Baskerville B is a 3D animation of a single letter made of particles. An X-Particles emitter is born from the outline of the Libre Baskerville Bold B and, driven by noise, the letter loses its transitional traits — the two lobes of controlled proportion, the stroke contrast, the horizontal-base serifs — until it becomes formless mass, then reassembles. It is a threshold study in motion typography: the frame at which the B stops reading as a B and the frame at which it reads again.
Visuals
Experiment
01Formal reference
Baskerville, an 18th-century transitional typeface (John Baskerville), in its digital version Libre Baskerville Bold.
Concept
How far can a letter deform before it stops being recognisable? Hypothesis: the Baskerville B keeps enough traits to be recognised as long as part of its structure survives — two lobes of controlled proportion, high contrast between thick and thin strokes, and horizontal-base serifs, formal properties of transitional type. The experiment subjects that construction to a continuous cycle and records the identity threshold in both directions: toward abstraction and back to form. It is the threshold study on a single letter; Abstractype's alphabets apply the same question to complete systems.
System
The letter is a text set in Libre Baskerville Bold and converted to a spline. That outline is the source of an X-Particles emitter whose motion is altered by a noise field. An OpenVDB mesher joins the particles into a continuous surface, so the B melts into a soft mass and splits back into lobes: over the loop, perforations open and close in the volume.
Process
Text in Libre Baskerville Bold → outline spline → X-Particles emitter with noise → simulation and cache → mesh with OpenVDB Mesher → plastic material and studio lights → Redshift render → 180-frame loop.
Constants
Variables
Output
1 looping animation, 180 frames at 30 fps (6 s), vertical format 1080 × 1920 with alpha channel, no audio.
