Difference between revisions of "Msc1G10:Workshop"
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<html><iframe width="850" height="480" src="https://www.youtube.com/embed/RAtDlZ-CY0g" frameborder="0" allowfullscreen></iframe></html> | <html><iframe width="850" height="480" src="https://www.youtube.com/embed/RAtDlZ-CY0g" frameborder="0" allowfullscreen></iframe></html> | ||
| − | =='''LAND-GEN | + | =='''LAND-GEN'''== |
| − | + | Our project is a reflection on how society can use green space in the future: which kind of experiences can people have there, and how can the landscape fit them. Our aim is to create a dynamic landscape that responds to people's movement and environment. | |
| + | We created a responsive envelope that can be used as the roof, a wall of the greenhouse, or any surface treatment. This element utilizes augmented reality where we want to transfer information nonverbally. | ||
| + | |||
| + | Individual pieces make up a scissor structure, which in turn creates a single component. Multiple components are aligned in order to make a system. This system is composed of two branches that move when sensors are activated by human movement and create a continuously morphing topology. The sensors speak to the motors, and the motors rotate in order to change the surface quality and form. The first member transfers the movement to the next and continues to change the surface. | ||
=='''PRESENTATION (From Component to Organ)'''== | =='''PRESENTATION (From Component to Organ)'''== | ||
Revision as of 10:30, 16 November 2015
LAND-GEN <Simulation + Prototype>
Prototype 01
Prototype 02
Assembly
LAND-GEN
Our project is a reflection on how society can use green space in the future: which kind of experiences can people have there, and how can the landscape fit them. Our aim is to create a dynamic landscape that responds to people's movement and environment.
We created a responsive envelope that can be used as the roof, a wall of the greenhouse, or any surface treatment. This element utilizes augmented reality where we want to transfer information nonverbally.
Individual pieces make up a scissor structure, which in turn creates a single component. Multiple components are aligned in order to make a system. This system is composed of two branches that move when sensors are activated by human movement and create a continuously morphing topology. The sensors speak to the motors, and the motors rotate in order to change the surface quality and form. The first member transfers the movement to the next and continues to change the surface.
PRESENTATION (From Component to Organ)
INTERACTING WITH THE LANSCAPE
