2012年9月5日 星期三

HyperCell_ComponentTest

Try to think of the Component in the real physical world.
Think of using servo and linear actuator to build up the component.
Not detailing yet, but just a try out to see how it works.
試著去思考建築單元如何被製作出來
想使用伺服馬達跟線性步進馬達組合成單元裝置
還未進入的細節 只是想看看他可以被如何運作


1 set of the assembly = 

2 servo motors controlling the angle of the component.
+
1 actuator to control the length.

一個組合 = 
2個伺服馬達控制單元角度 
+
一個線性步進馬達控制長度

 
4 set of assembly to set up the basic component 
controlling 8 points of the cubic shape.
四組組合將形成基本單元
控制盒狀造型的八個點




kind of like a transformer box.
有點像是變形的盒子

It is based on simple rules to change the geometry.
Comparing to the initial idea of HyperCell
It might not be that intelligent.
Need to figure out which one is more proper and suitable to be
an architectural component
"HyperCell"
運用很簡單的邏輯去形成幾何形狀
但是相對於最初HyperCell的概念
似乎顯得不夠聰明
必須試圖找尋最適合的方式來完成
所想要達到的建築單元
HyperCell




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