4/19/2023 0 Comments Bubble harpThese experiments blurred the lines between drawing, animation, scientific visualization, art, and games. Having created numerous "visual music" programs during the 1990s as an offshoot of an education in Computer Science at Brown University and Experimental Animation at RISD, I sought to probe the boundary between a tool and a work of art. However, within the dynamic medium of computation, the expression of the rules continuously changes in response to the active collaboration of the viewer. A traditional media example of this concept is Sol LeWitt's work-sets of algorithmic drawing instructions for gallery staff to execute, rather than a computer. The artwork is the set of rules, which construct a system in which the viewer is an essential part. These pieces blur the line between artwork and art-making tool. Like a musical instrument, the effect of the program on the mind is equal to the effect of the mind on the program. Similarly, with these artworks the intention is for a person to feel an instant and intuitive sense of presence and control, while spending more time with a system provides greater reward. Although there are few suprises when you visit a beach or pond, the experience is subtly different each time. These systems let you touch an immaterial world that has consistent and predictable reactions, and the infinite variety of nature. With the introduction of the iPhone and similar devices, your body now directly connects with these systems through physical touch.Įach work in the Dynamic Systems Series is what scientists call a dynamic system: a model of natural, mathematical or algorithmic reality. These works take the cursor-the projection of the body into the computer-and create a system in response. Take a close look at a desktop computer's screen and you'll notice that the most lively element is the cursor: the only object that moves with personality. The only way one's body enters a desktop computer is through the mouse, and the cursor is the projection of the body into the screen. The visual composition process of this system is neither strictly additive (like music) nor subtractive (like painting), since, as points are added, they successively add lines, but, depending on their placement, may subtract space, creating openness instead of more complexity.īubble Harp is part of the Dynamic Systems Series, a series of screen-based artworks driven by human touch. This is analogous to Brian Eno's tape loop experiments that use multiple cycling audio tapes with their own varying durations to create complex and unanticipated musical interrelationships. Since each point's playback duration differs, the repeat period of the system is very large. As successive points are added, a Voronoi diagram is dynamically built around these points. Letting go, the points repeat this motion endlessly. As long as one holds down the mouse button, Bubble Harp records the exact temporal and spatial movement of one’s movements. In the world of marketing, these diagrams are used in analyzing the distance of consumers to the nearest fast food restaurant.īubble Harp uses Voronoi diagrams as a way of relating to gesture. These shapes, collectively called a Voronoi Diagram describe many natural processes, including the structure of bubbles, cells, honeycomb, fish scales, the drying of desert sand, animal dominance (including the patterns that dogs pee in), and the gravitational influence of stars. Each polygon has the special quality that all of the space inside is closer to that point than any other. Rated #1 Music App and Apple's Top Music App in many countries, since its release.Click to buy the Bubble Harp iPhone/iPad and Mac apps based on the original code.īubble Harp draws polygons around each point that a person makes as she clicks with a mouse. ![]() Now it’s available as an iPhone and iPad application that also makes music. Bubble Harp was first released as a work of interactive art by Scott Sona Snibbe that was only available in galleries and museums. Multiple fingers and multiple people can touch the screen at once to create together. When you tap the screen's edges, you can change from single points to streams of points, change graphic and sonic parameters, and post to Facebook. You can record long movements of a single point, or stream many points out of your fingertips like ink. It’s a combination of drawing, animation, music, art, geometry, and gaming. **iTunes Top 10 App of the Year for Art and Music**īubble Harp draws bubbles around your fingertips, recording and replaying your movements while creating music. "Of the millions of apps out there, none quite capitalize on the sheer fun and beauty of interactivity the way that Scott Snibbe’s do.” -CoolHunting
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