Generated Faster Motion reference

Updated Jun 21, 2026 4 min read

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This generated reference is built from Faster Motion source artifacts, not hand-maintained tables. It covers schema shape, runtime APIs, debug APIs, node categories, and public node pages.

Public node pages291

Registry nodes292

Categories20

Schema definitions204

Generated from source

Node registry faster-motion-docs/node-registry.jsonSchema faster-motion/dist/fmtion.schema.jsonRuntime APIs src/fmtion/RuntimeLoader.ts and src/fmtion/FmtionLoader.tsDebug APIs src/devtools/RuntimeDebugAPI.ts

Reference sections

Node categories

Category	Type key	Public nodes	Description
inputs	`inputs`	51	Nodes that read external signals into the graph: DOM events, mouse position, scroll progress, keyboard input, time, and other browser/device inputs.
text	`text`	31	Text animation nodes: split text into characters/words/lines, per-character wave/fade/spring/skew/distort transforms, coverage ranges for reveal effects.
animation	`animation`	28	Core animation primitives: timelines for playback control, tweens for A→B interpolation, keyframes for multi-stop curves, and stagger for per-element timing.
boundary	`boundary`	27	Scene I/O boundary: read/write object transforms and properties, DOM CSS/attribute writes, color writes, stagger writes, data writes.
paths	`paths`	24	Path geometry read/write and modifiers: bend, wave, noise deform, trim, offset, boolean ops, wiggle path, round corners, repeater, conform, and more.
math	`math`	17	Pure compute nodes: remap ranges, math expressions, utility operations (abs, clamp, round), smoothing, parallax offset, velocity calculation, string operations.
solvers	`solvers`	16	Iterative solvers: value accumulation, mesh relaxation, distance constraint solving, rigid body physics (Planck.js/Box2D), and physics body readout.
effects	`effects`	15	Visual effects: WASM/GPU filter chains, parametric shape generation, glitch computation, FLIP layout animation, and morph path interpolation.
skeleton	`skeleton`	13	Bone and skeleton rigging: per-bone FK transforms, IK solvers, bone collectors, spring/jiggle bone physics, chain dynamics, and FK recomposition.
constraints	`constraints`	11	Position, rotation, and transform constraints that enforce spatial relationships between objects: follow, aim, distance clamp, drag, path follow, camera bounds.
integration	`integration`	10	Graph composition and data flow: ForEach stamping, scene composition, parameter store read/write, float/value sources.
distribution	`distribution`	10	Point distribution generators: grid, circle, linear, random, fibonacci spiral, path sampling. Feed into Generator node to create object clones.
procedural	`procedural`	9	Time-driven procedural generators: wiggle, noise, oscillator, spring physics, modulate, ring delay, random values, and stagger drivers.
state-machine	`state-machine`	8	State machine evaluation: layer advance, pose blending (linear, masked, weighted), object pose evaluation, and blend space nodes.
falloff	`falloff`	6	Spatial weight fields that modulate deformer strength: linear ramp, radial distance, shape boundary, fractal noise, element index, and user-defined curve.
media	`media`	4	Media playback: audio tracks with RMS level output, vector media animation control, DOM spritesheets, video sync, and WebGL video effects.
bundles	`bundles`	4	Transform bundle infrastructure: time context, cycle clocks, and Mat4 transform bundle merge/mask operations.
data	`data`	3	Data flow utilities: parameter actions (set, toggle, fire, increment), data source reads, and type casting between port types.
attributes	`attributes`	2	AttributeBundle operations: read/write named attributes from bundles, extract single values by property name and index.
deformers	`deformers`	2	Generated node category.

Public omission policy

This pass omits 1 source node page from the public website because its canonical source type contains a third-party package name. The generator keeps that omission explicit so the public website can stay aligned with current positioning rules while source artifacts remain complete internally.

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