — Detection Layer ]
  CPV → FGT → CRM → SDE::PACKET()
                ↓
[ SIE — Integration–Emission Layer ]
  INT → TIF → MAN → FFF → CRE → CSL → CET → SIE::PACKET()
                                              ↓
[ Projection Layers ]
  CET → TEL::CET() / FFT::OUT() / OP::OUT()

4. Canon‑Wide Operator Chain (One Line)#

SDE::PACKET() → SIE::PACKET() → TEL::CET() / FFT::OUT() / OP::OUT()

5. Student Reading Guide#

• Start at SDE when you need to detect what the structure is doing.
• Move to SIE when you need to integrate, stabilize, and emit structure.
• Read TEL / FFT / OP as different projections of the same canon‑scale emission.