Animated Analysis Spring 2011: Group 1

As the culmination of a series of weekly tutorials and investigations, students designed layered, dynamic surface engines. Originating from research about connective infrastructrual systems students dissected these bridges into sequential systems of morphological behavior. Models derive structural or performative systems through inputs such as kinematics, environmental activators or stimuli, then were systemically evaluated on spatial, structural and environmental criteria. Their presentations were made on a large-scale digital canvas cataloging multiple events in simultaneous perspectival and orthographic cuts as a real-time analysis technique. The High Definition screen size became an interactive canvas for this analytical presentation. More specifically, composites of synchronous videos, running side-by-side were the evidence of these experiments. Multiple techniques were offered such as overlays, animated annotations, highlighting, and tracings to encode the visualizations. These tools operate in tandem with the larger effects of conventional and advanced rendering approaches (i.e. lighting, materials, textures, etc.). Extra attention to organizational approaches, and blending techniques were nested and potentially annotated with these final investigations.

Aylin Cinarli
Henderson Wave Bridge, RSP Architects Planners and Engineers