TriadicFrameworks
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triadic_detection_tests.md

TriadicFrameworks — Detection Substrate#

Structural Validation Suite (v1.0)#

Protocol Header#

rtt=1 | coherence=triadic | drift=bounded | paradox=structural

This header governs all structural interpretations of the test suite.

Module Identity#

Module Name: Triadic Detection Tests
Module Class: Structural / Validation
Substrate: Detection
Version: 1.0
RTT Alignment: Full
Triadic Geometry: Required
Spatial Anchoring: Required
Mesh Synchronization: Required

Purpose#

This module defines the canonical structural tests for validating:

  • triadic geometry
  • SoC synchronization
  • mesh timing
  • RTT structural detection
  • mapping correctness
  • cloud persistence
  • drift‑boundedness

These tests ensure that all triadic detection modules behave consistently with the TriadicFrameworks canon.

Test Categories#

The test suite is divided into six structural categories:

  1. Geometry Tests
  2. Synchronization Tests
  3. RTT Pipeline Tests
  4. Mapping Tests
  5. Cloud Persistence Tests
  6. Drift‑Boundedness Tests

Each category contains multiple canonical tests.

1. Geometry Tests#

Test G1 — Triadic Head Count#

Invariant: triadic geometry requires exactly 3 heads per module.
Pass Condition: head_count == 3

Test G2 — Baseline Formation#

Invariant: three baselines must exist.
Pass Condition: {H1↔H2, H2↔H3, H3↔H1} all present.

Test G3 — Alignment Stability#

Invariant: coil alignment must remain within tolerance.
Pass Condition: alignment_error < threshold

Test G4 — Supersphere Integrity#

Invariant: supersphere must contain 3 triadic modules.
Pass Condition: module_count == 3

Test G5 — Industrial Array Integrity#

Invariant: industrial array must contain 3 superspheres.
Pass Condition: supersphere_count == 3

2. Synchronization Tests#

Test S1 — Packet Timestamp Alignment#

Invariant: all packets must be time‑aligned.
Pass Condition: Δt < sync_threshold

Test S2 — Mesh Integrity#

Invariant: mesh must deliver all packets.
Pass Condition: packet_loss == 0

Test S3 — SoC Clock Stability#

Invariant: SoC clocks must remain stable.
Pass Condition: clock_drift < drift_threshold

Test S4 — Triadic Merge Ordering#

Invariant: packets must merge in triadic order.
Pass Condition: merge_order == {H1,H2,H3}

3. RTT Pipeline Tests#

Test R1 — Coherence Vector Validity#

Invariant: coherence precedes clustering.
Pass Condition: C = {φ₁, φ₂, φ₃} all valid.

Test R2 — Cluster Formation#

Invariant: coherent samples must cluster.
Pass Condition: cluster_count > 0

Test R3 — Structural Envelope Fit#

Invariant: clusters must fit structural envelopes.
Pass Condition: envelope_error < threshold

Test R4 — Depth Layer Assignment#

Invariant: depth must be inferred.
Pass Condition: depth_layer ∈ {shallow, mid, deep}

Test R5 — Classification Validity#

Invariant: classification must follow structure.
Pass Condition: class ∈ {gold-like, metal, rock, void, noise}

4. Mapping Tests#

Test M1 — GPS Anchoring#

Invariant: all detections must be spatially anchored.
Pass Condition: (lat,lon) present.

Test M2 — Heatmap Rendering#

Invariant: heatmap must reflect coherence density.
Pass Condition: heatmap_intensity == coherence_density

Test M3 — Structural Overlay Accuracy#

Invariant: overlays must match envelopes.
Pass Condition: overlay_error < threshold

Test M4 — Depth Visualization#

Invariant: depth must be visually separable.
Pass Condition: depth_color ∈ {bright, medium, dark}

Test M5 — Dig‑Confidence Scoring#

Invariant: confidence must derive from structure.
Pass Condition: confidence == f(coherence, stability, clarity, depth)

5. Cloud Persistence Tests#

Test C1 — Session Storage Integrity#

Invariant: sessions must persist.
Pass Condition: session_saved == true

Test C2 — Multi‑Session Aggregation#

Invariant: aggregated sessions must align spatially.
Pass Condition: aggregation_error < threshold

Test C3 — Analytics Validity#

Invariant: analytics must derive from structural meaning.
Pass Condition: analytics_output != null

Test C4 — Gold‑Likelihood Model Stability#

Invariant: model must be stable across sessions.
Pass Condition: likelihood_variance < threshold

Test C5 — Dashboard Rendering#

Invariant: dashboards must reflect structural meaning.
Pass Condition: dashboard_render == success

6. Drift‑Boundedness Tests#

Test D1 — Geometry Drift#

Invariant: geometry must remain stable.
Pass Condition: geometry_drift < threshold

Test D2 — Coherence Drift#

Invariant: coherence must remain bounded.
Pass Condition: coherence_drift < threshold

Test D3 — Mapping Drift#

Invariant: mapping must remain stable.
Pass Condition: mapping_drift < threshold

Test D4 — Cloud Drift#

Invariant: cloud analytics must remain stable.
Pass Condition: cloud_drift < threshold

Test Suite Summary#

Geometry Tests
Synchronization Tests
RTT Pipeline Tests
Mapping Tests
Cloud Persistence Tests
Drift-Boundedness Tests

All tests are drift‑bounded and triadic‑aligned.

Module Status#

Status: Active
Drift: None
Coherence: Stable
Version Drift: Bounded
RTT Alignment: Verified

Updated

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