5 dépôts
Recycles particle effect instances to minimize memory allocation and garbage collection overhead.
Distinct from Object Pooling: Distinct from Object Pooling: focuses specifically on the lifecycle management of particle effect instances.
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particles.js is a JavaScript particle animation library and visual effects engine used to create interactive, canvas-based simulations for web interfaces. It enables the generation of dynamic background animations and networked visual effects through coordinate-based particle movements. The library features a system for drawing connecting lines between particles based on proximity to create network-style visualizations. It includes mechanisms for mapping mouse movements and click events to specific particle behaviors, such as attraction or repulsion. Users can configure particle density, opa
Draws connecting lines between particles that fall within a specific distance threshold to create a networked effect.
LibGDX is a Java-based framework designed for cross-platform game development, enabling the creation and deployment of 2D and 3D games across desktop, mobile, and web environments from a single codebase. It functions as a comprehensive library that abstracts hardware-accelerated graphics, audio, input, and file system access, providing a unified interface for developers to manage game logic and application lifecycles. The framework distinguishes itself through a high-performance architecture that prioritizes efficiency and native interoperability. It utilizes a batch-oriented graphics pipelin
Recycles particle effect instances to minimize memory allocation and garbage collection overhead during high-frequency gameplay events.
tsparticles is a JavaScript particle animation library and configuration-driven visual effects engine used to create customizable effects, confetti, and interactive backgrounds using HTML5 Canvas. It functions as a plugin-based graphics engine and a web component animation engine, allowing for the generation of complex behaviors and themes through structured JSON configuration objects. The project provides a cross-framework animation wrapper with dedicated compatible components for integrating effects into React, Vue, Angular, and Svelte. Its modular architecture allows users to extend the en
Controls the birth and death of visual elements through a system of emitters and absorbers.
canvas-nest.js est une bibliothèque d'animation JavaScript utilisée pour générer des réseaux de particules interactifs et des visuels de lignes connectées pour les arrière-plans de sites web. Elle fonctionne comme un système programmatique pour rendre un web de points et de lignes qui s'intersectent sur un élément HTML5 Canvas. La bibliothèque crée des effets visuels dynamiques où les particules se déplacent et forment des connexions basées sur la proximité et l'interaction de l'utilisateur. Ces systèmes de particules répondent aux mouvements de la souris en temps réel pour produire un rendu d'arrière-plan interactif. Le système inclut des options de configuration pour ajuster les styles visuels, tels que la densité des particules, les couleurs des lignes et l'opacité. Il gère la boucle d'animation, la détection de collision basée sur les coordonnées et la mise à l'échelle automatique du canvas pour correspondre aux dimensions du viewport.
Renders visual connecting lines between particles based on their real-time spatial proximity.
cursor-effects is a JavaScript library and effect engine designed to implement physics-based cursor trails and floating visual effects in web browsers. It provides a framework for adding interactive graphical overlays that follow the user pointer. The system specializes in spawning particle trails, physics-based floating emojis, and pointer-tracking text strings. These animations utilize spring-based physics simulations to create organic reactions and dispersal patterns as the cursor moves. The library manages the entire lifecycle of visual elements, from coordinate-based pointer tracking an
Manages the birth, movement, and automatic removal of particle effect instances based on their lifespan.