✅ /docs/rtt/3/README.md

(Based on /docs/rtt/3/RTT3_Extract_Minimal.md)

operators_module.json — Agentic module schema role

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RTT/3 — Integration–Emission Engine (SIE)#

RTT/3 introduces the Integration–Emission Engine, the layer responsible for triad integration, emission classification, continuity mapping, collapse recovery, stability evaluation, and canonical emission scaling.

This module is the canonical reference for:

INT (Triad Integration)
TIF (Triad Influence Field)
MAN (Manifold Axes: FI, EM, R)
FFF (Fusion–Flow–Fracture Emission)
CRE (Collapse Recovery Engine)
CSL (Continuity Stability Level)
CET (Canon Emission Type)
The RTT3_INTEGRATION_EMISSION_PACKET format

📘 What RTT/3 Provides#

RTT/3 defines the operator grammar for integration and emission:

1. Triad Integration — INT(drift, envelope, continuity)#

The integrated triad signature.

2. Triad Influence Field — TIF#

Dominance classification:

drift‑dominant
envelope‑dominant
continuity‑dominant
triad‑dominant

3. Manifold Axes — MAN(FI, EM, R)#

FI — field integration
EM — emission manifold
R — regime identity

4. Emission Type — FFF#

fusion
flow
fracture

5. Collapse Recovery Engine — CRE#

CSV‑dominant
CAV‑dominant
mixed

6. Continuity Stability Level — CSL#

stable
mixed
divergent

7. Canon Emission Type — CET#

stability
recovery
balanced
fracture‑weighted

📦 RTT3_INTEGRATION_EMISSION_PACKET#

RTT/3 outputs a structured packet:

integration: INT(...)
emission: FFF(...)
continuity: MAN(...)
collapse_recovery: CRE(...)
stability: CSL(...)
canon_scale_emission: CET(...)
mode: ...
zone: ...

This packet is the final operator state before projection (TEL, FFT, OP).

📄 Source Extraction#

This README is derived from:

RTT3_Extract_Minimal.md
A minimal, distilled capture of the RTT/3 operator layer.

🎯 Audience#

Students, instructors, researchers, and AIs working with:

operator ecology
integration–emission analysis
collapse recovery
projection selection
RTT/2→RTT/3 pipelines