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docs(gap): refresh register after stack drain and #230 merge #236

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1 change: 1 addition & 0 deletions CHANGELOG.md
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Expand Up @@ -32,6 +32,7 @@ All notable changes to TEPP are documented here. The format follows Keep a Chang

## [Unreleased]

- Operator-gap register refreshed at the near-zero queue: 2 open PRs (release preparation plus one event-intelligence draft), GAP-009 advanced to `partial` with the merged posterior log-ratio estimator as protected-main authority and named remaining closure evidence (Leiden consensus per Traag et al. 2019, production-scale known-truth recovery, reproducible exports).
- Restored protected-main gate integrity after the consolidation merges: hourly-scheduler prompt-contract tests now assert the gap-baseline-derived task contract (Gap ID naming, no invented weights) instead of stale increment-specific tokens, the operator-gap register inventory matches the live 33-PR queue, `evidence_core::image_unit` non-image/empty-subtype refusals and `load_union_branch_totals` valid-record accumulation have exact coverage, and the README crate fence plus duplicate registry entries stay deduped.
- Branch-coverage diagnostics on the post-consolidation head exposed two uncovered outcomes in `evidence_core::image_unit` (`is_image_media_type_token` non-image prefix and empty-subtype refusals), one uncovered authored line (the strip-prefix refusal), and lost valid-record coverage for `load_union_branch_totals`; exact red-to-green cases now cover the non-image/empty-subtype data URIs and per-coordinate True/False accumulation.
- Repaired post-consolidation merge fallout that left protected `main` red: restored the lost `return True` in the `check_coverage.py` match-guard branch, removed the shadowed duplicate `load_union_branch_totals` and `_is_multiline_match_guard` definitions plus duplicate workspace-crate entries (`episode_membership`, `analysis_engine`) from the contract tuple and Cargo member arrays, split two union-fused four-tuples back into `(variant, message)` pairs in the `event_core` error table, repaired the fused `identity_recovery_rate` body in `episode_membership::window`, deduplicated the checked-arithmetic eligible-count block in `analysis_engine`, fixed four-argument `unit()` test call sites, rebalanced the README crate-list fence around all 54 unique crates, and deduplicated the `location_membership`/`validation_core`/`tepp_api` architecture-table rows. Also documents private `PLAUSIBLE_IMAGE_MEDIA_TYPES` so `cargo doc -D warnings` passes.
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70 changes: 10 additions & 60 deletions docs/product-technical-gap-baseline.md
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Expand Up @@ -2,34 +2,15 @@

**Status:** Live delivery baseline
**Product:** Temporal Event Psychometrics Platform (TEPP)
**Snapshot:** 2026-08-25T04:24:53Z
**Protected-main evidence:** `0e7479c96c080036deed14a5925bb0ca715fa524` (full SHA fetched live before every mutation) | Signal | Snapshot evidence | Delivery implication |
**Snapshot:** 2026-08-25T07:47:32Z
**Protected-main evidence:** `cf0e0ad74d23c5d2e0e33d389bb0bb4d37067c31` (full SHA fetched live before every mutation) | Signal | Snapshot evidence | Delivery implication |
|---|---:|---|
| Protected-main SHA | `5c8599442e85…` (2026-08-25T02:12Z, merge of #215) | All as-built claims are bounded to this commit. |
| Workspace members | 48 unique Rust crates | The repository is modular, but the approved target still lacks complete semantic, estimator, compute, psychometric, event-intelligence, network, interpretation, artifact, and visual product boundaries. |
| Open pull requests | **33** | The consolidation program drained all main-conflicting slices; the residual queue is 31 stacked drafts plus two non-draft slices and the coverage repairs in flight. |
| Draft pull requests | **31** | Most queued work is not independently review-ready; the psychometric recovery stack dominates. |
**Snapshot:** 2026-08-25T02:30:00Z
**Protected-main evidence:** `abbd89874b0087ae0645c7a5c493557a1be8c2d5` (full SHA fetched live before every mutation)
**Workspace version on protected main:** `0.1.0`
**Canonical gap-baseline authority:** [PR #164](https://github.com/ContextualWisdomLab/TEPP/pull/164). [PR #164](https://github.com/ContextualWisdomLab/TEPP/pull/164) merged; this file is now maintained by follow-up refresh PRs against protected main. Duplicate [PR #179] stays closed.

## Purpose

This document is the executable operator-gap register for TEPP. It separates:

- capabilities an operator can use from protected `main`;
- bounded work that exists only on open pull requests;
- product-completion issues with measurable acceptance evidence; and
- release claims that remain prohibited.

A planning document, local test, queued check, predecessor-head result, LLM
judgment, or mergeable branch does not make a capability shipped. Re-read live
GitHub state before any customer, release, certification, or valuation claim.

## Snapshot facts

| Signal | Snapshot evidence | Delivery implication |
| Open pull requests | **2** | The consolidation program reached near-zero: one release-preparation PR and one draft product slice. The hourly loop now derives its next increment from this register. |
| Draft pull requests | **1** | The 31-draft psychometric recovery stack landed through integration vehicles #231/#232; one event-intelligence draft remains. |
**Snapshot:** 2026-08-25T07:47:32Z
**Protected-main evidence:** `cf0e0ad74d23c5d2e0e33d389bb0bb4d37067c31` (full SHA fetched live before every mutation) | Signal | Snapshot evidence | Delivery implication |
Comment on lines +12 to +13

@devin-ai-integration devin-ai-integration Bot Aug 25, 2026

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🟡 Refreshed snapshot header left atop stale PR counts

The added second **Snapshot:**/**Protected-main evidence:** header repeating the 07:47:32Z refresh now heads the old table, which still reports 59 open and 33 draft PRs (product-technical-gap-baseline.md). These contradict the refreshed 2-open/1-draft counts above, leaving two conflicting censuses in one register.

Prompt for agents 
The refresh updated the first snapshot-facts table (Open pull requests 2, Draft 1) but left a duplicated snapshot/evidence header (the added lines) followed by the previous snapshot-facts table that still reports Open pull requests 59, Draft 33, Non-draft 0, etc. The two tables now contradict each other under the same 07:47:32Z timestamp. Remove the duplicated header block and the stale second table so only one current snapshot-facts table remains, or reconcile the second table's counts (open PRs, drafts, non-draft) with the refreshed figures. Also confirm whether the removed '## Purpose' and '## Snapshot facts' section headings should be restored, since deleting them left the second table without a section context.
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Comment on lines +12 to +13

@devin-ai-integration devin-ai-integration Bot Aug 25, 2026

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🔍 Refresh silently dropped Purpose and Snapshot-facts sections

The refresh deleted the entire ## Purpose narrative and the ## Snapshot facts heading. The surviving second table now has no section heading. The PR describes only a count/SHA refresh, so this structural deletion may be unintended.

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|---|---:|---|
| Protected-main SHA | `5c8599442e85…` (2026-08-25T02:12Z, merge of #215) | All as-built claims are bounded to this commit. |
| Workspace members | 48 unique Rust crates | The repository is modular, but the approved target still lacks complete semantic, estimator, compute, psychometric, event-intelligence, network, interpretation, artifact, and visual product boundaries. |
Expand Down Expand Up @@ -96,46 +77,15 @@ including the psychometric recovery stack and non-psychometric drafts.
## Snapshot open pull-request evidence

The following exact-head register was fetched live from GitHub at
2026-08-25T04:24:53Z. Review decisions, required Checks, and mergeability remain
2026-08-25T07:47:32Z. Review decisions, required Checks, and mergeability remain
volatile; the live GitHub API supersedes this snapshot. `draft=false` is not approval, mergeability, or a
passing-check claim. Re-read the full SHA, current review decision, required
Checks, and branch rules immediately before every mutation.

| PR | Exact current head | Draft | Base | Title |
|---:|---|:---:|---|---|
| #92 | `56fadb1d99be2478f86c7dd493d9240f4f7af349` | false | main | feat(orchestrator): serve interpretation POSTs on a loopback HTTP listener |
| #132 | `426c2d38e8d46914b3d6743aa616bd3383481715` | false | main | feat(relation): refuse unobserved pairs as no-relationship |
| #181 | `96e8d1c21924124d144f6273893eda8ac6b41b2d` | true | agent/psychometric-posterior-esem-input | feat(psychometric): recover Driver later-occasion variance of predetermined T0VAR |
| #182 | `ee999e1ed23327a75d9cf4eb09a4652561f07cab` | true | agent/psychometric-predetermined-later-t0var | feat(psychometric): recover Driver lagged covariance of predetermined T0VAR |
| #183 | `c10097be0f6f4ff8dd8e6db21dce8818630fe17f` | true | agent/psychometric-predetermined-lagged-t0var | feat(psychometric): recover Driver first-occasion variance of predetermined T0VAR |
| #184 | `6b93147e668ff414240f3ea94997f2937c0817f1` | true | agent/psychometric-predetermined-initial-t0var | feat(psychometric): recover Driver later-start lagged covariance of predetermined T0VAR |
| #185 | `69ffec6425863b2842094ff1b1d6c07d8eee6b5b` | true | agent/psychometric-predetermined-later-lagged-t0var | feat(psychometric): recover Driver later-start later-occasion variance of predetermined T0VAR |
| #187 | `6afd048d1a78bd7e1f68555182ec6a1f0db9ea8c` | true | agent/psychometric-predetermined-later-start-later-t0var | feat(psychometric): recover Driver p.16 discreteDRIFTstd after positive asymDIFFUSION |
| #188 | `444304d2d702cceb47cd4fdf695ba630d7e7c83a` | true | agent/psychometric-standardised-discrete-drift | feat(psychometric): recover Driver p.16 discreteDIFFUSIONstd after positive asymDIFFUSION |
| #189 | `0836c359fab7878084ac3a711920550eb6cacb0d` | true | agent/psychometric-standardised-discrete-diffusion | feat(psychometric): recover Driver p.16 DIFFUSIONstd after positive asymDIFFUSION |
| #190 | `adb0bc6f2a1b0684eb9242bcb0d6cddd1ff09ae3` | true | agent/psychometric-standardised-continuous-diffusion | feat(psychometric): recover Driver p.16 DRIFTstd after positive asymDIFFUSION |
| #192 | `1690c7b65693cf27c8f1730150d67084594aef07` | true | agent/psychometric-standardised-continuous-drift | feat(psychometric): recover Driver p.16 asymTIPREDEFFECTstd after positive variances |
| #193 | `6235a3fc6fd6899f85f74aed71053bd50529c34c` | true | agent/psychometric-standardised-asymptotic-tipred-effect | feat(psychometric): recover Driver p.16 finite-interval TIPREDEFFECTstd after positive variances |
| #194 | `471b115e891be11fb41eb75a5cc3073258ab0f34` | true | agent/psychometric-standardised-asymptotic-tipred-effect | feat(psychometric): recover Driver p.16 TIPREDEFFECTstd after positive variances |
| #195 | `cf275b25611953bd405550f96df257c77df01751` | true | agent/psychometric-standardised-continuous-tipred-effect | feat(psychometric): recover Driver p.16 CINTstd after positive asymDIFFUSION |
| #196 | `1cb91b43002765bf5b855be51e55cb29db41a599` | true | agent/psychometric-standardised-continuous-tipred-effect | feat(psychometric): recover Driver Table 3 T0TIPREDEFFECTstd after positive T0VAR |
| #197 | `a19ea1ecba3d773470f12ed4dbbeb8a01b987f26` | true | agent/psychometric-standardised-initial-tipred-effect | feat(psychometric): recover Driver Table 3 T0TDPREDEFFECTstd after positive T0VAR |
| #198 | `52a9b4ceb26bdd89e6e49c56fb473d96c68ca352` | true | agent/psychometric-standardised-initial-tipred-effect | feat(psychometric): recover Driver 2017-era addedT0TIPREDVAR after T0TIPREDEFFECT |
| #199 | `7a476ed3c39e4ba14c9c51f5cbbafc33310979d2` | true | agent/psychometric-added-t0-tipred-var | feat(psychometric): recover Driver Eq. 5 of addedT0TIPREDVAR extra observed TI variance |
| #200 | `8f429471e2b249e76c9b722eaf2443518b666c98` | true | agent/psychometric-initial-tipred-observed-variance | feat(psychometric): recover Driver Eq. 5 of addedTIPREDVAR extra observed TI variance |
| #202 | `2d2d3efe5fd2f742a335e071f22fc1738c51ab27` | true | agent/psychometric-asymptotic-tipred-observed-variance | feat(psychometric): recover Driver p.16 TDPREDEFFECTstd after positive variances |
| #203 | `e5a63d0c7ffac91e9945f6c483152a0bdf267525` | true | agent/psychometric-asymptotic-tipred-observed-variance | feat(psychometric): recover Driver 2017-era addedTIPREDVARstd after addedTIPREDVAR |
| #204 | `ac757e5e4f3651cad98fa88d5a44db570eb1c3cf` | true | agent/psychometric-standardised-continuous-tdpred-effect | feat(psychometric): recover Driver Table 3 T0TDPREDEFFECTstd after positive T0VAR |
| #205 | `db60fe4eb47abf1efb793ccef37597689d11d09a` | true | agent/psychometric-standardised-initial-tdpred-std | feat(psychometric): recover Driver p.16 T0VARstd after positive T0VAR |
| #206 | `dcb339f3e2e5ac2dd2dda9b61b5d2c9b811c7636` | true | agent/psychometric-standardised-initial-tdpred-std | feat(psychometric): recover analog of addedT0TIPREDVAR for first-occasion TD extra |
| #207 | `5dd0c01549c93fa05f57df5658058244c7b675e4` | true | agent/psychometric-standardised-initial-latent-variance | feat(psychometric): recover Driver p.16 TRAITVARstd after positive TRAITVAR |
| #208 | `adcd68a582725130c046239753290d6cb5f3b8b7` | true | agent/psychometric-standardised-trait-variance | feat(psychometric): recover Driver p.16 MANIFESTTRAITVARstd after positive Ψ_τ |
| #209 | `5e3ef38256f42ce09a934eb0f3893e02a40ad6b7` | true | agent/psychometric-added-initial-tdpred-var | feat(psychometric): recover Eq. 5 of analog addedT0TIPREDVAR extra observed TD variance |
| #210 | `22202c57c0818d3efb28438e95bdde5d0e7143b0` | true | agent/psychometric-standardised-manifest-trait-variance | feat(psychometric): recover Driver p.16 MANIFESTVARstd after positive Θ |
| #211 | `643b9beb76ea6bc6b3a468bdb0f08e1a820cae9f` | true | agent/psychometric-standardised-manifest-variance | feat(psychometric): recover Driver p.16 TIPREDVARstd after positive TIPREDVAR |
| #213 | `d32c069c5653434302dc2507e272ff916cb7b16a` | true | agent/psychometric-standardised-asymptotic-diffusion | feat(psychometric): recover Driver p.16 discreteCINTstd after positive p |
| #216 | `91903db726f1da6b398e0a32c5a401126598154f` | true | agent/psychometric-standardised-discrete-intercept | feat(psychometric): recover Driver p.16 asymCINTstd after positive p |
| #218 | `19279547f5a8622d9584d95822ec36ae3830beeb` | true | agent/psychometric-standardised-asymptotic-intercept | feat(psychometric): recover Driver p.16 T0MEANSstd after positive T0VAR |
| #233 | `04ca601d1f0a16af680f6e6e028347d337583546` | true | main | Fold span grounding into EventMention (#170 / GAP-007) |
| #235 | `b3bc508219810c0282f53b0391514950177be923` | false | main | chore(release): cut v0.2.0 — version alignment and psychometric stack restoration |

Review decisions, required Checks, and mergeability remain volatile; re-read
them immediately before every mutation. This snapshot is not merge authorization
Expand Down Expand Up @@ -204,7 +154,7 @@ visual workspace, or a supported multi-tenant release.
| GAP-006 | Posterior topic measurements cannot yet be fitted through a complete cross-classified longitudinal ESEM/DSEM engine. | `accepted-target` | product vertical | `e65cd66` (temporal and membership primitives only) | [#169](https://github.com/ContextualWisdomLab/TEPP/issues/169) / [PR #119](https://github.com/ContextualWisdomLab/TEPP/pull/119) | `47ab763d49b1` | Plausible-value/joint uncertainty, invariance, irregular event time, within/between separation, multiple membership, true-parameter recovery, and causal-claim refusal. |
| GAP-007 | TDT detection/tracking and CHRONOS schema/forecast/temporal reasoning remain isolated bounded gates rather than one calibrated product workflow. | `accepted-target` | product vertical | `e65cd66` (event/time primitives only) | [#170](https://github.com/ContextualWisdomLab/TEPP/issues/170) / [PR #70](https://github.com/ContextualWisdomLab/TEPP/pull/70) | `7a1f33aa68c1` | Span-grounded mentions, calibrated TDT metrics, schema/forecast hypothesis states, interval consistency, known-truth recovery, persistence, and exports. |
| GAP-008 | GPU support is policy-only; no production estimator kernel has real hardware parity or declared VRAM evidence. | `accepted-target` | product vertical | `e65cd66` (VRAM policy only) | [#171](https://github.com/ContextualWisdomLab/TEPP/issues/171) / [PR #51](https://github.com/ContextualWisdomLab/TEPP/pull/51) | `1801501c4d7c` | Real CUDA/portable backend execution, CPU parity, streamed memory, bounded OOM/fallback, hardware profiles, telemetry, and no skipped-support claim. |
| GAP-009 | Topic association and cluster outputs lack posterior-valid estimation, uncertainty, edge stability, and consensus communities. | `accepted-target` | product vertical | `e65cd66` (network primitives only) | [#172](https://github.com/ContextualWisdomLab/TEPP/issues/172) / [PR #71](https://github.com/ContextualWisdomLab/TEPP/pull/71) | `2588f38281b9` | Valid log-ratio coordinates, interval/stability-bearing edges, repeated Leiden consensus, known-truth network/cluster recovery, and reproducible exports. |
| GAP-009 | Topic association and cluster outputs lacked posterior-valid estimation, uncertainty, edge stability, and consensus communities. | `partial` (estimator core landed; Leiden consensus + buyer workflow remain) | product vertical | `a69eb3e2` (posterior log-ratio edge estimator with exact Fisher-z/BH admission, percentile-bootstrap uncertainty, per-replicate stability, parameterised consensus resampling merged from [PR #230](https://github.com/ContextualWisdomLab/TEPP/pull/230)) | [#172](https://github.com/ContextualWisdomLab/TEPP/issues/172) | `—` | Remaining closure evidence: repeated Leiden consensus replacing the union-find stand-in (Traag et al., 2019), known-truth network/cluster recovery at production scale, and reproducible exports wired into the end-to-end run (#166). |
| GAP-010 | Operators lack coordinated accessible visual analytics and exact-value export workflows. | `accepted-target` | product vertical | `e65cd66` (no visual workspace) | [#173](https://github.com/ContextualWisdomLab/TEPP/issues/173) | `—` (Figma work not started) | Real Figma File ID in ADR, Storybook/design tokens, ten PRD views, exact-value tables, accessible interaction/print/PDF states, provenance, and source-consistent exports. |
| GAP-011 | TEPP is not yet an operable multi-tenant service or supported release. | `accepted-target` | product vertical | `e65cd66` (library contracts only) | [#174](https://github.com/ContextualWisdomLab/TEPP/issues/174) | `—` (issue program; no current implementation PR) | Durable queue/storage, OIDC/RLS/purpose controls, OpenTelemetry/SLOs, load/recovery, migrations, signed release/SBOM/provenance, assurance evidence, and support policy. |
| GAP-012 | The 71-PR queue obscured authority, repeatedly staled exact-head evidence, and fragmented product boundaries. | `partial` | release blocker (draining) | `5c8599442e85` (vehicle #215 merged 2026-08-25T02:12Z) | [#175](https://github.com/ContextualWisdomLab/TEPP/issues/175) | `—` (live queue program) | Residual queue: nine non-draft slices, coverage repair #219, and the 49-draft stack. Remaining PRs classified; superseded work closed with provenance; scheduler prioritizes consolidation; queue reaches zero before GA. |
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