Friday, November 28, 2008

First Pramatric facade getting built _2009.06


1:1 mockup, lighting test
Everything will be done in June






Sunday, November 9, 2008

Background


with Davide Quadrio,Defne Ayas, Aaajiao, Alizia Borsari, B6, Ling Xi, Nunu

Wednesday, September 24, 2008

HIPIC-Shanghai




No white color for the government
On site assembling

Add Image

absolutely low tech.















Sunday, July 27, 2008

Tangent Tower







Every floor of the the tower consists three tangent circles controlled by a triangle

Tuesday, June 17, 2008

Time to Start------For Earts 2008 Shanghai-with aaajiao


Interior


on site


1:1 low Tec construction



1:10 experimental model (made in China)



Tuesday, March 25, 2008

grid








The quadrilatural grid----all patterns which are defined by 4 insertion pointscould be inserted in this grid such as triangle,quadrilatural, haxegon etc.The density of the grid depends on the side curves in row and column. Thedistance between the straight line and curve above is the main factor.The example is a haxegonal grid with different number of control lines anddifferent density of elements.

Friday, February 22, 2008

Divide & Conquer





Divide and conquer was a successful military strategy long before it became an algorithm design paradigm. Generals observed that it was easier to defeat one army of 50,000 men, followed by another army of 50,000 men than it was to beat a single 100,000 man army. Thus the wise general would attack so as to divide the enemy army into two forces and then mop up one after the other.
To use divide and conquer as an algorithm design technique, we must divide the problem into two smaller subproblems, solve each of them recursively, and then meld the two partial solutions into one solution to the full problem. Whenever the merging takes less time than solving the two subproblems, we get an efficient algorithm


----Algorithms Mon Jun 2 23:33:50 EDT 1997







You can hang the whole structure on the red point, it will keep balance

The script calculate the network connecting 2^8=256 random size cone together and keep them balance on one (the red) point (the weight of the connection tubes are calculated)

Sunday, February 17, 2008

funny valentine


happy valentine's day!

geometric principle:Cyclic Quadrilateral Recursion