← Full visualisation atlas

Anti-aliasing & motion-blur laboratory

Side-by-side methods from the production effect pipeline: edge-aware final-raster AA, subpixel directional shutter, real observed-frame temporal accumulation, combined effects and DanceRudiment-modulated parameters. The four displays in every panel represent four different visualiser geometries.

Accuracy: All spectrum values and motion examples are synthetic; antialiasing does not invent missing vector subpixels; directional blur approximates a motion vector and historical blur integrates observed encoded frames, not optical flow or future subframes.

Machine-readable presets and methods
1 / 4

Highest default spatial and temporal quality

4x source geometry + 8x true time samples + final edge treatment

Highest default spatial and temporal quality preview of four synthetic visualisations
default-aa

Explicit reduced-quality pixel-art path

Disable the default supersampling and raster AA

Explicit reduced-quality pixel-art path preview of four synthetic visualisations
default-off

Original output

Unfiltered vector/raster samples

Original output preview of four synthetic visualisations
raw

Edge-aware AA

Alpha-aware edge smoothing, preserving interior textures

Edge-aware AA preview of four synthetic visualisations
edge-aa

High-quality AA

Two edge-aware antialias passes; not true source supersampling

High-quality AA preview of four synthetic visualisations
fine-aa

Directional streaks

Premultiplied-alpha subpixel directional shutter

Directional streaks preview of four synthetic visualisations
trail-blur

Diagonal motion blur

Arbitrary angle and trailing-to-centred blur control

Diagonal motion blur preview of four synthetic visualisations
radial-blur

Observed-frame blur

Linear-light accumulation of prior encoded frames

Observed-frame blur preview of four synthetic visualisations
temporal-soft

Long shutter

History-based blur; no invented future/subframe motion

Long shutter preview of four synthetic visualisations
temporal-long

AA + both blur types

Stack of edge-aware AA, directional approximation and temporal integration

AA + both blur types preview of four synthetic visualisations
both-blurs

DanceRudiment-driven

Independent circle/bounce modulation of blur angle, strength and AA

DanceRudiment-driven preview of four synthetic visualisations
dancerudiment