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Divergent Thoughts: Data-Embedded 3D Prints
Divergent Thoughts: Data-Embedded 3D Prints
Divergent Thoughts: Data-Embedded 3D Prints

Divergent Thoughts: Data-Embedded 3D Prints
data visualization, research

Imagine being able to hold data in your hands! This explosion of information in the physical realm was inspired by sensory overload in autism, where a constant barrage and overload of sensory information provide an atypical way of perceiving the world.

Three datasets revolving around autism statistics from 20 countries were used to dictate the circumference, length, height, width, and other dimensions of each geometry. Hence, the pieces itself are direct translation of statistical information, embedding data into 3D pieces in a tangible and interactive way.

Featured in:
Gali, G. Data Overload: an Exploratory Approach to Data Visualization in Shift:Processes (Toronto: OCAD U Student Press, 2012). [In Press]

Exploration #1: 3D Bar Graph
A straightforward modeling of data, which explores bar graph orientation capabilities in three-dimensional space.

Exploration #2: Spherical Geometry
Each data set were assigned its own geometry. Thus, the length, width and radius correspond to a statistical number.

Exploration #3: Textured Data
Using the same data sets as Spherical Geometry, IQ levels were translated into ridges. Depending on the IQ level, the ridges could be close or far apart. This provides varying rhythms (or sounds when scratched) across the faces of the sphere.