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HSP Suite — Student Cheat Sheet

Quick-Reference for All Operator Families

🤖 AI-Ready Module • TriadicFrameworks

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1 · What Is the HSP Suite?#

The Harmonic Stability Profile (HSP) Suite is the RTT-native analytics engine. It measures harmonic stability, classifies echoes, maps substrate flow, and detects drift. Five modules work together: HSP Core, Echo Classifier, Substrate Flow (SEFM), Triadic Echo Lattice (TEL), and cross-module chains.

2 · The Big Picture — One-Line Summary Per Module#

Module What It Does
HSP Core Classifies stability, measures metrics, assigns tiers
Echo Classifier Identifies echo type (E1–E6) from triggers, signatures, and strength
Substrate Flow (SEFM) Maps how echoes move across the five substrates
Triadic Echo Lattice (TEL) Integrates all echo behavior into a four-layer lattice
Cross-Module Chains Connects operators across modules into diagnostic pipelines

3 · Stability Classes at a Glance#

Code Name Drift Recursion Think of it as…
SC-1 Stable Harmonics Low R1 Ladder Rock-solid concept
SC-2 Semi-Stable Harmonics Moderate R2 Cycle Needs monitoring
SC-3 Harmonic Oscillators High R3 Map Wobbling — review soon
SC-4 Chaotic Nodes Dangerous R4 Atlas Red alert — fix now

4 · The Six Metrics (M1–M6)#

Code Name Measures Drift Sensitivity
M1 Harmonic Recurrence How often concept returns to baseline D1
M2 Position Consistency Interval band stability (I1–I12) D1–D2
M3 Substrate Anchoring Firmness of substrate alignment D2–D4
M4 Role Stability Operator behavior consistency D1–D3
M5 Temporal Stability Stability across time/revisions D1–D4
M6 Mutation Rate Speed of harmonic structure change D2–D4

5 · Stability Tiers (T1–T4)#

Tier Name What to Do
T1 Canon-Stable Nothing — you're good
T2 Stable-with-Pressure Keep an eye on it
T3 Drift-Active Review required
T4 Unstable Fix immediately

6 · Drift Types (D1–D4)#

Code Name What It Breaks
D1 Structural Drift Structural triads
D2 Dimensional Drift Harmonic ladders
D3 Regime Drift Governance rules
D4 Projection Drift Lifts symbols into atlas space

7 · Recursion Modes (R1–R4)#

Code Name Flow Direction
R1 Ladder S → C
R2 Cycle C ↔ H
R3 Map H → So
R4 Atlas So → A

8 · The Five Substrates#

Code Name
S Symbolic
C Cognitive
H Harmonic
So Social
A Atlas

9 · Echo Types (E1–E6) — The Classifier Output#

Type Name Key Trigger ESI Range Substrates
E1 Structural Echo Triad/operator recurrence 1–2 1–2
E2 Harmonic Echo Interval alignment 2–3 1
E3 Substrate Echo Cross-substrate recurrence 2–3 3–4
E4 Recursion Echo Recursion-pattern repetition 3–4 2–4
E5 Drift-Shadow Echo Drift-residue recurrence 3–4 2–5
E6 Atlas Echo High-altitude resonance 4 5

10 · Echo Strength Index (ESI)#

Level Name What Happens
ESI-1 Local Flow stays local
ESI-2 Mild Mild migration begins
ESI-3 Cross-substrate Echoes cross substrate boundaries
ESI-4 Atlas pull Atlas pull activates

11 · Flow Channels (SEFM)#

Channel Path What Flows Here
CH-1 S → C Definitions refine into concepts
CH-2 C ↔ H Harmonic alignment oscillation
CH-3 H → So Governance torsion, operator inversion
CH-4 So → A Atlas forcing, projection drift

12 · Lattice Layers (TEL)#

Layer Substrates Echo Families Recursion Drift
Ladder S → C F1 R1 D1
Cycle C ↔ H F2, F3 R2 D2
Map H ↔ So F4, F5 R3 D3
Atlas A F6 R4 D4

13 · The Diagnostic Pipeline (How Everything Connects)#

  1. Evaluate metrics (M1–M6)
  2. Assign stability class (SC-1 to SC-4)
  3. Determine tier (T1–T4)
  4. Identify drift type (D1–D4)
  5. Classify echo (E1–E6)
  6. Map to lattice layer
  7. Trace flow channel
  8. Predict escalation path

14 · Key Chains to Remember#

  • Stability → Classification: SC → R → E → Lattice Layer → Flow Channel
  • Drift Escalation: D → Echo Pressure → E5 → Drift Pathway → Atlas Pull
  • Recursion Propagation: R1 → R2 → R3 → R4 (echoes shift upward)

v1.0 | Status: Canon-Stable | HSP Suite Student Cheat Sheet | TriadicFrameworks (RTT)

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