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A R C H I T E C T U R E D E S I G N S T U D I O A I R J O U R N A L DEGUO HOU (JACK) 387313

CUT

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Page 1: CUT

ARCHITECTURE DESIGN STUDIO AIR

JOURNAL

DEGUO HOU (JACK)387313

Page 2: CUT

Boolean patterning combin with image sampler and Data driven rotation

Boolean patterning combin with im-age sampler and Data driven extruc-sion

Page 3: CUT

Explicit Grids combin with image sampler and preview

Surface Grids combin with image sampler and Data driven Extrucsion

Page 4: CUT

Boolean patterning combin with Attractor point and Data driven extrucsion

Surface Grids combin with Attractor point and Circle

Page 5: CUT

Arbitrary points combin with image sampler and Data driven Rotation

Boolean patterning combin with image sampler and Data driven Rotation

Page 6: CUT

Boolean patterning combin with image sam-pler and Data driven Rotation

Following the CUT definitions, I took some part of inpput out and combine with others, try to work out a complex and well-look model. What I found interstesting is the image samper, and the rotation and extruction. By combine all those different input, association and output togeter, now I get better knowledge about grasshooper, and quite enjoy it. However, most output I found are in a geomtric of circle, when I trying to build a rectangle or triangle, I found difficult to do that, and actually I’m faild. The last model looks quite simple, with this one, I tried to relate to our next proj-ect- Gateway, what I did is first create a surface and try to use CUT to create a bunch of small open-ings and then by using data driven rotation to rotate its direction to different ways, however, as I just mentioned earlier, I’m failed to do that as I cannot create a rectanangle and triangle in grasshooper. So with the circle output, this idea is not working very well.