declare module "@quickearth/cesium" { // Generated by dts-bundle v0.7.3 // Dependencies for this module: // ../../@quickearth/core // ../../../../public/libs/cesium/c.d.ts //@ts-ignore import { IImageTileRule, IMap, MapToolService, IBatchLayerConfig, IConfigCreatableLayer } from "@quickearth/core"; //@ts-ignore import { EasingFunction, Event, PrimitiveCollection, Viewer } from "cesium"; //@ts-ignore import { Cartesian4, Matrix4 } from "cesium"; //@ts-ignore import { IPixelLayerStyle3DOptions, PixelLayerStyle3D, IGridDataOptions, IGridDataProvider, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { Event, PrimitiveCollection } from "cesium"; //@ts-ignore import { CollisionDetectMode, IConfigCreatableLayer, IFeaturesProvider } from "@quickearth/core"; //@ts-ignore import { FeatureStyle3D, IFeatureStyle3DOptions } from "@quickearth/core"; //@ts-ignore import { Cartesian2, Cartesian4, Matrix4 } from "cesium"; //@ts-ignore import { IPixelLayerStyle3DOptions, PixelLayerStyle3D, IGridDataProvider, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { Camera, Cartesian4 } from "cesium"; //@ts-ignore import { GridGLBaseStyle, IGridDataProvider, IVolumeLayerStyleOptions, VolumeLayerStyle } from '@quickearth/core'; //@ts-ignore import { IWind3DLayerStyleOptions, Wind3DLayerStyle, IWindDataProvider, IGridDataProvider, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { Cartesian4 } from "cesium"; //@ts-ignore import { IGeometry3DLayerStyleOptions, Geometry3DLayerStyle, IGridDataProvider, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { IWindArrowLayerStyleOptions, IWindDataProvider, IFeaturesProvider, WindArrowLayerStyle, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { IPixelLayerStyleOptions, PixelLayerStyle, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { IGridDataProvider } from "@quickearth/core"; //@ts-ignore import { IPointImageStyle3DOptions, IFeaturesProvider, PointImageStyle3D, GridGLBaseStyle, StyleBaseClass } from "@quickearth/core"; //@ts-ignore import { IGridDataProvider, IFeaturesProvider, ICSStyleOptions } from "@quickearth/core"; //@ts-ignore import { CSStyle3D } from "@quickearth/core"; //@ts-ignore import { TracingService } from "@quickearth/core"; //@ts-ignore import { Color, ImageryProvider, Primitive } from "cesium"; //@ts-ignore import { Spectra, IGeometry3DLayerStyleOptions, IMeshDataProvider, IGridDataProvider, IVolumeLayerStyleOptions } from "@quickearth/core"; //@ts-ignore import { Texture } from "cesium"; //@ts-ignore import { IAnimationableLayer, IConfigCreatableLayer, GridData, IGridDataProvider } from "@quickearth/core"; //@ts-ignore import { IAnimationableLayer, IConfigCreatableLayer, GridData, IGridDataProvider, GridGLBaseStyle } from "@quickearth/core"; //@ts-ignore import { Appearance, Cartesian4, Command, GeometryInstance, Matrix4, Primitive, ShadowMode, Texture, VertexArray } from "cesium"; //@ts-ignore import { IGridDataProvider, ILayerDataConfig, IAnimationableLayer, IConfigCreatableLayer, StyleBaseClass, StopRules, GridGLBaseStyle } from "@quickearth/core"; /** * Cesium视图构建对象 * * @export * @interface ICViewOptions * @extends {Viewer.ConstructorOptions} */ export interface ICViewOptions extends Viewer.ConstructorOptions { /** * * 初始化时的视野范围 * @type {{ * west: number, * south: number, * east: number, * north: number * }} * @memberof ICViewOptions */ defaultRect?: { west: number; south: number; east: number; north: number; }; /** * 默认的切片背景，可以从[predefinedImageTiles]中进行选取 * * @type {((string | IImageTileRule)[])} * @memberof ICViewOptions */ defaultTiles?: (string | IImageTileRule)[]; /** * 是否增加大气效果，如果显示，则缩小后地图颜色会减淡，默认关闭 * * @type {boolean} * @memberof ICViewOptions */ showGroundAtmosphere?: boolean; /** * 是否监听摄像机的高度显著变化。默认监听。 * 如果不需要对高度发生变化后进行响应可以关闭，如果使用了矢量图层（CGeoJSONLayer）中的避免遮盖（avoidCollision）功能，则需要打开，否则遮盖功能会出现异常。 * * @type {boolean} * @memberof ICViewOptions */ handleCameraChange?: boolean; /** * 是否显示更高清的星空图，默认false */ betterStars?: boolean; /** * 使用的地形服务。支持cesium和中科星图（可以通过preDeinfedImageTileTokens.zkxt来设置token），不设置则使用cesium默认值。 * * 如果不设置，则可以自行设置terrainProvider。 */ defaultTerrain?: "cesium" | "zkxt"; } /** * 基于Cesium Viewer的视图 * * @export * @class CView * @extends {Viewer} * @implements {IMap} */ export class CView extends Viewer implements IMap { /** * 默认参数 * * @static * @type {ICViewOptions} * @memberof CView */ static DefaultOptions: ICViewOptions; toolService: MapToolService; /** * 等值线图层容器 * * @type {PrimitiveCollection} * @memberof CView */ contourLayers: PrimitiveCollection; /** * 栅格图层容器 * * @type {PrimitiveCollection} * @memberof CView */ gridLayers: PrimitiveCollection; /** * 背景图层容器 * * @type {PrimitiveCollection} * @memberof CView */ baseMapLayers: PrimitiveCollection; /** * 顶层地图容器 * * @type {PrimitiveCollection} * @memberof CView */ topMapLayers: PrimitiveCollection; /** * 标签图层容器 * * @type {PrimitiveCollection} * @memberof CView */ markerLayers: PrimitiveCollection; /** *站点图层容器 * * @type {PrimitiveCollection} * @memberof CView */ featureLayers: PrimitiveCollection; /** * 顶层图层容器 * * @type {PrimitiveCollection} * @memberof CView */ topMostLayers: PrimitiveCollection; /** * 地表图层容器 * * @type {PrimitiveCollection} * @memberof CView */ groundLayers: PrimitiveCollection; /** * 摄像机高度发生显著变化（超过10000米）的事件 * * @type {Event} * @memberof CView */ cameraHeightChanged: Event; protected options: ICViewOptions; /** * 构建CView * @param {(string | Element)} container 容器对象 * @param {ICViewOptions} [options] 构建参数 * @memberof CView */ constructor(container: string | Element, options?: ICViewOptions); lookAt(lon: number, lat: number, height?: number, options?: { heading?: number; pitch?: number; }): void; /** * async版本的camera.flyTo，简化了传值方式 * @param lon 经度 * @param lat 纬度 * @param height 高度，单位是米 * @param options * @returns */ goto(lon: number, lat: number, height?: number, options?: { heading?: number; pitch?: number; duration?: number; easing?: EasingFunction.Callback; }): Promise; getCameraHeight(): number; get cameraHeight(): number; setView(lat: any, lon: any, opt_zoom: any, opt_altitude: any, opt_heading: any, opt_tilt: any): void; getZoom(): number; getCenterLonLat(): number[]; addLayerByConfig(config: IBatchLayerConfig): Promise; } /** * Cesium的填色图构建参数 * * @export * @interface ICPixelLayerOptions * @extends {IC2DLayerOptions} */ export interface ICPixelLayerOptions extends IC2DLayerOptions { indices?: Uint32Array; ids?: Float32Array; } /** * Cesium的填色图层 * * @export * @class CPixelLayer * @extends {C2DLayer} */ export class CPixelLayer extends C2DLayer { /** * 默认参数 * * @static * @type {ICPixelLayerOptions} * @memberof CPixelLayer */ static DefaultOptions: ICPixelLayerOptions; protected fillColors: Cartesian4[]; protected fillSteps: number[]; protected drawOptions: PixelLayerStyle3D; protected splineMat: Matrix4; protected options: ICPixelLayerOptions; /** * 构建图层 * @param {ICPixelLayerOptions} options 构建参数 * @memberof CPixelLayer */ constructor(options?: ICPixelLayerOptions); /** * 设置绘制参数 * @param options 绘制参数 * @param partialUpdate 是否局部更新，默认true * @returns */ setDrawOptions(options: string | IPixelLayerStyle3DOptions | PixelLayerStyle3D, partialUpdate?: boolean): this; /** * 设置实际渲染的格点属性。主要在提供了高程信息做贴地时，匹配高程分辨率实现好的贴地效果。 * @param options * @returns */ setTargetGridOptions(options: IGridDataOptions): this; setDataSource(dataSource: IGridDataProvider): this; protected resetCommand(resetVao?: boolean): void; /** * 系统函数，请勿框架外部调用 * @param frameState */ update(frameState?: any): void; destroy(): void; protected _createStyleObjectFromStyleOptions(options: IPixelLayerStyle3DOptions): GridGLBaseStyle; } /** * Cesium中PrimitiveCollection的构建参数 * * @export * @interface IPrimitiveCollectionsOptions */ export interface IPrimitiveCollectionsOptions { /** * 是否显示 * * @type {boolean} * @memberof IPrimitiveCollectionsOptions */ show?: boolean; /** * 是否在图元被移除的时候销毁图元 * * @type {boolean} * @memberof IPrimitiveCollectionsOptions */ destroyPrimitives?: boolean; } /** * Cesium下矢量图层的构造参数 * * @export * @interface ICGeoJSONLayerOptions * @extends {IPrimitiveCollectionsOptions} */ export interface ICGeoJSONLayerOptions extends IPrimitiveCollectionsOptions { /** * * 是否开启调试模式下的信息显示。如果为false，即使处于调试模式也不会显示相关调试信息。默认为false。 * @type {boolean} * @memberof ICGeoJSONLayerOptions */ debugShowPerformance?: boolean; /** * * 是否缓存图层样式。如果是每次刷新都要更新样式，请设置为false。默认为true。 * @type {boolean} * @memberof ICGeoJSONLayerOptions */ cacheDrawOptions?: boolean; /** * * 是否监听数据源的更新消息，如果监听则更新后自动触发重绘。默认为false。 * @type {boolean} * @memberof ICGeoJSONLayerOptions */ trackDataSource?: boolean; lineTop?: boolean; name?: string; view?: CView; handleResize?: boolean; /** * 是否在碰撞检测之前（如果在样式中开启了）预先创建所有对象 * 预先创建会消耗较多时间，但是后续检测会加速，否则每次检测完成后会重新创建对象，每次消耗的时间类似，第一次加载会比较快。 * 默认预先创建，当存在大量文本的时候建议更换为每次创建。 * * @type {boolean} * @memberof ICGeoJSONLayerOptions */ collisionCreateAll?: boolean; /** * 碰撞检测模式，默认是仅隐藏实际被检测到的标签 */ collisionDetectMode?: CollisionDetectMode; /** * * 数据拾取的方式。默认为none，不进行数据拾取。 * @type {("none" "all")} * @memberof ICGeoJSONLayerOptions */ pickType?: "none" | "all"; /** * 是否允许开启点的碰撞检测，默认不允许，此时样式中点的avoidCollision失效（标签的仍然生效） * 如果希望点本身也支持碰撞检测，请开启该选项，同时设置样式中的avoidCollision为true。 */ allowPointCollisionDetect?: boolean; } /** * Cesium三维矢量图层 * * @export * @class CGeoJSONLayer * @extends {PrimitiveCollection} * @implements {IConfigCreatableLayer} */ export class CGeoJSONLayer extends PrimitiveCollection implements IConfigCreatableLayer { /** * 默认参数 * * @static * @type {ICGeoJSONLayerOptions} * @memberof CGeoJSONLayer */ static DefaultOptions: ICGeoJSONLayerOptions; /** * 拾取事件 * * @type {Event} * @memberof CGeoJSONLayer */ pickEvent: Event; protected options: ICGeoJSONLayerOptions; protected drawOptions: FeatureStyle3D; protected dataSource: IFeaturesProvider; /** * 构建CGeoJSONLayer * @param {ICGeoJSONLayerOptions} [options] * @memberof CGeoJSONLayer */ constructor(options?: ICGeoJSONLayerOptions); /** * 设置渲染参数 * * @param {(FeatureStyle | IFeatureStyleOptions | string)} drawOptions * @param {boolean} [partialUpdate=true] 是否部分更新参数。如果部分更新则未更新部分使用现有参数，否则全量构建行的样式对象。如果传入的已经是FeatureStyle对象，则该参数不生效，直接使用传入的参数。 * @return {*} {this} * @memberof LGeoJSONLayer */ setDrawOptions(drawOptions: FeatureStyle3D | IFeatureStyle3DOptions | string, partialUpdate?: boolean): this; /** * 设置数据源 * * @param {IFeaturesProvider} dataSource 数据源 * @return {*} {this} * @memberof LGeoJSONLayer */ setDataSource(dataSource: IFeaturesProvider): this; setVisible(visible: boolean): this; isVisible(): boolean; protected handlePick: (movement: any) => void; protected resetCollisionObjects: () => void; protected redraw(): any; protected redrawFromDataSourceTracking: () => void; protected _createStyleObjectFromStyleOptions(options: IFeatureStyle3DOptions): FeatureStyle3D; destroy(): void; update(frameState: any): void; } /** * Cesium的切面图填色构建参数 * * @export * @interface ICSectionLayerOptions * @extends {IC3DLayerOptions} */ export interface ICSectionLayerOptions extends IC3DLayerOptions { /** * 固定平面，默认是经纬度平面，即做垂直剖面 */ fixedPlane?: CFixedPlane; /** * 剖面模式，默认单个剖面，可选多个剖面 */ sectionMode?: "single" | "multiple"; } export enum CFixedPlane { /** * 固定经纬度平面，如下平面，剖面的y轴值高度，x在固定平面上，固定平面的x轴是lat方向（值是经度），y轴是lon方向（值是纬度） */ lonLat = 0, /** * 固定经度和高度平面，如右平面，剖面的y轴是纬度，x在固定平面上，固定平面的x轴是lon方向（值是纬度），y轴是level */ lonZ = 1, /** * 固定纬度和高度平面，如近平面，剖面的y轴是经度，x在固定平面上，固定平面的x轴是lat方向（值是经度），y轴是level */ latZ = 2, /** * 采用固定剖面显示平面的方式，默认将经度方向（沿南北）的剖面显示在经度的最小值上，将纬度方向（沿东西）方向的剖面显示在纬度的最大值上 * 可以通过setFixedLonLat来设置投影平面的经度和纬度 * 该模式下仅支持显示经纬度直线上的剖面，不支持显示任意路径的剖面 */ fixedLonLat = 3 } export interface ISectionPoint { x: number; y: number; } /** * Cesium的切面填色图层 */ export class CSectionLayer extends C3DLayer { /** * 默认参数 * * @static * @type {ICSectionLayerOptions} * @memberof CPixelLayer */ static DefaultOptions: ICSectionLayerOptions; protected options: ICSectionLayerOptions; protected fillColors: Cartesian4[]; protected fillSteps: number[]; protected drawOptions: PixelLayerStyle3D; protected splineMat: Matrix4; /** * 构建图层 * @param {ICPixelLayerOptions} options 构建参数 * @memberof CPixelLayer */ constructor(options?: ICSectionLayerOptions); /** * 设置绘制参数 * @param options 绘制参数 * @param partialUpdate 是否局部更新，默认true * @returns */ setDrawOptions(options: string | IPixelLayerStyle3DOptions | PixelLayerStyle3D, partialUpdate?: boolean): this; setDataSource(dataSource: IGridDataProvider): this; /** * 删除指定的剖面路径 * @param key 要删除的剖面路径key，如果不传则清空 */ removeSectionPath(key?: string): void; /** * 设置剖面路径，默认是单剖面，每次会清楚现有剖面，如果构建图层时设置模式为多剖面，则每次会叠加新的剖面，可以手动调用removeSectionPath来进行删除旧的剖面 * @param path 剖面路径点 * @param fixedPlane 剖面平面，默认是以经纬度为底面，如果是多剖面模式，所有剖面的fixPlane都是相同，因此如果剖面点设置的不对，结果会异常 * @param redraw 默认为true，如果在加入地图之前设置，可以传入false * @param key 剖面的唯一识别id，当sectionMode是multiple的时候，同一个key新的剖面会覆盖原来的剖面，single的时候该参数无效果 * @param interpPath 是否度路径进行插值，通常如果是用户手绘的简单路径，需要插值出精细的点，如果是代码生成的路径本身点数已经精细，则设置为false，避免插值耗时太久 * @returns */ setSectionPath(path: ISectionPoint[] | number[][], fixedPlane?: CFixedPlane, redraw?: boolean, key?: string, interpPath?: boolean): this; setLatSection(lat?: number, key?: string): void; setLonSection(lon?: number, key?: string): void; protected resetCommand(resetVao?: boolean): void; /** * 设置固定位经纬度平面上的剖面位置 * 该模式会使不规则路径失效 * @param lon * @param lat * @param updateFixedPlane */ setFixedLonLat(point?: Cartesian2): void; /** * 系统函数，请勿框架外部调用 * @param frameState */ update(frameState?: any): void; protected _createStyleObjectFromStyleOptions(options: IPixelLayerStyle3DOptions): GridGLBaseStyle; } export interface ICVolumeLayerOptions extends IC3DLayerOptions { camera?: Camera; } export class CVolumeLayer extends C3DLayer { static DefaultOptions: ICVolumeLayerOptions; constructor(options: ICVolumeLayerOptions); protected options: ICVolumeLayerOptions; protected colors: Cartesian4[]; protected steps: number[]; protected drawOptions: VolumeLayerStyle; setDrawOptions(options: IVolumeLayerStyleOptions, partialUpdate?: boolean): this; setDataSource(dataSource: IGridDataProvider): this; update(frameState?: any): void; protected resetCommand(): void; protected _createStyleObjectFromStyleOptions(options: IVolumeLayerStyleOptions): GridGLBaseStyle; } /** * * @export * @interface ICWindLayerOptions * @extends {IC3DLayerOptions} */ export interface ICWindLayerOptions extends IC3DLayerOptions { /** * 是否在移动的时候禁止拖尾，默认true */ disableFadeWhenMoving?: boolean; /** * 是否在移动的时候隐藏粒子，默认false */ hideWhenMoving?: boolean; } export class CWindLayer extends C3DLayer { /** * 默认参数 * * @static * @type {ICWindLayerOptions} * @memberof CWindLayer */ static DefaultOptions: ICWindLayerOptions; protected fillColors: Cartesian4[]; protected fillSteps: number[]; protected drawOptions: Wind3DLayerStyle; protected splineMat: Matrix4; protected dataSource: IWindDataProvider; protected options: ICWindLayerOptions; /** * 构建图层 * @param {ICPixelLayerOptions} options 构建参数 * @memberof CPixelLayer */ constructor(options?: ICWindLayerOptions); setDataSource(dataSource: IGridDataProvider): this; /** * 设置绘制参数 * @param options 绘制参数 * @param partialUpdate 是否局部更新，默认true * @returns */ setDrawOptions(options: string | IWind3DLayerStyleOptions | Wind3DLayerStyle, partialUpdate?: boolean): this; protected resetCommand(resetVao?: boolean): void; /** * 系统函数，请勿框架外部调用 * @param frameState */ update(frameState?: any): void; destroy(): void; protected _createStyleObjectFromStyleOptions(options: IWind3DLayerStyleOptions): GridGLBaseStyle; } /** * * @export * @interface ICTubeLayerOptions * @extends {IC3DLayerOptions} */ export interface ICGeometryLayerOptions extends IC3DLayerOptions { vertices: Float32Array | Float32Array[]; indices: Uint32Array | Uint16Array | Uint32Array[] | Uint16Array[]; normals: Float32Array | Float32Array[]; st?: Float32Array | Float32Array[]; /** * 数值，表示具体的函数，此处提供数值将不使用dataSource中的数值，每个顶点对应一个数值 */ values: Float32Array | Float32Array[]; } export class CGeometryLayer extends C3DLayer { /** * 默认参数 * * @static * @type {ICWindLayerOptions} * @memberof CWindLayer */ static DefaultOptions: ICGeometryLayerOptions; protected fillColors: Cartesian4[]; protected fillSteps: number[]; protected drawOptions: Geometry3DLayerStyle; protected dataSource: IGridDataProvider; protected options: ICGeometryLayerOptions; /** * 构建图层 * @param {ICGeometryLayerOptions} options 构建参数 * @memberof CGeometryLayer */ constructor(options?: ICGeometryLayerOptions); /** * 设置绘制参数 * @param options 绘制参数 * @param partialUpdate 是否局部更新，默认true * @returns */ setDrawOptions(options: string | IGeometry3DLayerStyleOptions | Geometry3DLayerStyle, partialUpdate?: boolean): this; setDataSource(dataSource: IGridDataProvider): this; protected resetCommand(resetVao?: boolean): void; /** * 系统函数，请勿框架外部调用 * @param frameState */ update(frameState?: any): void; destroy(): void; protected _createStyleObjectFromStyleOptions(options: IGeometry3DLayerStyleOptions): GridGLBaseStyle; } export interface ICWindArrowLayerOptions extends ICLayerOptions { /** * 是否将创建箭头的worker保留在缓存，如果需要频繁更新箭头形状，则建议设置为true，默认为false */ preserveGeometryWorker?: boolean; /** * 当数据源是格点数据时，支持自定义显示点位置的生成 * * 返回 [lon,lat,hgt] */ pointGenerator?: (idx: number) => number[]; } /** * 三维风矢量场，用于展示静态风向箭头，不支持基于数据源监听的动画 */ export class CWindArrowLayer extends CLayer { static DefaultOptions: ICWindArrowLayerOptions; constructor(options?: ICWindArrowLayerOptions); protected fillColors: Cartesian4[]; protected fillSteps: number[]; protected dataSource: IWindDataProvider | IFeaturesProvider; protected options: ICWindArrowLayerOptions; protected drawOptions: WindArrowLayerStyle; setDataSource(dataSource: any, forceUpdate?: boolean): this; /** * 设置绘制参数 * @param options 绘制参数 * @param partialUpdate 是否局部更新，默认true * @returns */ setDrawOptions(options: string | IWindArrowLayerStyleOptions | WindArrowLayerStyle, partialUpdate?: boolean): this; protected resetCommand(resetVao?: boolean): void; /** * 系统函数，请勿框架外部调用 * @param frameState */ update(frameState?: any): void; destroy(): void; protected _createStyleObjectFromStyleOptions(options: IWindArrowLayerStyleOptions): GridGLBaseStyle; } export interface ICGroundLayerOptions extends IC2DLayerOptions { /** * 是否关闭光照，默认true */ flat?: boolean; /** * 生成网格的度数间隔，默认是格点分辨率中更细的一个，默认最小值不小于0.01，不大于1 * 过于细致的网格会导致第一次渲染的时候加载时间较常 * 只有在网格分辨率很大（如超过了1度）或者很小（如小于0.01度）的时候才需要手动设置 */ granularity?: number; /** * 是否贴于地表，默认是 * 本图层仅支持二维数据显示，如果无需贴地，建议使用CPixelLayer以便支持三维数据 */ onGround?: boolean; } /** * 格点贴地图层 */ export class CGroundLayer extends C2DLayer { static DefaultOptions: ICGroundLayerOptions; constructor(options?: ICGroundLayerOptions); protected options: ICGroundLayerOptions; protected fillColors: Cartesian4[]; protected fillSteps: number[]; protected drawOptions: PixelLayerStyle; protected splineMat: number[]; /** * 设置绘制参数 * @param options 绘制参数 * @param partialUpdate 是否局部更新，默认true * @returns */ setDrawOptions(options: string | IPixelLayerStyleOptions | PixelLayerStyle, partialUpdate?: boolean): this; update(frameState?: any): void; setDataSource(dataSource: IGridDataProvider): this; protected _createStyleObjectFromStyleOptions(options: IPixelLayerStyleOptions): GridGLBaseStyle; } /** * 三维点贴图图层 * 该图层适用于大量空间点根据TextureMap进行贴图显示，少量点建议使用CGeoJSONLayer，功能更多，使用更灵活 */ export class CPointImageLayer extends CLayer { protected dataSource: IFeaturesProvider; protected drawOptions: PointImageStyle3D; setDataSource(dataSource: IFeaturesProvider): this; setDrawOptions(drawOptions: string | IPointImageStyle3DOptions | GridGLBaseStyle, partialUpdate?: boolean): this; protected resetCommand(resetVao?: boolean): void; protected _createStyleObjectFromStyleOptions(options: IPointImageStyle3DOptions): StyleBaseClass; /** * 系统函数，请勿框架外部调用 * @param frameState */ update(frameState?: any): void; destroy(): void; } /** * 等值线色斑图层构建参数，同时支持矢量和栅格数据源 */ export interface ICCSLayerOptions extends ICGeoJSONLayerOptions { /** * 是否使用wasm追踪。wasm追踪等值线速度快，但是会有边框，可以通过设置mask屏蔽。 * 默认false */ wasm?: boolean; } /** * 等值线色斑图层。使用格点数据源，自动分析色斑和等值线，支持更新数据源 */ export class CCSLayer extends CGeoJSONLayer { static DefaultOptions: ICCSLayerOptions; /** * 构建等值线色斑标签图层 * @param options 构建参数 */ constructor(options?: ICCSLayerOptions); /** * 绘制参数 */ drawOptions: CSStyle3D; protected options: ICCSLayerOptions; protected originalSource: IGridDataProvider | IFeaturesProvider; setDrawOptions(drawOptions: ICSStyleOptions, partialUpdate?: boolean): this; setDataSource(dataSource: IGridDataProvider | IFeaturesProvider): this; protected redrawFromDataSourceTracking: () => void; protected _createStyleObjectFromStyleOptions(options: ICSStyleOptions): CSStyle3D; static qeName: string; } /** * Leaflet下的等值线、色斑图追踪服务 * * @export * @class LTracingService * @extends {TracingService} */ export class CTracingService extends TracingService { /** * 构建 LTracingService * @memberof LTracingService */ constructor(); } /** * 将Spectra对象转为Cesium的颜色 * * @export * @param {Spectra} color Spectra对象 * @return {*} {Color} */ export function cColor(color: Spectra): Color; export function createCTileLayer(tileName: string): ImageryProvider; export function mcbGeometryLayerCreator(drawOptions: IGeometry3DLayerStyleOptions, dataSource: IMeshDataProvider, source: IGridDataProvider): Primitive; export function mcbLayerCreator(style: IVolumeLayerStyleOptions, dataSource: IMeshDataProvider): Primitive; /** * Cesium二维格点基础图层构建参数 * * @export * @interface IC2DLayerOptions */ export interface IC2DLayerOptions extends ICLayerOptions { } /** * 基于Cesium Primitive的二维图层抽象类。 * 提供了数据texture生成、数据源监听后更新texture等功能 * * @export * @abstract * @class C2DLayer * @extends {Primitive} */ export abstract class C2DLayer extends CLayer implements IAnimationableLayer, IConfigCreatableLayer { /** * 默认参数 * * @static * @type {IC2DLayerOptions} * @memberof C2DLayer */ static DefaultOptions: IC2DLayerOptions; protected options: IC2DLayerOptions; protected preTexture: Texture; protected preGrid: GridData; protected preTexture2: Texture; protected preGrid2: GridData; protected dataPercent: number; protected currentGrid: GridData; protected currentTexture: Texture; protected currentGrid2: GridData; protected currentTexture2: Texture; protected preHeight: number; protected currentHeight: number; protected dataSource: IGridDataProvider; /** * 构建图层实例 * @param {IC2DLayerOptions} [options] 构建参数 * @memberof C2DLayer */ constructor(options?: IC2DLayerOptions); /** * 设置图层参数 * * @param {IC2DLayerOptions} options 参数 * @param {boolean} [partialUpdate=true] 是否部分更新，默认是 * @return {*} * @memberof C2DLayer */ setLayerOptions(options: IC2DLayerOptions, partialUpdate?: boolean): void; /** * 设置数据源 * * @param {IGridDataProvider} dataSource * @return {*} {this} * @memberof C2DLayer */ setDataSource(dataSource: IGridDataProvider): this; /** * * 内部调用 * @memberof C2DLayer */ clearPreDataSource(): void; protected unsetDataSourceListener(): void; protected setDataSourceListener(): void; protected updateTDataPercent: () => void; protected updateZDataPercent: () => void; protected transferCurrentData: () => void; } export interface IC3DLayerOptions extends ICLayerOptions { } export abstract class C3DLayer extends CLayer implements IAnimationableLayer, IConfigCreatableLayer { /** * 默认参数 * * @static * @type {IC3DLayerOptions} * @memberof C3DLayer */ static DefaultOptions: IC3DLayerOptions; constructor(options?: IC3DLayerOptions); protected options: IC3DLayerOptions; protected currentGrids: GridData[]; protected currentGrids2: GridData[]; protected currentGrids3: GridData[]; protected preGrids: GridData[]; protected preGrids2: GridData[]; protected preGrids3: GridData[]; protected currentTexture: CesiumDataTexture3D; protected currentTexture2: CesiumDataTexture3D; protected currentTexture3: CesiumDataTexture3D; protected preTexture: CesiumDataTexture3D; protected preTexture2: CesiumDataTexture3D; protected preTexture3: CesiumDataTexture3D; protected dataSource: IGridDataProvider; protected dataPercent: number; protected zValuesWithScale: number[]; protected resetCommand(resetVao?: boolean): void; protected setZScale(): void; setDrawOptions(drawOptions: string | TDrawOptions | GridGLBaseStyle, partialUpdate?: boolean): this; protected unsetDataSourceListener(): void; protected updateTDataPercent: () => void; protected transferCurrentData: () => void; protected setDataSourceListener(): void; setLayerOptions(options: IC3DLayerOptions, partialUpdate?: boolean): void; setDataSource(dataSource: IGridDataProvider): this; clearPreDataSource(): void; update(frameState?: any): void; } export interface IPrimitiveLayerOptions { geometryInstances?: GeometryInstance[] | GeometryInstance; appearance?: Appearance; depthFailAppearance?: Appearance; show?: boolean; modelMatrix?: Matrix4; vertexCacheOptimize?: boolean; interleave?: boolean; compressVertices?: boolean; releaseGeometryInstances?: boolean; allowPicking?: boolean; cull?: boolean; asynchronous?: boolean; debugShowBoundingVolume?: boolean; shadows?: ShadowMode; id?: string; } export interface ICLayerOptions extends IPrimitiveLayerOptions { /** * * 是否跟踪数据源变化，如果是，会默认刷新，默认是 * @type {boolean} * @memberof ICGridLayerOptions */ trackDataSource?: boolean; /** * * 是否缓存绘制样式，默认是，如果是样式不断刷新的图层则不要缓存 * @type {boolean} * @memberof ICGridLayerOptions */ cacheDrawOptions?: boolean; /** * * 是否进行自动补帧，如果是，会记录上一次数据源，并根据当前数据源中对应的tz小数部分进行补帧 * @type {boolean} * @memberof ICGridLayerOptions */ interpFromPreSource?: boolean; /** * * 图层名称，默认为系统唯一id * @type {string} * @memberof ICGridLayerOptions */ name?: string; /** * * 是否开启调试模式下的信息显示。如果为false，即使处于调试模式也不会显示相关调试信息。默认为false。 * @type {boolean} * @memberof ICGridLayerOptions */ debugShowPerformance?: boolean; appearance?: Appearance; /** * * 掩膜边界。可以是一个GeoJSON的多边形对象集合，也可以是保存这个集合的资源ID * @type {(string|object)} * @memberof IC2DLayerOptions */ mask?: string | GeoJSON.GeoJsonObject; /** * 高度信息，可以是高度数组（格点属性需要与数据源一致），或者是数据源创建参数，或者是可以返回数据源创建参数的loader描述，如 u-500#res * * @type {(GridData|ILayerDataConfig|string)} * @memberof IC2DLayerOptions */ heightData?: IGridDataProvider | ILayerDataConfig | string; /** * 高度贴图的缺测值，默认9999 */ heightUndef?: number; } export abstract class CLayer extends Primitive implements IAnimationableLayer, IConfigCreatableLayer { /** * 默认参数 * * @static * @type {ICLayerOptions} * @memberof CLayer */ static DefaultOptions: ICLayerOptions; constructor(options?: ICLayerOptions); protected options: ICLayerOptions; protected sizeChanged: boolean; protected sizeChanging: boolean; protected resizeHandler: any; protected _visible: boolean; protected drawOptions: StyleBaseClass; protected emptyTexture: {}; protected maskCommand: Command; protected maskClearCommand: Command; protected maskTexture: Texture; protected maskDepthTexture: Texture; protected maskVao: VertexArray; protected heightTexture: Texture; protected dataSource: any; protected vectorGridMode: "sd" | "uv"; protected parseNumberStopRules(sr: StopRules): { numbers: number[]; steps: number[]; }; protected resetMaskCommand(): void; protected createMaskVao(context: any, attrLocations: any): any; protected createMaskCommand(context: any): void; /** * 设置图层参数 * * @param {ICLayerOptions} options * @param {boolean} [partialUpdate=true] * @memberof CGridLayer */ setLayerOptions(options: ICLayerOptions, partialUpdate?: boolean): void; /** * 设置图层数据源 * * @param {IGridDataProvider} dataSource * @return {*} {this} * @memberof CGridLayer */ abstract setDataSource(dataSource: any): this; /** * 设置绘制参数 * * @param {(string | TDrawOptions | GridGLBaseStyle)} drawOptions * @param {boolean} [partialUpdate=true] * @return {*} {this} * @memberof CGridLayer */ setDrawOptions(drawOptions: string | TDrawOptions | GridGLBaseStyle, partialUpdate?: boolean): this; protected abstract _createStyleObjectFromStyleOptions(options: TDrawOptions): StyleBaseClass; protected parseColorStopRules(sr: StopRules): { colors: Cartesian4[]; steps: number[]; }; protected handleSizeChanged(): void; setVisible(visible: boolean): this; isVisible(): boolean; clearPreDataSource(): void; protected resetCommand(resetVao?: boolean): void; /** * 内部调用 * * @param {*} [frameState] * @return {*} * @memberof C2DLayer */ update(frameState?: any): void; destroy(): void; } /** * Cesium三维贴图对象参数 * * @export * @interface ICesiumDataTexture3DOptions */ export interface ICesiumDataTexture3DOptions { /** * 层次数 * * @type {number} * @memberof ICesiumDataTexture3DOptions */ depth: number; /** * 执行环境 * * @type {*} * @memberof ICesiumDataTexture3DOptions */ context: any; /** * 宽度 * * @type {number} * @memberof ICesiumDataTexture3DOptions */ width: number; /** * 高度 * * @type {number} * @memberof ICesiumDataTexture3DOptions */ height: number; /** * 数据源 * * @type {*} * @memberof ICesiumDataTexture3DOptions */ source?: any; /** * 像元格式 * * @type {*} * @memberof ICesiumDataTexture3DOptions */ pixelFormat?: any; /** * 像元数据类型 * * @type {*} * @memberof ICesiumDataTexture3DOptions */ pixelDatatype?: any; /** * 是否预乘透明度 * * @type {boolean} * @memberof ICesiumDataTexture3DOptions */ preMultiplyAlpha?: boolean; /** * 是否翻转Y轴 * * @type {boolean} * @memberof ICesiumDataTexture3DOptions */ flipY?: boolean; /** * 采样方式 * * @type {*} * @memberof ICesiumDataTexture3DOptions */ sampler?: any; } /** * Cesium的三维纹理贴图 * * @export * @class CesiumDataTexture3D */ export class CesiumDataTexture3D { /** * 构建CesiumDataTexture3D * @param {ICesiumDataTexture3DOptions} options * @memberof CesiumDataTexture3D */ constructor(options: ICesiumDataTexture3DOptions); get id(): any; get sampler(): any; set sampler(sampler: any); get pixelFormat(): any; get pixelDatatype(): any; get dimensions(): any; get preMultiplyAlpha(): any; get flipY(): any; get width(): any; get height(): any; get sizeInBytes(): any; get _target(): any; copyFrom: () => void; copyFromFramebuffer: () => void; generateMipmap: () => void; isDestroyed: () => boolean; destroy: () => void; static create(options: any): CesiumDataTexture3D; } }