"A high-performance immersive scrolling experience leveraging the GSAP engine for non-linear parallax effects and hardware-accelerated motion orchestration."
Scrolling is no longer just navigation; it is a storytelling tool. This project is a technical exploration of Scroll-Triggered Animation Matrices, utilizing the GreenSock Animation Platform (GSAP) to decouple element movement from the standard scroll speed. By managing multiple depth planes, I created a cinematic sense of immersion while maintaining strict performance benchmarks.
This project focuses on Computational Motion & Interaction:
- GSAP Orchestration: Utilizing GSAP's timeline and
ScrollTriggercapabilities to synchronize complex multi-element transitions with user input. - Differential Motion Physics: Implementing varied scroll velocities across multiple layers to simulate realistic 3D depth perception on a 2D plane.
- Memory-Efficient Rendering: Leveraging CSS
will-changeproperties and GPU-accelerated transforms to ensure smooth 60fps animations, preventing "scroll-jacking" lag. - Dynamic Viewport Calculation: Calculating element start/end positions based on real-time viewport dimensions for a consistent experience across all screen resolutions.
- Multi-Layered Parallax: A deep-dive into Z-axis simulation using differential scroll speeds.
- Fluid GSAP Timelines: Precision-timed animations that respond dynamically to scroll direction and velocity.
- Responsive Motion Design: Scalable animation logic that adapts to mobile, tablet, and ultra-wide displays.
- HTML5 & CSS3: Semantic structure and layout foundations.
- JavaScript (ES6+): Logic for interaction and state management.
- GSAP (GreenSock): Industry-standard engine for high-performance motion.
- Clone the repository:
git clone [https://github.com/emineugurlu/GSAP.git](https://github.com/emineugurlu/GSAP.git)
- Open the Project:
cd GSAP open index.html
Developed by Emine Uğurlu with a focus on GSAP motion engineering and interactive UX.