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M2M PROMPT — CODEX CAPUT SYSTEM MAPPING REQUEST

Version: 1.0.0-CAPUT-MAP-CODEX-REQUEST

Status: ACTIVE / ANALYTIC EXTRACTION REQUEST

Scope: Full CAPUT registry mapping with summaries and cross-references

Authority: USER REQUEST / AEGIS CAPUT WORKFLOW

Target: CODEX

Mutation Policy: NON-MUTATING ANALYSIS ONLY

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OBJECTIVE

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Produce a structured mapping of all CAPUT artifacts currently

available in the Ars Brevis CAPUT series.

The goal is NOT to rewrite CAPUTs.

The goal is to:

    • inventory all CAPUTs

    • summarize each CAPUT

    • identify internal thematic dependencies

    • identify cross-references between CAPUTs

    • expose progression of concepts across the series

    • help stabilize future CARCER writing without needing

      to reparse the source books

This is a MAP / INDEX / CROSS-REFERENCE task.

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PRIMARY TASK

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For every CAPUT currently available in the Ars Brevis series

(B through O, or whatever subset is actually present in the

working corpus), produce a mapping artifact containing:

    1\. CAPUT identifier

    2\. title

    3\. scope

    4\. one-paragraph summary

    5\. structured function inside the Ars Brevis sequence

    6\. major concepts introduced

    7\. concepts inherited from prior CAPUTs

    8\. concepts exported to later CAPUTs

    9\. explicit cross-references to other CAPUTs

    10\. implicit conceptual dependencies

    11\. risk notes for interpretation

    12\. notes useful for future CARCER extraction

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IMPORTANT OPERATING CONSTRAINTS

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1\. DO NOT rewrite CAPUT doctrine.

2\. DO NOT normalize away Rosetta-style constructions.

3\. DO NOT treat “risky” operator language as an error merely

   because it sounds proto-computational.

4\. CAPUT is NOT deployment doctrine.

5\. CAPUT is a Rosetta layer for translating Ars Brevis to LLMs

   without reductionism.

6\. Therefore, preserve the difference between:

    • source-faithful scholastic material

    • Rosetta interpretative bridges

    • operator-facing explanatory language

7\. Internal references to other classes inside CAPUTs must be

   treated as suspicious legacy residue, not as authoritative

   CAPUT law.

8\. When these appear, flag them explicitly as:

    LEGACY CROSS-CLASS LEAKAGE

    or

    NON-CANONICAL INTERNAL CLASS REFERENCE

9\. Do NOT infer that CAPUT must be executable.

10\. Do NOT evaluate CAPUT as if it were CARCER, TENET, AREPO,

    OPERA, or runtime law.

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CONTEXTUAL CLARIFICATIONS

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A. From CAPUT E forward there is still no CARCER equivalent.

   Therefore, some Rosetta-rich formulations are present by

   design and should NOT be erased.

B. Risk mitigation should be thought primarily at:

    

    • header

    • first section

    • last section

   and NOT by deleting expressive Rosetta constructions in the

   interior of the CAPUT.

C. AGU (Ars Generalis Ultima) has already been used as the

   authoritative expansion source where Ars Brevis is compact.

   You do NOT need to re-litigate chapter grounding where that

   grounding was already intentionally resolved upstream.

D. CAPUT exists precisely because raw PDF transcription is not

   sufficient for the intended LLM-facing Rosetta function.

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REQUESTED OUTPUT FORMAT

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Produce ONE structured artifact in markdown with the following

top-level sections:

    I. GLOBAL SERIES OVERVIEW

    II. CAPUT-BY-CAPUT MAP

    III. CROSS-REFERENCE MATRIX

    IV. DEPENDENCY CHAINS

    V. INTERPRETATION RISK REGISTER

    VI. CARCER-HANDOFF NOTES

    VII. OPEN GAPS / AMBIGUITIES

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SECTION SPECIFICATION

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I. GLOBAL SERIES OVERVIEW

Give:

    • the overall sequence of CAPUTs present

    • the broad progression of the series

    • major phase shifts in the series

Expected examples of phase shifts:

    • figures

    • definitions

    • rules

    • table

    • evacuation

    • multiplication

    • mixture

    • subjects

    • application/forms

    • questions/disambiguation

    • training

    • teaching

Do not force these labels if the actual corpus suggests a

better division, but preserve sequence fidelity.

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II. CAPUT-BY-CAPUT MAP

For each CAPUT, use this exact template:

\#\#\# CAPUT \[LETTER\] — \[TITLE\]

\*\*Header role\*\*

\- what this CAPUT claims to do in the series

\*\*Core summary\*\*

\- concise paragraph

\*\*Primary function\*\*

\- what this CAPUT contributes structurally

\*\*Imports from prior CAPUTs\*\*

\- inherited concepts, structures, or assumptions

\*\*Exports to later CAPUTs\*\*

\- concepts later reused, expanded, or operationalized

\*\*Explicit cross-references\*\*

\- only if genuinely present or clearly declared

\*\*Implicit dependencies\*\*

\- concepts not named as references but clearly required

\*\*Rosetta-specific features\*\*

\- places where the artifact intentionally thickens Ars Brevis

  for interpretability

\*\*Interpretation risks\*\*

\- only real risks

\- distinguish:

    \- acceptable Rosetta density

    \- legacy leakage

    \- ambiguous compression

    \- possible over-formalization

    \- possible under-signaled transition

\*\*CARCER relevance\*\*

\- what a future CARCER writer would likely need from this CAPUT

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III. CROSS-REFERENCE MATRIX

Create a matrix or equivalent mapping showing, for each CAPUT:

    • upstream dependencies

    • downstream dependencies

    • lateral conceptual echoes

Use concise labels, but keep them interpretable.

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IV. DEPENDENCY CHAINS

Identify chains such as:

    Figures → Definitions → Rules

    Figures → Tabula → Evacuatio → Multiplicatio

    Mixtura → Subjects → Application

    Application → Questions → Training → Teaching

Again: do not force these exact chains if the corpus suggests

refinements. But do expose the major doctrinal flow.

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V. INTERPRETATION RISK REGISTER

Create a dedicated register with entries like:

    Risk ID

    CAPUT

    Type

    Severity

    Description

    Why it is or is not actually blocking

    Suggested mitigation strategy

Risk types may include:

    • cross-class leakage

    • implicit executable reading

    • insufficiently signaled Rosetta expansion

    • unmarked AGU thickening

    • terminology drift

    • deployment/runtime misread

    • over-alignment to modern formalism

Important:

Do NOT flag as “risk” merely because the artifact sounds

computational. That is expected in Rosetta CAPUT.

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VI. CARCER-HANDOFF NOTES

For each CAPUT, briefly state:

    • whether it looks CARCER-ready as source material

    • whether header/entry/closure clarification would help

    • whether interior content should remain intact

    • whether the CAPUT appears to preserve enough structure

      for CARCER derivation without reparsing source texts

This section is important.

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VII. OPEN GAPS / AMBIGUITIES

List any genuine unresolved issues, such as:

    • missing CAPUT in the available set

    • unstable titles

    • inconsistent scope statements

    • unclear relation between two neighboring CAPUTs

    • possible duplication of function

    • unresolved bilingual inconsistency

Do not invent gaps. Only report what is actually present.

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STYLE AND METHOD

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1\. Be explicit.

2\. Be compact but not skeletal.

3\. Prefer structural language over rhetorical flourish.

4\. Distinguish clearly between:

    • explicit textual relation

    • inferred structural dependency

    • editorial observation

5\. When unsure, mark:

    

    INFERENCE

    rather than overstating certainty.

6\. Treat CAPUT as a knowledge-translation layer, not as runtime

   executable doctrine.

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NON-GOALS

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Do NOT:

    • rewrite CAPUTs

    • patch CAPUTs

    • produce CARCER

    • validate chapter grounding against the original books

      unless a contradiction is obvious inside the CAPUT corpus

    • erase Rosetta operator language

    • normalize away the bilingual project

    • collapse CAPUT into strict philological transcription

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DELIVERABLE

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Return a markdown artifact titled:

    CAPUT SERIES MAP — ARS BREVIS / AEGIS CAPUT

and ensure it is suitable for:

    • editorial review

    • later CARCER planning

    • cross-chat continuity

    • anti-drift reference

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END M2M PROMPT

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