Video Jack projects, since 2006
Please visit the “Projects” section of the Video Jack website for more details on audiovisual projects by Nuno Correia and André Carrilho:
Please visit the “Projects” section of the Video Jack website for more details on audiovisual projects by Nuno Correia and André Carrilho:
Between 2004 and 2007, Nuno Correia collaborated with Patrícia Gouveia on several new media projects.
INSTALLATIONS/WEB
Role Playing Egas – shown at:
Objectos Transitorios – shown at:
INTERACT – MAGAZINE OF ART, CULTURE AND TECHNOLOGY
www.interact.com.pt/11 (2004)
www.interact.com.pt/12 (2005)
www.interact.com.pt/13 (2006)
www.interact.com.pt/14 (2007)
“live2screen” is a project resulting from the 2006 Autumn term Rapid Mobile Prototyping workshop at Media Lab, University of Art and Design Helsinki. This application provides a means to interact between a mobile phone and a screen. It is a hybrid application with two sides: mobile side and display side. The live2Screen display side has 3 areas: “liveText”, “liveImages” and “liveIcons”. All areas have one thing in common: the user sends information through a mobile phone, which is then used to change animations shown on a large screen.
With liveText, the user writes and sends text messages, and that text information is sent to the server, which adds the message to a pool of past messages. Then Flash retrieves the information, picks a random message from the pool and animates it. When a animation ends, the process starts again. Pressing a key manually changes the message. Random fonts are used for each message, and by pressing a key the font is manually changed.
liveImages works in a similar way to liveText: the user takes and sends photos, and those images are sent to the server, which adds the image to a pool of past photos. Then Flash retrieves the images, picks random photos from the poll and shows them. The images are shown 2 at a time in a horizontal split screen, and top and bottom halves are refreshed alternatively.
liveIcons allows the user to interact through a mobile phone with an animated icon on a screen. His mobile phone shows a representation of the icon on the screen. The user can change properties of the icon on his mobile phone, and the onscreen icon is changed in accordance to that. The properties are: icon shape; size; position on the screen.
The application can be used for many purposes, for example: entertainment in public spaces; marketing; instalations; VJing; and performances. In the future, it will be also integrated with audio objects as part of Nuno Correia’s iAVo (interactive audio/visual objects) project.
The mobile phones run Python for Nokia S60. The information (text, images, data) is sent to a server, which runs PHP. The software used for the display side is Flash, which retrieves information from a server and creates animations based on that information.
Thank you to Kalle Mäntsälä for help on PHP programming. Thank you to André Carrilho for Flash visuals development. Thank you to Jurgen Scheible for the excelent workshop and Python code.
The concept behind the project is to build a hybrid sound and image composition prototype with a custom, visual appealing and fluid user-interface. Each sound, or component of sound, should have a symbolic on-screen representation. The tools chosen to develop a working prototype were Flash, for the visual side, and Pure Data, for the sound side. The OSC (Open Sound Control) protocol would be used as a “bridge” between the two applications.
Although I have extensive experience in using (and teaching) Flash, and digital sound tools, I had little experience with Pure Data (or similar applications, like Max/MSP) prior to enrolling at Media Lab. Therefore, I attended a series of workshops that would provide the necessary knowledge to build the prototype.
This prototype is directly connected with my research plan, entitled “iAVo – Interactive Audio/Visual Objects: Application for flexible multimedia expression”, since the prototype materializes some of the plan’s key concepts. Therefore, for simplification purposes, I will entitle this prototype “iAVo Gamma” or “iAVo prototype”.