A LoTW station location (台址) can span several grid squares: the report
emits <MY_VUCC_GRIDS> (comma-separated, MY_GRIDSQUARE often absent) on
those records, but the app parsed only <MY_GRIDSQUARE>, so every extra
grid of a multi-grid 台址 silently vanished from both the blue roamed
stripes and the operated-grid (VUCC) selector.
- GridQso gains myGrids (full own-grid set), myCallsign and stationKey
(MY_* station snapshot); myGrid stays as the first grid for back-compat.
- parseConfirmedGridQsos parses MY_VUCC_GRIDS + the MY_* snapshot fields;
parseRoamedGrids parses MY_VUCC_GRIDS too and uppercases (lowercase
grids never matched the overlay labels).
- SettingsRepo persists mgs/mc/sk; old data falls back to single-grid sets.
- MapScreen groups the selector's 台址名单 by the 台址's full grid set:
a multi-grid 台址 is one entry listing all its grids (e.g. 'OM60,PM01'),
and selecting it fills every worked grid worked from any of them.
Identical grid sets merge (VUCC-equivalent), so partial MY_* snapshots
can't split one 台址 into duplicate entries. Own grid still never
striped.
Verified against real reports: BH6RJD (807 SAT QSOs) yields 7 台址
including 4 multi-grid ones; BA7OPF's own data stays a single 'OL62'
entry. 28 LoTW parser tests pass (5 new).
User correction: AO-123 is ASRTU-1 (NORAD 61781, launched 2024-11-04,
in orbit), not Fox-1D (43137, re-entered 2024-02). Update the hardcoded
FM set and its tests to include ASRTU-1.
Root cause of the recurring empty AMSAT Live filters: OkHttp defaults to a
10s read timeout and amsat.org's live pages take 7-10s+ from many
networks — every sync timed out, fmNames/linearNames stayed empty, and
(with no previous list, e.g. right after clearing data) the filters were
written as EMPTY. The stale pre-whitelist FM list survived only because
older syncs had occasionally succeeded and the failure path preserved it.
Fix:
1. OkHttp timeouts raised (connect 20s / read 30s / write 30s / call 60s)
in MainContainer.provideRemoteSource so slow AMSAT pages actually load.
2. updateAmSatLiveLists gains a last-resort fallback: when the AMSAT page
is down AND there is no previous list to clean, derive FM/Linear from
the local transceivers (FM / SSB,CW,USB,LSB modes) intersected with
the amateur whitelist, so a network timeout never wipes the filters.
ISS module aliases stay excluded by the whitelist intersection.
Regression test: page fails + empty previous list -> fallback yields
{25544} (26700 excluded by whitelist).
resolvePerName crashed with NoSuchElementException (all.first()) when an
AMSAT live-page name had no matching local entry (TEVEL2-1..9, RS95S, any
brand-new sat not yet in the local TLE). The exception was swallowed by
updateAmSatLiveLists' runCatching, so the FM/Linear lists were NEVER
rewritten — they stayed at the stale pre-whitelist snapshot containing
all five ISS modules, which is why ISS kept showing as DESTINY despite the
15.4/15.5/15.6 disambiguation fixes.
Fix: return an empty set for names with no local match (correct skip
semantics) so the rest of the page still resolves and the ISS module
collapse runs. Regression test covers the real AMSAT page mix (ISS +
unknown names).
Root cause of "All filter is empty": 'All' is a real TLE source type
(CelesTrak active group) in satelliteDataUrls, but setSatelliteTypeIds
had an upstream-legacy 'if (type == "All") return' that silently dropped
its ids on every sync. Selecting 'All' in the type dialog then resolved
to an empty catnum set -> empty list, while entries stayed populated
(which is why satellite counts looked normal).
Also fix getTypesList: removeAt(0) removed the alphabetically-first real
source ('ARISS') instead of the intended placeholder; now excludes only
'Other' (empty URL), so all real source types incl. 'All'/'ARISS' are
selectable.
Tests: remote update persists All ids; All type resolves to persisted
CelesTrak active ids; getTypesList excludes only Other.
Two independent defects kept ISS (DESTINY) visible in the satellite-page
AMSAT Live FM filter even after installing the fix and syncing data:
1. UI-layer staleness (SelectionRepo): resolveTypeIds ran only when the
filter type changed and snapshotted the catnum set. A background data
sync rewriting the FM/Linear lists never re-triggered resolution, so
the UI kept filtering with the pre-sync (dirty) set until restart or a
type toggle. ISettingsRepo now exposes a monotonic amSatListsVersion
StateFlow, bumped by SettingsRepo.setAmSatCatnums; SelectionRepo
combines it with currentTypes so every rewrite re-resolves instantly.
2. Data-layer staleness (DatabaseRepo): when the AMSAT FM page fetch
failed, the previous list was kept verbatim — including pre-whitelist
era lists containing all five ISS module entries. The stale list is now
re-disambiguated: previous catnums are looked up by local name and run
through the same whitelist / smallest-catnum collapse, so ISS modules
always collapse to the primary ZARYA (25544).
- Failed whitelist fetch (raw.githubusercontent.com unreachable on some
networks) no longer wipes the persisted whitelist or admits every ISS
module alias: fall back to the persisted whitelist, and only persist
when a stream was actually fetched.
- Multi-match collapse without any whitelist now keeps the primary entry
(smallest catnum, ISS ZARYA=25544) instead of every alias (DESTINY etc.).
- Failed FM/Linear page fetch keeps the previous lists instead of
clearing the filters.
- Amateur whitelist gets a jsDelivr CDN mirror as fallback source.
- Resolve ISS station modules (ZARYA/UNITY/ZVEZDA/DESTINY/NAUKA) to the
primary 25544 instead of whichever module appears first in the TLE source
- Match OSCAR designators to local names spelled 'OSCAR N'/'AMSAT-OSCAR N'
(AO-7 -> OSCAR 7) so Linear lists keep AO-7 on SatNOGS-sourced data
- SSTV virtual type now uses the transceiver service class (Amateur only)
plus launcher-debris name exclusion, dropping retired weather birds
(TIROS) and rocket bodies (ARIANE 6 R/B) while keeping ISS/CSS/TEIKYOSAT
- Persist the AMSAT active-frequency whitelist (palewire mirror) on sync;
used only to disambiguate multi-match names, never as a hard filter
- matchesAmSatName: exact token match instead of substring contains,
so 'ISS' no longer matches AISSAT-1 and 'AO-7' no longer matches
AO-73 (FUNCUBE-1); resolves missing ISS in FM and missing AO-7 in
Linear lists
- resolveTypeIds: intersect SSTV catnums with current in-orbit TLE set,
excluding retired satellites (e.g. TIROS) whose radios are tagged SSTV
- add regression tests for token matching
Two correctness fixes for the FM/Linear/SSTV filters:
1. Satellite type picker: virtual transponder types (AMSAT Live FM,
AMSAT Live Linear, Live SSTV) are now mutually exclusive with the
regular TLE-source types - ticking a virtual type clears Amateur/
CubeSat/etc and vice versa, so selecting 'AMSAT Live FM' no longer
unions in hundreds of non-transponder satellites. Virtual types
still combine with each other. Also: an empty virtual-type resolve
now yields an empty list instead of falling back to 'show all'.
2. Mutual-match fallback: when the AMSAT lists are empty (first run /
sync failure) the DB mode filter used downlinkMode alone, so any
downlink-only beacon sharing a mode label was misclassified
(ISS/IO-86 CW beacons into Linear, FO-29's FM Digitalker into FM).
New getIdsWithModesAndUplink() requires uplinkLow IS NOT NULL,
matching real transponders only. SSTV filter keeps the old query
(SSTV sats are often downlink-only).
Shared virtual-type names moved to Sources.virtualTypeNames.
The satellite selection screen's 'Select satellite type' dialog now lists
three virtual types first (AMSAT Live FM, AMSAT Live Linear, Live SSTV)
before the TLE-source types. Selecting one filters the satellite list to
that transponder/activity set; multiple selections union. 'All' is kept.
- SelectionRepo.getTypesList: virtual types prepended (All preserved)
- SelectionRepo.resolveTypeIds: FM/Linear -> AMSAT catnum sets,
Live SSTV -> mode=SSTV radios; other types via persisted IDs
- Tests: virtual-type filtering, union, clear, list-order assertion
Mutual match page gains FM/Linear transponder-type filters. The
authoritative source is AMSAT's human-maintained Live FM/Linear
Satellites pages, fetched during data sync and stored as catnum sets;
filters resolve to those sets (falling back to DB mode filter when
empty), and unchecking both shows a prompt instead of querying.
- DataParser.parseAmSatLivePage: table rows to satellite names,
TEVEL2-1 thru TEVEL2-9 range expansion, bracket-alias matching
- SettingsRepo: AMSAT FM/Linear catnum sets persisted in prefs
- DatabaseRepo: fetch AMSAT pages in updateFromRemote, best-effort
(failure keeps previous list, never blocks the update)
- getIdsWithModes: AND isAlive = 1
- MutualScreen: FilterChip row inside MatchSearchCard
- Tests: parser (4) + viewmodel (3) + repo fakes
- MarkedStation storage upgraded to an ordered list per grid
(Map<String, List<MarkedStation>>); JSON array shape with legacy
v14.1 single-object migration on read
- MapAction: SetMarkedStation appends (duplicate callsign ignored),
RemoveMarkedStation deletes by callsign, PinMarkedStation moves a
mark to the top of the list
- MaidenheadGridOverlay: red fill for any marked grid unchanged;
first-call label mode shows the FIRST (pinned) marked callsign
- MapScreen: one row per mark (pale-yellow callsign), pin icon
(冖 + stroke ↑, drawn in-app) left of the Marked label — shown only
when the grid has 2+ marks; pinned row's icon grey, others pale
yellow; delete icon per row
- New ic_pin.xml vector drawable; strings grid_mark_pin
- MapScreen: mark-a-station callsign input uppercases as you type
- MutualViewModel: read passesSettings.hoursBefore, shift the mutual
match query start to now-hoursBefore so historical passes are
included when the main Passes page has a lookback window set;
endTime stays at now+hoursAhead
- New MarkedStation model + ISettingsRepo/SettingsRepo persistence
(single JSON key markedGridStations, org.json only)
- MapState/MapViewModel: markedGrids state, Set/RemoveMarkedStation
actions; marks auto-clear once the grid becomes worked
- MaidenheadGridOverlay: red fill (alpha 90, same as green worked
fill) for marked grids at both zoom levels; first-call label mode
shows the marked callsign in pale yellow on red cells
- MapScreen: unworked-grid dialog gains a 'mark a station you want
to contact' button + callsign input dialog; marked row shows red
callsign, 'Marked' in the count column, marking date, delete icon
- i18n: values/ + values-zh/ (grid_mark_*)
Tapping the grid-QSO dialog "Match" button now starts the pass query on
the map page and only navigates to the match page once it finishes, so the
page's first frame already contains the results — the time-range card at
the top and the pass curves right below, with no scroll flicker. The dialog
button shows a spinner and is disabled while calculating. A uiState
collector in MainScreen performs the actual navigation (still a push, so
the back gesture returns to the map). Failures/exceptions still navigate so
the user is never stuck on the map page.
queryMutualPasses() reset listScrollIndex to 0 on every query, so tapping
"query" on the match page jumped the list back to the top. Now the default
keeps the current position; the stale results stay on screen while the new
query runs (clearing them shrank the list below a screen and clamped the
position away) and are replaced when the new results arrive. New VM test
covers position + stale-results behaviour through a settled re-query.
On a device the first frame of the match page only contains the station
cards and the time-range card, which can be shorter than the viewport —
scrollToItem(1) then has no scroll range and silently does nothing, and
by the time the async query results grow the list past one screen the
one-shot flag is already consumed. Retry every 100ms (up to 2s) until
firstVisibleItemIndex reaches the time-range card. Verified with a new
Robolectric test that grows the content after a delay. Bump 12.6.
Temporary Log.d probes at prefill, list-layout gate, scroll effect entry,
scrollToItem outcome and consume, to locate why the map Match prefill
scroll does not land on the device (Robolectric covers it). Bump 12.5.
Run the scroll tests at 411x891dp portrait (device-like layout) and add
a NavDisplay entryProvider scenario that composes MutualScreen the way
the app does, so the prefill scroll is exercised end-to-end.
On a device the Mutual entry is composed inside the NavDisplay transition;
LaunchedEffect could run before the LazyColumn is measurable and the
scrollToItem then never lands, leaving the page at the top. Only scroll
once onGloballyPositioned confirms the list has actually been laid out.
The grid-QSO dialog Match button now adds Mutual on top of the Map entry
instead of clearing the stack, so the system back gesture pops back to
the map page (the page the user came from). Bottom-nav tab switches keep
their replace semantics.
MutualMatchPrefillScrollTest verifies the map grid-QSO Match prefill:
time-range card lands at the top after scrollToItem, default open stays
at station inputs, and the query auto-starts with grid+24h pre-filled.
Adds Robolectric + compose ui-test-junit4 to the mutual test classpath.
Compose ui 1.11.x (BOM 2026.06.01) ignores the LazyListState
firstVisibleItemIndex constructor parameter - the list always starts at
item 0. Restore the scrollToItem approach (verified effective by
Robolectric Compose UI tests) and keep the auto-started query.
- Match prefill now positions the LazyColumn via its initial state
(queryMutualPasses(initialScrollIndex = 1)) instead of a post-layout
scrollToItem, so the page reliably opens with the time-range card at the
top while the 24h query runs.
- The install-time what's new dialog text now scrolls inside a bounded box
(max 360dp) instead of overflowing the fixed dialog frame.
- Grid-QSO dialog gains a Match action (radio-tower icon + label) in its
header; tapping it navigates to the match page pre-filled with the tapped
grid as the opposite station and a 24h time range, auto-starts the query,
and scrolls the page straight to the time-range card.
- Every grid is now tappable (previously only worked grids opened the
dialog); unworked grids show an empty QSO list instead of a hint.
The 11.2 gate only relaxed the pre-return zoom check, but the showLabels
gate below it still required LABEL_ZOOM_SUB (6.5), so first-call labels
stayed hidden in the 6.0..6.5 band where the 4-char grid lines render.
- Gate showLabels on GRID_ZOOM_SUB (6.0) when showFirstCallLabels is on.
- Relax MIN_LABEL_CELL_PX (48) to 0.6x for first-call mode so 1° cells
(~45 px on the equator at zoom 6.0) are not filtered out.
Normal grid-code labels are unchanged (still LABEL_ZOOM_SUB).
- pass_whatsnew_message rewritten as a single line with escaped \n bullets:
real newlines in the value are invalid for aapt2 ('not a valid string').
- Escape the apostrophe in "map's"; mark grid_qso_calls_count
formatted=false (two %d + '·' triggered multiple-substitutions).
- values-si: remove stray comma after map_altitude </string>.
All were latent resource errors surfaced by the forced recompile.
- Pass history (Iu-yang1 fork): PassesSettings.hoursBefore look-back window;
second 'Time before' slider in the pass filter; completed passes stay
listed (progress clamped to [0,1]) in the history window.
- Compass calibration (Iu-yang1 fork): OtherSettings.compassOffsetDegrees,
CompassAccuracy from the magnetic sensor, calibration dialog with
figure-eight accuracy meter, corrected heading and manual offset field;
RadarViewModel applies the offset.
- What's New dialog now shows the cumulative 4.4.6->4.4.7 changelog and
follows the system language (values/ + values-zh/).
- pass_filter_history_hours localized in es/ru/si/tr/uk.
Move the first-call label gate from LABEL_ZOOM_SUB (6.5) to GRID_ZOOM_SUB
(6.0): worked (green) cells are labelled with their first callsign as soon
as the 4-char grid lines render, not only at the name-label zoom.
Add a 'first call' pill toggle below the grid-mode switch (map top-right,
visible only in grid mode + VUCC award). When on, worked (green) cells are
labelled with the first callsign worked in that grid (earliest confirmed
QSO by time) instead of the Maidenhead code; non-worked cells get no label
at all. Persisted via OtherSettings.stateOfMapFirstCall (full MVI chain).
The feature is VUCC-only: All and other award overlays never draw it.
Day-cell numbers now count the most recent consecutive reports sharing the
newest status (counting back from the newest report, stopping at the first
different status), instead of the total report count of the day. Empty gaps
do not break the streak; statuses compare by exact report text; counting
does not cross day boundaries.
- SatDay gains streakCount (computed in AmSatRepository.buildStatuses)
- DayCell renders day.streakCount instead of slot count sum
- Add real org.json to core:data unit tests (android.jar stub cannot parse)
- Add 2 streak tests: mixed-status slot breaks, all-same-status counts all
The satellite search only matched exact continuous substrings, so names with
dashes, spaces or brackets (AO-7, ISS (ZARYA), FO-29) could not be found by
queries without those separators. Now the query is normalized (lowercased,
non-alphanumeric separators stripped) and split into space-separated tokens,
and every token must appear in the normalized satellite name. This makes
'ao7' match 'AO-7 (AMSAT-OSCAR 7)' and 'iss zarya' match 'ISS (ZARYA)'.
Numeric queries still match catnum exactly. Covered by 8 new unit tests.
The mutual pass list LazyColumn reset to the top on every return to the page.
Scroll position is now stored in the Activity-scoped MutualViewModel and
restored on re-entry; a new query (queryGeneration bump) rebuilds the list at
the top so stale positions never leak into fresh results.
The osmdroid map was recreated on every return to the Map page, resetting
center/zoom to the default and forcing grid mode back onto the station grid.
Now the viewport (center + zoom) is saved in the Activity-scoped
MapFilterViewModel only in grid mode and restored on re-entry, so the user
keeps exactly where they left off. Satellite mode keeps its original
follow-the-satellite behavior; cold-start entries and in-page grid toggles
still center on the station grid as before.
The award chip (VUCC/DXCC/WAJA/...) now lives in an Activity-scoped
MapFilterViewModel instead of a per-composition remember, so switching
to another page and back keeps the last selection; it resets to VUCC
only once per process (cold start). Removes the effect that forced
VUCC on every grid-mode entry.
The stored sync cursor was 'yyyyMMdd', which LoTW's qso_qslsince silently
ignores (measured live: it falls back to the system-supplied default).
Write a full UTC 'yyyy-MM-dd HH:mm:ss' cursor instead — the documented
format LoTW honors — so incremental pulls are exact (second precision)
and the settings page can show the last successful sync time on the LoTW
card, formatted like the ephemeris update time (prefs_updated_title).
Legacy yyyyMMdd cursors are normalized for the API, the gate and the
display (lotwCursorApi/lotwCursorDate/lotwCursorEpochMs).
Mirrors the ephemeris auto-update check: on every app start, if LoTW
credentials are configured, the new 'auto-sync LoTW grids' toggle is on,
at least one manual sync was done before, and today has not synced yet
(ARRL rate limit, ~once a day), pull confirmations since the last sync
and merge them. Same callsign -> incremental merge; callsign change ->
full replace. Manual dialog and automatic path share the orchestration
(mode resolution, gate, merge/persist) moved to core:domain
LoTWGridSync.kt; LoTWSyncMode moved to core:domain. 8 unit tests.
- Cancel: the dialog's cancel/back while syncing now aborts the download job
(cooperative cancellation in the stream reader, CancellationException
propagated, nothing written to storage). An accidental full sync can be
stopped immediately.
- Progress: the size estimate is conservative (900 B/record vs measured 720)
so the bar never hits 100% before the download truly ends; storage writes
moved to the IO dispatcher (multi-MB per-grid QSO JSON used to freeze the
main thread after download); when the bar caps, the UI switches to
'Processing downloaded data…' instead of looking stuck.
- Removed the outdated '3-10 seconds' hint (misleading for large accounts).
Stripe spacing now scales as 44px * 2^(zoom-7) instead of a fixed 44px on
screen: at the map's max zoom (7.0) the stripes keep the established look,
and at lower zooms they shrink with the map, so stripes stay pinned to the
map (same stripes-per-cell at every level) — denser on screen when zoomed
out, sparser when zoomed in.
- SharedDialog title gets start padding when only a cancel button is shown
(was flush against it); dialogs with both buttons unchanged.
- LoTW dialog: full-sync button bottom-left, incremental-merge bottom-right
(SpaceBetween instead of side-by-side).
- Pass card header: radar icon button enlarged to 48dp touch target with a
24dp icon, spanning both header rows vertically (name/time + elevations);
the pass info column narrows so the Opposite elevation shifts left.
- RadarDestination no longer auto-returns instantly when the mutual pass has
already ended — the auto-return now only runs while the pass is actually in
progress. Previously the collapsed-card radar shortcut appeared broken
('flash back to Mutual') whenever the computed pass had finished.
- Fakes: add the 4 last-sync bookkeeping members missed by the LoTW commit.
Icon-only radar button at the right end of the collapsed pass header (always
visible, not only when expanded); the pass info shifts left. The button's tap
is consumed and does not toggle the card expansion.
Two explicit sync buttons in the LoTW dialog:
- Full sync: qso_qslsince=2000-01-01, fresh report replaces all stored data.
- Incremental merge: since=last successful sync date, merged into the stored
set (grids union, QSOs deduped by call + time). First sync / callsign change
automatically falls back to full replace so no stale grids from another
account linger.
Progress & estimates:
- Report body is now streamed; the header's <APP_LoTW_NUMREC> gives the real
QSL count, total size is estimated as NUMREC * 720 B (measured), and the UI
shows a determinate bar with 'N QSOs, ~X s remaining' once known.
- Pre-sync hint shows the measured rate (~8 s per 100 QSOs).
- readTimeout raised to 600 s (stall timeout, not a total cap — huge accounts
legitimately take 30+ min at ARRL's ~10 KB/s stream rate); connectTimeout
raised to 60 s (a busy server took 36.5 s to accept a connection).
Also: ISettingsRepo gains last-sync date/callsign bookkeeping, and the mutual
test fake implements the new members.
DayCell displayed the count of the newest non-gray slot only; it now sums the
counts of all 12 slots of the day. The tile color still reflects the newest
reported status.
Grid mode is toggled from the map page pill (MapAction.ToggleGridMode writes
stateOfMapGrid); the settings-page switch was a duplicate entry point. Removes
the SwitchRow, the ToggleMapGrid action and its ViewModel branch, and trims
the OtherCard height by one row.
The expanded option rows used fillMaxWidth inside a full-screen Box, which
stretched the selector's dark surface across the whole map. The Column now
sizes to its widest child (IntrinsicSize.Max) so the box is just wide enough
for the label, count and expand arrow.
The pass card time range and the elevation-curve X-axis labels were hardcoded
to the device timezone. MutualUiState now carries isUtc, initialized and kept
in sync with OtherSettings.stateOfUtc (same pattern as PassesViewModel), and
both the card timeFormat and the chart axis use UTC when the setting is on.
Also fixes pre-existing test-fake compile breakage: FakeSettingsRepo built
OtherSettings with positional args missing shouldSeeWhatsNew, and never
implemented the wavelogSettings/lotwSettings/worked-grids members added by
later interface extensions.
Root cause: LocalElevationThresholds was provided inside MainScreen, but
RadarDestination is a root-level sibling entry in NavRoot's NavDisplay, so
it fell outside the CompositionLocal scope and always used the default
15/45 thresholds.
Fix: hoist the CompositionLocalProvider to NavRoot so both the tab content
and the root-level RadarDestination read the user's low/high elevation
thresholds. Also affects upstream (same navigation structure).
WAZ/DXCC award rings are stored with the closing edge implicit (the renderer
close()s single-segment rings). Rings that straddle ±180° are split into
multiple segments, and multi-segment rings must not be close()d (each close()
would draw a spurious chord across the map), so the implicit closing edge
was never drawn -> the shared boundary between WAZ zones 31/32 (165E,-8 ->
180,-12), and the closing edges of Russia's main ring / Fiji / Russia's
Chukotka tip in DXCC, stayed open.
Fix: store every ring explicitly closed (append first point). splitRingAt
Antimeridian then cuts the closing edge at ±180 exactly like any other edge,
so each segment ends on the correct side and the boundary lines render.
Android plurals have no 'one' category in Chinese (zh plural rules only
contain 'other'), so a single QSO rendered as '1 QSOs' on Chinese-locale
devices. Replace the plurals resource with explicit singular/plural
strings selected in code.
Switching the operated-grid selector now re-filters the green worked
cells on the map (the overlay receives the per-grid worked set instead
of the global one, on every recomposition via setGridMode). Previously
only the VUCC progress count changed while the map stayed green for all
operated grids.
The selector gains an 'All (n)' entry at the bottom of the list: it
selects no operated grid (null), showing every worked grid combined and
restoring the global VUCC count.
Maidenhead row R (80-90N) and row A (-90..-80S) vertical lines were drawn
with projectionToY(±90). Web Mercator diverges there: osmdroid's
TileSystemWebMercator yields y01=±Infinity -> Long.MIN/MAX_VALUE pixel
coordinates (verified via JVM test: lat=90 -> -9.2e18, lat=-90 -> +9.2e18).
The canvas cannot rasterize such coordinates, so the polar rows' grid
lines silently disappeared at field zoom (2-char labels).
Fix: clamp the projected latitude to the Mercator limit ±85.0511 in
projectionToY(). The polar rows then project onto the screen edge and
their lines render (the sliver beyond 85.05 is off-screen anyway). Row A
kept its symmetric handling; row R now uses the same path.
- QSO dialog: each callsign row shows 'n QSO'/'n QSOs' (plurals) centered
between callsign and date, styled like the date.
- Grid mode + VUCC filter: top-left selector picks the operated grid the
VUCC count is computed from (defaults to the most-worked grid), with a
collapsible list of all operated grids; arrow style matches the QSO
dialog rows.
GridQso gains myGrid (ADIF MY_GRIDSQUARE) captured per QSO during LoTW
parsing (handles alphabetical field order + EOR reset) and persisted as
JSON key 'mg' (absent in pre-myGrid data -> null). Legacy syncs keep the
global VUCC count; one resync unlocks per-grid counting.
Port of upstream PR #252 (wty2019wty): combine otherSettings.stateOfUtc
into initRepository so an existing AOS time window is reapplied in the
newly selected timezone right after toggling UTC, instead of waiting for
the next selection/position change.
- DB v2 migration: entries.ndot column so hasDecayed() actually works after
reload (parsed ndot was dropped on write, making the decay detection dead
code); radios.isCustom column to mark manually imported transceivers.
- updateTransceiversFromFile marks imported radios isCustom=true; remote
updates now deleteManagedRadios() then insert the fresh snapshot, keeping
manual imports (no source can refresh them, so nothing would bring them back).
- Wire MIGRATION_1_2 into MainContainer (fallbackToDestructiveMigration=false
would otherwise crash on upgrade).
- PassesViewModel: use the DEVICE timezone for the natural-day anchor in
findTodaySunRiseSet instead of the display timezone. With UTC enabled the
anchor was UTC midnight = 08:00 local for UTC+8 stations, when the sun is
already up — tripping the white-night guard and rendering '--:--'.
- SatelliteRepo.isAosInRange: follow the UTC display toggle so the pass time
window is interpreted in UTC when UTC mode is on. Previously the list
showed UTC times while the filter silently used local time, off by the
timezone offset (8h for China).
- wapc.json: add name_en for all 34 provinces (Beijing/Guangdong/...)
- waja.json: add name_en for all 47 prefectures (Gifu/Kyoto/...)
- AwardBoundaryOverlay: render English label on non-Chinese UI,
fall back to source name when name_en is absent
- bump version to 4.4.6-ba7opf.10.4 (469)
atsunatsu