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Top Svelte Animation Libraries

Top 5 Projects Compared

tsparticles/tsparticles is a lightweight, feature-rich TypeScript library for creating highly customizable particle animations and interactions on web pages.

Code Example

tsParticles.load("tsparticles", {
  particles: {
    color: { value: "#ffffff" },
    number: { value: 80 },
    shape: { type: "circle" }
  }
});

Pros

  • Offers a wide range of customization options and particle effects compared to other projects
  • Provides better performance and optimization for large numbers of particles than barvian/number-flow or crashmax-dev/fireworks-js
  • Supports multiple rendering modes (canvas, SVG, WebGL) unlike SikandarJODD/svelte-animations

Cons

  • Has a steeper learning curve due to its extensive feature set compared to simpler libraries like barvian/number-flow
  • Requires more setup and configuration than crashmax-dev/fireworks-js for basic particle effects
  • Not specifically tailored for Svelte like SikandarJODD/svelte-animations, which may require additional integration work in Svelte projects

barvian/number-flow is a JavaScript library for creating animated number transitions with smooth flowing effects.

Code Example

import { flow } from 'number-flow';

flow(element, 0, 1000, { duration: 2000 });

Pros

  • Specializes in number animations, providing a focused and optimized solution for this specific use case.
  • Offers a simple API, making it easy to implement animated number transitions with minimal code.
  • Lightweight compared to more comprehensive animation libraries, potentially improving performance.

Cons

  • Limited in scope compared to tsparticles/tsparticles, which offers a wide range of particle animation effects.
  • Lacks the versatility of crashmax-dev/fireworks-js, which provides specific fireworks animations.
  • May not integrate as seamlessly with Svelte applications as SikandarJODD/svelte-animations, which is tailored for the Svelte framework.

crashmax-dev/fireworks-js is a lightweight JavaScript library for creating customizable fireworks animations on web pages.

Code Example

import { Fireworks } from 'fireworks-js'
const container = document.querySelector('.fireworks-container')
const fireworks = new Fireworks(container)
fireworks.start()

Pros

  • Specifically focused on fireworks animations, making it simpler to use for this particular effect compared to more general-purpose libraries like tsparticles.
  • Lighter weight and potentially faster than tsparticles for fireworks-specific animations.
  • More customizable and feature-rich for fireworks compared to simpler animation libraries like SikandarJODD/svelte-animations.

Cons

  • Less versatile than tsparticles, which offers a wider range of particle effects beyond just fireworks.
  • May have a steeper learning curve for basic implementations compared to simpler libraries like barvian/number-flow.
  • Lacks the Svelte-specific optimizations found in SikandarJODD/svelte-animations, which could be beneficial for Svelte projects.

SikandarJODD/svelte-animations is a collection of pre-built animations and transitions for Svelte applications.

Code Example

<script>
  import { fade } from 'svelte-animations';
</script>
<div use:fade>Fading content</div>

Pros

  • Specifically designed for Svelte, offering seamless integration with Svelte projects
  • Provides a variety of ready-to-use animations, reducing development time
  • Lightweight compared to more complex particle systems like tsparticles

Cons

  • Limited to Svelte framework, unlike tsparticles which is framework-agnostic
  • Less customizable than tsparticles or fireworks-js for creating complex particle effects
  • Lacks the specific numerical animations offered by number-flow or the fireworks effects of fireworks-js

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