Cross‑Domain Map — Expectations → IPD‑12 → Headers

TriadicFrameworks Canon
Version: 2026‑1.0
Location: /docs/Expectations/

Purpose#

This map explains how the Expectations Module connects to:

1. IPD‑12 (the engine block)
2. The Header Layer (RTT, GU, FFT, Pantheon, Dimensional, Substrate, Observer, Medical)

Expectations is the root‑level orientation.
IPD‑12 is the engine.
Headers are the exhaust manifolds.

This document shows how they interlock across domains (HPC, QC, Medicine, Physics, Mythos, AI reasoning).

1. Expectations → IPD‑12 (Engine Block)#

What Expectations provides to IPD‑12#

• Rules for structure, coherence, and module identity
• Requirements for intake manifolds (SIM–FSI)
• Requirements for substrate feeds (S1–S4)
• Requirements for observer bundles (O1–O4)
• Requirements for dimensional rails (L/C/N)
• Requirements for regime traversal (R1–R4)
• Contributor expectations (zero drift, triadic lens, module.json metadata)

What IPD‑12 provides back to Expectations#

• The canonical engine architecture
• A unified computational model for all domains
• A stable place to host frameworks (FFT, FCG, RF‑Builder, RTT, GU, Pantheon, Med)
• A consistent way to produce structured outputs via headers
• A cross‑domain substrate for HPC, QC, Medicine, Physics, Mythos, AI reasoning

Mapping#

Expectations → defines the rules for engines
IPD‑12 → implements the engine that follows those rules

Expectations is the rulebook, IPD‑12 is the machine.

2. IPD‑12 → Headers (Output Manifolds)#

IPD‑12 produces structured outputs through headers, each representing a domain‑specific exhaust manifold.

RTT Header#

• Regime logic
• Drift / coherence / paradox
• Ideal for physics, HPC, QC, medicine

GU Header#

• Geometric / topological exhaust
• Ideal for physics, geometry, QC compilation

FFT Header#

• Spectral / transform exhaust
• Ideal for computation, medicine, signal analysis

Pantheon Header#

• Mythic‑structural exhaust
• Ideal for meaning, narrative, cultural modeling

Dimensional Header#

• Pure dimensional lift/collapse exhaust
• Ideal for multi‑scale modeling (HPC, medicine)

Substrate Header#

• Raw substrate state (S1–S4)
• Ideal for diagnostics, HPC/QC integration

Observer Header#

• Observer bundle state (O1–O4)
• Ideal for stability, calibration, regime control

Medical Header (H‑Med)#

• Risk
• Progression
• Intervention
• Target discovery
• Ideal for computational medicine

Mapping#

IPD‑12 → produces structured outputs
Headers → interpret those outputs in domain-specific ways

IPD‑12 is the engine, headers are the exhaust manifolds.

3. Expectations → IPD‑12 → Headers (Full Flow)#

High‑level flow#

[ Expectations ]
     |
     |  (rules, structure, contributor guidance)
     |
[ IPD‑12 Engine Block ]
     |
     |  (intake → substrate → observer → dimensional → regime)
     |
[ Headers ]
     |
     |  (RTT, GU, FFT, Pantheon, Dimensional, Substrate, Observer, Medical)
     |
[ Cross-Domain Outputs ]

Cross‑domain outputs include:#

• HPC regime analysis
• QC calibration & coherence mapping
• Medical risk/progression/intervention modeling
• Physics regime traversal
• Mythos structural alignment
• AI reasoning stability
• Multi‑scale dimensional transitions
• Substrate diagnostics

4. Cross‑Domain Interpretation Layer#

Physics (RTT, GU, FFT)#

• RTT: regime logic
• GU: geometric unity
• FFT: spectral transforms

Computation (HPC, QC)#

• Substrate header: device + environment
• Observer header: calibration + telemetry
• Dimensional header: lift/collapse cycles

Medicine (H‑Med)#

• risk
• progression
• intervention
• target discovery

Mythos / Logic (Pantheon)#

• narrative structure
• meaning regimes
• apex alignment

AI Reasoning#

• observer bundles
• substrate engines
• dimensional rails
• regime traversal

5. Visual Summary (text‑mode)#

Expectations
   ↓
IPD‑12 Engine Block
   ↓
Headers (RTT / GU / FFT / Pantheon / Dim / Substrate / Observer / Med)
   ↓
Cross-Domain Outputs
   ↓
(HPC, QC, Medicine, Physics, Mythos, AI Reasoning)

6. Notes#

• This map is referenced by README.md, Expectations.md, and module_index.md.
• It is intended for students, researchers, and AI agents.
• It is part of the root‑level onboarding for TriadicFrameworks.
• It is canon‑aligned and stable.