Interactive Media Experience

The Sacred Craft
Of Forest Honey.

Documenting wild honey harvesting in ancient forests through a high-definition video frame scrubbing experience. We built an asymmetric layout rhythm to reflect the physical climb, paired with an interactive dappled-sunlight lighting spotlight.

RoleDesign Engineer
ThemeInteractive Amber Glow
LayoutAsymmetric Narrative Flow
Forest Honey Canopy Preview
Scene 01

The Primeval Forest

Where wild hives flourish undisturbed in ancient canopy tops

Interactive Sunlight & Asymmetric Pacing

To differentiate the Forest Honey journey from standard templates, we explored responsive ambient lighting. We added an interactive pointer tracker that dynamically modifies CSS variables representing mouse coordinate percentage inside the page grid.

This pointer data dynamically updates a radial gradient spotlight mimicking dappled sunlight filtering through the gaps between forest tree leaves, creating a unique color-dodge lighting mask that makes the screen feel alive.

We coupled this with custom CSS scrollbar theme variables (`--honey-amber` & `--honey-dark`) to transform the user's viewport controls into golden visual elements.

Every scene transition leverages pre-loaded binary Blobs mapped to system memory, allowing instant frame seeking. A custom requestAnimationFrame loop interpolates viewport delta smoothly for organic playback control.

Case Breakdown

Resolving Honey Journey Challenges

sunlight calculation overhead

Updating layout hooks on every mousemove event triggers React rendering cycles, which blocks the requestAnimationFrame video scrubbing loop.

Solution: Direct DOM variable updates

Scrubber sound screeching

Scrubbing video clips with active audio tracks creates heavy hardware stuttering and screeching noises due to micro-interval seeking.

Solution: Muted scrub elements

Hexagonal CSS Clip-path rendering

Using clipping masks in header brands sometimes hides shadow filters. The brand logo shadows were clipped off by standard layout margins.

Solution: Isolated drop-shadow filter layers