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Top 10 Examples of "d3-force in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'd3-force' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.

// Create Force Simulation =============================================================

let nodeSimulation: d3Force.Simulation;
let nodeLinkSimulation: d3Force.Simulation;

// Force Simulation without Links / No node data
nodeSimulation = d3Force.forceSimulation();

// Force Simulation without Links / With node data
nodeSimulation = d3Force.forceSimulation(graph.nodes);

// Force Simulation with Links / No node data
nodeLinkSimulation = d3Force.forceSimulation();

// Force Simulation with Links / With node data
nodeLinkSimulation = d3Force.forceSimulation(graph.nodes);

// nodes() -----------------------------------------------------------------------------

nodeSimulation = nodeSimulation.nodes(graph.nodes);

simNodes = nodeSimulation.nodes();

// alpha() -----------------------------------------------------------------------------

nodeLinkSimulation = nodeLinkSimulation.alpha(0.3);
num = nodeLinkSimulation.alpha();

// alphaMin() -----------------------------------------------------------------------------

nodeLinkSimulation = nodeLinkSimulation.alphaMin(0.0001);
num = nodeLinkSimulation.alphaMin();
// Use ForceRadial force -----------------------------------------------------------------

forceRadial.initialize(graph.nodes);
forceRadial(0.1); // alpha

// -------------------------------------------------------------------------------------
// Test Force Simulation
// -------------------------------------------------------------------------------------

// Create Force Simulation =============================================================

let nodeSimulation: d3Force.Simulation;
let nodeLinkSimulation: d3Force.Simulation;

// Force Simulation without Links / No node data
nodeSimulation = d3Force.forceSimulation();

// Force Simulation without Links / With node data
nodeSimulation = d3Force.forceSimulation(graph.nodes);

// Force Simulation with Links / No node data
nodeLinkSimulation = d3Force.forceSimulation();

// Force Simulation with Links / With node data
nodeLinkSimulation = d3Force.forceSimulation(graph.nodes);

// nodes() -----------------------------------------------------------------------------

nodeSimulation = nodeSimulation.nodes(graph.nodes);

simNodes = nodeSimulation.nodes();
// Use Collision force -----------------------------------------------------------------

forceCollide.initialize(graph.nodes);
forceCollide(0.1); // alpha

// Link ================================================================================

// create Link force --------------------------------------------------------------

let forceLink: d3Force.ForceLink;

// without link data
forceLink = d3Force.forceLink();

// with link data
forceLink = d3Force.forceLink(graph.links);

// Configure Link force -----------------------------------------------------------

let linkNumberAccessor: (link: SimLink, i: number, links: SimLink[]) => number;
// let nodeIdAccessor: (node: SimNode, i: number, nodes: SimNode[]) => number | string;

// links

forceLink = forceLink.links(graph.links);

simLinks = forceLink.links();

simLink = simLinks[0];

simNode = (typeof simLink.source !== 'number' && typeof simLink.source !== 'string') ? simLink.source : undefined;
simNode = (typeof simLink.target !== 'number' && typeof simLink.target !== 'string') ? simLink.target : undefined;
forceCenter(0.1); // alpha

// Collision ===========================================================================

// create Collision force --------------------------------------------------------------

let forceCollide: d3Force.ForceCollide;

// without radius
forceCollide = d3Force.forceCollide();

// with fixed radius
forceCollide = d3Force.forceCollide(15);

// with radius accessor function
forceCollide = d3Force.forceCollide((node, index, nodes) => {
    const n: SimNode = node;
    const i: number = index;
    const ns: SimNode[] = nodes;
    return n.r;
});

// Configure Collision force -----------------------------------------------------------

let radiusAccessor: (node: SimNode, i: number, nodes: SimNode[]) => number;

// radius

forceCollide = forceCollide.radius(20);
forceCollide = forceCollide.radius((node, index, nodes) => {
    const n: SimNode = node;
    const i: number = index;
// -------------------------------------------------------------------------------------
// Test Pre-Defined Forces
// -------------------------------------------------------------------------------------

// Centering ===========================================================================

// create Centering force --------------------------------------------------------------

let forceCenter: d3Force.ForceCenter;

// without specified center point (i.e. defaults to [0, 0])
forceCenter = d3Force.forceCenter();

// with x-coordinate of center point
forceCenter = d3Force.forceCenter(100);

// with x- and y-coordinate of center point
forceCenter = d3Force.forceCenter(100, 100);

// Configure Centering force -----------------------------------------------------------

forceCenter = forceCenter.x(150);
num = forceCenter.x();

forceCenter = forceCenter.y(150);
num = forceCenter.y();

// Use Centering force -----------------------------------------------------------------

forceCenter.initialize(graph.nodes);
forceCenter(0.1); // alpha
// -------------------------------------------------------------------------------------

// Centering ===========================================================================

// create Centering force --------------------------------------------------------------

let forceCenter: d3Force.ForceCenter;

// without specified center point (i.e. defaults to [0, 0])
forceCenter = d3Force.forceCenter();

// with x-coordinate of center point
forceCenter = d3Force.forceCenter(100);

// with x- and y-coordinate of center point
forceCenter = d3Force.forceCenter(100, 100);

// Configure Centering force -----------------------------------------------------------

forceCenter = forceCenter.x(150);
num = forceCenter.x();

forceCenter = forceCenter.y(150);
num = forceCenter.y();

// Use Centering force -----------------------------------------------------------------

forceCenter.initialize(graph.nodes);
forceCenter(0.1); // alpha

// Collision ===========================================================================
// create ForceRadial force --------------------------------------------------------------

let forceRadial: d3Force.ForceRadial;

// Radius set only
forceRadial = d3Force.forceRadial(50);
forceRadial = d3Force.forceRadial((node, index, nodes) => {
    const n: SimNode = node;
    const i: number = index;
    const ns: SimNode[] = nodes;
    return 50 * n.group;
});

// Radius and x-coordinate of center set only
forceRadial = d3Force.forceRadial(50, 10);
forceRadial = d3Force.forceRadial(
    50, // radius
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 10 * n.group;
    } // center-x
);

// Radius and center set
forceRadial = d3Force.forceRadial(50, 10, 10);
forceRadial = d3Force.forceRadial(
    50, // radius
    10, // center-x
    (node, index, nodes) => {
});

// Radius and x-coordinate of center set only
forceRadial = d3Force.forceRadial(50, 10);
forceRadial = d3Force.forceRadial(
    50, // radius
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 10 * n.group;
    } // center-x
);

// Radius and center set
forceRadial = d3Force.forceRadial(50, 10, 10);
forceRadial = d3Force.forceRadial(
    50, // radius
    10, // center-x
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 10 * n.group;
    } // center-y
);

forceRadial = d3Force.forceRadial(
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
simNodeNumberAccessor = forcePosY.y();

// Use ForceY force -----------------------------------------------------------------

forcePosY.initialize(graph.nodes);
forcePosY(0.1); // alpha

// ForceRadial ==============================================================================

// create ForceRadial force --------------------------------------------------------------

let forceRadial: d3Force.ForceRadial;

// Radius set only
forceRadial = d3Force.forceRadial(50);
forceRadial = d3Force.forceRadial((node, index, nodes) => {
    const n: SimNode = node;
    const i: number = index;
    const ns: SimNode[] = nodes;
    return 50 * n.group;
});

// Radius and x-coordinate of center set only
forceRadial = d3Force.forceRadial(50, 10);
forceRadial = d3Force.forceRadial(
    50, // radius
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 10 * n.group;
    } // center-x
);

// Radius and center set
forceRadial = d3Force.forceRadial(50, 10, 10);
forceRadial = d3Force.forceRadial(
    50, // radius
    10, // center-x
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 10 * n.group;
    } // center-y
);

forceRadial = d3Force.forceRadial(
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 50 * n.group;
    }, // radius
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;
        return 10 * n.group;
    }, // center-x
    (node, index, nodes) => {
        const n: SimNode = node;
        const i: number = index;
        const ns: SimNode[] = nodes;

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