Full Canon Map — Root → Engines → Headers → Domains → Research

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

Purpose#

This document provides the complete structural map of TriadicFrameworks:

1. Root Layer — Expectations
2. Engine Layer — IPD‑12
3. Header Layer — RTT, GU, FFT, Pantheon, Dimensional, Substrate, Observer, Medical
4. Domain Layer — Medicine, HPC, QC, Physics, Mythos, AI Reasoning
5. Research Layer — hybrid engines, overhead/gain, cross‑domain studies

This is the canonical overview of how the entire system fits together.

1. Root Layer — Expectations#

The Expectations Module defines:

• what TriadicFrameworks is
• what TriadicFrameworks is not
• what newcomers should expect
• how modules must be structured
• how contributors must behave
• how AI agents must reason (zero drift)
• how cross‑domain alignment works

It is the front door of the canon.

Root → Engine Mapping#

Expectations → defines the rules
IPD‑12 → implements the rules

2. Engine Layer — IPD‑12#

The IPD‑12 Engine Block is the computational heart of TriadicFrameworks.

It contains:

• Intake Manifolds (SIM, DIM, TIM, QIM, FSI)
• Substrate Feeds (S1–S4)
• Observer Bundles (O1–O4)
• Dimensional Rails (L/C/N)
• Regime Traversal (R1–R4)
• Prime‑Indexed States (P2–P37)
• Header Ports (RTT/GU/FFT/Pantheon/Dim/Substrate/Observer/Med)

Engine → Header Mapping#

IPD‑12 → produces structured exhaust
Headers → interpret that exhaust in domain-specific ways

IPD‑12 is the machine.

3. Header Layer — Exhaust Manifolds#

Headers are the structured outputs of IPD‑12.

RTT Header#

Regime logic, drift, coherence, paradox.

GU Header#

Geometric/topological exhaust.

FFT Header#

Spectral/transform exhaust.

Pantheon Header#

Mythic‑structural exhaust.

Dimensional Header#

Lift/collapse/neutral exhaust.

Substrate Header#

Raw substrate state (S1–S4).

Observer Header#

Observer bundle state (O1–O4).

Medical Header (H‑Med)#

Risk, progression, intervention, target discovery.

Header → Domain Mapping#

Headers → domain-specific interpretations
Domains → applied systems

Headers are the exhaust manifolds.

4. Domain Layer — Applied Pillars#

The header outputs flow into the four scientific pillars and the two conceptual pillars.

Medicine#

• multi‑scale biological systems
• risk/progression/intervention/targets
• molecular → physiological → anatomical → clinical rails

HPC#

• large‑scale computational systems
• scheduling, telemetry, resource regimes
• observer‑centric workflow stability

QC#

• coherence, noise, calibration
• hybrid HPC/QC lift/collapse
• substrate‑aware quantum regimes

Physics#

• RTT (regime logic)
• GU (geometric unity)
• FFT (spectral transforms)

Mythos#

• Pantheon structural tiers
• narrative regimes
• apex alignment

AI Reasoning#

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

Domain → Research Mapping#

Domains → provide real systems
Research → studies cross-domain behavior

Domains are the pillars.

5. Research Layer — Cross‑Domain Engines#

The research layer includes:

Hybrid HPC+QC Substrate Engines#

• QPU + HPC integration
• calibration → observer rails
• coherence → dimensional rails

Observer Overhead & Gain Studies#

• cost of observer loops
• benefit of observer stability
• manifold‑level overhead/gain tables

Computational Medicine Research#

• H‑Med header outputs
• progression modeling
• intervention timing

Physics Integration#

• RTT regime traversal
• GU geometric alignment
• FFT spectral analysis

Mythos Integration#

• Pantheon tier alignment
• narrative regime modeling

AI Reasoning Research#

• multi‑observer reasoning
• substrate‑aware inference
• dimensional lift/collapse logic

Research → Canon Mapping#

Research → validates the canon
Canon → structures the research

Research is the validation layer.

6. Full Canon Flow (text‑mode)#

[ ROOT ]
  Expectations
      ↓
[ ENGINE ]
  IPD‑12
      ↓
[ HEADERS ]
  RTT • GU • FFT • Pantheon • Dimensional • Substrate • Observer • Medical
      ↓
[ DOMAINS ]
  Medicine • HPC • QC • Physics • Mythos • AI Reasoning
      ↓
[ RESEARCH ]
  Hybrid Engines • Overhead/Gain • Cross-Domain Studies

7. Full Canon Flow (triadic‑mode)#

Structure → IPD‑12 → Headers → Domains → Research
Regime    → R1–R4 → RTT/GU/FFT → HPC/QC/Med/Phys → Hybrid Studies
Operator  → O1–O4 → Dim/Sub/Obs → AI Reasoning → Canon Validation

8. Notes#

• This is the master map of TriadicFrameworks.
• It is referenced by README.md, Expectations.md, module_index.md, and all cross‑domain maps.
• It is intended for students, researchers, and AI agents.
• It is canon‑aligned and stable.