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97 lines
3.6 KiB
97 lines
3.6 KiB
import type { RuntimeContext } from '../../runtime/types';
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import type { BasePluginOptions } from '../base-plugin';
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import { BasePlugin } from '../base-plugin';
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/**
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* <zh/> 边绑定插件的配置项
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*
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* <en/> Edge bundling options
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*/
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export interface EdgeBundlingOptions extends BasePluginOptions {
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/**
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* <zh/> 边的强度
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*
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* <en/> The strength of the edge
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* @defaultValue 0.1
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*/
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K?: number;
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/**
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* <zh/> 初始步长。在后续的周期中，步长将双倍递增
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*
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* <en/> An initial step size. In subsequent cycles, the step size will double incrementally
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* @defaultValue 0.1
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*/
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lambda?: number;
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/**
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* <zh/> 模拟周期数
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*
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* <en/> The number of simulation cycles
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* @defaultValue 6
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*/
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cycles?: number;
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/**
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* <zh/> 初始切割点数。在后续的周期中，切割点数将根据 `divRate` 逐步递增
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*
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* <en/> An initial number of subdivision points for each edge. In subsequent cycles, the number of subdivision points will increase gradually according to `divRate`
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* @defaultValue 1
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*/
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divisions?: number;
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/**
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* <zh/> 切割点数增长率
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*
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* <en/> The rate at which the number of subdivision points increases
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* @defaultValue 2
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*/
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divRate?: number;
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/**
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* <zh/> 指定在第一个周期中执行的迭代次数。在后续的周期中，迭代次数将根据 `iterRate` 逐步递减
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*
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* <en/> The number of iteration steps during the first cycle. In subsequent cycles, the number of iterations will decrease gradually according to `iterRate`
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* @defaultValue 90
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*/
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iterations?: number;
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/**
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* <zh/> 迭代次数递减率
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*
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* <en/> The rate at which the number of iterations decreases
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* @defaultValue 2 / 3
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*/
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iterRate?: number;
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/**
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* <zh/> 边兼容性阈值，决定了哪些边应该被绑定在一起
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*
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* <en/> Edge compatibility threshold, which determines which edges should be bundled together
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* @defaultValue 0.6
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*/
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bundleThreshold?: number;
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}
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/**
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* <zh/> 边绑定
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*
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* <en/> Edge bundling
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* @remarks
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* <zh/> 边绑定（Edge Bundling）是一种图可视化技术，用于减少复杂网络图中的视觉混乱，并揭示图中的高级别模式和结构。其思想是将相邻的边捆绑在一起。
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*
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* <zh/> G6 中提供的边绑定插件是基于 FEDB（Force-Directed Edge Bundling for Graph Visualization）一文的实现：将边建模为可以相互吸引的柔性弹簧，通过自组织的方式进行捆绑。
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*
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* <en/> Edge bundling is a graph visualization technique used to reduce visual clutter in complex network graphs and reveal high-level patterns and structures in the graph. The idea is to bundle adjacent edges together.
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*
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* <en/> The edge bundling plugin provided in G6 is based on the implementation of the paper FEDB (Force-Directed Edge Bundling for Graph Visualization): modeling edges as flexible springs that can attract each other and bundling them in a self-organizing way.
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*/
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export declare class EdgeBundling extends BasePlugin<EdgeBundlingOptions> {
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static defaultOptions: Partial<EdgeBundlingOptions>;
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constructor(context: RuntimeContext, options?: EdgeBundlingOptions);
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private edgeBundles;
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private edgePoints;
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private get nodeMap();
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private divideEdges;
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private getVectorPosition;
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private measureEdgeCompatibility;
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private getEdgeBundles;
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private getSpringForce;
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private getElectrostaticForce;
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private getEdgeForces;
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protected onBundle: () => void;
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private bindEvents;
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private unbindEvents;
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destroy(): void;
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}
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