/** @packageDocumentation
 * @module OrbitGT
 */
declare type int32 = number;
import { ContentLoader } from "../../../system/storage/ContentLoader";
import { CloudPoint } from "../../model/CloudPoint";
import { PointDataRaw } from "../../model/PointDataRaw";
import { ReadRequest } from "../../model/ReadRequest";
import { TileIndex } from "../../model/TileIndex";
import { FileReader } from "./FileReader";
import { GeometryRecord } from "./GeometryRecord";
import { TileReadBuffer } from "./TileReadBuffer";
/**
 * Class GeometryReader reads geometry data.
 *
 * @version 1.0 January 2014
 */
/** @internal */
export declare class GeometryReader {
    /** The size of the high-resolution record in the file */
    static readonly RECORD_SIZE_HR: int32;
    /** The size of the low-resolution record in the file */
    static readonly RECORD_SIZE_LR: int32;
    /** The number of bins (subdivisions) in a multi-resolution tile */
    static readonly MR_BIN_COUNT: int32;
    /** The file reader */
    private _fileReader;
    /** The level */
    private _level;
    /** The geometry record */
    private _geometryRecord;
    /** The location of the geometry data */
    private _geometryDataPart;
    /**
     * Create a new reader.
     * @param opcReader the file reader.
     * @param level the level.
     */
    constructor(fileReader: FileReader, level: int32);
    /**
     * Load the data.
     * @return the reader.
     */
    loadData(fileContents: ContentLoader): GeometryReader;
    /**
     * Get the geometry record.
     * @return the geometry record.
     */
    getGeometryRecord(): GeometryRecord;
    /**
     * Read the raw data for a tile.
     * @param tile the tile.
     * @param tileBuffer the buffer to read into.
     * @param readRequest the read parameters (contains the result read statistics).
     */
    readTileData2(tile: TileIndex, pointOffset: int32, pointCount: int32, tileBuffer: TileReadBuffer, readRequest: ReadRequest, fileContents: ContentLoader): void;
    /**
     * Convert a low-resolution coordinate to a high-resolution one.
     * @param local the low-resolution coordinate.
     * @return the high-resolution coordinate.
     */
    static lowToHighResolution(local: int32): int32;
    /**
     * Get geometry data.
     * @param tile the tile.
     * @param tileBuffer the buffer that has been read.
     * @param pointIndex the index of the point to read.
     * @param cloudPoint the point to read the geometry of.
     */
    getPointData(tile: TileIndex, tileBuffer: TileReadBuffer, pointIndex: int32, cloudPoint: CloudPoint): void;
    /**
     * Get geometry data.
     * @param tile the tile.
     * @param tileBuffer the buffer that has been read.
     * @param pointData the point data.
     */
    getPointDataRaw(tile: TileIndex, tileBuffer: TileReadBuffer, pointData: PointDataRaw): void;
}
export {};
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