Jessica Pressman is associated professor at San Diego State University (USA) and a member of the Board of Direction of the Electronic Literature Organization. This interview is focused on her work in the academic field, her essays and her books as well as the project of the Electronic Literature Organization.
code studies
This study focuses on the work of Jim Andrews, whose electronic poems take advantage of a variety of media, authoring programs, programming languages, and file formats to create poetic experiences worthy of study. Much can be learned about electronic textuality and poetry by following the trajectory of a poet and programmer whose fascination with language in programmable media leads him to distinctive poetic explorations and collaborations. This study offers a detailed exploration of Andrews' poetry, motivations, inspirations, and poetics, while telling a piece of the story of the rise of electronic poetry from the mid 1980s until the present. Electronic poetry can be defined as first generation electronic objects that can only be read with a computer--they cannot be printed out nor read aloud without negating that which makes them "native" to the digital environment in which they were created, exist, and are experienced in. If translated to different media, they would lose the extra-textual elements that I describe in this study as behavior. These "behaviors" electronic texts exhibit are programmed instructions that cause the text to be still, move, react to user input, change, act on a schedule, or include a sound component. The conversation between the growing capabilities of computers and networks and Andrews' poetry is the most extensive part of the study, examining three areas in which he develops his poetry: visual poetry (from static to kinetic), sound poetry (from static to responsive), and code poetry (from objects to applications). In addition to being a literary biography, the close readings of Andrews' poems are media-specific analyses that demonstrate how the software and programming languages used shape the creative and production performances in significant ways. This study makes available new materials for those interested in the textual materiality of Andrews' videogame poem, Arteroids, by publishing the Arteroids Development Folder--a collection of source files, drafts, and old versions of the poem. This collection is of great value to those who wish to inform readings of the work, study the source code and its programming architecture, and even produce a critical edition of the work.
This study makes available new materials for those interested in the textual materiality of Andrews’ videogame poem, Arteroids, by publishing the Arteroids Development Folder—a collection of source files, drafts, and old versions of the poem. This collection is of great value to those who wish to inform readings of the work, study the source code and its programming architecture, and even produce a critical edition of the work.
Because so little primary historical work has been done on the classic text computer game "Colossal Cave Adventure", academic and popular references to it frequently perpetuate inaccuracies. "Adventure" was the first in a series of text-based games ("interactive fiction") that emphasize exploring, puzzles, and story, typically in a fantasy setting; these games had a significant cultural impact in the late 1970s and a significant commercial presence in the early 1980s. Will Crowther based his program on a real cave in Kentucky; Don Woods expanded this version significantly. The expanded work has been examined as an occasion for narrative encounters [Buckles 1985] and as an aesthetic masterpiece of logic and utility [Knuth 1998]; however, previous attempts to assess the significance of "Adventure" remain incomplete without access to Crowther's original source code and Crowther's original source cave. Accordingly, this paper analyzes previously unpublished files recovered from a backup of Woods's student account at Stanford, and documents an excursion to the real Colossal Cave in Kentucky in 2005. In addition, new interviews with Crowther, Woods, and their associates (particularly members of Crowther's family) provide new insights on the precise nature of Woods's significant contributions. Real locations in the cave and several artifacts (such as an iron rod and an axe head) correspond to their representation in Crowther's version; however, by May of 1977, Woods had expanded the game to include numerous locations that he invented, along with significant technical innovations (such as scorekeeping and a player inventory). Sources that incorrectly date Crowther's original to 1972 or 1974, or that identify it as a cartographic data file with no game or fantasy elements, are sourced thinly if at all. The new evidence establishes that Crowther wrote the game during the 1975-76 academic year and probably abandoned it in early 1976. The original game employed magic, humor, simple combat, and basic puzzles, all of which Woods greatly expanded. While Crowther remained largely faithful to the geography of the real cave, his original did introduce subtle changes to the environment in order to improve the gameplay.
(Source: author's abstract published at Digital Humanities Quarterly.)