Options

alpha

number

Convergence threshold of the current iteration

alphaDecay

number

Convergence threshold of the current iteration

alphaMin

number

Convergence threshold of the current iteration

alphaTarget

number

Set the target convergence threshold of the current iteration

center

false | { x?: number; y?: number; strength?: number; }

Center force

collide

false | { radius?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); strength?: number; iterations?: number; }

Collision force

forceSimulation

Simulation**<**NodeDatum__, EdgeDatum__>

Custom force method, if not specified, use d3.js method

iterations

number

Number of iterations 设置的是力的迭代次数，而不是布局的迭代次数

The number of iterations of the force, not the layout

link

false | { id?: (edge: EdgeDatum__, index: number, edges: EdgeDatum__[]) => string; distance?: number | ((edge: EdgeDatum__, index: number, edges: EdgeDatum__[]) => number); strength?: number | ((edge: EdgeDatum__, index: number, edges: EdgeDatum__[]) => number); iterations?: number; }

Link force

manyBody

false | { strength?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); theta?: number; distanceMin?: number; distanceMax?: number; }

Many body force

nodeSize

number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number) Default: 10

Node size (diameter). Used for collision detection when nodes overlap

onTick

(data: LayoutMapping__) => void

Callback executed on each tick

radial

false | { strength?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); radius?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); x?: number; y?: number; }

Radial force

randomSource

() => number

Set the function for generating random numbers

velocityDecay

number

Specify the decay factor

x

false | { strength?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); x?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); }

X axis force

y

false | { strength?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); y?: number | ((node: NodeDatum__, index: number, nodes: NodeDatum__[]) => number); }

Y axis force