Untitled

Funder

Organizational Unit

Publications

Adaptive user interfaces for live performance of generative graphics

Publication . Gomes, Joana Fernandes de Carvalho; Barbosa, Álvaro Mendes

While attempting to find new ways to create art, artists transgress the traditional notions of creativity and art. Computers start to have creative behaviors in which the artist conducts his work. Both, generative practices and interactivity have a special impact on the creation of Art and in its new relationships. Interactivity and generative processes can create a space for genuine innovative creative practices in art where the artwork is the result of collaborative work between computers and users. Is our goal to express generative practices not as a static creative process, but instead as an iterative communication between system and interface/ interface and user. This collaboration between system, user and artist gains higher relevance through the creation of an interface that is capable of synthesizing these expressions. In the process of identification of a new way of relating generative graphics systems and user/performer, an application for mobile devices was developed where interaction takes into account the need to express the generative processes through the interface, generating a greater connection between the three parties (generative system, interface system and user). This need comes from the generative system itself since it is semi-autonomous and is constantly undergoing modifications exhausted in any type of static and rigid interface . Sliders and buttons take away the freedom of a system that aims to expand connections and collaborations, where the authoritarian act of the user/performer overrides the choices of the system by imposing their own. ALIVEART proposes a new form of communication where the generative graphics interface adapts depending on the characteristics of an artificial living system. Thus, the parameters set by the system are modified on the interface showing only those that the user may interact. Over time these choices cause modification of the a-life as well as the interface. The result is a system that algorithmically, via sound inputs, draws graphics that are modified by an adaptive interface. Rather than change the operation of the interface, we sought to create new interaction paradigms in which the user’s interference is revised by proposing a more conscious way to interact with artificial living systems. Via a survey of three areas of expertise (designers, performers and user interface experts), ALIVEART was assessed. New areas of interest were identified that confirmed the necessity to implement interfaces that adapt to systems and users thus allowing new forms of relationships and creative processes in the creation of digital art.

2015-05-19Doctoral thesis

Open access