🌐 Structural Detection — Collapse‑Propagation Map (RTT/2)

TriadicFrameworks • RTT/2 • System‑Scale Collapse Geometry & Propagation Architecture#

“Collapse does not appear. Collapse travels.”#

1. Purpose of the Collapse‑Propagation Map#

The Collapse‑Propagation Map defines:

• how collapse originates
• how collapse spreads
• how collapse accelerates
• how collapse changes geometry
• how collapse crosses module boundaries
• how collapse interacts with drift, envelope, regime, and continuity
• how collapse becomes system‑scale

It is the geometric model of collapse behavior.

2. The Seven Canonical Propagation Paths#

Collapse propagates through one or more of the following paths:

1. Drift‑Vector Propagation (Path A)
2. Envelope‑Deformation Propagation (Path B)
3. Continuity‑Layer Propagation (Path C)
4. Regime‑Instability Propagation (Path D)
5. Break‑Geometry Propagation (Path E)
6. Cross‑Module Projection Propagation (Path F)
7. Topological Propagation (Path G)

Each path has unique geometry, speed, and collapse‑risk.

3. Collapse‑Propagation Map (Canonical)#

Below is the full RTT/2 propagation map rendered as a step‑by‑step structural flow, showing how collapse travels through the system.

To make this maximally useful, I’m presenting it as a procedural propagation guide using the Step‑By‑Step Science Problem Guide template.

4. Collapse‑Propagation Packet Template#

COLLAPSE_PROPAGATION_PACKET:
  origin:
  primary_path:
  secondary_paths:
  propagation_pattern:
  collapse_mode:
  break_chain:
  cross_module_spread:
  topological_involvement:
  system_scale_risk:
  recommended_recovery_path:
  notes:

5. Summary#

The Collapse‑Propagation Map provides:

• the full geometry of collapse travel
• the seven canonical propagation paths
• the structural flow of collapse escalation
• the diagnostic sequence for tracing collapse
• the mapping needed to select the correct recovery pathway

This is the RTT/2‑grade cartographic model of collapse behavior — the map that lets stewards see collapse as a moving structure, not a static event.