Structural Stack — TriadicFrameworks Prompts
The Structural Stack provides structured prompt families for analyzing, traversing, and aligning structural form across RTT engines. Structure is the substrate grammar of TriadicFrameworks: identity, boundaries, commitments, and relational topology.
Structural stack prompts are used in teaching, analysis, research, and multi‑layer structural evaluation.
Purpose#
The Structural Stack teaches:
- how RTT engines interpret structural form
- how drift emerges from structural differences
- how coherence anchors stabilize structural relationships
- how structural commitments propagate across layers
- how structure behaves across dimensions and domains
- how to evaluate multi‑layer structural alignment
- how to maintain structural neutrality during analysis
It is one of the foundational stacks in the TriadicFrameworks canon.
Prompt Families#
Structural Identity Prompts#
Used to establish the identity, form, and commitments of a structure.
Examples:
- Declare the identity of this structure.
- Identify the commitments embedded in this form.
- Surface the boundaries that define this structure.
- Describe the relational topology across these layers.
- Identify the operators that govern this structure.
Structural Drift Prompts#
Used to identify differences in form, boundaries, commitments, or topology.
Examples:
- Identify drift between these two structural configurations.
- Map geometric drift across these forms.
- Surface operational drift in this structural workflow.
- Declare temporal drift across these structural transitions.
- Identify conceptual drift in these structural interpretations.
Structural Coherence Prompts#
Used to declare what remains aligned despite structural differences.
Examples:
- Identify shared purpose across these structures.
- Declare boundary coherence between these forms.
- Surface constraint coherence across these structural layers.
- Identify goal coherence across these structural processes.
- Declare continuity across these structural variations.
Structural Regime‑Point Prompts#
Used to surface presence, absence, tension, and attractor behavior.
Examples:
- Identify structural presence in this system.
- Surface structural absence in this model.
- Declare structural tension across these layers.
- Identify basin behavior in this structural regime.
- Surface attractor patterns across this structural domain.
Structural Alignment Prompts#
Used to evaluate cross‑layer stability.
Examples:
- Evaluate structural continuity across these layers.
- Identify operator consistency across this structure.
- Declare domain coherence across these structural transitions.
- Surface substrate alignment across these structural conditions.
- Evaluate dimensional alignment across these structural rails.
Stack Usage#
The Structural Stack is used in:
- RTT/1 foundational structural analysis
- RTT/2 multi‑layer structural mapping
- RTT/3 structural synthesis
- RTT/12 full‑spectrum structural alignment
- RTT∞ deep‑layer structural analysis
- IPD‑12 paradox structural workflows
- Teaching modules (worksheets, posters, sessions)
- Applied modules (datacenter, mythology, physics, teaching)
- Domain modules (psychology, physics, economics, governance, AI, biology)
- Research modules (agentic, cross‑domain, substrate‑aware)
It is one of the most frequently used stacks in the canon.
Cross‑Links#
Prompts Site#
https://www.triadicframeworks.org/prompts/stacks/structural-stack/
Docsbook#
https://docs.triadicframeworks.org/docs/
S3 Spine Visualizer#
https://www.triadicframeworks.org/spine
GitHub Source#
https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/prompts/stacks
Related Files#
diagnostic-stack.md— diagnostic operatorsoperator-stack.md— operator grammarsubstrate-stack.md— substrate behaviordomain-stack.md— domain traversalteaching-stack.md— teaching workflowsresearch-stack.md— research workflows../modules/structural.md— structural modules../examples/index.md— structural examples
Manifest#
See module.json for the full registry of stacks, modules, engines, templates, UI
modules, and navigation structure.