Zentry Website Clone
Recreated the Zentry website with stunning GSAP animations and Three.js 3D effects, showcasing advanced frontend development skills.
Project Overview
This project represents a comprehensive recreation of the Zentry website, focusing on advanced frontend development techniques and cutting-edge web animations. The clone demonstrates mastery of modern JavaScript libraries and animation frameworks.
Every detail has been meticulously crafted to match the original design while implementing sophisticated animations that create an immersive and engaging user experience. The project showcases the intersection of design and technology.
Animation Features
- •Smooth GSAP timeline animations with precise timing
- •Three.js 3D elements and interactive graphics
- •Scroll-triggered animations and parallax effects
- •Morphing text effects and dynamic typography
- •Interactive hover states and micro-interactions
- •Seamless page transitions and loading animations
Technical Challenges
Performance Optimization
Implemented efficient animation techniques and GPU acceleration to maintain 60fps performance while running complex 3D animations and multiple GSAP timelines simultaneously.
Cross-Browser Compatibility
Ensured consistent animation behavior across different browsers and devices, implementing fallbacks for unsupported features and optimizing for mobile performance.
Animation Synchronization
Coordinated multiple animation libraries (GSAP and Three.js) to work together seamlessly, creating complex choreographed sequences that feel natural and fluid.
Development Process
The development process began with detailed analysis of the original Zentry website, breaking down each animation and interaction into manageable components. This was followed by systematic implementation of each feature, ensuring pixel-perfect accuracy.
Phase 1: Analysis
Studied original animations, identified key interactions, and planned technical approach.
Phase 2: Foundation
Set up project structure, configured animation libraries, and created base components.
Phase 3: Implementation
Built animations section by section, testing performance and refining timing.
Phase 4: Polish
Fine-tuned animations, optimized performance, and ensured cross-device compatibility.
Skills Demonstrated
This project showcases advanced frontend development capabilities, including mastery of animation libraries, 3D graphics programming, performance optimization, and attention to detail in recreating complex interactive experiences.
Technologies Used
Project Metrics
Animation Techniques
- • Timeline sequencing
- • Easing functions
- • 3D transformations
- • Scroll triggers
- • Morphing SVGs
- • Particle systems
Recognition
This project demonstrates expert-level proficiency in modern web animation techniques and serves as a showcase piece for advanced frontend development capabilities.