drawTracks: detect antimeridian crossing by comparing consecutive screen X
positions against worldSize/2; use moveTo instead of lineTo on large jumps
so tracks don't draw a horizontal line across the globe.
Tgu2DMapView: replace the heuristic lon-range check (> 300°) with an exact
condition — skip bbox culling when the canvas is wider than the world tile
(entire globe visible) or when topLeft.lon >= bottomRight.lon (viewport
straddles the antimeridian). Both cases previously produced a nonsensical
bbox that hid polygons near ±180°.
drawRequests: remove per-polygon screen-space culling; viewport filtering is
already handled upstream by visiblePolygons, so the redundant check was
incorrectly hiding requests at high zoom levels near canvas edges.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Replace synthetic orbit calculation (Kepler + spacecraft ID hash) with real
data from pcp-ballistics-service via a new proxy endpoint in pcp-ui-service.
Backend:
- TguPlanningController: add GET /api/tgu-planning/spacecraft/{noradId}/flight-line
that proxies FlightLineDTO[] from BallisticsService for a given time interval
Frontend:
- Fetch FlightLineDTO[] (revolution, time, lat/long, swath boundaries) using
the spacecraft's noradId for the current 24h map window
- Group points by real revolution number to build OrbitPassInfo[] with actual
orbit numbers and UTC times instead of synthetic Kepler-based estimates
- Build ground track MapLines and swath MapPolygons from real coordinates;
swath polygon = outer-left edge forward + outer-right edge reversed
- Enable swath layer in the editor map; draw with teal fill/stroke matching
the track colour
- MapPassSelector now shows real revolution numbers in header and handle labels
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
На вкладке Редактор 2D-карта теперь показывает включения выбранного плана
и новые съёмки, добавленные в текущей сессии.
- editorApi: типы PlanSurveyMode/PlanDropMode/PlanMode и fetchPlanModes —
вызывает GET /api/current-plans/missions/{planId}/modes на pcp-mission-planing-service,
где planId TGU совпадает с missionId (выяснено по Camunda-процессу)
- TguEditorTab: загружает включения при выборе плана, строит MapPolygon[]
из SURVEY-режимов через parseWktPolygon(contourWkt), включён слой planWorks
- Tgu2DMapView: разделены pending-маркер (оранжевый, выбор точки)
и confirmed-маркеры (бирюзовые, подтверждённые съёмки из драфта);
клик на маркер съёмки открывает WorkInspector
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Switch the 2D map sidebar from single-spacecraft selection to per-spacecraft visibility toggles, add a show-all action, and update map tab labels and styles for the all-spacecraft view.
Classify Ordinis classifier transport failures and empty responses as unavailable, keep stale platform cache when possible, and expose Prometheus metrics/alerting for the outage signal.
Port the TGU editor prototype into pcp-tgu-ops-ui as a new editor tab, add draft/conflict/pass logic with tests, extend the 2D map picking API, and include editor styles/theme aliases and task/prototype docs.
Validation: npm run test; npm run build in services/pcp-tgu-ops-ui.
состояние окон видимости, расписания планов, попыток выдачи и job’ов перенесено в БД;
план и попытка выдачи разделены на разные сущности;
Kafka-события теперь двигают persisted state/jobs, а не локальную память pod’а;
BPMN createSatelliteMission теперь отвечает только за одну попытку выдачи плана;
обновление слотов после принятия плана вынесено в отдельный BPMN-процесс;
workers используют DB claim/lock model и безопасны для нескольких pod’ов;
тестовый ручной API вынесен в отдельный disabled-by-default controller
Дмитрий Соловьев