Vue 3 Recipe • Production Motion Pattern

Vue Animation: Declarative Motion and Physics Components in Vue 3

Modern digital products require more than static CSS keyframes to feel intuitive and responsive to human input. Contemporary Vue developers creating enterprise design systems, interactive landing pages, and web apps require animations that react to user gestures, physics momentum, and real-time state changes without writing thousands of lines of imperative canvas code. ExodeUI delivers a unified motion development environment for Vue 3. By linking visual design canvases, finite state machines, and WebGL physics directly to Vue reactive props, ExodeUI bridges the gap between design vision and production-grade Vue code.

Vue 3 Live Interactive Stage
exodeui-vue
Active State Machine Node: Idle
Under the Hood: Vue 3 Reactivity & WebGL Pipeline

ExodeUI for Vue connects Vue 3 reactive ref and computed primitives directly to GPU uniform registers and state machines, eliminating Virtual DOM recalculation overhead and guaranteeing consistent 120fps motion.

Runnable ExodeUI Vue 3 Code Example

Vue 3 SFC Composition API

Import the ExodeUICanvas component and bind reactive parameters declaratively without imperative DOM lifecycle hooks:

html
<template>
  <div class="animation-stage">
    <div class="controls">
      <button 
        v-for="state in states" 
        :key="state" 
        @click="currentState = state"
        :class="{ active: currentState === state }"
      >
        {{ state }}
      </button>
    </div>

    <ExodeUICanvas
      ref="canvasRef"
      src="/scenes/vue-motion-orchestrator.json"
      :inputs="{
        'activeState': currentState,
        'speedMultiplier': 1.0,
        'dampingRatio': 0.82
      }"
      class="motion-canvas"
    />
  </div>
</template>

<script setup>
import { ref } from 'vue';
import { ExodeUICanvas } from 'exodeui-vue';

const states = ['Idle', 'Hovering', 'Processing', 'Success'];
const currentState = ref('Idle');
</script>

Frequently Asked Questions about vue animation

How does ExodeUI compare to traditional Vue animation libraries?

Traditional libraries animate CSS properties on DOM elements. ExodeUI renders rich vector graphics and physics on GPU shaders via WebAssembly, eliminating style recalculation overhead.

Can ExodeUI animations be controlled by Vue Pinia or Vuex store states?

Yes. ExodeUICanvas inputs are standard Vue props. Any reactive value from Pinia, computed properties, or composables can drive the animation state directly.

What is the bundle footprint of ExodeUI in a Vue 3 project?

The core ExodeUI Vue runtime is lightweight (~18kb gzipped), tree-shakable, and loads heavy physics modules asynchronously only when required.

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