The 4.2" build's 9x15 font (EINK_LARGE_FONT=2) at 2x -- 18x30 cells,
~44 characters x 16 lines -- instead of the 6x9 at 4x, which goes blocky.
Compared side by side on the panel, as suggested in review.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Review follow-up:
- The rows exist only where the build asks for them: Text size with
EINK_FONT_SCALE, Icon size with STATUS_ICON_SCALE. The stock 2.13", the
portrait builds and the L2 don't get them -- their screens are laid out
for one cell size. The text override also applies in landscape only.
- Stored in NodePrefs (ui_text_scale, ui_icon_scale) instead of a
/ui_scale file, as rows in the schema's Display section: the usual row,
save path and factory reset, and console keys display.text.size /
display.icon.size. The hand-written Settings rows and the load/save code
are gone; UITask::applyUiScale() applies the prefs at boot and on change
(applyDisplayPrefs). On opt-in builds ui_text_scale starts at the
build's EINK_FONT_SCALE (DataStore sanitize), so the row shows the scale
in use.
- EINK_FONT_SCALE, when set, now scales whichever landscape font the build
picks (the 6x9, or the EINK_LARGE_FONT one); unset, it is stock as before.
- setUiScale() skips the re-layout and full redraw when nothing changed.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Settings > Privacy > Precision: Exact / ~100 m / ~500 m / ~1 km, beside
"Position in adverts", which stays the on/off. With the position shared,
it is snapped to a fixed grid (0.0009 / 0.0045 / 0.009 degrees) rather
than jittered, so repeated adverts from one spot send the same value and
can't be averaged back to the exact fix.
A schema row (NodePrefs::advert_loc_prec), so both UIs show it, factory
reset clears it and the console has it as advert.loc.precision.
Every self-advert -- manual, flood, auto, the phone app's and contact
export -- now goes through MyMesh::createOwnAdvert(), so the precision
applies everywhere.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
setRamArea() and fastWrite() follow GxEPD2 1.6.2's private
_setPartialRamArea() and _writeImage() for the GDEQ0426T82; say so, so
whoever bumps the library knows to re-check them.
On an 800x480 panel the doubled 6x9 font and the status bar's icons are
tiny. Two opt-in build flags, each also a setting under Settings > Display:
- EINK_FONT_SCALE=<n>: the landscape font's pixel multiplier (stock 2).
Settings > Display > Text size (1x-5x) overrides it at run time
(DisplayDriver::setUiScale -> EinkGfxDisplay re-lays out).
- STATUS_ICON_SCALE=<n>: Home's status icons, battery and page-icon row
drawn at n x their pixel grid, the bar growing to fit. 0 = Auto, 1.5x
the text's pixel scale. Settings > Display > Icon size (Auto, 1x-8x).
Both live in their own /ui_scale file, so NodePrefs is untouched. Icon size
appears only where STATUS_ICON_SCALE is set; Text size appears on every
e-ink build with the full-refresh setting, and builds that set neither
flag draw as before until it is changed. The GDEQ0426T82 env defaults to
4x text with Auto icons.
Tested in the native sim at 800x480.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KxAZVAbhhYr18Dd4guTQM1
While the loop task is inside a display refresh (seconds on a big e-ink
panel) the CardKB isn't polled, and the keyboard's own one-key buffer
drops every press but the last.
A small FreeRTOS task polls the CardKB every 10 ms while a refresh is in
progress, into a 16-entry queue that the loop drains afterwards. A mutex
guards the shared Wire1 bus against querySensors(). The task is created
after the screens so its stack doesn't starve their allocations, and the
loop falls back to the old direct polling if it can't be created.
Tested on hardware: Wio Tracker L1 + CardKB, several quick presses during
an 800x480 refresh all arrive.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KxAZVAbhhYr18Dd4guTQM1
GxEPD2 sends the panel RAM a byte at a time; on the nRF52's SPIM the
per-call overhead dominates, and an 800x480 partial refresh writes the
whole 48 KB several times. GxEPD2_426_GDEQ0426T82_Fast overrides the three
image writes to send each row in one transfer() call, falling back to the
stock path for the cases it doesn't cover (first write, mirror_y, PROGMEM).
Byte-for-byte the same data as the stock driver.
Opt-in per env: -D EINK_FAST_WRITES=1, and EINK_SPI_HZ (default 4 MHz,
8 MHz here, SPIM2's ceiling).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KxAZVAbhhYr18Dd4guTQM1
New solo env WioTrackerL1_GDEQ0426T82_companion_solo_dual: the Wio Tracker
L1 (Lite) with a Good Display GDEQ0426T82 (SSD1677) on the board's 24-pin
e-ink FPC. Build config only. Extends WioTrackerL1Eink with its own full
build_flags list so the stock panel's model and rotation never reach the
compiler.
RAM: the 800x480 framebuffer is 48 KB, so OFFLINE_QUEUE_SIZE is 32 and
MAX_CONTACTS 250 -- with the stock limits UiCore's heap allocations fail
at boot and it loops.
Tested on hardware: Wio Tracker L1 Lite + GDEQ0426T82.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KxAZVAbhhYr18Dd4guTQM1
pmowandClaude Opus 5.5