014_SmartSurface

_new prototype ( dew / rain / water collector)

013_SmartSurface

                                        _testing prototype 3

Link : http://www.youtube.com/watch?feature=player_embedded&v=e5fBTXjUuyc

012_SmartSurface

                                         _testing prototype 2

Link : http://www.youtube.com/watch?feature=player_embedded&v=enFRYqnbdSc

011_SmartSurface

                                         _Testing prototype 1

link : http://www.youtube.com/watch?feature=player_embedded&v=bSkWRJdcuhM

045_idealhouse

                                         _rotating 2nd skin

044_idealhouse

043_idealhouse

                                         _louver system for facade

042_idealhouse

041_idealhouse

_studying shading device for highrise

001_python scripting

_origami pattern w/ python scripting_ trying to model Ayaka Sushi by Ply Architecture

#origami
import rhinoscriptsyntax as rs

def origami():

#num modules

segments = rs.GetInteger('how many modules?', 50)

#select curves

InnerCrv = rs.GetObject('select Inner curve', 4)

MidCrv = rs.GetObject('select mid curve', 4)

OuterCrv = rs.GetObject('select Outer curve', 4)

TopCrv = rs.GetObject('select Top curve', 4)

#divide curves

InnerCrvPts = rs.DivideCurve(InnerCrv, segments, True, True)

MidCrvPts = rs.DivideCurve(MidCrv, segments, True, True)

OuterCrvPts = rs.DivideCurve(OuterCrv, segments, True, True)

TopCrvPts = rs.DivideCurve(TopCrv, segments, True, True)

#draw triangles

for i in range(0, (len(TopCrvPts)-1),4):

Crv1 = rs.AddCurve((TopCrvPts[i], TopCrvPts[i+4], OuterCrvPts[i+2], TopCrvPts[i]), 1)

Crv2 = rs.AddCurve((TopCrvPts[i], MidCrvPts[i+1], OuterCrvPts[i+2], TopCrvPts[i]), 1)

Crv3 = rs.AddCurve((TopCrvPts[i+4], MidCrvPts[i+3], OuterCrvPts[i+2], TopCrvPts[i+4]), 1)

Crv4 = rs.AddCurve((TopCrvPts[i], MidCrvPts[i+1], InnerCrvPts[i], TopCrvPts[i]), 1)

Crv5 = rs.AddCurve((TopCrvPts[i+4], MidCrvPts[i+3], InnerCrvPts[i+4], TopCrvPts[i+4]), 1)

#create surface

rs.AddPlanarSrf(Crv1)

rs.AddPlanarSrf(Crv2)

rs.AddPlanarSrf(Crv3)

rs.AddPlanarSrf(Crv4)

rs.AddPlanarSrf(Crv5)

origami()

010_SmartSurface

_prototypes for water filter system + container

009_SmartSurface

_power house visit (detroit)

008_SmartSurface

_water storage for power house. (Collect from roof -> sotre -> back to power house

040_idealhouse

                                          _ 3 voids (housing, circulatoin + ? space)

039_idealhouse_b

_2 housing tower w/ 1 circulation tower

039_a_idealhouse

                                         _2 housing tower w/ 1 circulation+support tower

038_b_idealhouse

_rotating tower solution 2

038_a_idealhouse

037_b_idealhouse

_testing in octane

037_a_idealhouse

_Rotating tower testing in grasshopper

036_idealhouse

_circulation solution 1

035_idealhouse

_ideal high_rise housing @ songdo IBD, Korea

034_idealhouse_c

                               _night view of 3 core rotating tower
                                                                                 _testing @ Songdo IBD, Korea

034_idealhouse_b

                                         _3 core rotating 360

034_idealhouse_a

                                         _3 core twisting _testing w/ grasshopper

033_idealhouse_c

_rendering test @ Songdo IBD, Korea

033_idealhouse_b

_testing physical model w/ arduino

033_idealhouse_a

_twisted core