/** @packageDocumentation
 * @module OrbitGT
 */
declare type int32 = number;
import { InStream } from "../../../system/io/InStream";
import { ALong } from "../../../system/runtime/ALong";
import { ContentLoader } from "../../../system/storage/ContentLoader";
import { AttributeValue } from "../../model/AttributeValue";
import { CloudPoint } from "../../model/CloudPoint";
import { PointAttribute } from "../../model/PointAttribute";
import { ReadRequest } from "../../model/ReadRequest";
import { TileIndex } from "../../model/TileIndex";
import { AttributeReader } from "./AttributeReader";
import { ContainerFile } from "./ContainerFile";
import { TileReadBuffer } from "./TileReadBuffer";
/**
 * Class EmbeddedAttributeReader reads attribute data.
 *
 * @version 1.0 January 2014
 */
/** @internal */
export declare class EmbeddedAttributeReader extends AttributeReader {
    /** The container */
    private _container;
    /** The index */
    private _index;
    /** The number of levels */
    private _levelCount;
    /** The definition of the attribute */
    private _attribute;
    /** The value range of the attribute */
    private _minValue;
    private _maxValue;
    /** Is this the legacy color attribute? */
    private _standardColor;
    /** Is this the legacy intensity attribute? */
    private _standardIntensity;
    /** The point-attribute data parts (one per level) */
    private _pointDataParts;
    /** The block-attribute data parts (one per level) */
    private _blockDataParts;
    /** The tile-attribute data parts (one per level) */
    private _tileDataParts;
    /**
     * Create a new reader.
     * @param container the container.
     * @param index the index.
     * @param levelCount the number of levels.
     */
    constructor(container: ContainerFile, index: int32, levelCount: int32);
    /**
     * Read the attribute information.
     * @param data the attribute data.
     */
    private readAttribute;
    /**
     * Load the data.
     * @return the reader.
     */
    loadData(fileContents: ContentLoader): EmbeddedAttributeReader;
    /**
     * AttributeReader abstract method.
     * @see AttributeReader#close
     */
    close(): void;
    /**
     * Get the container.
     * @return the container.
     */
    getContainer(): ContainerFile;
    /**
     * Get the index.
     * @return the index.
     */
    getIndex(): int32;
    /**
     * Read the definition of the attribute.
     */
    static readDefinition(input: InStream, minValue: AttributeValue, maxValue: AttributeValue): PointAttribute;
    /**
     * AttributeReader abstract method.
     * @see AttributeReader#getAttribute
     */
    getAttribute(): PointAttribute;
    /**
     * AttributeReader abstract method.
     * @see AttributeReader#getMinimumValue
     */
    getMinimumValue(): AttributeValue;
    /**
     * AttributeReader abstract method.
     * @see AttributeReader#getMaximumValue
     */
    getMaximumValue(): AttributeValue;
    /**
     * AttributeReader abstract method.
     * @see AttributeReader#readTileData2
     */
    readTileData2(level: int32, tile: TileIndex, pointOffset: ALong, pointCount: int32, tileBuffer: TileReadBuffer, bufferIndex: int32, readRequest: ReadRequest, fileContents: ContentLoader): void;
    /**
     * AttributeReader abstract method.
     * @see AttributeReader#getPointData
     */
    getPointData(level: int32, tile: TileIndex, tileBuffer: TileReadBuffer, bufferIndex: int32, pointIndex: int32, cloudPoint: CloudPoint): void;
}
export {};
//# sourceMappingURL=EmbeddedAttributeReader.d.ts.map