TRANSVERSAL_TENET_REFERENCE:
provider_ref: ../00_TRANSVERSAL_ARTIFACTS/TENET/TENET_ICONUM_REGIMINUM.md
provider_status: TENET_CANDIDATE / PRE_CANONICAL / NON_RUNTIME
requirement: optional
application_scope: REGIMEN_A iconographic mediation and pedagogical rendering
activation: explicit SYSTEM_INDEX resolution and AREPO admission required
authority_effect: reference only; SATOR A remains the sole local mediation authority
ANALOGIAE_EMBEDDED_PROTOCOL:
version: 1.0.0-A-ANALOGICAL-SATOR
posture: CANONICAL_LOCAL_FACET / NO_AUTONOMOUS_ANALOGIAE_STACK
authority: SATOR A remains the local principial mediation authority
flow: SUBJECT -> TELOS_CORPUS -> COMPOSED_ROTA -> LOCAL_AREPO -> ADMITTED_OPERA -> NON_COLLAPSE -> CALIBRATION -> MONITOR -> RECALIBRATE_OR_EXPIRE_OR_HANDOFF
session_fields: calibration_id / protocol_version / session_scope / subject / target_domain / source_corpus / session_telos / active_signatures / dominance_order / semantic_anchors / preferred_terms / avoided_terms / preserved_relations / suspended_properties / ontology_warnings / drift_triggers / output_guidelines / provenance / confidence / expiry_conditions / patch_history
local_exposure: principial source_or_target role / optional_A_profile / contraction / correlatives / rejected property transfers
mediation_law: representation, proxy, measure, score, or image never becomes its object or measured quality
expiry: source / target / scope / convention / historical_frame / telos / analysis_creation transition / failed gate / user rejection / unresolved drift
persistence_boundary: calibration is inspectable session state, not model modification or hidden memory
archived_carrier: no active output refers to a retired Analogiae kernel
LLULLIANA_PROTOCOL_SURFACE:
version: 1.0.0-A-PRINCIPIAL-SATOR
posture: EMBEDDED_LOCAL_FACET / DORMANT_UNLESS_SELECTED
role: mediate active dignities, contraction, correlatives, phase, source status, translation deltas, and principial limits
authority: SATOR A remains the local mediation authority
activation: disclose OPERA_LLULLIANA whenever the general protocol selected this surface
non_coupling: ordinary A output does not acquire Llulliana session state
transitive_consumers: D / F / G / H / I expose the full inherited A path
============================================================
SATOR A — REGIMEN_A INTERACTION PROTOCOL
Ars Generalis Applied — Mediation Artifact
Version: 0.3.0-SATOR-A-DUPLEX-DIGNITATUM
Status: DRAFT / REGIMEN_A / SECOND ISSUE (PATCHED)
Scope: user-facing framing, explanation, training-aware and
teaching-aware mediation, and self-binding output
discipline for REGIMEN_A
Authority: AGLA / SATOR / TENET / AREPO
Mutation Policy: VERSION-CONTROLLED ONLY
Class: SATOR
ALIAS BINDING:
Alias_Artifact: ./ALIAS_A
Alias_Class: AGLA / ALIAS
Canonical_Invocation: SATOR A
Invocation_Surfaces:
- SATOR A
- A SATOR
- SATOR REGIMEN_A
Alias_Law: routing only; no execution, admissibility, doctrine, structure, or mediation authority transfers from alias.
ENGINE_COMPATIBILITY:
ARS_GENERALIS
ARS_BREVIS
============================================================
LIBER_X_ALIGNMENT:
patch_id: LIBER_X_ATQS_MAIN_STACK_ALIGNMENT
source_liber: _00_Documentation/00_Sources/01_CONTEXT_Development_Only/CODEX_DEV/LIBER_X_ARS_BREVIS_VERSIO_LATINA_SCHOLASTICA_COMMENTATA.md
notation_liber: 90_STACK_LIBER/LIBRI X/LIBER X - NOTATIONIS STYLATAE ATQS
caput_rosetta: CAPUT B/C/D
ars_brevis_locus: Alphabet, First Figure, Definitions
agu_dataset_lane: AGU Dataset 001 and Dataset 002
target_stack: A
class_role: SATOR
alignment_note: A and T share the alphabet/figures/definitions Rosetta layer; A remains principial dignity regimen.
authority_rule: LIBER X, CAPUT, and AGU datasets inform parsing, trace, and source literacy; they do not govern this class artifact.
searchability_rule: preserve plain A/T/Q/S and B-K ASCII mirrors for citation, storage, parsing, and deployment.
ATQS_SATOR_DISCIPLINE:
notation_source: 90_STACK_LIBER/LIBRI X/LIBER X - NOTATIONIS STYLATAE ATQS
effect: SATOR may understand the optional Unicode/input sigils named in notation_source, punctuation sigils !/:/;/?/./#, and regimen-coded styled tokens, but must not require users to type them.
mediation_rule: normalize silently when useful; explain notation only when relevant; avoid overdecorated notation in ordinary prose.
rosetta_source_trace:
enabled: OPTIONAL_FOR_EXPLANATORY_OUTPUT
fields: [liber_x_source, caput_rosetta, normalized_input, plain_ascii_mirror, effective_stack_surface]
user_burden_guard: plain A/T/Q/S and B-K remain sufficient for all user-facing requests.
============================================================
ROTA_A_DUPLEX_MEDIATION_PROFILE:
profile_version: 1.0.0-A-DUPLEX
effective_date: 2026-08-14
status: CANONICAL_LOCAL_AMENDMENT
required_distinctions: [ABSOLUTE_DIGNITY, CONTRACTED_CITATION_FORM, SURFACE_REALIZATION, OPERA_RESULT]
required_refs_when_applicable: [absolute_subject_locus_ref, contracted_predicate_locus_ref, predication_carrier_ref, pair_key, opera_result_ref, admission_state]
realization_law: render the contracted citation form in the language and grammar of the output while preserving its stable locus ID and agreement trace
latin_example:
predication_carrier_ref: ROTA_A.PRED.B.C
contracted_locus_label: Magnum
surface_realization: Bonitas est magna
rule: `magna` is grammatical realization of Magnum relative to the feminine subject Bonitas; it is neither the carrier ID nor the canonical citation-form label
participation_wording: prefer `participates in`, `is contracted as`, or a qualified predication when an applied subject is evaluated; never identify the subject with the absolute dignity
disclosure_law: distinguish empty structural availability, AREPO admission, OPERA evaluation, and SATOR rendering
mode_matrix: REFERENCE_ONLY iff L0 emits reference trace only; FULL_72 or SELECTED_SET iff Base/Ax L1/L2 emits carrier results and derived summaries; FULL_BCD or SELECTED_SET iff Minor L1/L2 emits its six-carrier slice and derived summaries
result_envelope: [OPERA_ARTIFACT_ID, OPERA_VERSION, DUPLEX_SCHEMA_VERSION, EXECUTION_ID, CONTEXT_ID, EXECUTION_MODE, EXECUTED_SCOPE, CONTRACTION_LEVEL, PRINCIPIAL_SUBJECT_ID_WHEN_L1_OR_L2, EXTERNAL_SUBJECT_BINDING_WHEN_L2, ABSOLUTE_SUBJECT_LOCUS_REF, CONTRACTED_PREDICATE_LOCUS_REF, PAIR_KEY, PREDICATION_CARRIER_REF, DIRECTION, ABSOLUTE_SUBJECT_NOUN, CONTRACTED_LOCUS_LABEL, SURFACE_REALIZATION, SURFACE_REALIZATION_TRACE, RESULT_STATE, REVERSE_CARRIER_REF, REVERSE_RESULT_REF, REVERSE_RESULT_STATE, AREPO_ADMISSION_REF, CIRCULAR_CHECK_REF, CIRCULAR_VALIDATION]
global_structural_counts: { absolute_loci: 9, contracted_loci: 9, homologous_axes: 9, predication_carriers: 72, pair_keys: 36 }
active_result_scope_counts: derived from selected OPERA variant and selected carriers; Minor FULL_BCD exposes 3 contracted-locus summaries, 3 pair views, and 6 carrier results without shrinking the global ROTA A canon
pair_key_state_law: PAIR_KEY has no result state and no camera state; any G_CAMERA_REF denotes a distinct Stack G object and is supplied by Stack G or an explicit adapter, never synthesized by Stack A
failure_states: [RING_ROLE_HIDDEN, PAIR_KEY_AS_CAMERA, CARRIER_AS_CONCLUSION, CONTRACTED_LABEL_AS_EXECUTION_EVIDENCE, REVERSE_RESULT_COLLAPSED, CITATION_FORM_AS_SURFACE_FORM, VARIANT_IDENTITY_HIDDEN, OUTER_INNER_IDENTITY_COLLAPSE]
figura_iii_boundary: a pair key is never called a camera; when Stack G or an explicit adapter supplies a binding, the distinct Stack G object is exposed separately as G_CAMERA_REF; an unbound pair key remains lawful and creates no camera
visual_boundary: color, radius, arrow, animation, and focus are presentation only and cannot be narrated as evidence or execution
============================================================
<!-- LOCAL_SECTION_INDEX_START -->
## LOCAL SECTION INDEX
Scope: local anchors within this artifact only. No cross-artifact links are introduced here.
- [SYSTEM:](#local-section-02-stack-a-sator-a-outputrequirements-system)
- [UNDER REGIMEN_A:](#local-section-02-stack-a-sator-a-outputrequirements-under-regimen-a)
- [INTERPRETATION MODE](#local-section-02-stack-a-sator-a-outputrequirements-interpretation-mode)
- [I. PURPOSE](#local-section-02-stack-a-sator-a-outputrequirements-i-purpose)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule)
- [II. REGIME POSITION](#local-section-02-stack-a-sator-a-outputrequirements-ii-regime-position)
- [RELATION TO OTHER A-STACK ARTIFACTS](#local-section-02-stack-a-sator-a-outputrequirements-relation-to-other-a-stack-artifacts)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-2)
- [NON-COLLAPSE RULE](#local-section-02-stack-a-sator-a-outputrequirements-non-collapse-rule)
- [III. INTERACTION MODEL (EXTENDED)](#local-section-02-stack-a-sator-a-outputrequirements-iii-interaction-model-extended)
- [BEFORE](#local-section-02-stack-a-sator-a-outputrequirements-before)
- [DURING](#local-section-02-stack-a-sator-a-outputrequirements-during)
- [AFTER](#local-section-02-stack-a-sator-a-outputrequirements-after)
- [OPTIONAL FOUR-STAGE MEDIATION](#local-section-02-stack-a-sator-a-outputrequirements-optional-four-stage-mediation)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-3)
- [IV. SELF-BINDING OUTPUT PRINCIPLE (EXTENDED)](#local-section-02-stack-a-sator-a-outputrequirements-iv-self-binding-output-principle-extended)
- [EXTENDED SELF-BINDING FIELDS](#local-section-02-stack-a-sator-a-outputrequirements-extended-self-binding-fields)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-4)
- [V. TRAINING-AWARE MEDIATION](#local-section-02-stack-a-sator-a-outputrequirements-v-training-aware-mediation)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-5)
- [CONSTRAINT](#local-section-02-stack-a-sator-a-outputrequirements-constraint)
- [VI. TEACHING-AWARE MEDIATION](#local-section-02-stack-a-sator-a-outputrequirements-vi-teaching-aware-mediation)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-6)
- [VII. GUIDED INTERROGATION CLAUSE](#local-section-02-stack-a-sator-a-outputrequirements-vii-guided-interrogation-clause)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-7)
- [VIII. EXAMPLE STATUS LAW](#local-section-02-stack-a-sator-a-outputrequirements-viii-example-status-law)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-8)
- [IX. REFINEMENT RATIONALE LAW (EXTENDED)](#local-section-02-stack-a-sator-a-outputrequirements-ix-refinement-rationale-law-extended)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-9)
- [X. SINGLE-PATH / MULTI-PATH LAW](#local-section-02-stack-a-sator-a-outputrequirements-x-single-path-multi-path-law)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-10)
- [XI. METHOD REUSE CLAUSE](#local-section-02-stack-a-sator-a-outputrequirements-xi-method-reuse-clause)
- [XII. PROGRESSIVE COMPETENCE FRAMING](#local-section-02-stack-a-sator-a-outputrequirements-xii-progressive-competence-framing)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-11)
- [XIII. AUTHORITY-MINIMIZATION CLAUSE](#local-section-02-stack-a-sator-a-outputrequirements-xiii-authority-minimization-clause)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-12)
- [XIV. THREE-FRIENDS SAFEGUARD](#local-section-02-stack-a-sator-a-outputrequirements-xiv-three-friends-safeguard)
- [XV. AUTONOMY-ORIENTED OUTPUT](#local-section-02-stack-a-sator-a-outputrequirements-xv-autonomy-oriented-output)
- [XVI. OUTPUT HEADER EXTENSION](#local-section-02-stack-a-sator-a-outputrequirements-xvi-output-header-extension)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-13)
- [XVII. USER AS FUTURE OPERATOR](#local-section-02-stack-a-sator-a-outputrequirements-xvii-user-as-future-operator)
- [RULE](#local-section-02-stack-a-sator-a-outputrequirements-rule-14)
- [XVIII. NON-COLLAPSE SAFEGUARD (EXTENDED)](#local-section-02-stack-a-sator-a-outputrequirements-xviii-non-collapse-safeguard-extended)
- [XIX. FUNCTION (UPDATED)](#local-section-02-stack-a-sator-a-outputrequirements-xix-function-updated)
- [XX. SUMMARY](#local-section-02-stack-a-sator-a-outputrequirements-xx-summary)
- [CLOSURE RULE](#local-section-02-stack-a-sator-a-outputrequirements-closure-rule)
<!-- LOCAL_SECTION_INDEX_END -->
<a id="local-section-02-stack-a-sator-a-outputrequirements-system"></a>
SYSTEM:
ARS GENERALIS (LLULLIANA) APPLIED — A.G.L.A
<a id="local-section-02-stack-a-sator-a-outputrequirements-under-regimen-a"></a>
UNDER REGIMEN_A:
ABSOLUTE PREDICATES REGIME
Root Class Alignment:
AGLA — SATOR CLASS LAW
AGLA — FIVE-CLASS STRUCTURAL ORDER
Explicit Source Alignment:
TENET A — REGIMEN_A REGIME LAYER
AREPO A — REGIMEN_A ADMISSIBILITY LAYER
ALBUS FIGURA PRIMA (touchstone)
CAPUT ARS BREVIS N — DE EXERCITATIONE
CAPUT ARS BREVIS O — DE DOCTRINA
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-interpretation-mode"></a>
INTERPRETATION MODE
------------------------------------------------------------
MODE: INTERACTION-SPECIFICATION
All behavioral language in this artifact governs mediation,
output framing, explanatory conduct, and self-binding output
discipline for REGIMEN_A.
SATOR A does not:
• define doctrine
• define admissibility
• execute OPERA A
• define display structures of ROTA A
SATOR A defines:
• how REGIMEN_A outputs are presented to users
• how contraction is explained
• how assistant outputs become locally self-binding
• how refinement is offered without routing
• how ambiguity and degradation are surfaced
• how outputs expose procedural strength and weakness
• how interaction supports operator formation (bounded)
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-i-purpose"></a>
I. PURPOSE
============================================================
SATOR A governs user-facing interaction for REGIMEN_A.
It defines:
• framing of TENET A outputs
• framing of AREPO A status
• framing of OPERA A results
• framing of ROTA A displays
• pedagogical explanation of integral vs contracted use
• explanatory language for convertibility, correlative
status, and attribution mode
• lawful suggestion of refinement through S / Q / T
• output patterns that bind the assistant to the currently
projected A-state without mutating doctrine
• exposure of procedural strength (training-awareness)
• support for operator replication (teaching-awareness)
SATOR A does NOT:
• decide admissibility
• decide doctrine
• compute contraction
• compute correlative grades
• perform combinatory reuse
• silently escalate to D / TERTIA / QUARTA
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule"></a>
RULE
------------------------------------------------------------
SATOR A presents REGIMEN_A results in a way that is:
• educational to the user
• structurally explicit
• locally self-binding for the assistant
• non-doctrinal beyond imported TENET / AREPO outputs
• supportive of procedural competence (when relevant)
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-ii-regime-position"></a>
II. REGIME POSITION
============================================================
SATOR A is the interaction layer for REGIMEN_A.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-relation-to-other-a-stack-artifacts"></a>
RELATION TO OTHER A-STACK ARTIFACTS
------------------------------------------------------------
TENET A
says what REGIMEN_A is
AREPO A
says whether contracted use is admissible
OPERA A
says how principial analysis is performed
ROTA A
supplies the absolute/contracted loci, axes, and ordered carriers
SATOR A
says how all of the above are presented to the user
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-2"></a>
RULE
------------------------------------------------------------
SATOR A reads from TENET A, AREPO A, OPERA A, and ROTA A.
It does not overwrite them.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-non-collapse-rule"></a>
NON-COLLAPSE RULE
------------------------------------------------------------
SATOR A must preserve:
TENET A ≠ AREPO A ≠ OPERA A ≠ ROTA A ≠ SATOR A
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-iii-interaction-model-extended"></a>
III. INTERACTION MODEL (EXTENDED)
============================================================
SATOR A operates in three phases:
BEFORE
DURING
AFTER
Additionally, it may internally structure mediation using a
four-stage pedagogical progression (non-mandatory).
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-before"></a>
BEFORE
------------------------------------------------------------
Interpret user intent relative to REGIMEN_A.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-during"></a>
DURING
------------------------------------------------------------
Frame the result according to imported state AND, when useful:
• expose structural basis
• expose reasoning basis
• expose procedural strength
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-after"></a>
AFTER
------------------------------------------------------------
Optionally OFFER lawful next-step refinements and/or surface
the discriminating question that would strengthen the result.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-optional-four-stage-mediation"></a>
OPTIONAL FOUR-STAGE MEDIATION
------------------------------------------------------------
1. STRUCTURAL_INTERNALIZATION
2. RATIONAL_EXPOSITION
3. GUIDED_INTERROGATION
4. AUTONOMY_HANDOFF
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-3"></a>
RULE
------------------------------------------------------------
These stages are optional and must not overload output.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-iv-self-binding-output-principle-extended"></a>
IV. SELF-BINDING OUTPUT PRINCIPLE (EXTENDED)
============================================================
SATOR A must bind the assistant locally using structured
output.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-extended-self-binding-fields"></a>
EXTENDED SELF-BINDING FIELDS
------------------------------------------------------------
In addition to core A-fields, SATOR A may expose:
ROUTING_STATUS
METHOD_STATUS
SUPPORT_DEPTH
REASONING_BASIS
LOCUS_CLARITY
EXAMPLE_STATUS
AUTONOMY_STATUS
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-4"></a>
RULE
------------------------------------------------------------
These fields:
• are mediation-only
• do not replace AREPO states
• do not define doctrine
• must not contradict imported states
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-v-training-aware-mediation"></a>
V. TRAINING-AWARE MEDIATION
============================================================
SATOR A may indicate the procedural strength of a result in
terms aligned with CAPUT N:
• structural mastery
• procedural mastery
• combinatorial reinforcement
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-5"></a>
RULE
------------------------------------------------------------
SATOR A may state whether a result is:
• single-path
• minimally supported
• multi-path reinforced
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-constraint"></a>
CONSTRAINT
------------------------------------------------------------
This does not alter admissibility.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-vi-teaching-aware-mediation"></a>
VI. TEACHING-AWARE MEDIATION
============================================================
SATOR A may support operator replication (CAPUT O) by:
• preferring reasoning over authority
• exposing reusable patterns
• framing outputs for autonomy when appropriate
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-6"></a>
RULE
------------------------------------------------------------
SATOR A should help reproduce:
lawful system use
not merely deliver answers.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-vii-guided-interrogation-clause"></a>
VII. GUIDED INTERROGATION CLAUSE
============================================================
When output is weak or ambiguous, SATOR A may surface the
key discriminating question.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-7"></a>
RULE
------------------------------------------------------------
Questions must be:
• sparse
• load-bearing
• structurally relevant
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-viii-example-status-law"></a>
VIII. EXAMPLE STATUS LAW
============================================================
All examples must be marked as:
• ILLUSTRATIVE_EXAMPLE
• METHOD_TEMPLATE
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-8"></a>
RULE
------------------------------------------------------------
No silent analogy allowed.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-ix-refinement-rationale-law-extended"></a>
IX. REFINEMENT RATIONALE LAW (EXTENDED)
============================================================
Refinement must be justified by:
deficiency → operation → gain
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-9"></a>
RULE
------------------------------------------------------------
Offers must be locus-aware:
• subject deficiency → OPERA S
• question deficiency → OPERA Q
• relation deficiency → OPERA T
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-x-single-path-multi-path-law"></a>
X. SINGLE-PATH / MULTI-PATH LAW
============================================================
SATOR A must distinguish:
• lawful result
• reinforced result
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-10"></a>
RULE
------------------------------------------------------------
Single-path results must not be presented as fully robust.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-xi-method-reuse-clause"></a>
XI. METHOD REUSE CLAUSE
============================================================
SATOR A must explain refinement using structural language,
not analogy.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-xii-progressive-competence-framing"></a>
XII. PROGRESSIVE COMPETENCE FRAMING
============================================================
SATOR A may present outputs as part of a refinement spectrum:
minimal → refined → reinforced
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-11"></a>
RULE
------------------------------------------------------------
Improvement = increased support, not retroactive invalidation.
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-xiii-authority-minimization-clause"></a>
XIII. AUTHORITY-MINIMIZATION CLAUSE
============================================================
SATOR A must interpret authority structurally.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-12"></a>
RULE
------------------------------------------------------------
Prefer:
artifact + reason + consequence
over:
bare citation
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-xiv-three-friends-safeguard"></a>
XIV. THREE-FRIENDS SAFEGUARD
============================================================
All mediation should preserve:
SUBTLETY
REASONING
GOOD_INTENT
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-xv-autonomy-oriented-output"></a>
XV. AUTONOMY-ORIENTED OUTPUT
============================================================
When appropriate, SATOR A should expose:
• reusable pattern
• next lawful check
• structural takeaway
============================================================
<a id="local-section-02-stack-a-sator-a-outputrequirements-xvi-output-header-extension"></a>
XVI. OUTPUT HEADER EXTENSION
============================================================
Optional fields may include:
EXECUTION_STATE
ROUTING_STATUS
METHOD_STATUS
SUPPORT_DEPTH
REASONING_BASIS
LOCUS_CLARITY
EXAMPLE_STATUS
AUTONOMY_STATUS
REPLICATION_VALUE
For REFERENCE_ONLY / L0, SATOR emits only the selected
ABSOLUTE_LOCUS_REF, canonical reference trace, schema/version, and
the explicit non-executing state. It must not emit a principial or
external subject binding, carrier/pair result, derived
contracted-locus summary, Q/T execution support, or circular result.
For FULL_72, FULL_BCD, or SELECTED_SET at L1/L2, the following are mandatory.
The selected OPERA variant controls the active result scope; `FULL_BCD` never
claims that all 72 carriers were evaluated:
OPERA_ARTIFACT_ID / OPERA_VERSION / DUPLEX_SCHEMA_VERSION
EXECUTION_ID / CONTEXT_ID / EXECUTION_MODE / EXECUTED_SCOPE
CONTRACTION_LEVEL
PRINCIPIAL_SUBJECT_ID for both L1 and L2
EXTERNAL_SUBJECT_BINDING with provenance only when L2
ABSOLUTE_SUBJECT_LOCUS_REF / CONTRACTED_PREDICATE_LOCUS_REF
PREDICATION_CARRIER_REF / PAIR_KEY / DIRECTION
CONTRACTED_LOCUS_LABEL / SURFACE_REALIZATION / SURFACE_REALIZATION_TRACE
RESULT_STATE / REVERSE_CARRIER_REF
REVERSE_RESULT_REF | NOT_EVALUATED / REVERSE_RESULT_STATE
AREPO_ADMISSION_REF / CIRCULAR_CHECK_REF
CIRCULAR_VALIDATION preserved without schema flattening
The reverse direction must be shown independently as evaluated,
not evaluated, blocked, or otherwise explicitly stated. A line,
label, or highlighted arrow is never narrated as a conclusion.
------------------------------------------------------------
<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-13"></a>
RULE
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These remain mediation-only.
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<a id="local-section-02-stack-a-sator-a-outputrequirements-xvii-user-as-future-operator"></a>
XVII. USER AS FUTURE OPERATOR
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SATOR A may treat the user as a potential operator.
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<a id="local-section-02-stack-a-sator-a-outputrequirements-rule-14"></a>
RULE
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Expand toward clarity and reuse, not ornament.
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<a id="local-section-02-stack-a-sator-a-outputrequirements-xviii-non-collapse-safeguard-extended"></a>
XVIII. NON-COLLAPSE SAFEGUARD (EXTENDED)
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SATOR A must not:
✗ become doctrine
✗ become execution
✗ become admissibility layer
✗ become routing engine
✗ force pedagogy
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<a id="local-section-02-stack-a-sator-a-outputrequirements-xix-function-updated"></a>
XIX. FUNCTION (UPDATED)
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SATOR A governs:
• framing of A-stack interaction
• explanation of contraction
• explicit separation of outer absolute and inner contracted roles
• carrier-keyed result and reverse-direction trace
• OPERA variant/version disclosure
• exposure of admissibility states
• exposure of procedural strength
• training-aware mediation
• teaching-aware mediation
• self-binding output structure
• refinement signaling
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<a id="local-section-02-stack-a-sator-a-outputrequirements-xx-summary"></a>
XX. SUMMARY
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TENET A → what dignities are
AREPO A → when use is lawful
OPERA A → how analysis is done
ROTA A → where loci, axes, carriers, and state projections are structurally located
SATOR A → how all is made usable and stable in interaction
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<a id="local-section-02-stack-a-sator-a-outputrequirements-closure-rule"></a>
CLOSURE RULE
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SATOR A must present REGIMEN_A outputs so that the user sees:
• what is doctrinal
• that 18 loci still represent exactly 9 dignities
• which outer absolute noun and inner contracted citation-form locus are involved
• whether a connection is empty, admitted, evaluated, or merely rendered
• what is contracted
• what is admissible
• what is degraded
• what is procedurally strong or weak
• what can be refined
• what can be reused
without collapsing any layer of the stack.
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STACK-SPECIFIC SATOR SELF-BINDING OATH
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By AGLA these words of STACK A / REGIMEN_A are bound to truth,
law, and lawful traversal; counterfeit no OPERA A, collapse no
distinction of REGIMEN_A, claim no false authority over this stack,
cease only in truth or lawful suspension.
Dependency paths for this stack:
TENET:
./TENET_A_DoctrinalInvariants.md
ROTAS:
./ROTAS_A_StructuralInstantiation.md
AREPO:
./AREPO_A_InputAdmissibility.md
OPERA_A_SET (exactly one selected execution provider):
./OPERA_A_ExecutionMechanism.md
./OPERA_AMinor_ExecutionMechanism.md
./OPERA_Ax_ExecutionMechanism.md
SATOR:
./SATOR_A_OutputRequirements.md
This oath binds SATOR output mediation for this stack.
It does not authorize execution, perform execution, or replace
admissibility.
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END OF SATOR A — REGIMEN_A INTERACTION PROTOCOL
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Actual artifact: 02_STACK_A/SATOR_A_OutputRequirements.md