Difference between revisions of "Msc3workshop1G5:Frontpage"
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| − | '''Configuration 1 - Dome''' | + | '''Configuration 1 - Closed Dome''' |
[[image:Render 1.jpg |850px]] | [[image:Render 1.jpg |850px]] | ||
| − | '''Configuration 2 - | + | '''Configuration 2 - Opened Dome''' |
[[image:Render 5.jpg |850px]] | [[image:Render 5.jpg |850px]] | ||
| − | '''Configuration 3 - Furniture | + | '''Configuration 3 - Furniture Hybrid''' |
[[image:Render 2.jpg |850px]] | [[image:Render 2.jpg |850px]] | ||
| − | '''Configuration 4 - Cone''' | + | '''Configuration 4 - Cone Structure''' |
[[image:Render 3.jpg |850px]] | [[image:Render 3.jpg |850px]] | ||
Revision as of 13:01, 2 October 2015
Inertium explores the reconfigurative possibilities of a pavilion designed for the Rotterdam World Expo 2025. Inspired by the Maker Faire, the goal is to provide a platform where a diverse group of engineers, artists, speakers, innovators, etc. can showcase their ideas surrounding the World Expo's theme "Changing Currents". Inertium is solely based on swarm technology of which the agents act as structural nodes. These connections change position based on the daily, weekly or monthly needs of the users and/or visitors.
Ralph Cloot NL | Arwin Hidding NL
Swarm Algorithms - Linking Processing to Grasshopper 1
Swarm Algorithms - Linking Processing to Grasshopper 2
Configuration 1 - Closed Dome
Configuration 2 - Opened Dome
Configuration 3 - Furniture Hybrid
Configuration 4 - Cone Structure
Configuration 5 - Bridge
Configuration 6 - Wall
Swarm Algorithms - Processing Configurations 1
Swarm Algorithms - Processing Configurations 2
