| d3.bboxCollide |
Repelling force that prevents rectangular nodes from overlapping with each other. Great for avoiding label overlaps. |
d3-bboxCollide |
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| d3.forceAttract |
Spring-like force to attract nodes to a particular <x,y> point. |
d3-force-attract |
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| d3.forceBounce |
Elastic collision force between nodes. Useful to simulate natural collisions between circular objects that conserve energy and momentum. |
d3-force-bounce |
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| d3.forceBoundary |
Spring-like force to keep nodes within a rectangular container. |
d3-force-boundary |
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| d3.forceCenter |
Translate all nodes as a group towards the center of the canvas. Manipulates nodes coordinates directly, instead of their velocity. |
d3-force (core) |
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| d3.forceConstant |
Constant acceleration force. Useful to simulate permanent influences like weight and wind. |
d3-force-constant |
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| d3.forceCluster |
Spring-like force to attract nodes towards a set of cluster focus points. |
d3-force-cluster |
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| d3.forceCluster-3d |
Spring-like force to attract nodes towards a set of cluster focus points, working in three dimensions. |
d3-force-cluster-3d |
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| d3.forceCollide |
Repelling force that prevents circular nodes from overlapping with each other. |
d3-force (core) |
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| d3.forceContainer |
Constrain nodes to a bounding box. |
d3-force-container |
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| d3.forceGravity |
Gravity-like (inverse-square distance) force to attract nodes to a particular <x,y> point. |
d3-force-gravity |
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| d3.forceLimit |
Hard limit nodes positions to a specified range, with optionally a cushioning effect. |
d3-force-limit |
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| d3.forceLink |
Spring-like attraction/repulsion force applied to node-pairs. |
d3-force (core) |
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| d3.forceMagnetic |
Inverse-square (distance) attraction/repulsion force applied to all nodes or dedicated node-pair edges. Useful to simulate natural occurring forces such as gravity or electrostatic. |
d3-force-magnetic |
ul><li>[Accretion](https://observablehq.com/@vasturiano/accretion)</lili>[Orbits](https://observablehq.com/@vasturiano/orbital-trajectory)</li |
| d3.forceManyBody |
Inverse-linear (distance) attraction/repulsion force applied to all nodes. Typically used as node repulsion in force-directed graphs for a distributed spread. |
d3-force (core) |
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| d3.forceManyBodyReuse |
Faster inverse-linear (distance) attraction/repulsion force applied to all nodes. Typically used as node repulsion in force-directed graphs for a distributed spread. Runs faster than d3.forceManyBody by reusing approximations. |
d3-force-reuse |
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| d3.forceManyBodySampled |
Linear-time inverse-linear (distance) attraction/repulsion force applied to all nodes. Typically used as node repulsion in force-directed graphs for a distributed spread. Runs faster than d3.forceManyBody and d3.forceManyBodyReuse by using the Random Vertex Sampling algorithm. |
d3-force-sampled |
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| d3.forceRadial |
Spring-like force to attract nodes towards the closest point on a circle or sphere surface. |
d3-force (core) |
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| d3.forceSurface |
Elastic collision force between nodes and surfaces, defined as line-segments. |
d3-force-surface |
ul><li>[Pong](https://observablehq.com/@vasturiano/quad-pong)</liParticle container |
| d3.forceX |
Horizontal spring-like attraction force. |
d3-force (core) |
ul><li>[Beeswarm](https://observablehq.com/@d3/beeswarm)</li |
| d3.forceY |
Vertical spring-like attraction force. |
d3-force (core) |
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| d3.forceZ |
Spring-like attraction force in the Z dimension for 3D representations. |
d3-force-3d |
- |
| forceInABox |
Force implementation of the group-in-a-box layout algorithm. |
forceInABox |
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