VLM-wiki reconciliation

Type: agentic-system-analyses/types/agentic-system-reconciliation-report.md

Reconciliation

This reconciliation uses the five supplied members at the frozen boundary. No analyst answers or refusal were supplied. It makes no correction-round disposition and adds no source inspection. Evidence below is supplied by the cited records under SRC-1 in the Source register.

Duplicate and overlapping referents

Amendment: EPI-RTE-image-metadata is superseded by MEM-RTE-metadata-extraction. Both declare the same independent scripts/image_analyzer.py invocation: immediate-directory images and the optional example frame directory to PIL/file properties, error entries and raw/analysis_results.json. Their retained property/stat passages, selection, overwrite behavior and separate wired implementation/uninspected operation statuses agree. The epistemic measurement-domain assessment remains in its report; this identity does not convert measurement into semantic evaluation. Affected references are the epistemic inventory, authority ledger, bounded conclusion and the memory preparation/read-back account. Neither declaration is the remote model route RT-RTE-image-analysis, whose supporting prose mentioned this tool without declaring a separate route.

The following object overlaps do not warrant whole-record supersessions or splits. Their valid containers remain alongside separately assessed parts; different prefixes alone are not the reason for retaining them.

  • EPI-OBJ-image-reports covers direct batch/single-image response prose. MEM-OBJ-analysis-reports additionally covers checked-in reports with unresolved producing history and a different attributed model. The shared direct-driver payload has the naming/write evidence in RT-RTE-image-analysis; the checked-in attribution passage belongs to the memory object. Whole-record identity is ruled out by the extra instance families and their distinct lineage. Neither object replaces the producing route.
  • EPI-OBJ-analysis-results covers the physical metadata JSON only. MEM-OBJ-analysis-results also covers Qwen batch status JSON and explicitly distinguishes its derivation and missing reader. The shared hardcoded timestamp and property passages locate the metadata part in scripts/image_analyzer.py; they do not identify batch status with measurement. The memory container's findings remain valid with this separation, so no combined-record supersession is needed.
  • EPI-OBJ-wiki-articles spans category articles including projects and archives. MEM-OBJ-wiki-articles covers personal category articles and archives, while MEM-OBJ-project-pages distinguishes generated project pages. Their evidence separates host-requested writing in AGENTS.md and source-link templates from the Python project writer in scripts/work_project_reflection.py. Whole-record identity is ruled out: the epistemic object spans both memory objects, with different producers and admission paths. Its general truth-apt-content account does not override those distinctions.
  • EPI-OBJ-history-snapshot and EPI-OBJ-history-insights separate counts/metadata summaries from interpretations and recommendations. MEM-OBJ-history-reviews denotes their Markdown container, while MEM-OBJ-runtime-briefs includes retained insights/recommendations in JSON and also the separate work brief. The counter and interpretation passages in scripts/reflection_engine.py establish different output functions, not interchangeable objects. None has whole-record identity with the review producer RT-RTE-history-review. The valid file containers need no split supersession merely because epistemic parts have different licenses.
  • EPI-OBJ-work-review spans project articles, review prose and Markdown/JSON output within the work cycle. MEM-OBJ-project-pages, MEM-OBJ-work-review and the work portion of MEM-OBJ-runtime-briefs distinguish their storage and consumers. Whole-record identity with any one is ruled out. The producer/sender passages in RT-RTE-work-cycle supply the connection, not evidence that every payload reaches the recipient. These containers can coexist without changing their findings.

EPI-OBJ-vlm-analysis denotes the helper's raw/vlm_analysis targets, not the differently located reports above. EPI-RTE-disclaimer-rewrite denotes their rewrite operation, not RT-CLM-raw-immutability, which is a policy claim. The memory annotation on that claim describes the same helper without declaring another route or object. Its directory/glob passages support this connection; no further duplicate is declared.

The history statistics and interpretation routes are distinct computational parts of RT-RTE-history-review, not duplicates of it: EPI-RTE-history-statistics owns counters/date ordering, and EPI-RTE-history-interpretation owns branch-generated explanatory/advisory prose. EPI-RTE-work-interpretation similarly denotes a part of the work producer, not the full scan/persistence/send cycle. MEM-RTE-frame-extraction is a separate decoder/write route only discussed in runtime supporting prose. No supersession of those enclosing records follows.

No other whole-record identities are established. Memory's raw inputs, manifest, index and log denote retained material rather than supplied operations; its three qualification claims concern parser projection, navigation and an additional sender input. EPI-CLM-wiki-compounding and EPI-CLM-history-synthesis denote design/public claims, not the raw-preservation claim or the implementation routes used to assess them. Workflow declares no new records; its three annotations retain the supplied runtime identities.

Integration-issue dispositions and convergence

Parser projection. MEM-CLM-parser-projection qualifies, rather than contradicts, the simple-parser account in RT-RTE-history-review. Its branch/date passages explain why a retained article is not necessarily fully represented in counts/latest selection, and why its body is not semantically synthesized. EPI-RTE-history-statistics bounds derivation to parsed records; EPI-RTE-history-interpretation separately assesses explanatory extrapolation. These are compatible findings about different stages, not competing statuses for one guarantee.

Additional delivery input. MEM-CLM-daily-delivery adds the documented standalone historical-review sender invocation. Its English-heading passage and the sender selection passage in RT-RTE-work-cycle explain fallback to the first twenty cleaned lines. The work preview still has its recognized Chinese heading. The epistemic ledger's daily-file caveat agrees with memory. Thus the connection extends the sender's inputs without generalizing the work-cycle preview behavior to historical reviews or treating selection mismatch as observed service failure.

Navigation. MEM-CLM-index-targets records missing tracked targets and conditional project slug/link disagreement. RT-RTE-wiki-query prescribes index-led selection but does not guarantee complete discovery. Workflow's query annotation likewise distinguishes persistence from reaching a later answer. The direct history collector in RT-RTE-history-review enumerates directories, so loss of an index entry does not establish withdrawal of a surviving project page. No report requires navigation consistency that the memory finding denies.

Unknown initialization and model lineage. MEM-OBJ-analysis-reports, MEM-OBJ-wiki-articles and MEM-OBJ-wiki-index preserve unknown original authorship/admission. Runtime distinguishes reported artifacts from provider traces, epistemic distinguishes candidate availability from production/acceptance history, and workflow does not insert the direct driver into the instructed compiler chain. The sample attribution and direct-driver model identifier therefore remain separate evidence, not a cross-report conflict to resolve by selecting one provenance.

Storage versus later consumption. MEM-OBJ-runtime-briefs has no established later reader, unlike MEM-OBJ-import-manifest, whose membership check affects subsequent import admission, and MEM-OBJ-work-review, which the sender reloads. Runtime and epistemic preserve that distinction. The superseded metadata declaration's uninspected later JSON read-back also agrees with memory: reading retained images/frames is not reading the produced JSON. No persistence finding supplies missing activation or benefit evidence.

Limited trust repair. The memory annotation on RT-CLM-raw-immutability and EPI-RTE-disclaimer-rewrite converge on automatic marker-controlled rewriting in a limited directory, with no established downstream withdrawal. Memory describes its warning as a source-trust qualification; epistemic adds that the assignment is not evidence-consuming provenance verification. Those findings are compatible: changing the displayed trust label does not authenticate it. Neither establishes rewriting of original media or global cleanup of retained derivatives.

Workflow delivery and recovery. Workflow's image-route annotation adds the boundary of the per-image exception handler: inference/report writing are covered, later summary writing is not. This qualifies batch delivery without contradicting the continuation finding in RT-RTE-image-analysis. The host authoring/query annotations connect RT-RTE-agent-workflow to a separately requested later answer and archive, while preserving doctrine-only execution. They establish no extra agent delegation, acceptance gate or observed compiler run.

No unresolved cross-report disagreement is established by the supplied members. Their unobserved execution, inaccessible host/provider internals, unavailable deployed state and unresolved instance provenance are shared limits, not contradictory findings. No required missing part is identified beyond the separately declared parts and valid containers described above. These connections retain each report's own statuses and assessments; they do not judge source support, accept candidates or promote implemented paths to observed operation.