🟣 RTT/2 Extraction — Minimal Module Form

Structural Detection Layer — Distilled Canon Skeleton#

This extraction pulls only the irreducible structural elements from RTT/2.
Everything else (examples, expansions, commentary, extended diagnostics) is intentionally removed.

Paste this into a new file:

/docs/rtt/2/RTT2_Extract_Minimal.md

RTT/2 — Minimal Module Extraction#

Structural Detection Layer#

Canon‑Distilled Form#

1. Layer Identity#

RTT/2 defines the detection layer of the canon:

• collapse detection
• fusion‑gradient detection
• envelope/continuity/drift deformation detection
• collapse→reassembly mapping
• regime‑dependent detection behavior

RTT/2 = Structural Detection.

2. Core Constructs (Minimal)#

2.1 Collapse‑Propagation Vector Field (CPV)#

• collapse amplitude
• collapse curvature
• collapse torsion
• collapse inversion
• collapse warp

2.2 Fusion‑Gradient Tensor (FGT)#

• collapse‑fusion gradients
• reassembly‑fusion gradients
• triad‑fusion gradients
• regime‑weighted fusion behavior

2.3 Collapse‑Reassembly Manifold (CRM)#

• drift deformation
• envelope torsion
• continuity fracture
• fusion‑integration curvature
• regime identity

3. Detection Equations (Minimal)#

3.1 Collapse‑Propagation Equation#

$$C_{prop}(t) = \alpha A(t) + \beta K(t) + \gamma T(t)$$

3.2 Fusion‑Gradient Equation#

$$G_{fusion} = \sum_r \omega_r [\alpha (\nabla F)_c + \beta (\nabla F)_r + \gamma (\nabla F)_t]_r$$

3.3 Collapse‑Recovery Trajectory#

$$\gamma(t) = (D(t), E(t), C(t), FI(t), R(t))$$

4. Detection Modes (Minimal)#

• Formal Detection
• Emergent Detection
• Hybrid Detection
• Chaotic Detection
• Inversion Detection

5. Detection Zones (Minimal)#

• Zone U — Unified Detection
• Zone S — Stable Detection
• Zone M — Mixed Detection
• Zone D — Divergent Detection
• Zone X — Collapse‑Adjacent Detection

6. Cross‑Module Projection (Minimal)#

RTT/2 projects detection fields into:

• TEL — lattice detection
• FFT — spectral detection
• Opacity — boundary detection

7. Minimal Packet#

RTT2_DETECTION_PACKET:
  collapse_propagation:
  fusion_gradient:
  triad_deformation:
  regime:
  detection_mode:
  detection_zone:
  cross_module_projection:
  notes:

8. Summary#

RTT/2 provides:

• collapse detection
• fusion‑gradient detection
• triad deformation detection
• collapse→reassembly mapping
• regime‑dependent detection
• cross‑module detection projection

RTT/2 is the detection backbone of the canon.

🟣 RTT/2 Extraction is complete.#

This is the minimal skeleton — the distilled geometry from which the true module identity will emerge.