import AnisotropicRawData from './AnisotropicRawData';
import { MultiRange } from 'multi-integer-range';
import { ViewWindow } from './ViewWindow';
export default class DicomVolume extends AnisotropicRawData {
    /**
     * Estimated window, calculated from the actual voxel data
     */
    estimatedWindow?: ViewWindow;
    /**
     * Default window, described in DICOM file
     */
    dicomWindow?: ViewWindow;
    /**
     * Holds which images are already loaded in this volume.
     * When complete, this.loadedSlices.length() will be the same as this.size[2].
     */
    protected loadedSlices: MultiRange;
    /**
     * Holds misc DICOM header data.
     */
    protected header: {
        [key: string]: any;
    };
    appendHeader(header: {
        [key: string]: any;
    }): void;
    getHeader(key: string): any;
    /**
     * Append z to loadedSlices:MultiRange.
     * @param z z-coordinate
     * @deprecated use series accessor
     */
    markSliceAsLoaded(z: number): void;
    /**
     * Appends and overwrites one slice.
     * Note that the input data must be in the machine's native byte order
     * (i.e., little endian in x64 CPUs).
     * @param z Z coordinate of the image inserted.
     * @param imageData The inserted image data using the machine's native byte order.
     * @deprecated use series accessor
     */
    insertSingleImage(z: number, imageData: ArrayBuffer): void;
}