Top 8 Examples of "graphology in functional component" in JavaScript

constructor(store, options) {
    options = options || {};

    const pathPrefix = options.pathPrefix || '';
    const skipDrafts = options.skipDrafts || false;

    const draftIds = new Set();

    this.store = store;
    this.graph = new Graph();

    // Hydrating graph & filtering drafts
    models.forEach(model => {
      store[model] = store[model].filter(item => {
        if (skipDrafts && item.draft) {
          draftIds.add(item.id);
          return false;
        }

        // Tagging model
        item.model = model;

        this.graph.addNode(item.id);
        return true;
      });
    });

function Batch() {

  if (!(this instanceof Batch))
    return new Batch();

  // Properties
  this.graph = new MultiDirectedGraph();
  this.relationshipsToDelete = {};
  this.generateNodeId = createIncrementalId();
  this.generateEdgeId = createIncrementalId();
}

// Making some modules global for the custom scripts to consume
var d3 = require('d3');
window.d3 = d3;
var numeric = require('numeric');
window.numeric = numeric;

// Requiring some graphology libraries we are going to make global for the user
var graphology = require('graphology');

graphology.library = require('graphology-library/browser');
window.graphology = graphology;
window.Graph = graphology;

var randomLayout = graphology.library.layout.random;

var forceAtlas2Layout = graphology.library.layoutForceAtlas2;
window.layout = {
  random: randomLayout,
  forceAtlas2: forceAtlas2Layout
};

window.ForceAtlas2Layout = graphology.library.FA2Layout;

window.louvain = graphology.library.communitiesLouvain;

// Requiring sigma
window.SigmaWebGLRenderer = require('sigma/renderers/webgl').default;

// Requiring own modules
require('./view_upload/upload.js');
require('./view_board/board.js');
require('./recipes/_recipes_list_.js');

assert.throws(function() {
        new Sigma(new Graph(), null);
      }, /renderer/);
    });

const components = connectedComponents(graph);

components.forEach(component => {
  if (component.length < 10)
    component.forEach(node => graph.dropNode(node));
});

const map = louvain(graph);
let communities = {};

for (const node in map) {
  const c = map[node];

  if (!(c in communities))
    communities[c] = new UndirectedGraph();

  const h = communities[c];

  h.mergeNode(node, graph.getNodeAttributes(node));

  graph.edges(node).forEach(edge => {
    const target = graph.opposite(node, edge);

    if (node < target || map[target] !== c)
      return;

    h.mergeEdge(node, target);
  });
}

communities = Object.values(communities)

position: absolute;
      height: 300px;
      border-right: 1px solid black;
      border-bottom: 1px solid black;
    }
    .subcontainer:nth-child(1),
    .subcontainer:nth-child(2),
    .subcontainer:nth-child(3) {
      border-top: 1px solid black;
    }
  
`;

const mainContainer = document.getElementById('container');

const graph = new UndirectedGraph({defaultNodeAttributes: {size: 3}});

data.forEach(({source, target}) => {
  graph.mergeEdge(source, target);
});

graph.nodes().forEach(node => {
  graph.setNodeAttribute(node, 'label', node);
  graph.setNodeAttribute(node, 'size', scale(graph.degree(node)));
});

const components = connectedComponents(graph);

components.forEach(component => {
  if (component.length < 10)
    component.forEach(node => graph.dropNode(node));
});

import {UndirectedGraph} from 'graphology';
import WebGLRenderer from '../src/renderers/webgl';

const container = document.getElementById('container');

const graph = new UndirectedGraph();

graph.addNode('Jessica', {
  label: 'Jessica',
  x: 1,
  y: 1,
  color: '#FF0',
  size: 10
});

graph.addNode('Truman', {
  label: 'Truman',
  x: 0,
  y: 0,
  color: '#00F',
  size: 5
});

const xExtent = extent(miserables.nodes.map(n => n.x));
const yExtent = extent(miserables.nodes.map(n => n.y));

const nodeSizeScale = scaleLinear()
  .domain(nodeSizeExtent)
  .range([3, 15]);

const xScale = scaleLinear()
  .domain(xExtent)
  .range([0, 1]);

const yScale = scaleLinear()
  .domain(yExtent)
  .range([0, 1]);

const graph = new UndirectedGraph();

miserables.nodes.forEach((node, i) => {
  node.size = nodeSizeScale(node.size);
  node.x = xScale(node.x);
  node.y = yScale(node.y);
  graph.addNode(i, node);
});

miserables.edges.forEach(edge => {
  graph.addEdge(+edge.source, +edge.target, {color: '#ccc'});
});

const container = document.getElementById('container');

const renderer = new WebGLRenderer(graph, container);