export function generateSegmentation(images: object[], inputLabelmaps3D: any | any[], userOptions?: any): Blob;
export function fillSegmentation(segmentation: any, inputLabelmaps3D: any, userOptions?: {}): object;
export function _getLabelmapsFromReferencedFrameIndicies(labelmap3D: any, referencedFrameIndicies: any): any[];
export function _createSegFromImages(images: any[], isMultiframe: boolean, options: any): any;
export function generateToolState(referencedImageIds: string[], arrayBuffer: ArrayBuffer, metadataProvider: any, options: obj): [];
export function findReferenceSourceImageId(multiframe: any, frameSegment: Int, imageIds: string[], metadataProvider: any, tolerance: Float, sopUIDImageIdIndexMap: any): string;
export function checkSEGsOverlapping(pixelData: any, multiframe: any, imageIds: any, validOrientations: any, metadataProvider: any, tolerance: any, TypedArrayConstructor: any, sopUIDImageIdIndexMap: any): boolean;
export function insertOverlappingPixelDataPlanar(segmentsOnFrame: any, segmentsOnFrameArray: any, labelmapBufferArray: any, pixelData: any, multiframe: any, imageIds: any, validOrientations: any, metadataProvider: any, tolerance: any, TypedArrayConstructor: any, segmentsPixelIndices: any, sopUIDImageIdIndexMap: any): void;
export function insertPixelDataPlanar(segmentsOnFrame: any, segmentsOnFrameArray: any, labelmapBufferArray: any, pixelData: any, multiframe: any, imageIds: any, validOrientations: any, metadataProvider: any, tolerance: any, TypedArrayConstructor: any, segmentsPixelIndices: any, sopUIDImageIdIndexMap: any, imageIdMaps: any, eventTarget: any, triggerEvent: any): Promise<any>;
export function unpackPixelData(multiframe: any, options: any): Uint8Array;
export function getUnpackedChunks(data: any, maxBytesPerChunk: any): any[];
export function getImageIdOfSourceImageBySourceImageSequence(SourceImageSequence: any, sopUIDImageIdIndexMap: any): string;
export function getImageIdOfSourceImagebyGeometry(ReferencedSeriesInstanceUID: string, FrameOfReferenceUID: string, PerFrameFunctionalGroup: any, imageIds: string[], metadataProvider: any, tolerance: Float): string;
export function getImageIdOfReferencedFrame(sopInstanceUid: string, frameNumber: number, sopUIDImageIdIndexMap: any): string;
export function getValidOrientations(iop: any): any;
export function alignPixelDataWithSourceData(pixelData2D: Ndarray, iop: any, orientations: any, tolerance: any): Ndarray;
export function getSegmentMetadata(multiframe: any, seriesInstanceUid: any): {
    seriesInstanceUid: any;
    data: any[];
};
export function readFromUnpackedChunks(chunks: ArrayBuffer[], offset: number, length: number): Uint8Array;
export function getUnpackedOffsetAndLength(chunks: any, offset: any, length: any): {
    start: {
        chunkIndex: number;
        offset: any;
    };
    end: {
        chunkIndex: number;
        offset: any;
    };
};
export function calculateCentroid(imageIdIndexBufferIndex: any, multiframe: any, metadataProvider: any, imageIds: any): {
    image: {
        x: number;
        y: number;
        z: number;
    };
    world: {
        x: number;
        y: number;
        z: number;
    };
    count: number;
};
export function getSegmentIndex(multiframe: any, frame: any): any;
export default Segmentation;
export type BrushData = {
    toolState: any;
    segments: any[];
};
declare namespace Segmentation {
    export { generateSegmentation };
    export { generateToolState };
    export { fillSegmentation };
}