StoredPlate
Defined in: plate.ts:192
The committed plates/<name>.json shape (ADR 0022): the whole Plate already projected in the
browser (the in-browser Serialize folds emit + the multi-View gating + classify in one session),
so disk holds ONE gated, content-addressed tree + css rather than per-View captures assembled at
load. It is a GatedPlate (the structural {tree, css} serializePlate consumes) PLUS the
breakpoints the HUD coverage reads — the analysis-only geometry never crosses the wire (ADR
0021). The gen-side runs serializePlate(stored) → Plate (chunks) at module-load, leaving the
Tailwind/Bundle passthrough a clean gen-side seam.
Extends
Section titled “Extends”GatedPlate
Properties
Section titled “Properties”breakpoints
Section titled “breakpoints”breakpoints:
number[]
Defined in: plate.ts:197
Width thresholds (view boundaries), pruned to the plate’s OBSERVABLE differences (ADR 0029); the HUD coverage derives its bands from these.
css:
string
Defined in: plate.ts:91
Inherited from
Section titled “Inherited from”GatedPlate.css
name:
string
Defined in: plate.ts:89
Inherited from
Section titled “Inherited from”GatedPlate.name
spans?
Section titled “spans?”
optionalspans?:Span[]
Defined in: plate.ts:204
The bands actually CAPTURED (each surviving island’s range, folded runs merged — ADR 0029). A partial browse session stores only the bands it touched; coverage reads these instead of assuming every band complete. Absent on plates written before the field existed — readers fall back to the historical complete-coverage assumption until a re-capture.
tree:
RenderNode|null
Defined in: plate.ts:90
Inherited from
Section titled “Inherited from”GatedPlate.tree
v:
number
Defined in: plate.ts:88
Inherited from
Section titled “Inherited from”GatedPlate.v