Fluid typography: transforming letterforms in television idents

Spirit : Recognition and Creation of Letterforms Basedon Fluid

Soft Typography

Improvements i n d i g i t a l v i d e o typography a r e s een a s a n e c e s s a r y component of i n c r e a s e d i n t e r a c t i v i t y and scope of u se of s o f t copy t e x t d i s p l a y sys t ems . A g r a y s c a l i n g scheme produces h igh q u a l i t y f o n t s f o r d i s p l a y w i t h s t a n d a r d c o l o r v ideo equipment , r educ ing s c i n t i l l a t i o n , sm...

Reverse Digital Typography

Reverse engineering of typefaces has been an active research area of digital typography. However, past research works are limited to typographic parameters extraction and curve fitting, and no reverse-engineering equivalent of any classical digital typesetting software (e.g. METAFONT compiler, LTEX package) exist to date. Interestingly, the rise of cloud computing has made large scale reverse t...

AISC Meets Natural Typography

McDermott [12,13] introduced the concept “Artificial Intelligence meets Natural Stupidity”. In this paper, we explore how Artificial Intelligence and Symbolic Computation can meet Natural Typography, and how the conventions for expressing mathematics that humans understand can cause us difficulties when designing mechanised systems.

Unsupervised Typography Transfer

Typography plays an important role in publishing industry, and typically different typographies are needed for different use cases. However, designing a new font is very expensive and time-consuming, especially for Chinese, which involves a huge amount of characters. Some semi-automatic typography synthesis approaches have been proposed. These methods utilize structural commonalities to simplif...