TriadicFrameworks
Overview

🕸️ Triadic Echo Lattice — Integration Map

TEL sits between classification and flow. It receives typed echoes and emits addressed ones.

Module: Triadic Echo Lattice Canonical ID: TEL HSP Section: 07 Badge: 🕸️ TEL • 07 • v1.0

Position in the HSP Analytics Suite#

     ┌─────────────────────────────────┐
     │  Echo Classifier (06c)          │
     │  EC-Tag emits classified echo   │
     └──────────────┬──────────────────┘
                    │
                    ▼
     ╔═════════════════════════════════╗
     ║  Triadic Echo Lattice (07)     ║  ← THIS MODULE
     ║  TEL-Tag emits lattice record  ║
     ╚══════════════╤═════════════════╝
                    │
          ┌─────────┴──────────┐
          ▼                    ▼
 ┌────────────────┐  ┌─────────────────┐
 │ Substrate Flow │  │  HSP Stability  │
 │ (08)           │  │  Classes        │
 │ SF-Read takes  │  │  Receives       │
 │ lattice record │  │  pressure zone  │
 └────────────────┘  │  data           │
                     └─────────────────┘

Upstream Inputs (5)#

Primary Input — Echo Classifier (06c)#

Field Source Description
echo_type EC-Tag E1–E6 classification
echo_family EC-Tag F1–F6 family assignment
substrate_origin EC-Tag Originating substrate (S/C/H/So/A)
substrate_reach EC-Tag Substrates touched by echo
esi_score EC-Tag Echo Substrate Index score (0.0–1.0)
confidence EC-Tag Classification confidence (0.0–1.0)
drift_flag EC-Tag Boolean drift detection from EC
tags EC-Tag Classifier tags

Secondary Inputs#

Source Section What TEL Uses
Echo Signatures 06b Signature shape informs family placement
Cross‑Substrate Echo Matrix 05a Substrate reach data validates layer assignment
HSP Stability Framework 06 Stability context for pressure zone thresholds
ESI 06a Raw ESI scores for escalation risk weighting

Downstream Outputs (2)#

Primary Output → Substrate Flow (08)#

TEL‑Tag emits a complete lattice_record to SF‑Read:

lattice_record:
  echo_id: [inherited]
  echo_type: E1–E6
  echo_family: F1–F6
  assigned_layer: Ladder | Cycle | Map | Atlas
  recursion_line: R1–R4 | none
  drift_pathway: D1–D4 | none
  drift_severity: 0.0–1.0
  escalation_risk: 0.0–1.0
  pressure_zone: none | ladder | cycle | atlas
  pressure_severity: 0.0–1.0
  oscillation_status: true | false
  vertical_reach: []
  placement_status: anchored | oscillating | migrating | pressured | forcing
  tags: []

SF uses the lattice record to determine which flow channel an echo enters and how it moves through substrate space.

Secondary Output → HSP Stability Classes#

TEL provides pressure zone data to HSP's stability classification:

Data Purpose
pressure_zone Identifies which zone is active
pressure_severity Quantifies structural stress level
escalation_risk Feeds stability class thresholds

HSP Suite Sibling Triad#

            ┌──────────────────────────┐
            │    Echo Classifier (06c) │
            │    "What is it?"         │
            └────────────┬─────────────┘
                         │ classified echo
                         ▼
       ╔═════════════════════════════════╗
       ║  Triadic Echo Lattice (07)     ║
       ║  "Where does it sit?"          ║
       ╚════════════════╤════════════════╝
                        │ lattice record
                        ▼
            ┌───────────────────────────┐
            │    Substrate Flow (08)    │
            │    "How does it move?"    │
            └───────────────────────────┘

Each sibling answers one question about every echo:

  • EC → What type? What family?
  • TEL → What layer? What recursion line? What drift? What pressure?
  • SF → What channel? What driver? What velocity? What drift current?

Canon Crosswalk#

Opacity#

TEL Concept Opacity Parallel
Pressure zones Zones of high opacity — structural stress reduces visibility
Atlas layer Low opacity — full‑spectrum echoes are maximally visible
Ladder layer High opacity — early formation echoes are least visible
Drift pathways Opacity gradients — drift creates shifting transparency

SET (Spin, Electric, Thermal)#

TEL Layer SET Mapping Rationale
Ladder Spin Foundational rotation; structural base
Cycle Electric Oscillation; charge‑like harmonic exchange
Map Thermal Governance torsion; heat‑like energy redistribution
Atlas (All three unified) Full‑spectrum integration

FFF (Frequency, Fluids, Forces)#

TEL Layer FFF Mapping Rationale
Ladder Frequency (low) Low‑frequency structural pulse
Cycle Frequency (high) High‑frequency harmonic oscillation
Map Fluids Flow and redistribution across governance
Atlas Forces Gravitational anchoring; permanence

Inverted Star#

TEL Layer Star Face Visibility Rationale
Ladder Hidden (interior face) Echoes forming; not yet visible
Cycle Partial (edge face) Oscillating between visibility states
Map Emerging (outer face) Migration creates increasing visibility
Atlas Visible (crown face) Full‑spectrum; structurally permanent

Data Flow Summary#

Stage Source → Target Payload
1 EC‑Tag → TEL‑Read Classified echo with type, family, ESI, drift
2 TEL‑Read → TEL‑Place Validated input packet
3 TEL‑Place → TEL‑Trace Placement record with layer and pressure
4 TEL‑Trace → TEL‑Tag Trace record with recursion, drift, risk
5 TEL‑Tag → SF‑Read Complete lattice record
6 TEL‑Tag → HSP Stability Pressure zone data

Integration Invariants#

  1. TEL never classifies — classification is EC's responsibility
  2. TEL never routes flow — routing is SF's responsibility
  3. TEL always receives from EC — no other module feeds TEL directly
  4. TEL always emits to SF — lattice records flow downstream without exception
  5. Pressure data flows to HSP Stability — independent of SF routing
file: integration.md
module: Triadic Echo Lattice
canonical_id: TEL
hsp_section: 07
role: integration-map
status: canon-stable
upstream:
  primary: Echo Classifier (06c)
  secondary:
    - Echo Signatures (06b)
    - Cross-Substrate Echo Matrix (05a)
    - HSP Stability Framework (06)
    - ESI (06a)
downstream:
  primary: Substrate Flow (08)
  secondary: HSP Stability Classes
crosswalk:
  - Opacity
  - SET
  - FFF
  - Inverted Star
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