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The purpose of this project was to explore two different areas. The geometry of the system and the visualization of the idea. The geometry was cr… Read More
The purpose of this project was to explore two different areas. The geometry of the system and the visualization of the idea. The geometry was created in a parametric program using a cellular automation algorithm. The geometry was controlled by the rules of life. For every three cells that were created , one had to die. The second part of the project was focused on the visualization of the geometry. This process included rendering, material creations, and post processing. The geometry represents a biological growth system, created in a similar way it was programmed, which would act as a filter for dense urban areas. Read Less
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The purpose of this project was to explore two different areas.  The geometry of the system and the visualization of the idea.  The geometry was created in a parametric program using a cellular automation algorithm.  The geometry was controlled by the rules of life.  For every three cells that were created , one had to die.  The second part of the project was focused on the visualization of the geometry.  This process included rendering, material creations, and post processing.   The geometry represents a biological growth system, created in a similar way it was programmed, which would act as a filter for dense urban areas.  
Biological growth in a natural environment 
Biological growth in an urban environment 
Among buildings 
From the street