Halftone Drift
Density mapped to motion — dots thin out as the field accelerates.
01 — detail
Halftone Drift
Each dot samples a noise field twice per frame, so density reacts to scroll speed before the eye can catch the change.
Move your cursor
A cloud of particles that follows you
Drag your pointer across the field and scroll — the cloud parts, brightens and drifts.
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The field
Nine states of the cloud
Suspended Field
Thousands of points held in mist, each one nudged by your cursor.
02 — detail
Suspended Field
Pointer force falls off with distance, letting the outer haze stay still while the core parts around your hand.
Bent Grid
A regular lattice, warped by scroll velocity into curved light.
03 — detail
Bent Grid
Velocity is smoothed over eight frames, so the lattice bends like a sheet rather than snapping between states.
Contour Map
Elevation drawn from noise, redrawn every frame at sixty hertz.
04 — detail
Contour Map
Contours are traced on a coarse grid, then smoothed on the fly — detail appears only where the slope is steep.
Particle Orb
Depth layers stacked into a sphere that breathes as you move.
05 — detail
Particle Orb
Six depth shells rotate at slightly different rates, which reads as volume without any real 3D geometry.
Volumetric Bloom
Soft plumes catching rim light where the pointer passes through.
06 — detail
Volumetric Bloom
Bloom is additive and clamped, so overlapping plumes glow brighter without ever blowing out to flat white.
07
Ripple Rings
Impact rendered as concentric waves radiating from the contact point.
07 — detail
Ripple Rings
Every click seeds a wave with its own decay curve; up to twelve can overlap before the oldest is retired.
08
Long Exposure
Trails stretch along the axis of travel, then settle back to rest.
08 — detail
Long Exposure
Trail length is tied to frame delta, so the effect holds its shape on slower machines instead of smearing.
09
Refraction
Hard edges scattering emerald light across the darkened plane.
09 — detail
Refraction
A single hue is split across three offsets, giving edges a prism fringe that stays subtle at small sizes.
Keep scrolling
Momentum that bends the page
Every scroll impulse skews, stretches and releases the layers beneath you.
In motion
Nine studies in velocity
Contour Map
Elevation drawn from noise, redrawn every frame at sixty hertz.
01 — detail
Contour Map
Contours are traced on a coarse grid, then smoothed on the fly — detail appears only where the slope is steep.
Particle Orb
Depth layers stacked into a sphere that breathes as you move.
02 — detail
Particle Orb
Six depth shells rotate at slightly different rates, which reads as volume without any real 3D geometry.
Volumetric Bloom
Soft plumes catching rim light where the pointer passes through.
03 — detail
Volumetric Bloom
Bloom is additive and clamped, so overlapping plumes glow brighter without ever blowing out to flat white.
Ripple Rings
Impact rendered as concentric waves radiating from the contact point.
04 — detail
Ripple Rings
Every click seeds a wave with its own decay curve; up to twelve can overlap before the oldest is retired.
Long Exposure
Trails stretch along the axis of travel, then settle back to rest.
05 — detail
Long Exposure
Trail length is tied to frame delta, so the effect holds its shape on slower machines instead of smearing.
Refraction
Hard edges scattering emerald light across the darkened plane.
06 — detail
Refraction
A single hue is split across three offsets, giving edges a prism fringe that stays subtle at small sizes.
07
Halftone Drift
Density mapped to motion — dots thin out as the field accelerates.
07 — detail
Halftone Drift
Each dot samples a noise field twice per frame, so density reacts to scroll speed before the eye can catch the change.
08
Suspended Field
Thousands of points held in mist, each one nudged by your cursor.
08 — detail
Suspended Field
Pointer force falls off with distance, letting the outer haze stay still while the core parts around your hand.
09
Bent Grid
A regular lattice, warped by scroll velocity into curved light.
09 — detail
Bent Grid
Velocity is smoothed over eight frames, so the lattice bends like a sheet rather than snapping between states.
Settle in
Depth built from thousands of points
Parallax layers drift at their own pace, so nothing ever quite lands together.
In depth
Nine layers of the field
Ripple Rings
Impact rendered as concentric waves radiating from the contact point.
01 — detail
Ripple Rings
Every click seeds a wave with its own decay curve; up to twelve can overlap before the oldest is retired.
Long Exposure
Trails stretch along the axis of travel, then settle back to rest.
02 — detail
Long Exposure
Trail length is tied to frame delta, so the effect holds its shape on slower machines instead of smearing.
Refraction
Hard edges scattering emerald light across the darkened plane.
03 — detail
Refraction
A single hue is split across three offsets, giving edges a prism fringe that stays subtle at small sizes.
Halftone Drift
Density mapped to motion — dots thin out as the field accelerates.
04 — detail
Halftone Drift
Each dot samples a noise field twice per frame, so density reacts to scroll speed before the eye can catch the change.
Suspended Field
Thousands of points held in mist, each one nudged by your cursor.
05 — detail
Suspended Field
Pointer force falls off with distance, letting the outer haze stay still while the core parts around your hand.
Bent Grid
A regular lattice, warped by scroll velocity into curved light.
06 — detail
Bent Grid
Velocity is smoothed over eight frames, so the lattice bends like a sheet rather than snapping between states.
07
Contour Map
Elevation drawn from noise, redrawn every frame at sixty hertz.
07 — detail
Contour Map
Contours are traced on a coarse grid, then smoothed on the fly — detail appears only where the slope is steep.
08
Particle Orb
Depth layers stacked into a sphere that breathes as you move.
08 — detail
Particle Orb
Six depth shells rotate at slightly different rates, which reads as volume without any real 3D geometry.
09
Volumetric Bloom
Soft plumes catching rim light where the pointer passes through.
09 — detail
Volumetric Bloom
Bloom is additive and clamped, so overlapping plumes glow brighter without ever blowing out to flat white.