import type { DisplayObject, ImportDiagnostic, RiveArtboardGraph, RivePathRecord } from '@flighthq/types/contract';
/**
 * Applies each node's clipping shapes.
 *
 * The coordinate space is the whole problem here. A clipping shape names a *source* shape elsewhere
 * in the artboard, and that source's geometry sits in the source's own transform chain — while
 * Flight rasterizes a clip under the **clipped** node's transform. So the geometry has to cross from
 * one chain to the other: `inverse(clippedRelative) * sourceRelative` applied to the source's points.
 * Both chains are measured from the artboard root, whose own transform is common to the two and
 * therefore cancels, which is what keeps the artboard's pivot out of the arithmetic.
 */
export declare function applyRiveClipping(nodes: ReadonlyArray<DisplayObject | null>, artboard: Readonly<RiveArtboardGraph>, shapePaths: ReadonlyMap<number, RivePathRecord[]>, diagnostics: ImportDiagnostic[] | undefined): void;
//# sourceMappingURL=riveClipping.d.ts.map