The article discusses a novel way of looking at Mondrian's nonfigurative paintings. Different periods of Mondrian's life correspond to distinct types of nonfigurative compositions, but can the distinction be formalized? How many bits or numbers are needed to characterize a typical composition? Can the rules of a composition type be expressed in the language of the computer? If distinct composition types require different computer programs, can these be based on a common frame-work, a mechanism, perhaps? The findings presented here are only tentative, but it is interesting to note that some characteristics can be modeled reasonably well, whereas others still resist formalization in the presented framework. The author's approach borrows principles from genetic programming. Employing a built-in random number generator, it can be used to explore a large space of "compositions."
FingerprintDive into the research topics of 'Divisions of the plane by computer : another way of looking at Mondrian's nonfigurative compositions'. Together they form a unique fingerprint.
The Call for Codecompetition was organised in early 2013 by Setup and Gemeentemuseum Den Haag. Setup is a media laboratory in Utrecht (The Netherlands). Gemeentemuseum The Hague is an art museum in The Hague, in The Netherlands, and it holds the world's largest Mondrian collection, including the Victory Boogie Woogie. The challenge was ``to re-create Victory Boogie Woogie on a screen''.
Feijs, Loe M.G. (Recipient), 1 Mar 2013
Prize: Other › Discipline related › ProfessionalFile