Ilia Denisov
8c260f8715
Three Phase-27 BattleViewer refinements on top of the radial scene:
1. Height fit. The viewer is pinned to `calc(100dvh − 80px)` so it
never pushes the in-game shell past the viewport. `.active-view`
gains `overflow: hidden` + flex column; `.viewer` becomes a
`flex: 1` child; the always-visible text log shrinks to a 30 dvh
ceiling with its own scroll. A global `body { margin: 0 }`
reset (added to `app.html`) plugs the 16 px the browser's
default body margin used to leak.
2. Mass-based ship-class circles. New `lib/battle-player/mass.ts`
carries the radius formula and the per-battle FullMass compute:
`MIN_RADIUS + (MAX_RADIUS − MIN_RADIUS) * sqrt(mass / max)`,
clamped to `[6, 24] px`. FullMass goes through the existing
wasm bridge (`emptyMass` → `carryingMass` → `fullMass`) — no
new wire fields. The viewer page resolves a
`(race, className) → ShipClassRef` lookup from the parent
GameReport's `localShipClass` + `otherShipClass` tables and
passes it to the viewer via context. Unknown class or
degenerate (weapons/armament) params fall back to MAX_RADIUS
so the bucket stays visible.
3. Cloud cluster layout. Cluster key shifts from per-group
`g.key` to `(raceId, className)` so tech-variants of the same
hull collapse into one visual bucket. The horizontal
classCircleX row is replaced by a Vogel sunflower spiral in
the local `(u, v)` basis — `u` points from the race anchor to
the planet, `v` is `u` rotated 90° clockwise. Buckets are
sorted by NumberLeft desc; the cluster anchor is pushed inward
by a quarter step so rank-0 sits closest to the planet. The
step is adaptive (`min(baseStep, MAX_CLUSTER_RADIUS / sqrt(N))`)
so clusters with many classes do not spill into neighbours.
Tests:
- Vitest: `radiusForMass` covering zero / max / quarter-mass /
out-of-range cases (6 cases).
- Playwright: new `battle-viewer.spec.ts` case asserts
`document.documentElement.scrollHeight - window.innerHeight ≤ 4`
at a 1280×720 desktop viewport. The existing fixture gains
`localShipClass` + `otherShipClass` so the lookup has data to
render proportional circles.
Docs: `ui/docs/battle-viewer-ux.md` rewrites the "Radial scene"
section (cloud layout, mass-based radius, height fit) and adds
a "Height fit" subsection. `docs/FUNCTIONAL.md` §6.5 (+ ru
mirror) get the one-line story about per-mass sizing, cluster
aggregation, and the viewport-locked layout.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>