Aesthetic Computing - Students'  models

 

            This is a collection of physical models created for the Aesthetic Computing class in Spring 2002. The set of photos below (click to enlarge) are from a Gallery event held at the Reitz Union colonnade on April 5, 2002. In the following student works, you will also find sketches of models for representing the Pythagorean Theorem (from the first 3 home-works).

 

 

        

        Each student section below contains deliverables from the primary physical model (shown above during the gallery show) as well as results from an early homework on the Pythagorean Theorem

Adam Miller

Physical Model: Description, Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
Virtual Model

 

Andrew Shipsides
Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
Virtual Model

 

Bradley Alicia



Physical Model: Description,  Real Video(1), Real Video(2), MPEG Video(1), MPEG Video(2)
Pythagoras: Description, Orthogonal view, Top view, Narrative
Virtual Model

 

Brent Rossen



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
Virtual Model

 

Carolyn Fox



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
Virtual Model

 

Christopher Pearson



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative

 

George Perez

Physical Model: Description, Real Video, MPEG Video
Pythagoras: Description, View, Narrative

 

Jen-Hao Yeh



Physical Model: Description1 , 2 and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model

 

Jesse Rapczak

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Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model

 

Joella Walz



Physical Model: Description ,Real Video, MPEG Video and Web-link
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model

 

 

Joseph Corcoran



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, View, Narrative
 Virtual Model

 

Joshua Peltz


Physical Model: Description, Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
Virtual Model

 

Kristian Damjker



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Narrative
Virtual Model

 

Matthew Rolland

Physical Model: Description, Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model

 

Nicholas Hughes



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative

 

Reeti Sompura



Physical model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model1, 2

 

Samir Patel



Physical Model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model

 

Shintaro Agatsuma

Physical model: Description, Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative

 

Steve Zelenty



Physical model: Description and Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative

 

Ty Black

Physical Model: Description Real Video, MPEG Video
Pythagoras: Description, Orthogonal view, Top view, Narrative
 Virtual Model