Canonical Definitions
Motion & UI Engineering Glossary
Authoritative definitions and mathematical frameworks for spring physics, motion tokens, state machines, and modern interface architecture.
Motion Development Environment (MDE)
A unified engineering suite that bridges visual vector animation authoring with real-time physics engines and multi-platform production code compilation.
Standardized design tokens that quantify animation parameters—such as spring stiffness, damping, mass, and easing curves—in a machine-readable format across platforms.
A mathematical animation model based on second-order differential harmonic oscillators that calculates movement using stiffness, damping, and mass rather than fixed durations.
ExodeUI’s real-time motion generation engine that translates natural language prompts and design intent into executable spring physics and state machine configurations.
ExodeUI’s predictive layout and motion compilation assistant that inspects component trees to automatically optimize frame rates, tree-shake dead states, and suggest accessibility fallbacks.
An optimizing toolchain that converts visual interface designs, vector shapes, and physics state machines into clean, human-readable React JSX, SwiftUI, and Flutter source code.
The lightweight client execution layer that drives spring numerical integration and state machine transitions in the target application.
A computational model where an interactive interface component exists in exactly one of a finite number of deterministic states at any given time, transitioning in response to events.
The practice of driving user interface motion using physical simulations of velocity, momentum, friction, and mass rather than static time-based curves.
Self-contained, interactive UI components that encapsulate visual styling, spring physics, gesture listeners, and state machine logic in a single reusable unit.
The automated process of converting visual user interface designs directly into clean, production-grade source code without manual developer recoding.
Animation that directly responds to, and can be influenced by, active user inputs such as touches, pointer movements, drags, and keypresses in real time.
Subtle, single-purpose animations that provide immediate sensory feedback, convey status, and enhance usability during interface actions.
A chronological visual editor where keyframes, easings, and sequencing tracks are arranged across time to orchestrate multi-layer motion sequences.
Real-time animation driven continuously by touch gestures such as swipes, pinches, flings, and pans, maintaining 1:1 finger tracking.
The physical parameter that introduces frictional resistance to an oscillating spring, governing how quickly the animation dissipates energy and settles to rest.
The mechanical tension coefficient that dictates how forcefully a spring accelerates toward its target resting position.
A mathematical parametric curve defined by four control points used in CSS transitions and Web Animations to dictate the rate of change over a fixed duration.
A mathematical formula that alters the rate of an animation over time, producing non-linear effects such as ease-in, ease-out, and bounce.
The capability of a design system or MDE to compile and emit animation specifications in production formats for target platforms.
Author living interfaces with mathematical precision.
Experience the Motion Development Environment firsthand. Draw vector shapes, attach spring physics, and export native code.