import type { AxisIdToScaleDomain, MapDatapoints, SeriesToMetadata, XYChartAxisInternal, XYChartSeriesWithDatapoints, XYChartVariantsInternal } from '../types/xy-chart-internals.js';
import type { XYChartData } from '../types/xy-chart.js';
/**
 * A hook to process chart data and configure axes for an XY chart.
 *
 * @param seriesVariantsProps - The array of series variant properties.
 * @param data - The array of chart data.
 * @returns - An object containing axes, series with data points, rect data points to metadata mapping, axis ID to scale domain mapping, and series ID to value scale domain mapping.
 * @returns axes - The array of valid axes configurations.
 * @returns seriesWithDatapoints - The array of series with data points.
 * @returns rectSeriesToMetadata - A mapping of rect series to their metadata.
 * @returns axisIdToScaleDomain - A mapping of axis IDs to their scale domains.
 * @returns seriesIdToValueScaleDomain - A mapping of series IDs to their value scale domains.
 */
export declare function useXYChartDataProvider(seriesVariantsProps: XYChartVariantsInternal[], data: XYChartData[]): {
    axesMetadata: {
        isZoomEnabled: boolean;
        isPanEnabled: boolean;
        isInfinite: boolean;
    };
    axes: XYChartAxisInternal[];
    axisIdToScaleDomain: AxisIdToScaleDomain;
    axisIdToCategoryDatum: Map<string, Map<string, XYChartData>>;
    seriesIdToValueScaleDomain: import("../types/xy-chart-internals.js").RectSeriesIdToValueScaleDomain;
    datapointMetadataMap: MapDatapoints;
    linearSelectionContextValue: {
        selectionConfigByAxisId: Map<string, import("../types/xy-chart-selection.js").AxisSelectConfig<import("../types/xy-chart-selection.js").XYChartSelectionLinearMetadata<import("../types/xy-chart-selection.js").LinearSeriesWithDatapoints, import("../types/xy-chart.js").DotDatapoint | import("../types/xy-chart.js").LineDatapoint | import("../types/xy-chart.js").AreaDatapoint>>>;
        searchAllAxisDatapoints: (start: number, end: number, callback: (point: import("../types/xy-chart-selection.js").XYChartSelectionDotMetadata) => import("../../core/types/data-point.js").DataPoint | import("../../core/types/data-point.js").DataPoint[] | null, axesIds: string | string[], axisIdToScales: import("../context/XYChartScales.context.js").AxisIdToScales, axisIdToScaleDomain: AxisIdToScaleDomain, axisIdToIsRelative: Map<string, boolean>) => {
            axesCurrentSelection: Record<string, import("../../core/types/data-point.js").DataPoint[]>;
            highlightedDatapoints: import("../../core/types/data-point.js").DataPoint[];
        };
    };
    rectSelectionContextValue: {
        selectionConfigByAxisId: Map<string, import("./useSortRectangleDatapoints.js").RectAxisSelectConfig>;
        searchAllAxisDatapoints: (start: number, end: number, callback: (point: import("./useSortRectangleDatapoints.js").XYChartSelectionRectangleMetadata) => import("../components/overlay/explore/types.js").RectanglePoint, axesIds: string | string[], axisIdToScales: import("../context/XYChartScales.context.js").AxisIdToScales, axisIdToScaleDomain: AxisIdToScaleDomain, axisIDToIsRelative: Map<string, boolean>) => {
            axesCurrentSelection: Record<string, import("../components/overlay/explore/types.js").RectanglePoint[]>;
            highlightedDatapoints: import("../components/overlay/explore/types.js").RectanglePoint[];
        };
    };
    seriesWithDatapoints: XYChartSeriesWithDatapoints[];
    filteredSeriesWithDatapoints: XYChartSeriesWithDatapoints[];
    seriesToMetadata: SeriesToMetadata;
    axisIdToDimension: Map<string, Set<string>>;
};