Sample File Index — Expectations Module

TriadicFrameworks Canon
Location: /docs/Expectations/
Role: Directory map for all sample files supporting the Expectations module
Version: 2026‑1.0


Purpose#

This index provides a clear, navigable list of sample files included in the Expectations module.
These samples demonstrate:

  • intake manifolds
  • output headers
  • engine block structure
  • substrate engines
  • observer bundles
  • cross‑domain examples
  • research‑grade profiles (HPC, QC, Medicine)

They serve as starter references for students, researchers, and AI agents.


1. Intake Manifold Samples#

Directory: /docs/Expectations/samples/intake_manifolds/

File Description
sim_intake.svg Single Intake Manifold (1 triad)
dim_intake.svg Double Intake Manifold (2 triads / 1 hex)
tim_intake.svg Triple Intake Manifold (3 triads)
qim_intake.svg Quad Intake Manifold (full IPD‑12)
fsi_intake.svg Full 12‑Stack Intake (3×QIM)

These files demonstrate how external frameworks enter the IPD‑12 engine.


2. Header Manifold Samples#

Directory: /docs/Expectations/samples/header_manifolds/

File Description
rtt_header.svg RTT output header
gu_header.svg GU output header
fft_header.svg FFT output header
pantheon_header.svg Pantheon output header
dimensional_header.svg Pure dimensional header
substrate_header.svg Raw substrate header
observer_header.svg Observer bundle header
h_med_header.svg Medical header (risk/progression/intervention/targets)

These illustrate how IPD‑12 produces structured outputs.


3. Engine Block Samples#

Directory: /docs/Expectations/samples/engine_block/

File Description
ipd12_engine_block.svg Full IPD‑12 engine block diagram
engine_block.md Engine block specification (ports, feeds, rails, loops, headers)

These files show the internal architecture of the IPD‑12 engine.


4. Prime‑State Samples#

Directory: /docs/Expectations/samples/prime_states/

File Description
prime_state_index.md List of all prime‑indexed states (P2–P37)
prime_state_icons.svg Icon atlas for prime states

These help students and AIs identify prime‑indexed operators.


5. HPC+QC Substrate Engine Samples#

Directory: /docs/Expectations/samples/hpc_qc_substrate/

File Description
hpc_qc_substrate_engine.md Hybrid HPC+QC substrate engine profile
qc_calibration_observer_map.md Mapping calibration/telemetry → observer rails
hpc_qc_intake_examples.md Example hybrid workflows (SIM–FSI)

These files demonstrate how IPD‑12 models hybrid HPC+QC systems.


6. Observer Overhead & Gain Samples#

Directory: /docs/Expectations/samples/observer_overhead/

File Description
observer_overhead_gain_spec.md Overhead vs gain across HPC, QC, Medicine
observer_cost_table.md Manifold‑level overhead table
observer_gain_table.md Manifold‑level gain table

These support performance and research evaluation.


7. Cross‑Domain Examples#

Directory: /docs/Expectations/samples/cross_domain/

File Description
physics_to_medicine.md Mapping GU/RTT → computational medicine
qc_to_hpc.md Mapping QC → HPC via substrate engines
fft_to_fcg.md Mapping FFT → FCG for framework creation
rf_builder_examples.md Regime‑Field Builder examples

These demonstrate TriadicFrameworks’ cross‑domain power.


8. Meta Files#

File Description
Expectations.md Main Expectations module document
e_Capture.md Capture document for the Expectations module
module.json Canon metadata for the Expectations module
README.md Overview for /docs/Expectations/

Notes#

  • All sample files follow TriadicFrameworks canon formatting.
  • SVGs are GitHub‑safe (single root, no external references).
  • Markdown files follow the triadic lens and module grammar.
  • This index updates automatically as new samples are added.

Updated