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645 commits

Author SHA1 Message Date
55b13e2b13 fix(dadata): фолбэк на suggest/address при отключённой фиче CLEAN (#2250)
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2026-07-03 03:42:40 +00:00
cc9516ab3d feat(ekgas): геокод точек выхода через DaData (#2119 B2, PR-3/4) (#2249)
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2026-07-03 03:19:18 +00:00
c438c9a9e8 fix(ekgas): label-детект сетки формы 6 — живой файл сдвинут (#2119 B2) (#2248)
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2026-07-03 02:51:03 +00:00
af70d50f0d feat(site-finder): лоадер точек выхода ГРС «Екатеринбурггаз» — форма 6 (#2119 B2, PR-2/4) (#2247)
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2026-07-03 02:25:12 +00:00
830d9f429a fix(etl): гео-проход — префикс «г Екатеринбург» адресам без города (#2177 остаток) (#2245)
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2026-07-03 01:41:19 +00:00
031bafde86 feat(etl): гео-проход auto_core_geo_v6 для tier_b/ambiguous mapping (#2177 остаток) (#2244)
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2026-07-03 01:19:59 +00:00
1bba3db7eb fix(best-layouts): lots-проекты в пуле core-матчинга — supply-only реально наполняется (#2177) (#2241)
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2026-07-03 00:14:19 +00:00
9cfefc0ca4 feat(site-finder): supply-only fallback в §4.2 — предложение без темпа продаж (#2177 шаг 3) (#2240)
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2026-07-02 23:18:42 +00:00
fc55c2c0b7 feat(best-layouts): атрибуция velocity по ядру комплекса (#2177 шаг 2b) (#2239)
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2026-07-02 22:41:25 +00:00
4c23c222f6 fix(vodokanal): column-aligned парсинг DOCX — реальные резервы вместо № п/п (#2119/#2126) (#2238)
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2026-07-02 22:03:15 +00:00
e9c8d05e1d feat(etl): auto_core_dev_v5 — core-name+dev backfill mapping'а (#2177 шаг 2) (#2237)
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2026-07-02 21:59:16 +00:00
ae483468c9 feat(site-finder): оптимизатор программ — «Как участок сходится» при отрицательном вердикте (#2181) (#2222)
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2026-07-02 20:57:12 +00:00
b028377584 fix(best-layouts): покрытие §4.2 в комплексах, не в сырых obj_id (#2177, шаг 1/3) (#2198)
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2026-07-02 19:34:11 +00:00
a7ad1764c1 feat(concept): 3D-макет окружения — соседние здания из кадастра в §7 (#2180) (#2210)
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2026-07-02 19:33:44 +00:00
139bf16a8a fix(eias-heat): не терять резерв при одинаковых именах систем (#2119 B2) (#2191)
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2026-07-02 18:34:42 +00:00
a3db6e4158 feat(site-finder): §4.3 тренд из цен предложения Объектива при устаревших сделках (#2178) (#2190)
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2026-07-02 18:33:16 +00:00
cdc1e03b32 fix(eias-heat): column-aligned парсинг листа ТП по реальной сетке (#2119 B2) (#2176)
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2026-07-02 17:55:16 +00:00
15224da3b5 fix(eias-heat): ссылка TemplatePrinter из onclick + период «N кв. YYYY» (#2119 B2) (#2172)
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2026-07-02 17:24:26 +00:00
e501dedf78 feat(site-finder): ЕЭСК-резервы городских ПС/ТП + тепло из ФГИС ФАС (#2119 B2) (#2165)
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2026-07-02 16:44:57 +00:00
1c184959a8 feat(etl): read tradein data via market.v_* contract views (#2138 step 2/3)
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2026-07-02 15:00:38 +00:00
0a6281b6e2 fix(site-finder): ГРС-парсер переписан под реальную структуру таблицы ГТЕ (#2145)
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2026-07-02 14:45:42 +00:00
102ef8392b fix(site-finder): ГРС-лоадер — HARICA-интермедиат в CA-бандл (неполная цепочка Газпрома) (#2125)
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2026-07-02 13:49:14 +00:00
da0b8f0374 fix(site-finder): ГРС-лоадер — Russian Trusted CA для домена Газпрома (#2124)
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2026-07-02 13:25:30 +00:00
5839680998 feat(site-finder): газ — свободная мощность ГРС + пометка ЕЭСК в §3 (#2119 Фаза B1) (#2123)
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2026-07-02 12:54:05 +00:00
e1a75d98d4 fix(site-finder): Россети-раскрытие — URL-энкоженные href, ссылки на xlsx не находились (#2121)
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2026-07-02 09:36:14 +00:00
4758ea5e2b feat(site-finder): резервы мощности для ТП — электро+вода на карте §3 (#2119 Фаза A) (#2120)
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2026-07-02 08:36:51 +00:00
a2ec1fbc90 fix(site-finder): §4.3 подпись — убрать сырое имя поля planned_commissioning (#2115)
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2026-06-30 15:54:58 +00:00
02b5f0b5d1 feat(site-finder): max-info попапы — конкурент / §3-таблица / польз.точка / соседи (#2111) (#2113)
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2026-06-30 13:45:43 +00:00
6d6e0ce0ca feat(site-finder): §3 «Сети и точки подключения» — попапы показывают характеристики (#2111) (#2112)
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2026-06-30 13:16:07 +00:00
b024864518 feat(site-finder): §1 POI-точки карты показывают максимум информации (#2110)
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2026-06-30 12:42:13 +00:00
53cfd3c3b8 feat(networks): человеко-язык типов §3 + реальные имена НСПД-точек (#1953) (#2107)
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2026-06-30 11:34:29 +00:00
975c400536 feat(section7): editable section footprint + корпус plural/program hint (#1953) (#2102)
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2026-06-30 09:48:11 +00:00
a35d42f1c7 fix(site-finder): invest-score advisory flag + velocity data-honesty + h1 a11y (#1926) (#2094)
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2026-06-29 06:42:50 +00:00
c8e7cb1c79 perf(objective_lots): inline DISTINCT ON for 3 view-fullscan consumers + cache landing stats (#1953) (#2067)
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2026-06-28 17:25:41 +00:00
94d01ed066 perf(objective_lots): inline-pushdown competitors._SOLD_COUNT_SQL + covering physflat index (#1953) (#2054)
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2026-06-28 14:07:49 +00:00
3421b21632 fix(scrapers): разблокировать domrf_kn flats — изоляция flats от poison-extras + throttle (#1945) (#2050)
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2026-06-28 13:03:43 +00:00
74f1ffb500 perf(objective): request-path consumers dedup inline, not via whole-table view (#1964)
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deep-review #1964: v_objective_lots_latest has NO premise/district filter inside,
so a consumer's outer WHERE cannot push below DISTINCT ON → the view materializes
the WHOLE table (Parallel Seq Scan + external Sort 1.76M rows, ~55MB spill) on
every query. For REQUEST-PATH consumers inside analyze_parcel this is a ~19x latency
regression vs the pre-#1964 raw-table plan.

DISPROVEN remedy (NOT applied): a full index on the physflat-key does NOT help —
DISTINCT ON selects ol.* (51 cols, width≈945) so index-only-unique is impossible;
the planner ignores the index (seq-scan+sort still cheaper) and even forced it is
~3.9 s. A 142MB index for zero request-path benefit + slower bulk-INSERT during
objective-scrape is wrong. Honors original #1964 decision "no new index".

Prod EXPLAIN (Академический / 3km radius, 2026-06-28):
  consumer            via view      inline (this commit)
  concepts median     5854 ms       1640 ms   (bitmap district + sort)
  parcels district    5854 ms       1640 ms
  parcels geo-median  6443 ms        122 ms   (NestedLoop geo->complex bitmap)
  parcels obj_pricing 5721 ms        441 ms   (project bitmap per nearby ЖК)

FIX: keep v_objective_lots_latest ONLY for batch/background/cached consumers
(supply_layers L1, competitors._SOLD_COUNT_SQL, special_indices [/forecast bg task
30-180s], admin, landing). Revert the 4 request-path consumers inside analyze_parcel
to inline DISTINCT ON (physflat-key, latest snapshot) with the filter pushed INTO the
CTE so the district/spatial/project index applies:
- concepts._OBJECTIVE_MEDIAN_SQL
- parcels.py district price block
- parcels.py geo-radius median (complex_id-scoped)
- parcels.py obj_pricing CTE (project_name-scoped; aggregates over deduped set)

Migration 175 header CORRECTED: accurately states the partial mig-173 index does NOT
serve the view (qual can't push below DISTINCT ON), the full index is disproven/not
added, and which consumers use the view vs inline. No DDL change (still view-only).

Tests: +guards (concepts/obj_pricing dedup inline, not view; obj_pricing physflat
DISTINCT ON; perf-pushdown scope preserved). 965 passed.
2026-06-28 05:00:47 +05:00
e67cb721bf fix(objective): physflat-dedup current-state consumers + honest n_sold window (#1964)
objective_lots — current-state UPSERT (UNIQUE objective_lot_id, 5 snapshot_date),
но Объектив присваивает ОДНОМУ физлоту (project,corpus,section,floor,lot_number)
несколько lot_id за пере-листинги → таблица раздута ~2.91× (прод: 1.75M квартир-
строк vs 603k физлотов). История — в отдельной objective_lots_history (не трогаем).

STEP 1: миграция 175 — VIEW v_objective_lots_latest (DISTINCT ON physflat-ключ,
последний снапшот). ol.* стабилен (51==51 колонок). DRY-RUN на проде: 603 049
квартир vs 1 753 283 raw.

STEP 2: репойнт current-state консьюмеров objective_lots → v_objective_lots_latest:
- supply_layers._L1_OPEN_SQL (L1 открытое предложение → дефицит-форсайт; прод:
  Юго-Западный комфорт 58 606 → 12 620)
- competitors._SOLD_COUNT_SQL (+ комментарий: COUNT(DISTINCT lot_id) СОХРАНЁН для
  fan-out-защиты маппинга, не COUNT(*) — view гарантирует physflat-дедуп, DISTINCT
  гарантирует mapping-fan-out-safety)
- parcels.py obj_pricing CTE (карточка конкурента units_sold/available)
- special_indices._ARTIFICIAL_DEMAND_SQL
- parcels.py district price block + geo-radius median (sample_size/n)
- concepts._OBJECTIVE_MEDIAN_SQL (гейт n≥10)
- landing KPI3 (% квартир с ценой)
- admin_scrape coverage: `lots` оставлен сырым (ETL-fidelity vs SQLite), добавлен
  `lots_physflat`
#1959 inline-дедуп в market_metrics НЕ рефакторим — добавлен комментарий об общем
physflat-ключе с view.

STEP 3: report_assembler._deal_count теперь = unit_velocity × window_months
(оконные продажи), НЕ кумулятивный n_sold. confidence_engine помечает фактор
«за 6 мес» и гейтит порогами окна (high≥50) — кумулятив (прод EKB ~380 921) делал
гейт бессмысленным и подпись лживой; оконное (~24 876 за 6 мес) честно.

Тесты: +guard'ы (L1/sold-count читают view, deal_count оконный). 963 passed.
2026-06-28 04:27:43 +05:00
c55eb4f4d4 feat(concept): фронт-пикер типовых домов (#1965 Stage 3b)
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Финальная часть эпика #1953: пользователь выбирает типовые дома
(тип × этажность × число секций) вместо авто max-FAR раскладки, формируя
building_program из Stage 3a.

Бэкенд:
- GET /api/v1/concepts/house-types — read-only каталог HOUSE_TYPES
  (section_type, label_ru, footprint w×d + sqm, default_floors, housing_class)
  как single source of truth; фронт ничего не хардкодит.
- Схема HouseTypeCatalog / HouseTypeCatalogItem в schemas/concept.py.
- Тесты эндпоинта: полнота каталога + совпадение ключей с available_section_types.

Кодген: api-types.ts перегенерён (dump OpenAPI → openapi-typescript →
project-local prettier 3.9.0); 2-й прогон без диффа.

Фронтенд:
- useHouseTypes() (TanStack useQuery, staleTime Infinity) в concept-api.ts;
  building_program в ConceptInput, placed_count/requested_count в ConceptVariant.
- HouseProgramPicker: toggle «Авто (max-FAR)» (default, program omit → greedy)
  vs «Выбрать дома» (список каталожных типов, count 1-50 / floors 1-40, дефолт
  из каталога; габариты/этажность/класс как подсказка). Смонтирован в
  Section7Concept и на странице /concept.
- Partial-fit заметка в ConceptVariantsResult: при placed<requested честное
  «Разместилось N из M секций — участок вмещает меньше» (нейтрально, не ошибка).
2026-06-28 02:49:44 +05:00
e8b05d821e test(concept): turn greedy backward-compat into a real golden pin (#1965 Stage 3a)
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The old test_no_program_reproduces_greedy_output_unchanged only compared
building_program=None (default) vs explicit None — both through the new
_Placer code — so it proved the two None branches agree but did NOT pin
the greedy geometry; it would still pass if the _Placer extraction had
drifted the output. test_placement.py only checks invariants, never
concrete counts/TEAP, so there was no anti-regression guard that the
greedy path is byte-identical after the refactor.

Replace it with two tests:
- test_greedy_output_matches_golden_pin: hard-coded literals per strategy
  on the fixed _BIG_PARCEL — (features, built_area_sqm, total_floor_area_sqm,
  apartments_count) — frozen from the current (== pre-refactor) output, so
  any future deterministic drift in greedy placement FAILS.
- test_explicit_none_program_equals_default_greedy: keeps the None-branch
  equivalence check (default vs explicit None go one greedy path).
2026-06-28 02:23:55 +05:00
94cf1f6217 feat(concept): house-type catalog + program-driven placement (#1965 Stage 3a)
Extend the concept generator so ConceptInput can carry an optional
building_program (list of typed houses from a catalog). When present,
placement lays out EXACTLY that program — for each item, place `count`
sections of the catalog footprint at the item's floors — instead of the
greedy max-FAR coverage-cap sweep. When absent, the existing greedy
behavior is unchanged (byte-for-byte backward-compatible).

- catalog.py: hardcoded HOUSE_TYPES (panel_econom, monolith_comfort,
  tower_business, lowrise_comfort, townhouse) — sane-default catalog,
  promote to DB later; get_house_type / available_section_types lookups.
- schema: additive BuildingProgramItem {section_type, floors, count} and
  ConceptInput.building_program (default None -> greedy). ConceptVariant
  gains optional placed_count / requested_count (partial-fit signal).
- placement: shared _Placer (collision/STRtree/setback machine extracted
  from greedy sweep, reused — no duplication); place_program +
  place_program_variant; branch in place_all_strategies on
  building_program. Mixed-floor TEAP via exact per-floor-group aggregation
  (GFA = sum(area_i * floors_i), no rounding drift).
- partial fit: when the parcel can't fit all sections, place as many as
  fit and report placed_count < requested_count (no hard-422); zero-fit
  still raises ParcelGeometryError (-> 422).
- API: validate program section_type keys against the catalog (unknown ->
  422) before placement.
- tests: catalog integrity, greedy backward-compat, exact 2-item program +
  TEAP reflection, over-packed partial placement, API program path.
- regenerate frontend api-types.ts (OpenAPI codegen gate stays green).
2026-06-28 01:29:04 +05:00
18d012da1b fix(generative): forward genuine price_source through /recompute (#1965 Stage 2a)
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Code-review follow-up: /recompute hardcoded price_source="objective_district_median"
for any body-supplied market_price_per_sqm, mislabeling the honesty-flag once
Stage 2b forwards a price whose genuine source differs (objective_geo_radius /
district_reference / class_norm from financial_estimate).

- schemas/concept.py: add optional price_source: str | None to MassingProgram.
- api/v1/concepts.py: on FAST path use payload.price_source if provided, else the
  default label (now a module-level constant _DEFAULT_PRERESOLVED_SOURCE). DB-fallback
  and class-norm paths keep their own resolved source unchanged.
- tests: assert body-provided price_source echoes through to financial.price_source
  (not overwritten), and the default label applies when the front omits it.
2026-06-28 00:33:59 +05:00
d38d5d43c5 feat(generative): LIVE financial recompute from massing program (#1965 Stage 2a)
Stage 2a of epic #1953: backend service + endpoint for live economic recompute
driven by the interactive 3D massing (Stage 2b debounced sliders).

- teap.py: add pure synthesize_teap_from_program(total_footprint_sqm, floors,
  site_area_sqm, housing_class, sections) — builds a TEAP from the SCALAR
  aggregate footprint × floors, mirroring synthesize_teap_from_buildability and
  reusing the same shared norm constants (_OFFICE_SHARE_OF_GFA / _EFFICIENCY_BY_CLASS
  / _AVG_APARTMENT_SQM / _PARKING_PER_APARTMENT) — single source of truth.
- schemas/concept.py: add MassingProgram (program contract, optional pre-resolved
  market_price_per_sqm + parcel_centroid_wkt) and MassingRecomputeOutput (teap + financial).
- api/v1/concepts.py: add POST /api/v1/concepts/recompute — synthesize TEAP → run
  the existing pure compute_financial. FAST path uses body market_price_per_sqm
  (no DB); else _lookup_market_price by centroid via run_in_threadpool; else class norm.
- tests: synthesize_teap_from_program (gfa math, parity with compute_teap, class
  efficiency, sections no-op) + endpoint (200, coherent output, price passthrough
  skips DB, DB fallback, class-norm default, floors validation).
2026-06-28 00:27:25 +05:00
0acd72a325 fix(best-layouts): per-object latest snapshot for supply (#1956)
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_SUPPLY_BATCH_SQL джойнил domrf_kn_flats по ОДНОЙ глобальной дате
(f.snapshot_date = MAX(snapshot_date) по всей таблице). Но domrf_kn_flats —
ПО-ОБЪЕКТНЫЙ time-series: каждый ЖК скрейпится в свой день. На единственной
глобал-max дате присутствует обычно 1 объект → у остальных 0 квартир →
supply_units_in_radius=0 для всех строк 4.2 Планировки → frontend показывал
«Срок продажи 0 мес» и «% продано —». Регрессия от #1944 (objects-first
дедуп snapshot'ов объектов, который сам по себе корректен).

Фикс: flats_latest CTE (DISTINCT ON (obj_id) ... ORDER BY obj_id,
snapshot_date DESC, id DESC) берёт для КАЖДОГО obj_id его собственный
последний снимок и джойнится к nearby. objects-first MATERIALIZED дедуп
(#1944) сохранён → fan-out по снимкам не возвращается. Глобальный
db.scalar(MAX(snapshot_date)) + :latest_snap bind удалены.

Прод (66:41:0205010:287, r=1км, 9 объектов): supply 0 (global-max) → 2675
(per-object, 4 объекта имеют flats на разных датах 2026-05-17/05-05; ни один
не на глобал-max 2026-06-22). Данные flats частично сломаны (#1945, отдельно),
но фикс корректно двигает supply с 0 к реальным per-object числам.

Тесты: новый guard test_supply_joins_flats_per_object_latest_snapshot;
обновлены mock-фабрики (db.scalar больше не вызывается).
2026-06-27 23:24:28 +05:00
3cafe22c15 docs(forecast): исправить устаревшие комментарии #1959 (deep-review follow-up)
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Doc-only, без изменений логики (deep-code-reviewer APPROVE):
- market_metrics _STOCK_SQL/_SALES_WINDOW_SQL + docstring: убрать ложную
  отсылку «зеркало … из 100_*.sql» (индекс создаётся ТОЛЬКО в миграции 173).
- _SALES_WINDOW_SQL комментарий + compute_market_metrics docstring: room_bucket
  это Source-B room_area-вокабуляр («Студии 15-30»/«2-к 45-60»/«80+ м²», зеркало
  room_area_bucket_of), НЕ Source-A «студия/1/2/3» — приводим к фактическому CASE.
- market_metrics: добавить комментарий, что DISTINCT-ON дедуп БЕЗУСЛОВНЫЙ (все
  вызовы compute_market_metrics, не только форсайт-путь); deep-review подтвердил
  безопасность для ratio/saturated-velocity консьюмеров; дедуп сырой таблицы
  objective_lots для platform-wide остаётся #1964.
- recommendation.map_class docstring: Economy → «стандарт» (код уже маппит так).
2026-06-27 23:02:09 +05:00
41804ed70e fix(forecast): посегментный+дедуплицированный индекс дефицита (#1959)
Корень «−1.00 везде» (эпик #1953): compute_demand_supply_forecast брал
district-wide unit_velocity (847.5/мес, ВСЕ классы/комнаты) как спрос и
весь district-сток (~63k доступных) как предложение для КАЖДОЙ ячейки
what_to_build → один и тот же ratio во всех ячейках → все deficit_index
прижаты к −1.0. Плюс objective_lots — append-per-snapshot (~2.9× инфляция
строк), что симметрично раздувало обе базы → даже сегментация без дедупа
осталась бы вырожденной.

Фикс (blast radius — ТОЛЬКО forecast/deficit calc; platform-wide dedup = #1964):
- market_metrics.compute_market_metrics: +obj_class/+room_bucket (+cache key).
  _STOCK_SQL и _SALES_WINDOW_SQL дедуплят до ПОСЛЕДНЕГО снапшота на физлот
  (DISTINCT ON project_name,corpus_name,section,floor,lot_number ORDER BY …
  snapshot_date DESC,id DESC), затем агрегируют. Class-фильтр (LOWER=LOWER,
  class lowercase) + room-bucket (Source-B room_area-вокабуляр, зеркало
  sales_series.room_area_bucket_of → what_to_build фильтрует без перевода).
  ROLLUP/GROUPING сохранён; confidence считается на дедуплицированных counts.
- demand_supply_forecast: base_pace и open-сток теперь ПОСЕГМЕНТНЫЕ
  (market_metrics(obj_class,room_bucket)). При заданном сегменте L2/L3
  (hidden/future) ИСКЛЮЧЕНЫ из баланса — они класс/формат-агностичны, иначе
  двоились бы по всем ячейкам. +_market_room_bucket VOCAB-мост (валидирующий
  pass-through Source-B меток; неизвестное → None = без фильтра, не тихий 0-rows).
- what_to_build/_DEFAULT_CLASSES и recommendation Economy-маппинг: «эконом»→
  «стандарт» (в objective_lots эконома НЕТ, стандарт=483k → раньше ячейка
  матчила 0 строк и молча выпадала).
- report_assembler honesty-guard: если ВСЯ сетка прижата к ±1.0
  (degenerate-fallback) — не эмитим «строить»/«избегать», показываем
  «недостаточно гранулярных данных для посегментного вывода».
- data/sql/173_objective_lots_physflat_idx.sql: partial index под DISTINCT ON
  (Index Only Scan + Unique, без Sort на 1.75M строк; idempotent, BEGIN/COMMIT).

Prod-verify (parcel 66:41:0205010:287, Железнодорожный, h=24): ячейки
ДИФФЕРЕНЦИРУЮТ (12 measured, 7 distinct) вместо all −1.0; MOI комфорт/студия
38.5 vs стандарт/студия 244.3 (точное совпадение с ожидаемым).

Тесты: регрессия «ячейки различаются (не all −1.0)» + vocab-translation +
honesty-guard + посегментное предложение. ruff clean; no :name::type.
2026-06-27 22:50:58 +05:00
e82761964d fix(report): human RU microcopy in Site Finder Section 6 (#1963)
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Replace dev-jargon with plain RU across the §22 forecast report (6.2/6.3/6.5
+ deficit/затоварка legend). Source of truth = backend reason strings + the
frontend RU maps; text/render-only, no scoring/forecast math touched.

Backend (source of truth):
- scenarios.py _COLLAPSE_REASON_LOW_BETA: «β rate-sensitivity не прошёл gate …»
  → «чувствительность к ставке не оценена на коротком ряде ЕКБ → один базовый
  сценарий вместо трёх».
- confidence_engine.py _coverage_factor: drop «domrf↔objective» jargon, say it
  affects будущее предложение/конкуренцию. New _history_factor: «глубина истории
  N мес» + на что влияет + связь с 6.2 (короткий ряд → один сценарий).

Frontend (both Section-6 families — live analysis page + ptica cockpit):
- Deficit legend: −1 затоварка / 0 баланс / +1 острый дефицит + actionable
  трактовка; MOI tied to «сколько месяцев район распродаёт предложение».
- 6.2 heading «Почему один сценарий, а не три» over the collapse reason.
- 6.3 render confidence.rationale + weakest-link rule («скорее завысим
  недоверие, чем недооценим риск»); FACTOR_RU gains confounded_window/
  advisory_cap; factor notes shown.
- 6.5 «Вес»→«Оценка»; overall verdict vs 0.5; «Риск избытка предложения»→
  «Запас по предложению»; §-refs moved from reason into tooltip; 6 special-
  index 1-line «что это + куда лучше» descriptions; 0.00-score reasons shown.

Tests: confidence_engine (history/coverage notes), stripSectionRefs vitest.

Refs #1963
2026-06-27 17:42:27 +05:00
a184d38aa6 fix(analytics): recommend_mix success-boost regression from view 172 (#1955)
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Миграция 172 убрала english 'Comfort' из v_bucket_success_score (NULL-class
→ 'не указан'), но _bucket_success_ranking в analytics_queries.py матчил
COALESCE(:cls, 'Comfort') — после 172 ни одна строка не равна 'Comfort' →
recommend_mix success-boost (#25, /analytics/recommend квартирография) тихо
возвращал [] (silent degradation). LIVE на проде с момента ручного применения
172 (graceful empty, без краша).

Fix:
- call site (recommend_mix): передаём target_class_db (уже переведённый через
  _class_to_db_vocab english→русский), а не сырой english target_class.
  Чинит и латентный pre-existing баг: Business/Elite никогда не матчили
  русский источник.
- SQL default 'Comfort' → 'Комфорт' (массовый класс ЕКБ, 723 объекта).
  NULL-class ('не указан') в default-путь намеренно не попадают
  (документировано в docstring).

Prod-verified: OLD 'Comfort' default → 0 строк; NEW 'Комфорт' default → 5.

Tests:
- _bucket_success_ranking: реальный запрос (не замокан) с русским default —
  SQL содержит 'Комфорт', не 'Comfort'; ranking непустой.
- recommend_mix: english 'Business' переводится в 'Бизнес' перед ranking
  (раньше тест патчил _bucket_success_ranking→[] и баг не ловил;
  helper теперь умеет patch_success_ranking=False).
- #1960: позитивный тест выбора quarter_rosreestr basis (deals≥5, все
  higher fallback'и None) → median_price_basis='quarter_rosreestr'.
2026-06-27 15:49:40 +05:00
453a1f08da fix(report): newbuild-consistent district median + obj_class dedup (#1953)
FIX A (#1955) «Что хорошо продаётся»: убран фантомный класс 'Comfort'.
- Миграция 172: v_bucket_success_score COALESCE(obj_class,'Comfort')
  → COALESCE(obj_class,'не указан'). Английский литерал заполнял 397 NULL
  и сливался отдельным классом от русского 'Комфорт' → визуальные дубли
  бакетов в UI. Источник уже канонически-русский (проверено на проде),
  synonym-mapping не нужен.
- parcels.py: obj_class протаскивается в success-ranking query + dict.
- TS SuccessRankingBucket.obj_class добавлен.

FIX B (#1960) «Медиана рынка» = 64k (квартальная росреестровская n=1 ДКП):
- district.median_price_per_m2 больше не COALESCE(median_12m, ekb_ref) в SQL.
  Basis-приоритет (newbuild-first): Objective по имени района →
  geo_radius (Objective в 3км) → ekb_districts reference →
  квартальная росреестровская медиана ТОЛЬКО при deals_count≥5.
  Для 66:41:0205010:287: 64k → 132690 (geo_radius, newbuild-consistent).
- median_price_basis добавлен в payload + TS type (nullable median).
- Frontend null-guards для нового nullable median.

Tests: +4 (geo_radius basis, objective-приоритет, deals-guard, obj_class
passthrough); обновлены district-моки в 9 analyze-тестах под новую
SQL-сигнатуру.
2026-06-27 15:10:49 +05:00
bd1ed4861c docs(zouit): уточнить DISTINCT ON-комментарий + убрать stale cad_zouit из FE-типа (#1957)
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Code-review nits (без изменения поведения):
- quarter_dump_lookup.py: комментарий про дедуп ошибочно утверждал, что зоны без
  рег-номера не схлопываются. На деле reg_numb_border — TEXT NOT NULL (0 NULL на
  проде), а DISTINCT ON в PG считает NULL равными. Переформулировано на точное.
- frontend/types/nspd.ts: убран устаревший 'cad_zouit' из списка возможных
  group_key (бэкенд теперь эмитит только protected/engineering/okn/natural/other).
2026-06-27 14:21:01 +05:00