How to Use the Framework

This page explains how to apply the Rotation Research Framework for Evaluating Eligibility, Tenure, and Rotation Design to real-world texts, proposals, and designs. The purpose is to enable disciplined, repeatable evaluation using Architectural Classification, followed by application of the Structural Analysis and Normative Analysis modules, and concluding with synthesized analytical judgment.

The Framework is designed to be applied to texts (e.g., constitutional amendments, statutes, ballot measures, bylaws, proposals, formal descriptions of designs, or clearly framed questions about how a system operates).

Applicable Materials

The Framework may be applied to any material that describes how eligibility, limits, aggregation, or transitions are structured, including:

  • Constitutional or charter amendments (including proposals)

  • Statutes, ordinances, or ballot measures (enacted or proposed)

  • Party rules, bylaws, or organizational eligibility rules governing officeholding or candidacy

  • Journalistic descriptions of a design

  • A personally written description of a proposed system

The only requirement is that the material contain enough detail to evaluate the structural features of the design.

Concise Summary

Paste the text to be analyzed → paste the test prompt → submit the prompt → synthesize the results into an integrated judgment.

The final synthesis step is essential. Running prompts without synthesis does not complete application of the Framework.

Standard Use

This is the standard method for applying the Framework.

Step 1 — Complete Architectural Classification

Before applying any evaluative test, determine what the system structurally is using the Architectural Classification page. Misclassification produces faulty evaluation.
Architectural Classification

Classification includes identifying:

  • Office structure (single-office vs multi-seat body)

  • Unit of measure

  • Aggregation rules

  • Equal application over time

  • Transition type (finite transition vs enduring exempt class)

  • Administrability

Step 2 — Choose a test

Select the type of evaluation to be applied:

  • Structural Validity (Module I) determines whether a design functions coherently as an eligibility architecture.

  • Normative Adequacy (Module II) evaluates whether a structurally coherent design advances the theory of republican rotation used in this project. This presupposes prior assessment of Structural Validity.

  • The Comparative Tests evaluates two designs side-by-side while preserving independent classification of each.

A complete evaluation requires both Structural Analysis and Normative Analysis.

Step 3 — Navigate to the test section

Navigate to the page for:

Each page contains a clearly labeled, copyable test prompt.

Step 4 — Copy the material you want to evaluate

Select and copy the text to be evaluated (e.g., statute, proposal, amendment, article, or your own description).

Step 5 — Open an AI reasoning system and paste the material

Open a separate AI system (e.g., ChatGPT, Claude, Gemini, or a comparable tool) and paste the selected material into its prompt field.

Step 6 — Paste the test prompt

Copy the test prompt from the relevant Framework page and paste it immediately after the material. Then submit the prompt.

Step 7 — Synthesis (Required)

Synthesis integrates the results of both analyses into a coherent analytical judgment. This step is required.

Synthesis involves:

  • Identifying which structural features best explain the system’s behavior

  • Distinguishing design flaws from administrative behavior

  • Determining whether normative weaknesses arise from architecture or implementation

  • Producing a unified explanation of the system as a whole

Users who stop at test outputs have not completed application of the Framework.

The Worked Examples section of the site illustrates what careful synthesis looks like.

If the Structural Validity Test Is Applied

  • A yes/no assessment for each structural failure mode is provided

  • One-sentence justifications tied to textual features are provided

  • A clear overall finding (e.g., Clean, Structurally Compromised, Not Structurally Valid) is provided

These results address whether the design functions coherently as an eligibility architecture. The analysis concerns structural coherence only.

If the Normative Adequacy Test is Applied

  • Evaluations of normative risks (e.g., entrenchment risk, civic intelligibility, elite continuity) are provided

  • An overall judgment of whether the design advances republican rotation under the stated doctrine is provided

These results presuppose prior assessment of structural coherence.

If a Comparative Test is Applied

The Comparative Test is designed for side-by-side demonstration and instructional use.

Each proposal is evaluated independently under the same criteria. The comparison section identifies where classifications or outcomes diverge.

This preserves analytical discipline while making contrasts explicit.

Using the Glossary (Rotation Logic)

The Framework employs specialized vocabulary for precision.

If any term in the results is unfamiliar, the Rotation Logic (Glossary) provides definitions of:

  • Structural terms

  • Failure modes

  • Normative concepts

  • Architecture terms

Scope of the Framework

The Framework evaluates structural and institutional design features rather than:

  • Political preference

  • Partisan advantage or disadvantage

  • Public popularity

  • Electoral or campaign strategy

  • Likelihood of adoption or enactment

  • Constitutionality under existing legal doctrine

Its purpose is structural clarity and disciplined evaluation of institutional design logic.

Methodological Practice

For disciplined application:

  • Apply the Structural Validity test

  • Apply the Normative Adequacy test

  • Review results alongside the glossary definitions

  • Compare outcomes across multiple cases when appropriate

Over time, this develops familiarity with how different architectures behave and why superficially similar designs often produce materially different systemic outcomes.

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Last updated — February 2026