Grasshopper

algorithmic modeling for Rhino

For one of my assignment I need the grasshopper Script of the la voûte de lefevre byMatter Design Studio and Shenzhen Airport by Reiser+Umemoto. And I need to extract the skin system of them. I need the urgent help, I would appreciate if anybody could help me? I uploaded the image of each project. 

Pic 1: http://openbuildings.com/buildings/la-voute-de-lefevre-installation...

Pic 2 and 3: http://architizer.com/projects/shenzhen-baoan-international-airport/

Best

Sara

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sorry but i think you need to read this

Hmm ... as Alex said ... but IF this is academic (is it?) I could consider ... hmm ... slightly deviating from the rule (I have several defs that do that type of stuff but using solely code - that may be utterly useless to you if you are not familiar with programming. Additionally IF I post something on that matter it could be severely "truncated" for more than obvious reasons [> Alex]).

BTW: What means "extract the skin system" ? you mean creating layouts of the components for some CNC/3d printing  process?

Thank you Peter for your consideration. yes actually this is an academic practice with the purpose

of learning the system of case studies. With " extract the skin system", I mean what are the orders of parameters uses in the scripting of these examples? 

I though this is a page that beginners also could use others experiences.... Do not need any more help.

Thank you.

 

...beginners also could use others experiences...

True ... but in most of cases solutions provided could help some others earn profits (for instance: there's some people in this Noble Forum asking for help whilst they work for a rather large company etc etc) ... therefor the whole situation is rather a fine balance between acting as a good Samaritan or as a naive one.

...Do not need any more help...

Case resolved then? (BTW: how? - since this is not exactly peanuts stuff especially when a fast solution [i.e. no offset curve on surface etc etc] is required for the Fuksas case).

Actually now, there is no time for me to find that solution and i decided to find it after the deadline :) and now i start to find a system and rule for my design with different parameters. I know I will face lots of obstacles, and this time I will ask the problems in better way. :D 

thank you peter

Well in motorcycle racing we always advise: If you fail to prepare, prepare to fail (this means: plan your dreams well AHEAD of time).

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