Structural Validity (Module I)
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→ Structural Validity prompt (single design)
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Orientation
If you are here to run the test rather than read the methodology, you can scroll directly to the prompt below. The explanatory material on this page is provided to support disciplined use and correct interpretation of results.
This Framework evaluates eligibility rules as institutional design structures. It refrains from inferring intent, speculating about motive, or assessing political desirability.
Findings are grounded in:
Textual features of the rule,
Predictable structural effects, and
Administrability in real institutional settings.
The framework distinguishes between two forms of evaluation:
Structural Validity — whether a design functions coherently as a rule
Normative Adequacy — whether a design advances a theory of republican rotation
These two forms of analysis are deliberately separated.
Structural Validity is analytic and descriptive.
Normative Adequacy is evaluative and theoretical.
A finding reached under only one of these modules reflects that dimension of analysis and does not constitute a complete evaluation.
This module’s purpose is to determine whether a design constitutes a structurally valid eligibility system — meaning an eligibility regime capable of coherent structure, uniform application, and mechanical administrability.
An eligibility regime may be structurally valid yet normatively weak. This module addresses only structural function.
The Framework is elections-based. It treats elections—not years and not consecutive service—as the unit of democratic authorization and limitation unless the governing text explicitly provides otherwise. This rule ensures internal consistency in classification and guards against unit-of-measure collapse in evaluation.
Analytical Boundaries
The Framework evaluates structural and institutional design features rather than:
Political preference
Partisan advantage or disadvantage
Public popularity
Democratic legitimacy
Likelihood of adoption or enactment
Constitutionality under existing legal doctrine
Policy outcomes beyond structural effects
Its sole purpose is to evaluate the structural logic and systemic behavior of eligibility regimes.
Interpretive Discipline
Where textual features clearly produce unequal, incoherent, or administratively unworkable effects, those effects are treated as structural defects.
Where ambiguity exists, it is treated as a structural defect only if it creates real risk of inconsistent application, discretionary judgment, or predictable gaming.
Otherwise, uncertainty is acknowledged and preserved.
This discipline preserves analytic fairness and guards against over-reading.
Where a rule is silent as to restoration, reset, or interruption of eligibility, that silence is treated as architecturally meaningful rather than neutral.
In evaluating aggregation and exhaustion, the Framework does not presume permanence from silence. Eligibility is considered fully exhausted only where the governing text forecloses restoration across a person’s aggregate service history.
Silence that leaves restoration structurally available—through interruption, temporal sequencing, regime change, or interpretive discretion—is evaluated as a structural vulnerability where it creates predictable permission pathways, even if those pathways are not explicit.
Each test is applied through:
a diagnostic question,
textual evidence, and
observed structural effect.
1. Equal Application Test
Does the rule treat all persons identically across time, without cohort-based differences in cumulative eligibility?
Analytical Note — Equal Application Timing and Convergence
Equal application may be achieved immediately at adoption or through deferred transition. Deferred equalization varies structurally according to its duration and the length of the permissible service horizon. As the duration to eligibility equalization lengthens, and as the eligibility ceiling lengthens, seniority and its associated privileges persist longer, delaying the frequency and regularity with which open seats are produced through voluntary or rule-based rotation. Where deferred equalization converges to a single eligibility class within a bounded period without preserving seniority or authority advantages beyond ordinary service, it functions as a transitional design. Where deferred equalization preserves cohort-specific accumulation advantages, it produces durable class differentiation comparable to grandfathering.
2. Aggregation Integrity Test
Does all qualifying service accumulate toward a single bounded eligibility ceiling?
3. Transition Coherence Test
If the rule shifts regimes, does the transition operate as a finite mechanical bridge and avoid becoming a permanent exemption?
4. Administrative Coherence Test
Can the rule be applied mechanically and uniformly, without complex interpretation, discretionary judgment, or predictable gaming?
Administrative coherence is treated as structural because lack of it undermines equal application in practice.
Structural Outcome Categories
Results are classified using analytical criteria.
Structurally Valid Eligibility Regime
Coherent aggregation, equal application, administrable mechanics.
Structurally Compromised Eligibility Regime
Retains bounded eligibility but exhibits identifiable defects (complexity, partial laundering, weak transitions, etc.).
Structurally Invalid as an Eligibility Regime
Fails to function as a coherent, uniformly applicable eligibility regime (resets, exemptions, cycling, cohort privilege, or equivalent failures).
Confidence Levels for Findings
All findings are expressed using calibrated levels of confidence:
Clearly present
Present
Weakly present
Indeterminate
Not present
This reflects professional analytic practice and preserves intellectual honesty where evidence is ambiguous.
Core Structural Tests
The following structural failure modes represent recurring patterns detected when one or more of the Core Structural Tests fail.
Structural Failure Modes (Module I)
These failure modes describe recurring structural patterns that prevent an eligibility regime from functioning as a coherent, bounded rule with administrable mechanics.
A proposal exhibiting one or more of these failures fails classification as structurally valid, regardless of intent or stated purpose.
1. Equal Application Failure
Common manifestations:
Universal Reset (Explicit New Clock)
Grandfathering Exemption
Dual-Use Laundering (contradictory eligibility architecture)
2. Aggregation Failure
Common manifestations:
Cooling-Off Laundering (consecutive limits without lifetime cap)
Analytical prerequisite: Where a design relies on consecutive or continuous service limits, confirm whether it classifies as a Stint-Permission Regime before evaluating aggregation failure.
3. Measurement Failure
Common manifestations:
Unit-of-Measure Collapse
4. Transition Integrity Failure
Common manifestations:
Appointment ≠ Election Laundering
5. Administrative Coherence Failure
Common manifestations:
multi-layered or internally inconsistent counting rules
reliance on interpretive discretion
predictable litigation or manipulation pathways
A structurally valid eligibility regime must avoid all structural failure modes above.
Operational Instrument — Structural Rotation Integrity Test
(Structural Validity Prompt - paste into ChatGPT, Claude, Gemini, etc.)
Copyable test prompt begins here
Analyze the following proposal strictly as a structural design, not as advocacy.
Avoid first- and second-person pronouns ("I," "we," "you," "your”). Use formal analytical tone suitable for academic or professional publication.
Do not infer intent, speculate about motive, or evaluate desirability. Do not reinterpret ambiguous language charitably; unresolved ambiguity should be treated as a structural defect only if it creates real risk of inconsistent application, discretionary judgment, or predictable gaming. Do not propose fixes unless explicitly asked.
For each of the following structural failure modes, state Yes/No, with one sentence of justification:
New-Clock Collapse (incumbent exemption via reset clocks or delayed start dates)
Prospective Laundering (prospective language that nonetheless creates unequal application)
Cooling-Off Laundering (consecutive limits without a lifetime or aggregate ceiling)
Unit-of-Measure Collapse (unclear or inconsistent use of elections, terms, or years)
Appointment ≠ Election Laundering (appointed or acting service excluded in ways that invite gaming or inequality)
Administrative Coherence Failure (rules too complex or discretionary to apply mechanically and uniformly)
Conclude by stating the overall result explicitly as a Finding (e.g., “Finding: Clean,” “Finding: Structurally compromised,” “Finding: Not structurally valid”).
In addition to the above requirements, the response must follow this exact output structure and labeling:
Framework Evaluation Results — Structural Analysis
Structural Failure Mode Assessment
New-Clock Collapse — Yes/No.
One sentence of justification.
Prospective Laundering — Yes/No.
One sentence of justification.
Cooling-Off Laundering — Yes/No.
One sentence of justification.
Unit-of-Measure Collapse — Yes/No.
One sentence of justification.
Appointment ≠ Election Laundering — Yes/No.
One sentence of justification.
Administrative Coherence Failure — Yes/No.
One sentence of justification.
Finding: Clean / Structurally compromised / Not structurally valid.
[Paste the term-limit law, proposal, or description to evaluate here. Then submit the prompt.]
Optional Instrument — Comparative Mode (side-by-side use)
(Structural Validity Prompt - paste into ChatGPT, Claude, Gemini, etc.)
This section provides an optional wrapper for evaluating two proposals in a single run for demonstration, teaching, or comparative analysis. It does not replace the core tests above and does not alter their criteria. Each proposal must still be evaluated independently against the same standards.
Purpose
The purpose of Comparative Mode is to allow side-by-side presentation of results while preserving analytical discipline. Proposals are not judged relative to each other; each is evaluated against this framework, and any contrast arises from the independent classifications.
(Structural Validity Prompt - paste into ChatGPT, Claude, Gemini, etc.)
Copyable test prompt begins here
Two proposals are provided below. Apply the Structural Rotation Integrity Test independently to each proposal using the same criteria. Do not evaluate one proposal relative to the other. Do not use comparative language such as "better" or "worse." Treat each proposal as a standalone evaluation under this framework.
Avoid first- and second-person pronouns ("I," "we," "you," "your”). Use formal analytical tone suitable for academic or professional publication.
Produce the output in three sections:
Proposal A — Structural Findings
Proposal B — Structural Findings
Comparative Summary — A brief, neutral summary identifying where the classifications, failure modes, or conclusions differ, without evaluative language.
In addition to the above requirements, each proposal’s evaluation must follow this exact internal structure and labeling:
Framework Evaluation Results — Structural Analysis
Structural Failure Mode Assessment
New-Clock Collapse — Yes/No.
One sentence of justification.
Prospective Laundering — Yes/No.
One sentence of justification.
Cooling-Off Laundering — Yes/No.
One sentence of justification.
Unit-of-Measure Collapse — Yes/No.
One sentence of justification.
Appointment ≠ Election Laundering — Yes/No.
One sentence of justification.
Administrative Coherence Failure — Yes/No.
One sentence of justification.
Finding: Clean / Structurally compromised / Not structurally valid.
The Comparative Summary must:
Identify differences in which failure modes were triggered,
Identify differences in the overall Finding, and
Avoid evaluative or comparative judgment (e.g., no "stronger," "weaker," "better," "worse," "superior," "inferior").
[Paste the term-limit law, proposal, or description A to evaluate here.]
[Paste the term-limit law, proposal, or description B to evaluate here. Then submit the prompt.]
This wrapper preserves neutrality while enabling side-by-side demonstration of how structurally distinct designs classify under the Framework.
Last updated — February 2026