Computational models for expressive dimensional typography

Abstract

This thesis research explores the prospect of typographic forms, based on custom computational models, which can be faithfully realized only in a three-dimensional, interactive environment. These new models allow for manipulation of letter-form attributes including visual display, scale, two-dimensional structure and three dimensional sculptural form. In this research, each computational model must accommodate the variation in letter shapes, while trying to balance functional flexibility with the beauty and legibility of fine typography. In most cases, this thesis work approaches typography at the level of a single letter, looking at ways we can build living, expressive textual environments on the computer display.