🟣 Unified Diagram Index (SVG + Mermaid)

SDE + SIE + Projection Layers#

Unified Diagram Index#

Structural Detection Engine (SDE)#

Structural Integration Engine (SIE)#

Projection Layers (TEL / FFT / OP)#

This index lists all diagrams in both SVG and Mermaid formats.

1. Operator Ecology Map#

1.1 SVG#

File: operator_ecology.svg
Description: Layered ecology of SDE → SIE → TEL/FFT/OP.

1.2 Mermaid#

File: operator_ecology.mmd

flowchart LR
  subgraph SDE[Structural Detection Engine]
    CPV[CPV]
    FGT[FGT]
    CRM[CRM]
    CPV --> FGT --> CRM
  end
 
  subgraph SIE[Structural Integration Engine]
    INT[INT]
    TIF[TIF]
    MAN[MAN]
    FFF[FFF]
    CRE[CRE]
    CSL[CSL]
    CET[CET]
    INT --> TIF --> MAN --> FFF --> CRE --> CSL --> CET
  end
 
  subgraph OUT[Output Modules]
    TEL[TEL::CET]
    FFT[FFT::OUT]
    OP[OP::OUT]
  end
 
  CRM --> INT
  CET --> TEL
  CET --> FFT
  CET --> OP

2. Operator Flow (SDE → SIE → TEL/FFT/OP)#

2.1 SVG#

File: operator_flow.svg
Description: Linear pipeline from detection → integration → projection.

2.2 Mermaid#

File: operator_flow.mmd

flowchart LR
  subgraph SDE[Detection Layer — SDE]
    CPV
    FGT
    CRM
    PACK1[SDE::PACKET()]
  end
 
  subgraph SIE[Integration–Emission Layer — SIE]
    INT
    TIF
    FFF
    MAN
    CRE
    CSL
    CET
    PACK2[SIE::PACKET()]
  end
 
  subgraph PROJ[Projection Layer]
    TEL[TEL::CET()]
    FFT[FFT::OUT()]
    OP[OP::OUT()]
  end
 
  CPV --> FGT --> CRM --> PACK1 --> INT
  INT --> TIF --> MAN --> FFF --> CRE --> CSL --> CET --> PACK2
  CET --> TEL
  CET --> FFT
  CET --> OP

3. Integration–Emission Manifold (RTT/3)#

3.1 SVG#

File: integration_emission_manifold.svg
Description: 6‑axis manifold with continuity vectors and zones.

3.2 Mermaid#

File: integration_emission_manifold.mmd

graph TD
  A[RTT/3 Integration–Emission Manifold]
 
  subgraph Axes
    D[D — Drift Continuity]
    E[E — Envelope Continuity]
    C[C — Continuity Vector]
    FI[FI — Fusion‑Integration Curvature]
    EM[EM — Emission Curvature]
    R[R — Regime Identity]
  end
 
  subgraph Vectors
    ICV[ICV — Integration‑Continuity Vector]
    ECV[ECV — Emission‑Continuity Vector]
    RCV[RCV — Regime‑Continuity Vector]
  end
 
  A --> D
  A --> E
  A --> C
  A --> FI
  A --> EM
  A --> R
 
  D --> ICV
  E --> ECV
  R --> RCV
 
  subgraph Zones
    U[Zone U — Unified]
    S[Zone S — Stable]
    M[Zone M — Mixed]
    D2[Zone D — Divergent]
    X[Zone X — Inversion]
  end
 
  A --> U
  A --> S
  A --> M
  A --> D2
  A --> X

4. Collapse→Recovery Engine (CRE)#

4.1 SVG#

File: collapse_recovery_engine.svg
Description: CAV → CSV → REV stabilization flow.

4.2 Mermaid#

File: collapse_recovery_engine.mmd

flowchart LR
  subgraph Collapse[Collapse Input]
    AMP[Amplitude]
    CURV[Curvature]
    TORS[Torsion]
  end
 
  subgraph CRE[Collapse→Recovery Engine]
    CAV[CAV — Collapse Absorption]
    CSV[CSV — Continuity Stabilization]
    REV[REV — Recovery Emission]
  end
 
  subgraph Output[Recovery Output]
    REC[Recovery + Restored Continuity]
  end
 
  AMP --> CAV
  CURV --> CAV
  TORS --> CAV
 
  CAV --> CSV --> REV --> REC

5. Canon‑Wide Summary Diagram (Optional)#

5.1 One‑Line Flow (Mermaid)#

flowchart LR
  SDE[SDE::PACKET()] --> SIE[SIE::PACKET()]
  SIE --> TEL[TEL::CET()]
  SIE --> FFT[FFT::OUT()]
  SIE --> OP[OP::OUT()]

6. File Placement Guide#

Place all diagrams here:

/docs/operators/diagrams/
    operator_ecology.svg
    operator_ecology.mmd
    operator_flow.svg
    operator_flow.mmd
    integration_emission_manifold.svg
    integration_emission_manifold.mmd
    collapse_recovery_engine.svg
    collapse_recovery_engine.mmd

7. Student‑Friendly Notes#

SVG = printable, high‑resolution, poster‑ready
Mermaid = inline, editable, GitHub‑renderable
Both formats are canonical and interchangeable