Scroll interaction
Synchronizing animated visual elements with the reader’s scroll.
Venus.
Where the interface meets motion.
Frontend development for a distinctive black-and-gold corporate website, with scroll-driven motion and reusable page templates.
- Role
- Frontend Developer
- Period
- c. 2022
- Duration
- about six weeks
- Scope
- Corporate website frontend
Venus
01 / Context & ownership
One identity.
Many screens.
Venus is a corporate website with a high-contrast black-and-gold visual identity. My role was to turn the supplied interface designs into responsive frontend pages, including a motion-driven landing experience, a portfolio, and editorial and company templates.
I worked on the frontend implementation only: translating UI designs into React components, building scroll-based interactions, and adapting layouts across screen sizes. The visuals shown here document that frontend work.
Explore technologies & implementation ↓02 / Challenges
Ambitious design.
Practical frontend.
Responsive layouts
Adapting highly decorative sections to different screen dimensions.
Performance constraints
Handling media-heavy scenes and transitions without losing usability.
Multiple templates
Keeping many different screen types coherent and maintainable.
03 / Technology & implementation
Built with intention.
A categorized view of the original frontend stack, followed by one verified detail of its scroll implementation.
Technology map
A period-accurate overview drawn from the archived project. Only tools with source evidence are listed; empty categories are omitted.
12entries
3
Core stack
The foundation the frontend runs on.
Framework
UI runtime
Styling
In this project
Hover, focus, or tap a technology to see how it was used.
7
Interface & experience
Libraries and assets shaping what people see and feel.
Animation
UI libraries
Typography
In this project
Hover, focus, or tap a technology to see how it was used.
2
Data & tools
Integrations and tools used in the development workflow.
Development tools
In this project
Hover, focus, or tap a technology to see how it was used.
One implementation detail
Scroll progress became visual state.
On desktop, a ScrollMagic Scene controlled a paused React GSAP timeline. Progress was mapped to the intro video’s scale and blur. The original source establishes this behavior; it does not supply measured performance results.
Scroll progress
ScrollMagic SceneReact GSAP · paused timeline
Video scale
Video blur
View original implementation+
Condensed and reformatted from components/Landing/Desktop/Intro.jsx (archived Venus source).
<Scene triggerElement={videoRef.current} duration={400} triggerHook="onLeave">
{(progress) => (
<Timeline totalProgress={progress} paused>
<Tween
from={{ scale: 1, filter: 'blur(0)' }}
to={{ scale: 6, filter: 'blur(10rem)' }}
>
{/* Intro video */}
</Tween>
</Timeline>
)}
</Scene>04 / Page system
Beyond a single landing.
05 / Reflection
Expressive visuals.
Structured implementation.
The Venus frontend combined scroll-driven motion, a distinctive visual identity, and reusable page patterns. The lasting lesson was to treat animation, responsiveness, and component structure as connected frontend engineering decisions.
06 / Motion & engineering
Scrolling as a timeline.
- 01INTERACTION
Scroll choreography
The desktop introduction connected scroll progress to a video-scale and blur sequence through React GSAP and ScrollMagic.
Motion was part of the page structure, not an unrelated hover effect.
- 02ADAPTATION
Responsive compositions
The landing source uses separate desktop and mobile introduction components,
leaving room to adapt layout and motion to the viewport rather than simply shrinking a desktop scene.
- 03STRUCTURE
Reusable page patterns
Portfolio, editorial and team views needed consistent cards,
navigation, pagination and detail templates within the same visual system.
- 04PERFORMANCE
Motion and media trade-offs
The combination of video, decorative imagery and scroll animation made performance a key implementation constraint.
No measured performance improvement is claimed.
07 / Original motion asset
A closer look at the intro.
The original landing screen used a video asset inside its scroll sequence. This optional short excerpt shows that asset itself; it is not a recording of the full interactive scroll behavior.
08 / Responsive thinking
Not just a smaller desktop.
The codebase includes separate mobile and desktop components for the landing introduction. That separation offered room for viewport-specific structure where a heavily animated desktop presentation would otherwise be difficult to adapt.
The original mobile landing capture is included at archival quality. The source also contains dedicated mobile and desktop landing components.
