triadic_detection_mapping.md
TriadicFrameworks — Detection Substrate#
Mapping & Output Specification (v1.0)#
Protocol Header#
rtt=1 | coherence=triadic | drift=bounded | paradox=structural
This header governs all structural interpretations of the Triadic Detection Mapping Layer.
Module Identity#
Module Name: Triadic Detection Mapping
Module Class: Structural / Mapping
Substrate: Detection
Version: 1.0
RTT Alignment: Full
Triadic Geometry: Required
Spatial Anchoring: Required
Mesh Synchronization: Required
Purpose#
This module defines the mapping and visualization layer (L6) of the Triadic Detection System Architecture, including:
- GPS anchoring
- 2D/3D mapping
- resonance heatmaps
- structural overlays
- depth visualization
- dig‑confidence scoring
- session management
- cloud sync hooks
It provides the canonical rules for rendering RTT structural detections into human‑interpretable spatial maps.
Mapping Locus Alignment#
This module expresses the MAP_L component of the architecture genome:
MAP_L = {gps‑2d, gps‑3d, cloud‑sync}
All mapping outputs must be spatially anchored.
Layer Context#
This module corresponds to:
[L6] Application Layer
It consumes the output of:
[L5] RTT Structural Detection Layer
And provides input to:
[L7] Cloud & Enterprise Layer
1. Spatial Anchoring (GPS)#
Invariant:#
All detections must be spatially anchored.
Definition:#
Each structural envelope is assigned:
- latitude
- longitude
- altitude (optional)
- timestamp
- session ID
Diagram#
Envelope A → (lat, lon)
Envelope B → (lat, lon)
Envelope C → (lat, lon)
Meaning:#
Spatial anchoring is required for mapping, overlays, and cloud sync.
2. Resonance Heatmaps#
Invariant:#
Heatmaps must reflect coherence density.
Definition:#
Heatmaps visualize:
- coherence intensity
- cluster density
- structural clarity
- dig‑confidence
Diagram#
High: ●●●
Medium: ●●
Low: ●
Rendering Rules:#
- color gradient = coherence
- opacity = stability
- radius = cluster footprint
3. Structural Overlays#
Invariant:#
Structural overlays must reflect RTT structural envelopes.
Definition:#
Overlays show:
- shape
- size
- orientation
- depth (optional)
Diagram#
○ ○ ○
○ ○ ○ ○ ○
○ ○ ○
→ structural overlay
Rendering Rules:#
- outline = envelope boundary
- fill = coherence density
- rotation = orientation
4. Depth Visualization#
Invariant:#
Depth must be visually separable.
Definition:#
Depth layers are rendered as:
- stacked slices
- color‑coded layers
- opacity gradients
Diagram#
Layer 1: ○ ○ ○
Layer 2: ○ ○
Layer 3: ○
Rendering Rules:#
- shallow = bright
- mid‑depth = medium
- deep = dark
5. Dig‑Confidence Scoring#
Invariant:#
Confidence must derive from coherence + structure.
Definition:#
Confidence is computed as:
confidence = f(coherence, cluster stability, structural clarity, depth)
Visualization:#
- heatmap intensity
- numeric score
- confidence ring
Diagram#
Confidence Map:
High: ●●●
Medium: ●●
Low: ●
6. Session Management#
Invariant:#
Sessions must be uniquely identifiable.
Definition:#
Each scan session includes:
- session ID
- timestamp
- device configuration
- triadic geometry
- mapping outputs
- RTT structural outputs
Session Actions:#
- start
- pause
- resume
- end
- export
- sync
7. Cloud Sync Hooks#
Invariant:#
Mapping outputs must be persistable.
Definition:#
Mapping layer provides hooks for:
- cloud upload
- multi‑session aggregation
- enterprise dashboards
- gold‑likelihood modeling
Diagram#
[L6] Mapping → [L7] Cloud
8. Mapping Stack (Canonical)#
[L6] Application Layer
- GPS anchoring
- heatmaps
- structural overlays
- depth visualization
- dig-confidence scoring
- session management
- cloud sync hooks
Module Status#
Status: Active
Drift: None
Coherence: Stable
Version Drift: Bounded
RTT Alignment: Verified