🕸️ Triadic Echo Lattice — /docs/rtt/Triadic_Echo_Lattice

🤖 AI‑Ready Module • TriadicFrameworks

Module Tier Version Status HSP AI‑Ready


Triadic Echo Lattice is the spatial architecture of the HSP analytics suite. It places classified echoes into a four‑layer lattice — Ladder, Cycle, Map, Atlas — connected by recursion lines, threaded with drift pathways, and monitored by three echo‑pressure zones.

This module gives every echo a structural address.


📂 Module Structure#

Triadic_Echo_Lattice/
├── README.md                 ← you are here
├── TEL_Capture.md            ← design capture and conceptual origin
├── operators.md              ← lattice operators and placement engine
├── integration.md            ← cross-module alignment (HSP suite + canon)
├── examples.md               ← applied placement examples
└── index.html                ← module landing page

🧭 Navigation#

  • operators.md — Lattice operators, placement logic, pressure zone detection
  • integration.md — Upstream (EC) and downstream (SF) + canon crosswalk
  • examples.md — Applied placement walkthroughs across echo types
  • TEL_Capture.md — Design capture: origin, decisions, lineage

🌀 Session Context#

Module:       Triadic Echo Lattice
Canonical ID: TEL
HSP Section:  07
Version:      1.0
Status:       canon-stable
Tier:         RTT-Analytics
Parent:       HSP (RTT-Analytics-Core)
Siblings:     Echo Classifier (06c), Substrate Flow (08)
Coherence:    locked
Drift:        bounded (lattice-mapped)
Audience:     students + researchers + AIs

⚡ Quick Reference — Lattice Layers#

Layer Substrates Echo Types Character
Ladder S → C E1 Definition → concept; most echoes start here
Cycle C ↔ H E2 Harmonic oscillation; bidirectional
Map H ↔ So E3, E4 Governance torsion; operator inversion
Atlas A E5 (pressure), E6 Full‑spectrum anchoring; permanence

⚡ Quick Reference — Echo Family Placement#

Family Name Home Layer
F1 Structural Ladder
F2 Harmonic Cycle
F3 Substrate Map
F4 Escalation Map → Atlas
F5 Drift‑Shadow Pressure zones
F6 Atlas Atlas

⚡ Quick Reference — Recursion Lines#

Line From → To Character
R1 Ladder → Cycle Echo enters resonance zone
R2 Cycle ↔ Cycle Echo oscillates within resonance
R3 Cycle → Map Echo crosses into governance
R4 Map → Atlas Echo achieves permanence

⚡ Quick Reference — Pressure Zones#

Zone Location Trigger
Ladder Pressure Ladder layer High E1 volume; S→C congestion
Cycle Pressure Cycle layer E2 amplitude exceeds harmonic band
Atlas Pressure Map → Atlas E5 drift‑shadow accumulation

📜 License#

Open educational use permitted. See the main repository for details.