A weather row's play ran the world clock at whatever rate it had, and
going live set that back to 1, so the speed chosen on the timeline was
lost. The world clock now keeps its rate while paused and live, and the
timeline's speed sets it whenever it is chosen, so any play runs at it.
A row's play starts from the start of the covered time when live or at
its end, as the timeline's does, and does nothing while every product the
row shows is suspended, as its reduced-motion note says.
Live, the Weather panel's frame time is the newest of each product's
frames, suspended or not, so it no longer goes away under reduced motion,
on a hidden page or without an imagery host.
A weather layer made without a weather clock builds its own when first
enabled rather than when made, so a layer never turned on leaves the
world clock alone, and its own clock (createWeatherClock({ shared: false }))
leaves the world's time where it is when destroyed; only the last shared
weather clock sends the world live.
On the timeline, a zoom or a pan clears the hovered tick's label, a label
is never wider than the track and ends in an ellipsis, and a mark's label
is cut to 60 characters (WORLD_CLOCK_MARK_LABEL_LENGTH).
The changelog entry says what a row's step does, names the earthquake
layer's new exports and says it registers with the world clock.
A layer's world clock coverage may now give each mark as an object,
{ time, label?, id?, kind? }, as well as a bare epoch ms number, and the
two may be mixed. worldClock.coverage() keeps marks as the sorted list of
distinct times, so existing readers are unchanged, and adds markDetails:
the merged marks in time order (then kind, label and id), each frozen and
holding only the fields given. Marks given alike by several sources appear
once, a bare time is dropped where a labelled mark shares it, and a mark
with no finite time is ignored. The contract is documented in the
worldClock JSDoc and docs/APPLICATION.md.
Launches label their marks with the mission's name (the launch's where it
has none), cut to 27 characters in capitals as the mission index shows
names. Earthquakes of magnitude 6 and up label theirs with the magnitude
as the map shows it and the feed's place cut to 40 characters, such as
"M6.4 · 113 km SSE of Lata, Solomon Islands"; the layer now tells the clock
when the labels change as well as the times.
On the timeline, a pointer within 6 px of a tick shows its label over the
track (nothing for an unlabelled mark), and a tap there goes exactly to
the mark's time instead of the point tapped. A tap elsewhere and a drag
work as before, and ticks stay ticks. The arrow keys still step from mark
to mark; with the handle on a mark, its labels follow the time in the
handle's aria-valuetext, and show over the track while it has focus.
The Weather panel kept a second time transport of its own: a slider, step
buttons, Latest and Play, backed by a replay in the weather clock that
stepped the observed frames every two seconds and went round from the last
to the first. The weather clock also attached itself to the world clock as
a driver, so the timeline's Play became that replay whenever weather was on.
The panel now shows the frame time only: the newest frame and its age while
live, the timeline time alone at a past time. The weather clock no longer
has setTarget, step, latest, play, pause or togglePlay, its state no longer
has playing, and it no longer drives the world clock. It still follows the
world time, registers each product's frames as marks the timeline's arrow
keys step to, holds its products, and gates the world's continuous play at
each next frame until it loads. weatherClock.world names the world clock it
follows.
A weather row's play, latest and step params move the world clock as the
timeline does: play toggles continuous play (from the start of the covered
time when live), latest goes live, and step goes to the previous or next
mark. The rail timeline component, which only the panel used, is removed,
along with its unused messages in every locale.
The Rain radar, Lightning density and Satellite clouds rows named NOAA
nowCOAST until a manifest named its own source, whatever the source read.
A weather source may now supply sourceName(kind), kind being radar,
lightning or satellite; the row shows that name until a manifest names one.
The name is read once when the layer is built and held to the same rule as
a manifest's display.source. A source without names, or one whose name is
refused or fails, still shows NOAA nowCOAST.
- A frame with no speedMps gets an exact anchor: an inertial one ran on at
zero speed and closed at 0.75 m/s, so the camera fell kilometres behind a
moving train. The docs example now passes speedMps and anchor: 'exact',
a name for its HUD, and isEntryAllowed for a train bound to its line.
- Transit's snapshot height is the floor where playback draws the vehicle,
not the newest report's floor uphill, and null while that floor is cold,
so a view waits for the surface instead of standing on the ellipsoid.
- Rail's direction follows playback once it has placed the train: a report
that runs back (a reversal, or GPS jitter) no longer turns the view
while the drawn train still runs forward.
- A frame's id is trimmed as the candidate's is.
- A double-click on the selected vessel no longer enters an application's
subject that took entry after it.
- The docs import from gods-eye-view/..., the package's name.
startPageLocale, followPageLocale and switchLocale start, follow and switch
the page's language as the standalone application and the globe picker do,
for an application that offers the language elsewhere and passes
localePicker: false. The standalone application uses them.
Says so where the cockpit subject section names them, together with
path.line, and that a snapshot read again while nothing changed is the one
read before, so a provider may read one on every update.
Provider methods and worded members are called on the provider itself,
so a class-based provider works. A hold that answers false refuses entry
and is released; any answer but true or false refuses it too, released,
with one warning. An answer whose `then` getter throws is handled as a
throw, and a text cut at its cap never leaves half an emoji.
- A subject with no height at all waits at most
COCKPIT_GROUND_WAIT_TIMEOUT_MS for the floor, its HUD updating and
reading ACQUIRING SURFACE; then the view ends and the provider gets its
subject back (there is no height of its own to fall back to).
- A hold that returns a promise is refused as before and released again
once it settles, unless that subject is being ridden by then; release
must tolerate a second call.
- Rail and Transit stamp selectedAtMs only for a user's selection (a click,
focusTrain or focusVehicle); a deselection clears it, and a train or
vehicle selected only by a hold reads null.
- Labels, entry face and look may be functions, read again on every use
and on a locale change; a failing read keeps the last good value.
- A frame with no height keeps the eye's last height, or waits
(surfaceAcquiring) until the floor is known; heights outside
-1,000..50,000 m read as null.
- Provider methods are synchronous: a returned promise is refused like a
throw, and a hold that fails is released.
- A candidate may carry selectedAt; Rail and Transit stamp selectedAtMs
on every selection, so re-selecting moves a subject to the front.
- A released Transit vehicle leaves the visible set at once.
- docs/CURRENT-STATE.md states the new entry order; docs/APPLICATION.md
documents cockpit subjects, ./i18n/locale and ./layers/rail/paths.
A weather feed may also be a frame source. With an optional
getFrameImage({ product, time, size, bbox, signal }) the layers take
whole-extent images, detail windows and the global mosaic from it; with an
optional getFrameTile({ product, time, z, x, y, size, signal }) regional
tiles and their prefetch come from it, null being a transparent tile. Pixels
may be an ImageBitmap, ImageData, canvas or VideoFrame of exactly the
requested size; the layer draws them once and closes them. Cancellation
reaches the source, and a feed without these methods reads the image and
tile routes as before.
IntelHUD no longer builds #intel-hud with innerHTML or writes its readouts
by id: it publishes its readouts, typing summary, REC blink, visibility,
layout variant and style colors through its publish option to the gev-hud
store, and the intel-hud application view renders them. The corners render
from mount so the panel layout controllers register them as obstacles.
The vessel layer presents the selected vessel's readout through
src/hudReadouts.js, which IntelHUD follows, instead of writing into the
HUD. The Cyber sonar state answers a HUD toggle from IntelHUD's visibility
rather than the class the view renders on its next update.
The awareness layer presents the compass ring, heading, cardinal labels and
contact bearing markers through subscribeDirectionOverlay(); the application
shell publishes them to the gev-awareness-direction store and the scene
chrome renders them in the viewer's container.
The world overlay presents its focusable mirror of painted cards through
subscribeWorldOverlayActions() and answers activateWorldOverlayAction();
the application shell publishes the list to a store and the scene chrome
renders the buttons and the status, announcing a repeated focus again.
The module stays free of Vue for the portable transit entry, and its
canvases remain painting surfaces.
The screen annotation renderer keeps each mark's SVG parts as attribute
records and presents the board to a store after every rendered frame; a
view teleports it to the page and hands back the callout text and mark
groups the renderer measures. The tracked-entity fade is measured once
the frame is in the document, removed marks fade out before they leave,
and the styles it injected move to annotations.css.
The celestial ring presents its overlay to a store and the scene chrome
renders it in the globe container, handing back the two canvases the
ring paints. The application shell passes the store in so the keyhole
helpers other packages import stay free of Vue. Without its canvases the
ring still tracks whether the globe is framed and turns itself off.
The Bhote Koshi layer keeps its panel controls as plain records and
presents them to a store; the context rail renders the panel as its last
child and marks itself while it is on. Controls are bound to the enable
that published them, and an unchanged frame is not sent again.
The launches layer keeps the replay state, projection and wording and
presents the replay vehicle overlay through subscribeReplayOverlay(),
sending nothing for an unchanged frame, so the portable launches entry
stays free of Vue. The application shell publishes each presentation to
the gev-mission-replay store and the scene chrome teleports the vehicle,
orbit dot and callout into the globe container with the same markup,
classes, mode, transform, rotation and sonar opacities. Hiding keeps the
mode, place and text, as before.
createWindInspectionMarker() moves to src/layers/wind/inspectionMarker.js,
so the portable ./tools entry that reads wind/inspection.js stays free of
Vue. It keeps the frame listener and projection and presents where the
inspected point falls to the gev-wind-inspection store after each
rendered frame, publishing nothing for an unchanged frame; the scene
chrome teleports the marker into the wind layer's container with the
same class, inline style, hidden state and position. The application
guide lists everything leaving out the scene chrome now leaves out.
PointerReticle keeps the turn's timers and tool tracking and presents
where the user pointed to the gev-pointer-reticle store, one entry per
reticle; the command dock teleports each to the body with the same
class, aria-hidden, hidden state, target and position. The voice QA
reads the card and reticle after Vue's flush, and the application guide
says leaving out the command dock leaves out the voice control and its
reticle.
LocationControls offers the indicator with showOrbit(active) in its
presented tray instead of building it on the body, and the scene chrome
teleports it there. Orbit toggles, including the voice switch, light it
through the controls.
createImagerySplit keeps the divider's value, drag, keyboard, CSS position
and scene split, and publishes its line to the imagery split store.
ImagerySplitView, in the scene chrome, teleports each line to the body, so
recent imagery and the Bhote Koshi event no longer build divider DOM.
createSceneDialog keeps its builder but publishes the dialog's lines,
fields, buttons and status to a scene sharing store; SceneDialog.vue,
teleported to the body from the scene panels view, draws the same modal
with the same styles and opens it with Cancel focused. The EDIT DETAILS /
SHARE SCENE bar is drawn by that view while sharing offers it. The status
directive is shared with Provider Settings, and the two QA scripts that
drove the old DOM read the new dialog.
index.html now lists each view's host and the loading screen itself, so
the gev:template expansion plugin, its view list, the loading-screen
template and the ./build/html export are gone. createApplication takes
omitViews for views an application leaves out; their hosts are removed,
and a view an earlier call rendered is unmounted.
The scene chrome, cockpit, Display controls, command dock, layer panels,
Context rail, welcome card and Provider Settings move verbatim into
src/ui/views and mount into their hosts before the page is translated and
wired. Each view renders the same elements, attributes and text as its
template; Vue keeps whitespace between elements as one space, and no view
markup sits under a white-space: pre rule.
Template asset URLs stay literal, view files are left out of Prettier so
the markup is not reflowed, and the Node component loader moves to build/
and is exported as build/register-vue for host test runners. Hosts that do
not initialize Core's locale pass localePicker: false instead of editing
the markup.
It reads the token, model, transcription model and tier for diagnostics and
cost accounting, so the credential is not opaque to it. Also lists requestToken's
authMode option in APPLICATION.md.
Reflect the weather stack, analyst records and feed provenance, satellite pass predictions and live camera video that landed since the last full pass.
Co-authored-by: Matt Van Horn <[email protected]>
Sameh Khamis