Experiments→Patina Type

Patina Type

Particle growth, Cinema 4D, X-Particles

Year2026
Category
material
Tools
Cinema 4DX-ParticlesRedshiftPhotoshop

Patina Type is a 3D alphabet in patinated copper. Arial Black is the substrate: from each character's alpha, X-Particles grows matter frame by frame into a porous mass of copper with green verdigris. Growth stops at the same interval for all 36 characters, A to Z and 0 to 9: some letters hold up, others cross the limit of legibility.

Visuals

A — Z
Character A from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character B from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character C from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character D from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character E from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character F from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character G from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character H from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character I from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character J from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character K from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character L from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character M from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character N from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character O from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character P from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character Q from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character R from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character S from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character T from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character U from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character V from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character W from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character X from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character Y from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character Z from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
0 — 9
Character 0 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 1 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 2 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 3 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 4 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 5 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 6 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 7 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 8 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background
Character 9 from Patina Type: a 3D letter in copper with green patina, a porous mass growing from Arial Black, on a black background

Experiment

01
Level —FormalProcedural· Non-reactive process — Specific series

Formal reference

Arial Black, capitals and digits: one of Microsoft's Core fonts for the Web (1996), the most anonymous typeface on the screen, used as a neutral substrate.

Concept

How much matter can a letter accumulate before it stops being legible? Hypothesis: the limit of legibility depends on the structure of the character, not on the amount of matter. Patina is time: the letter grows, is perforated and is coated like exposed metal. It is the opposite of Growth Type: there, colonisation happens inside the scaffold and the letter resists; here, matter is born from the letter's alpha and carries it to the limit of legibility.

System

Each Arial Black character becomes an alpha texture that drives particle emission in X-Particles: points appear where the alpha is white and accumulate frame by frame. An OpenVDB mesher turns the particles into a continuous isosurface. The patinated copper material is built in Redshift with a Material Blender: layers of corroded metal mixed with Maxon Noise and dirt and ambient-occlusion maps, so bare copper shows through patches of green verdigris. Same system, same parameters and same lighting for all 36 characters: only the alpha changes.

Process

Alpha of each character (Arial Black) → particle emission from the alpha in X-Particles → frame-by-frame growth → OpenVDB meshing → patinated copper material → Redshift render with ACES colour management → frame selection within the 10–14 interval → single grade → specimen A–Z, 0–9.

Constants

—Typographic base: Arial Black (Core fonts for the Web, Microsoft, 1996), capitals and digits
—A single particle system for all 36 characters; only the alpha changes
—Capture between frames 10 and 14 of the simulation (exception: I, frame 18)
—Post-production: a single grade for all 36 characters, tuned for a dark background
—Black background with a radial spotlight: the letter exists as an illuminated mass

Variables

—The letter: each character's alpha is the only thing that changes; A–Z and 0–9, the same growth applied to all 36
—Legibility limit: the characters with closed apertures in Arial Black — S, 3, 6, 8, 9 — collapse first: S converges with 8, 9 with 8, 6 with G and 0. Open structures — H, L, T, I — hold up
—Not explored: the full growth sequence of each character (threshold matrix, frames 0–30)

Output

Specimen A–Z, 0–9: 36 individual renders, square format.

Related

02