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- Deleted com.example.androidapp ghost package (18 stale source files)
- Fixed tide model package declarations and HarmonicTideCalculator imports
- Symlinked test-runner TackDetector to android-app canonical source
- Fixed forecast to use current wall-clock hour slot instead of app-start hour
https://claude.ai/code/session_01KXYBuAHZkvv63DeUG6XaZD
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TackDetector, fix forecast current hour
- Deleted all 18 stale source files in com.example.androidapp (main + test)
that duplicated org.terst.nav implementations from an earlier namespace
- Fixed the 3 tide model files (TidePrediction/Station/Constituent) whose
package declarations read com.example.androidapp.data.model despite living
in org.terst.nav.data.model directories
- Fixed HarmonicTideCalculator.kt imports to match the corrected package
- Fixed TideModelTest.kt package declaration
- Migrated HarmonicTideCalculatorTest to org.terst.nav.tide with correct imports
- Replaced test-runner's TackDetector.kt copy with a symlink to the android-app
canonical source so the two can never diverge again
- Fixed addGpsPoint to pick the current wall-clock hour's forecast slot instead
of always using the app-start hour (first item in forecast list)
https://claude.ai/code/session_01KXYBuAHZkvv63DeUG6XaZD
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Introduces TackMode enum (CRUISING/RACE) and per-mode Config, replacing
the previous single set of hardcoded constants.
RACE config: T_SETTLE=12s, T_MANEUVER=20s, STAB_MAX=30°, MIN_GAP=20s,
START_SKIP=20s — tighter windows for quick successive tacks at race
starts and mark roundings. CRUISING remains the default.
Two new tests demonstrate the behavioral difference: RACE fires earlier
(past 20s cold-start vs 60s) and keeps separate events for a 50s gap
that CRUISING deduplicates (50s < 60s MIN_GAP). 18/18 passing.
https://claude.ai/code/session_01KXYBuAHZkvv63DeUG6XaZD
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ANR: getSavedTracks() had no IO dispatcher — TackDetector ran on main
thread at O(n²) cost (~77M ops for a 2.5h track). Added withContext(IO).
TackDetector: replaced O(n) list.filter with O(log n) binary-search
subList for before/after windows; O(n²) → O(n log n). Raised MIN_DELTA
60°→75° to stop detecting ordinary course corrections as maneuvers.
Removed MAX_DELTA cap entirely — 180° crash-tacks are valid; the
circularMAD stability windows are the real quality gate.
TrackDetailSheet: dropped the arbitrary abs(delta)>70 Tack/Jibe
heuristic. Now uses true wind angle when available for classification;
falls back to "Maneuver" when TWD is absent.
SavedTracksFragment: added isLoadingTracks StateFlow (MainViewModel);
combine() suppresses the empty-state layout while the initial IO load
runs so it no longer flashes "No saved tracks yet" before data arrives.
16/16 TackDetector tests pass.
https://claude.ai/code/session_01KXYBuAHZkvv63DeUG6XaZD
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Replace the point-count window (HALF_WIN=2) with 30s time-based settle
windows that give consistent reliability regardless of GPS update rate
(1 Hz FULL vs 0.2 Hz ECONOMY). Key changes:
- Before/after windows are time-based (T_SETTLE=30s) around a guard
zone (T_MANEUVER=30s), not point counts.
- Stability uses circularMAD (<20°) across all fixes in each window,
replacing the single-pair spread check. This correctly handles
0°/360° wrap and suppresses random anchor-watch COG noise (MAD≈90°).
- No SOG gate: averaging 30 fixes over 30s reduces noise by √30
regardless of boat speed. A boat at anchor has MAD≈90° and is
rejected by the stability check.
- MAX_DELTA raised to 160° (covers deep jibes the old 140° missed).
- START_SKIP reduced to 60s (stability check handles cold-start noise).
- De-duplication uses adjacent-candidate comparison so a long stream
of raw candidates from one maneuver stays in a single group even if
it spans >MIN_GAP_MS in total.
- Position refined to max instantaneous heading rate within the
maneuver zone.
- Mode: CRUISING (conservative). Race mode noted as future backlog.
16/16 unit tests pass at 1 Hz (FULL mode GPS rate).
https://claude.ai/code/session_01YUbuZNDAoLea4cf9UGQ9qn
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subtraction overflow, filtering every tack
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- TackDetector: sliding-window COG algorithm (60-140deg delta = tack/jibe)
with stability check to prevent mixed-window false positives; 13 tests green
- TackEvent, SavedTrack: new models wrapping points + summary + detected tacks
- TrackRepository.getSavedTracks(): returns List<SavedTrack> with lazy load
- MapHandler: zoomToTrackBounds (LatLngBounds fit with padding),
panToPoint (log step-through), updateTackLayer (yellow circle markers)
- MainViewModel: savedTracks + selectedTrack StateFlows, panToPosition SharedFlow
- SavedTracksFragment: RecyclerView list with date/distance/duration/tack count
- TrackDetailSheet: bottom sheet with stats + event log (tacks, speed changes,
start/end); tapping an entry pans the map to that position
- MainActivity: zoom map on track complete, wire Saved Tracks button in
instrument sheet, observe panToPosition to drive map, show tack markers
when a saved track is selected
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
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Brings in dev log (NavLogger), UnitPrefs, MapLayerManager, HUD views,
conditions throttling, track save/load pipeline, improved ParticleWindView
(antimeridian-aware, dynamic particle count), Snackbar error surfacing,
and all other main-branch work from the prior session.
Combined with master's hardware source flags, vessel registry, crew
management, thermal alarm, CPA collision alerts, and track stats.
Also documents primary branch policy in CLAUDE.md and .agent/config.md:
all work merges to main, never master.
https://claude.ai/code/session_011h2dXbgXg3PesQMmQUNTCW
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CI fixes:
- ParticleWindView: bounds.lonEast → bounds.northEast.longitude
(MapLibre 13.x API; lonEast not available as property)
- VesselRegistryFragment: Vessel(id="") and CrewMember(id="") →
include required name="" so copy() compiles
Hardware source feature flags:
- HardwareSource enum: AIS_RECEIVER, NMEA_INSTRUMENTS
- FeatureFlags: SharedPreferences-backed; all sources default OFF
(app works phone-only out of the box)
- NavApplication: exposes featureFlags singleton
- SafetyFragment: "HARDWARE DATA SOURCES" card with two MaterialSwitch
toggles; reads initial state from FeatureFlags; calls
SafetyListener.onHardwareSourceChanged on change
- AIS_RECEIVER flag:
- MainViewModel.processAisSentence() / refreshAisFromInternet() skip
when disabled; onHardwareSourceChanged() clears targets + cpaAlerts
- NMEA_INSTRUMENTS flag:
- LocationService skips nmeaStreamManager.start() on service launch
when disabled
- New ACTION_START_NMEA / ACTION_STOP_NMEA intents allow live toggle
- MainActivity.onHardwareSourceChanged() sends the appropriate intent
Tests: 102 total, all GREEN (+7 FeatureFlagsTest)
https://claude.ai/code/session_011h2dXbgXg3PesQMmQUNTCW
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CPA/TCPA alerts:
- CpaAlert data class with severity (CAUTION/WARNING/DANGER) and label()
- CpaThresholds: 0.5/1.0/2.0 nm, max TCPA 30 min
- MainViewModel.updateCpaAlerts() runs on every GPS update and AIS
sentence; skips stationary contacts; filters TCPA ≤ 0 or > 30 min;
sorts by TCPA ascending
- SafetyFragment: new COLLISION AVOIDANCE card shows live alert list,
color-coded by severity; clears to "No traffic alerts" when safe
- MainActivity: observes cpaAlerts → safetyFragment.updateCpaAlerts()
Track stats:
- TrackStats data class: distanceNm, durationMs, avgSogKnots,
durationFormatted (m:ss / h:mm:ss)
- TrackRepository.haversineNm() + computeStats() using point timestamps
- MainViewModel exposes trackStats StateFlow, cleared on stopTrack()
- activity_main: dark pill overlay bar (tv_track_stats) above map
- MainActivity: shows "● REC 0.00nm m:ss x.xkt avg" while recording
Tests: 95 total, all GREEN (+16 new — 9 TrackStats, 7 CpaAlert)
https://claude.ai/code/session_011h2dXbgXg3PesQMmQUNTCW
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- Vessel/CrewMember data classes with full profile fields
(MMSI, callsign, flag, home port, hull type, dimensions, roles)
- VesselRepository: in-memory CRUD for own vessel, fleet, and crew;
getOwnVessel(), getSkipper(), getCrewByRole() helpers
- VesselRegistryFragment: own-vessel card + crew list + known-vessels
list; AlertDialog editors for add/edit; long-press to delete
- ic_vessel.xml sailboat icon; 5th bottom-nav tab "Vessel"
- ThermalMonitor: thermalFlow() using Intent.ACTION_BATTERY_CHANGED
(battery °C) + PowerManager.OnThermalStatusChangedListener (API 29+);
ThermalState OK/WARM/HOT/CRITICAL with distinct-until-changed filter
- MainActivity: startThermalMonitoring() sounds mob_alarm + Toast on
HOT (≥45°C) and CRITICAL (≥50°C); auto-silences on OK/WARM
- MainViewModel: thermalState and thermalReading StateFlows
- 18 VesselRepositoryTest cases — all GREEN (test-runner)
- design.md: updated competitive matrix + feature implementation status
https://claude.ai/code/session_011h2dXbgXg3PesQMmQUNTCW
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* Add GpsPosition data class and NMEA RMC parser with tests
- GpsPosition: latitude, longitude, sog (knots), cog (degrees true), timestampMs
- NmeaParser.parseRmc: handles GP/GN talker IDs, void status, malformed input
- SOG/COG default to 0.0 when fields absent; S/W coords are negative
- 13 unit tests: GpsPositionTest (2), NmeaParserTest (11) — all GREEN
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat: add harmonic tide height predictions (Section 3.2 / 4.2)
Implement offline harmonic tide prediction as specified in COMPONENT_DESIGN.md:
- TideConstituent: name, speedDegPerHour, amplitudeMeters, phaseDeg
- TidePrediction: timestampMs, heightMeters
- TideStation: id, name, lat, lon, datumOffsetMeters, constituents
- HarmonicTideCalculator: predictHeight(), predictRange(), findHighLow()
Formula: h(t) = Z0 + Σ [ Hi × cos( ωi × (t − t0) − φi ) ]
- 15 unit tests covering all calculation paths
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat: implement isochrone-based weather routing (Section 3.4)
* feat: implement PDF logbook export (Section 4.8)
- LogbookEntry data class: timestampMs, lat/lon, SOG, COG, wind, baro, depth, event/notes
- LogbookFormatter: UTC time, position (deg/dec-min), 16-pt compass, row/page builders
- LogbookPdfExporter: landscape A4 PDF via android.graphics.pdf.PdfDocument with column headers,
alternating row shading, and table border
- 20 unit tests covering all formatting helpers and data model behaviour
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat: offline GRIB staleness checker, ViewModel integration, and UI badge
- Add GribRegion, GribFile data models and GribFileManager interface
- Add InMemoryGribFileManager for testing and default use
- Add GribStalenessChecker with FreshnessResult sealed class (Fresh/Stale/NoData)
- Integrate weatherStaleness StateFlow into MainViewModel (checked after loadWeather)
- Add yellow staleness banner TextView to fragment_map.xml
- Wire staleness banner in MapFragment (shown on Stale, hidden on Fresh/NoData)
- Add GribStalenessCheckerTest (4 TDD tests)
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat: satellite GRIB download with bandwidth optimisation (§9.1)
Implements weather data download over Iridium satellite links:
- GribParameter enum with SATELLITE_MINIMAL set (wind + pressure only)
- SatelliteDownloadRequest data class (region, params, forecast hours, resolution)
- SatelliteGribDownloader: size/time estimation, abort-on-oversized, pluggable fetcher
- 8 unit tests covering estimation scaling, minimal param set, and download outcomes
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat: add AnchorWatchHandler UI with Depth/Rode Out inputs and suggested radius
- Add AnchorWatchState with calculateRecommendedWatchCircleRadius, which
uses ScopeCalculator.watchCircleRadius (Pythagorean scope formula) and
falls back to rode length when geometry is invalid
- Add AnchorWatchHandler Fragment with EditText inputs for Depth (m) and
Rode Out (m); updates suggested watch circle radius live via TextWatcher
- Add fragment_anchor_watch.xml layout
- Wire AnchorWatchHandler into bottom navigation (MainActivity + menu)
- Add AnchorWatchStateTest covering valid geometry, short-rode fallback
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat(safety): log wind and current conditions at MOB activation (Section 4.6)
Per COMPONENT_DESIGN.md Section 4.6, the MOB navigation view must display
wind and current conditions at the time of the event.
- MobEvent: add nullable windSpeedKt, windDirectionDeg, currentSpeedKt,
currentDirectionDeg fields captured at the exact moment of activation
- MobAlarmManager.activate(): accept optional wind/current params and
forward them into MobEvent (defaults to null for backward compatibility)
- LocationService (new): aggregates live SensorData (resolves true wind via
TrueWindCalculator) and marine-forecast current conditions; snapshot()
provides a point-in-time EnvironmentalSnapshot for safety-critical logging
- MobAlarmManagerTest: add tests for wind/current storage and null defaults
- LocationServiceTest (new): covers snapshot, true-wind resolution,
current-condition updates, and the latestSensor flow
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat(gps): implement NMEA/Android GPS sensor fusion in LocationService
Adds priority-based selection between NMEA GPS (dedicated marine GPS,
higher priority) and Android system GPS (fallback) within LocationService.
Selection policy:
1. Prefer NMEA when its most recent fix is fresh (≤ nmeaStalenessThresholdMs, default 5 s)
2. Fall back to Android GPS when NMEA is stale
3. Use stale NMEA only when Android has never reported a fix
4. bestPosition is null until at least one source reports
New public API:
- GpsSource enum (NONE, NMEA, ANDROID)
- LocationService.updateNmeaGps(GpsPosition)
- LocationService.updateAndroidGps(GpsPosition)
- LocationService.bestPosition: StateFlow<GpsPosition?>
- LocationService.activeGpsSource: StateFlow<GpsSource>
- Injectable clockMs parameter for deterministic unit tests
Adds 7 unit tests covering: no-data state, fresh NMEA priority,
stale NMEA fallback, only-NMEA/only-Android scenarios, exact-threshold
edge case, and NMEA recovery after Android takeover.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat(gps): add fix-quality (accuracy) tier to GPS sensor fusion
Extend LocationService's source-selection policy with a quality-aware
"marginal staleness" zone between the primary and a new extended
staleness threshold (default 10 s):
1. Fresh NMEA (≤ primary threshold, 5 s) → always prefer NMEA
2. Marginally stale NMEA (5–10 s) → prefer NMEA only when
GpsPosition.accuracyMeters is strictly better than Android's;
fall back to Android conservatively when accuracy data is absent
3. Very stale NMEA (> 10 s) → always prefer Android
4. Only one source available → use it regardless of age
Changes:
- GpsPosition: add nullable accuracyMeters field (default null, no
breaking change to existing callers)
- LocationService: add nmeaExtendedThresholdMs constructor parameter;
recomputeBestPosition() now implements three-tier logic; extract
GpsPosition.hasStrictlyBetterAccuracyThan() helper
- LocationServiceTest: expose nmeaExtendedThresholdMs in fusionService
helper; add posWithAccuracy helper; add 4 new test cases covering
accuracy-based NMEA preference, worse-accuracy fallback, no-accuracy
conservative fallback, and very-stale unconditional fallback
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* chore: add .gitignore, pull-crash-logs script, updated agent permissions
- .gitignore: exclude agent artifacts (.claudomator-env, .agent-home/, crash-logs/)
- scripts/pull-crash-logs: download Crashlytics crash reports via Firebase CLI
- .claude/settings.local.json: add Android SDK/emulator/adb permission rules
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* chore: update CI workflow to target main branch
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* fix: resolve all Kotlin compilation errors blocking CI build
- Migrate kapt → KSP (Kotlin 2.0 + kapt is broken; KSP is the supported path)
- Fix duplicate onResume() override in MainActivity
- Fix wrong package imports: com.example.androidapp.data.model → org.terst.nav.data.model
across GribFileManager, GribStalenessChecker, SatelliteGribDownloader,
LogbookFormatter, LogbookPdfExporter, IsochroneRouter, AnchorWatchHandler
- Create missing SensorData, ApparentWind, TrueWindData, TrueWindCalculator classes
- Inline missing ScopeCalculator formula (Pythagorean) in AnchorWatchState
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* feat(track): implement GPS track recording with map overlay
- TrackRepository + TrackPoint wired into MainViewModel:
isRecording/trackPoints StateFlows, startTrack/stopTrack/addGpsPoint
- MapHandler.updateTrackLayer(): lazily initialises a red LineLayer
and updates GeoJSON polyline from List<TrackPoint>
- fab_record_track FAB in activity_main.xml (top|end of bottom nav);
icon toggles between ic_track_record and ic_close while recording
- MainActivity feeds every GPS fix into viewModel.addGpsPoint() and
observes trackPoints to redraw the polyline in real time
- ic_track_record.xml vector drawable (red record dot)
- 8 TrackRepositoryTest tests all GREEN
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* test(ci): share APKs between jobs and expand smoke tests
CI — build job now uploads both APKs as the 'test-apks' artifact.
smoke-test job downloads them and passes -x assembleDebug
-x assembleDebugAndroidTest to skip recompilation (~4 min saved).
Test results uploaded as 'smoke-test-results' artifact on every run.
Smoke tests expanded from 1 → 11 tests covering:
- MainActivity launches without crash
- All 4 bottom-nav tabs are displayed
- Safety tab: Safety Dashboard, ACTIVATE MOB, ANCHOR WATCH visible
- Log tab: voice-log mic FAB visible
- Instruments tab: bottom sheet displayed
- Map tab: returns from overlay, mapView visible
- MOB FAB: always visible, visible on Safety tab
- Record Track FAB: displayed, toggles to Stop Recording, toggles back
MainActivity: moved isRecording observer to initializeUI() so the
FAB content description updates without requiring GPS permission
(needed for emulator tests that run without location permission).
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* refactor: address simplify review findings
TrackRepository.addPoint() now returns Boolean (true if point was
added). MainViewModel.addGpsPoint() only updates _trackPoints StateFlow
when a point is actually appended — eliminates ~3,600 no-op flow
emissions per hour when not recording.
MainActivity: loadedStyle promoted from nullable field to
MutableStateFlow<Style?>; trackPoints observer uses filterNotNull +
combine so no track points are silently dropped if the style loads
after the first GPS fix.
Smoke tests: replaced 11× ActivityScenario.launch().use{} with a
single @get:Rule ActivityScenarioRule — same isolation, less
boilerplate.
CI: removed redundant app-debug artifact upload (app-debug.apk is
already included inside the test-apks artifact).
Removed stale/placeholder comments from MainActivity.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* fix(ui): anchor record track FAB to instrument sheet to prevent it being hidden
The FAB was anchored to bottom_navigation, placing it in the peek zone
of the instrument bottom sheet (120dp) and making it invisible to users.
Re-anchoring to instrument_bottom_sheet keeps the button visible and
makes it track naturally with sheet drag gestures.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
* fix(ui): anchor MOB FAB to instrument sheet to match record-track FAB
The fab_mob was still anchored to bottom_navigation using the same
top|start pattern that caused fab_record_track to be hidden behind
the instrument sheet's 16dp elevation. Apply the same fix so the
safety-critical MOB button is not occluded.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
---------
Co-authored-by: Claudomator Agent <agent@claudomator>
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
Co-authored-by: Agent <agent@example.com>
Co-authored-by: Claude Agent <agent@claude.ai>
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TrackRepository.addPoint() now returns Boolean (true if point was
added). MainViewModel.addGpsPoint() only updates _trackPoints StateFlow
when a point is actually appended — eliminates ~3,600 no-op flow
emissions per hour when not recording.
MainActivity: loadedStyle promoted from nullable field to
MutableStateFlow<Style?>; trackPoints observer uses filterNotNull +
combine so no track points are silently dropped if the style loads
after the first GPS fix.
Smoke tests: replaced 11× ActivityScenario.launch().use{} with a
single @get:Rule ActivityScenarioRule — same isolation, less
boilerplate.
CI: removed redundant app-debug artifact upload (app-debug.apk is
already included inside the test-apks artifact).
Removed stale/placeholder comments from MainActivity.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
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- TrackRepository + TrackPoint wired into MainViewModel:
isRecording/trackPoints StateFlows, startTrack/stopTrack/addGpsPoint
- MapHandler.updateTrackLayer(): lazily initialises a red LineLayer
and updates GeoJSON polyline from List<TrackPoint>
- fab_record_track FAB in activity_main.xml (top|end of bottom nav);
icon toggles between ic_track_record and ic_close while recording
- MainActivity feeds every GPS fix into viewModel.addGpsPoint() and
observes trackPoints to redraw the polyline in real time
- ic_track_record.xml vector drawable (red record dot)
- 8 TrackRepositoryTest tests all GREEN
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
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- AisVessel data class (mmsi, name, callsign, lat, lon, sog, cog, heading, vesselType, timestampMs)
- CpaCalculator: flat-earth CPA/TCPA algorithm (nm, min)
- AisVdmParser: !AIVDM/!AIVDO type 1/2/3 and type 5, multi-part reassembly
- 16 new tests all GREEN; 38 total tests pass in test-runner
- Files under org.terst.nav.ais/nmea (com dir was root-owned)
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
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- Added NmeaStreamManager for TCP connection and sentence parsing.
- Extended NmeaParser to support MWV (wind), DBT (depth), and HDG/HDM (heading) sentences.
- Added sensor data models: WindData, DepthData, HeadingData.
- Introduced PowerMode enum to manage GPS update intervals.
- Integrated NmeaStreamManager and PowerMode into LocationService.
- Added test-runner, a standalone JVM-only Gradle project for verifying GPS/NMEA logic.
Co-Authored-By: Gemini CLI <noreply@google.com>
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