Project

Type experiments

Vera van de Seyp

In this Project:

Overview
People

Project Contact:

Vera van de Seyp
info@veravandeseyp.com
Project Website
Other Press Inquiries

Groups

Media Lab Research Theme: Cultivating Creativity

Overview
People

More Close

Type experiments was active from March 2023 to September 2024

36 Days Of Type is an initiative that invites creatives to create their version of the letters and numbers of the Latin alphabet, one per day for 36 days. The yearly recurring open call was used in 2023 to explore the shapes of letters computationally and to test the functionality of some tools made at the Future Sketches Group.

36 Days of Type

Vera van de Seyp

Calculating the nearest random point in the next letter shape for each current random point and then interpolating between them.

Credit:

Vera van de Seyp

Knot theory, color taken from video frames

Credit:

Vera van de Seyp

Working with superposition: combining primary colors to form more complex colors.

Credit:

Vera van de Seyp

Working with superposition: combining primary colors to form more complex colors.

Credit:

Vera van de Seyp

Adding depth to a 2-dimensional transformation

Credit:

Vera van de Seyp

Incrementally thinner strokes create a moiré effect on smaller screens.

Credit:

Vera van de Seyp

I wrote a script to calculate the skeleton of any (typographic) shape and trace it with any other shape (of course, I’m defaulting to an angular gradient). Revisiting it because this might be useful to create single-line (CNC) fonts.

Credit:

Vera van de Seyp

A slightly rickety algorithm that simulates braiding in 2D. The imperfections hint at the way it works.

Credit:

Vera van de Seyp

Grid with focus areas calculated on distance from a random point.

Credit:

Vera van de Seyp

ASCII animation with my favorite Unicode typeface, GNU Unifont.

Credit:

Vera van de Seyp

Pure HTML and CSS animations: radial gradients and 50% border-radius.

Credit:

Vera van de Seyp

Bilinear interpolation inspired by some of my favorite Op-Art.

Credit:

Vera van de Seyp

Modular lettering with animating components.

Credit:

Vera van de Seyp

CMYK superposition with rotating angles.

Credit:

Vera van de Seyp

Exploring shaders with some ChatGPT assistance: it's better at writing shader code than anticipated.

Credit:

Vera van de Seyp

Bilinear interpolation of basic shapes

Credit:

Vera van de Seyp

Expanding letterforms based on proximity to a random point.

Credit:

Vera van de Seyp

A knitted animation using a hacked knitting machine with the help of a tool that converts any animation into a knittable storyboard. The animation shows three color layers moving like an echo of the same rhythm, playing with legibility and abstraction before joining again into the letter R.

Credit:

Vera van de Seyp

Gray-Scott reaction-diffusion experiments with shaders.

Credit:

Vera van de Seyp

Modifying type outlines.

Credit:

Vera van de Seyp

Layered gradients

Credit:

Vera van de Seyp

Bilinear interpolation applied on the letter V.

Credit:

Vera van de Seyp

Modular lettering.

Credit:

Vera van de Seyp

I explored a tool I made that converts animations to a dithered sprite sheet for riso printers or knitting machines. a next step could be using some light computer vision to detect the corners of each frame (and using bilinear interpolation to stretch or scale).

Credit:

Vera van de Seyp

Exploring tangent, cosine and sine movements for stacking the components of this modular moving type.

Credit:

Vera van de Seyp

Modular type with adaptive colors.

Credit:

Vera van de Seyp

Research Topics

#design #computer vision #art #communications #computer science

people