import type { Matrix3x3, Vec3 } from '../math';
import type { ScalarGrid3D } from './grid';
import { type DisplayRange } from './sampling';
import type { VolumeGrid } from './types';
export interface GeometryVolumeJob {
    token: number;
    volume: VolumeGrid;
    range: DisplayRange | null;
    reference_origin: Vec3;
    surfaces: {
        token: string;
        isovalue: number;
    }[];
}
export interface GeometryInput {
    volumes: GeometryVolumeJob[];
}
interface GeometrySurfaceResult {
    token: string;
    positions: Float32Array;
    indices: Uint32Array;
    marching_cubes_ms: number;
}
interface GeometryVolumeResult {
    token: number;
    grid: ScalarGrid3D<Float64Array>;
    lattice: Matrix3x3;
    origin: Vec3;
    prepare_geometry_ms: number;
    surfaces: GeometrySurfaceResult[];
}
export interface GeometryResult {
    volumes: GeometryVolumeResult[];
}
export declare function compute_isosurface_geometries(input: GeometryInput): GeometryResult;
export declare const geometry_result_transferables: (result: GeometryResult) => Transferable[];
export {};