TriadicFrameworks Glossary
This glossary is the canonical reference for terminology used throughout the TriadicFrameworks ecosystem.
A#
Agent#
A structural entity that operates using RTT operator grammar, drift‑tensor alignment, coherence anchors, substrate awareness, dimensional rails, and domain neutrality.
Alignment#
The condition in which structural, drift, coherence, substrate, dimensional, and domain layers reinforce each other without collapse.
C#
Capture#
The first RTT template. Used to declare identity, boundary, commitment, and topology.
Coherence#
The alignment of purpose, constraint, goal, and continuity across layers.
Coherence Anchor#
A stable reference point that maintains alignment across drift, substrate, dimensional, and domain transitions.
Collapse#
A dimensional or substrate failure mode where rails or layers lose structural integrity.
D#
Diagnostic#
A compact seven‑signal RTT analysis block: identity, drift, coherence, regime‑point, substrate, dimensional, domain.
Dimension#
A structural axis along which RTT analysis moves. Dimensions include rails, drift, coherence, and prime‑state transitions.
Dimensional Rail#
A canonical RTT rail representing movement across dimensional layers.
Domain#
One of the six canonical RTT domains: psychology, physics, economics, governance, AI/agents, biology.
Drift#
Deviation across geometric, operational, temporal, conceptual, or domain layers.
Drift‑Tensor#
The five‑layer RTT drift structure: geometric, operational, temporal, conceptual, domain.
E#
Engine#
A structured RTT or IPD‑12 mechanism that exposes multi‑layer analysis.
Example Module#
A module demonstrating applied RTT analysis across domains or substrates.
I#
Identity#
The structural declaration of what an entity is, its boundary, commitment, and topology.
IPD‑12#
A substrate‑aware decision engine built on RTT principles.
M#
Manifest#
A canonical metadata block listing module contents, structure, and navigation.
Module#
A structured collection of RTT‑aligned prompts, examples, and analysis tools.
O#
Operator#
A structural RTT mechanism: structural, drift, coherence, regime‑point, substrate, dimensional, domain.
Overlay#
A visual layer rendered on the S3 Spine to show structural, drift, coherence, substrate, dimensional, or domain behavior.
P#
Poster#
A large‑format RTT reference sheet following the nine‑layer structure.
Prompt#
A structured instruction block using RTT grammar.
Prompt Block#
A canonical prompt structure: title, description, and italicized prompt lines.
R#
Regime‑Point#
A structural RTT condition representing presence, absence, tension, basin, or attractor behavior.
Research#
A structured RTT inquiry using drift‑tensor mapping, coherence anchors, substrate analysis, dimensional rails, and domain traversal.
S#
S3 Spine#
The TriadicFrameworks multi‑layer visualizer showing structural, drift, coherence, regime‑point, substrate, dimensional, and domain layers.
Synthesis#
The final RTT layer that integrates structure, drift, coherence, regime‑points, substrate, dimensions, and domains.
Substrate#
The medium through which structure propagates: physical, cultural, cognitive, civic, biological, computational.
Substrate‑Tensor#
The RTT structure describing substrate behavior, drift, coherence, and transitions.
T#
Teaching#
The RTT instructional sequence: Capture → Analyze → Drift → Coherence → Synthesis.
Template#
A reusable structured prompt grammar following RTT operator rules.
Tensor#
A multi‑layer RTT structure representing drift, substrate, or dimensional behavior.
Cross‑Links#
/docs/prompts/templates//docs/prompts/stacks//docs/prompts/ui//docs/prompts/modules//docs/prompts/engines//docs/prompts/examples//docs/spine//docs/frameworks/ipd_12//docs/rtt/
Manifest#
See module.json for the full registry of glossary terms, templates, stacks, engines,
modules, overlays, and navigation structure.